MELANS Centralized Controller Technical Manual 3Rd Edition (Ver

AIR CONDITIONING CONTROL SYSTEMS

MELANS Centralized Controller Technical Manual 3rd edition (Ver. 1.00)

Ź AE-200A/AE-50A/EW-50A Ver. 7.51 Ź AE-200E/AE-50E/EW-50E Ver. 7.51 CONTENTS Safety precautions

1. Contents of This Document ...... 1 2. Outline of Product ...... 2 [1] Outline ...... 2 [2] Monitor/Operation ...... 3 <1> Monitoring/operation on LCD screen of AE-200 main unit ...... 3 <2> Monitoring/operation on Integrated Centralized Control Web screen ...... 4 >@6SHFL¿FDWLRQ ...... 6 !6SHFL¿FDWLRQRI$($( ...... 6 !6SHFL¿FDWLRQRI(: ...... 7 [4] Centralized air conditioning control...... 8 <1> Function List ...... 8 <2> Number of connected units and M-NET addresses ...... 14 <3> Images of LCD screens on AE-200 main unit ...... 16 <4> Status of icons ...... 24 !/LVWRILFRQV ...... 27 <6> Centralized monitoring/operation by Integrated Centralized Control Web ...... 28 <7> Plan view function ...... 40 [5] License ...... 42 <1> License list ...... 42 <2> Product list ...... 46 <3> Outline of licenses ...... 48 [6] Connectable models...... 49 <1> List of connectable models ...... 49 <2> Models subject to energy management and display items ...... <3> Models compatible with apportioned electricity billing function ...... [7] Comparison of new and old controllers and devices ...... 52 !'LIIHUHQFHVEHWZHHQ$(DQG$* ...... !'LIIHUHQFHVDPRQJ(:(%DQG*%$'$ ...... !'LIIHUHQFHVEHWZHHQ$($((:DQG%$&+' %0DGDSWHU ...... [8] BACnet® connection ...... 57 <1> Outline ...... !6\VWHPFRQ¿JXUDWLRQGLDJUDP ...... !/LVWRIIXQFWLRQVIRU%$&QHW ...... !3RZHUFRQVXPSWLRQRQ%$&QHW ...... 60 !,PDJHVRI%$&QHW6HWWLQJ7RROVFUHHQ ...... 62 3. System Design Flow ...... 64 6\VWHP&RQ¿JXUDWLRQ ...... 66 >@6\VWHPFRQ¿JXUDWLRQ ...... 66 [2] Controllers applicable to functions ...... 67 [3] M-NET transmission line of AE-200 ...... 67 [4] Use of expansion controllers AE-50 and EW-50 ...... 68 <1> About integrated control ...... 68 <2> Examples of use ...... 69 [5] Connection diagram patterns ...... 71 [6] BACnet®V\VWHPFRQ¿JXUDWLRQ...... 79

i CONTENTS

[7] System chart for each function ...... 82 !6\VWHPFRQ¿JXUDWLRQIRUDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQ ...... 82 !6\VWHPFRQ¿JXUDWLRQIRUSHDNFXWFRQWURO GHPDQG IXQFWLRQ ...... 86 !6\VWHPFRQ¿JXUDWLRQIRUHQHUJ\PDQDJHPHQWIXQFWLRQ ...... 87 [8] Wiring ...... 88 <1> Kinds of wiring ...... 88 <2> M-NET transmission cable length ...... 88 <3> LAN cable length ...... 89 <4> Length of other lines ...... 89 [9] Power supply factor for M-NET ...... 90 <1> Power consumption factor and power supply factor ...... 90 <2> Setting of power supply connector ...... 91 <3> Power supply unit for transmission line ...... 93 [10] Restrictions on system when more than one model is connected ..95 !&RQQHFWLRQRIWZRVHWVRI$((:DQG%0DGDSWHU ...... <2> Possibility of connection ...... 99 [11] Pulse input for measurement ...... 100 <1> Functions that can use pulse input for measurement ...... 100 <2> Capturing pulses from electricity meter ...... 100 <3> Electricity meter used for pulse input ...... 101 >@/$1V\VWHPFRQ¿JXUDWLRQ ...... 102 <1> LAN setting procedures ...... 102 <2> Recommended devices for LAN connection ...... 106 <3> Number of devices connected to LAN ...... 106 <4> Setting for remote monitoring function ...... 107 !,VVXHRIHUURUQRWL¿FDWLRQHPDLO ...... 111 5. External Input/Output ...... 119 [1] Outline ...... 119 [2] External input function ...... 119 <1> External signal input function ...... 119 !([WHUQDOVLJQDOLQSXWVSHFL¿FDWLRQV ...... 119 <3> Operations of external signal input ...... 120 !/HYHOVLJQDODQGSXOVHVLJQDOV RU9'& ...... 120 !5HFRPPHQGHGFLUFXLW ...... 121 <6> Emergency stop restoration mode ...... 122 [3] External output function ...... 124 <1> External signal output function ...... 124 !([WHUQDOVLJQDORXWSXWVSHFL¿FDWLRQV ...... 124 <3> Operation of external signal output ...... 124 <4> Recommended circuit ...... [4] Pulse signal input function ...... 126 !3XOVHVLJQDOLQSXWVSHFL¿FDWLRQV ...... 126 <2> Recommended circuit ...... 126 6. DIDO Controller/PI Controller/AI Controller ...... 127 >@6SHFL¿FDWLRQ ...... 127 <1> DIDO controller PAC-YG66DCA ...... 127 <2> PI controller ...... 128 <3> AI controller ...... 129

ii CONTENTS

[2] Outline ...... 130 [3] DIDO controller ...... 131 <1> Connection with DIDO controller ...... 131 <2> Connection of the DIDO controller and signal lines ...... 131 <3> Field supplied parts for the DIDO controller ...... 136 <4> Monitoring/operation by DIDO controller ...... 137 [4] PI controller ...... 141 <1> Connection of the PI controller ...... 141 <2> Connection of PI controller and the signal wire ...... 141 <3> Field supplied parts for the PI controller ...... 143 [5] AI controller ...... 144 <1> Connection for the AI controller ...... 144 <2> Connecting sensors to the AI controller ...... 144 !&RQQHFWLQJXSSHUORZHUOLPLWDODUP 1RQYROWDJHFRQWDFW ...... 146 <4> Field-supplied parts for the AI controller ...... 147 [6] Installation/Wiring method (applicable to all controllers) ...... 148 <1> Installation ...... 148 <2> Connecting the power wire and M-NET cable ...... 7. Schedule Function ...... 151 [1] Outline ...... 151 [2] Annual/Weekly/Today schedule ...... 153 <1> Setting on main unit LCD screen ...... <2> Setting on Web browser ...... !:HHNO\VFKHGXOHRI7*$ ...... 8. Energy Management Function ...... 158 [1] Outline ...... 158 [2] Electric energy calculation method ...... 159 <1> Calculation of electric energy ...... <2> Transition of energy management screens ...... 160 !$SSRUWLRQPHQWPRGH EDVHGDWDIRUDSSRUWLRQPHQW ...... 162 <4> Selection of apportionment mode when more than one models are connected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nitial setting of energy management function ...... 169 <1> Setting of outdoor temperature measurement unit ...... 171 <2> Setting of apportionment mode for indoor units ...... 171 <3> Setting of electricity meter for apportionment to indoor units ...... 172 [4] Energy use status ...... 174 <1> Differences in functions between LCD and Integrated Centralized Control Web ...... <2> Contents displayed on screens ...... <3> Items which can be displayed in graphs ...... 178

iii CONTENTS <4> Data for graphs ...... 180 !*UDSKGLVSOD\IRUPDWV ...... 183 <6> Display range and items which can be displayed in graphs ...... 184 <7> Procedure for displaying graphs ...... <8> Display updating ...... !&69RXWSXWRQHQHUJ\XVHVWDWXVVFUHHQ ...... 196 <10> Energy management data list ...... 204 [5] Ranking ...... 205 <1> Contents displayed on screens ...... 206 <2> Item which can be displayed in graphs ...... 209 <3> Data for graph ...... 210 <4> Graph display format ...... 211 !'LVSOD\UDQJHDQGLWHPVZKLFKFDQEHGLVSOD\HGLQJUDSKV ...... 212 <6> Procedure for displaying graphs ...... 212 <7> Display updating ...... 217 !&69RXWSXWRIUDQNLQJ ...... 218 [6] Setting of target values ...... 220 9. Ventilation Setting ...... 223 [1] Night purge ...... 223 <1> Details of control ...... 223 <2> System restrictions ...... 224 10. Night Setback Control ...... 225 [1] Outline ...... 225 [2] Details of control ...... 225 11. Outside Temperature Interlock Function ...... 226 [1] Outline ...... 226 [2] Details of control ...... 226 [3] Required items ...... 228 12. Energy-Saving/Peak-Cut Control...... 229 [1] Outline ...... 229 [2] Details of control ...... 230 [3] Control setting screen ...... 231 [4] Control action ...... 232 <1> Energy-saving control for indoor unit ...... 232 <2> Energy-saving control for outdoor unit ...... 234 >@(QHUJ\VDYLQJFRQWUROV\VWHPGHVLJQÀRZ ...... 235 [6] Peak-cut control method ...... 237 !3HDNFXWFRQWUROPHWKRGV ...... 237 !6HOHFWLRQRIHQHUJ\VDYLQJSHDNFXWFRQWUROPHWKRGDQGVHWWLQJVFUHHQ ...... 238 [7] Energy-saving control status/History monitor ...... 249 <1> Current energy-saving control status ...... 249 !3HDNFXWVWDWXVKLVWRU\ ...... 249 13. Interlock Control ...... 251 [1] Outline ...... 251 !2SHUDWLRQVZKLFKFDQEHUHDOL]HGE\LQWHUORFNFRQWURO ......

iv CONTENTS !2SHUDWLRQVZKLFKFDQQRWEHUHDOL]HGE\LQWHUORFNFRQWURO ...... >@6HOHFWLRQRILQWHUORFNFRQWUROPHWKRGDQGV\VWHPFRQ¿JXUDWLRQ ...253 !6HOHFWLRQRILQWHUORFNFRQWUROPHWKRG ...... <2> System outline ...... [3] Interlock control using AE-200/AE-50/EW-50 ...... 255 <1> Features ...... <2> Required materials ...... !,QWHUORFNVHWWLQJ ...... !&DXWLRQVIRUV\VWHPFRQ¿JXUDWLRQ ...... !6\VWHPGHVLJQIRUWKHJHQHUDOHTXLSPHQWWREHFRQQHFWHGWRWKHIUHHFRQWDFWSRLQW on the indoor unit ...... 260 14. Connection of AHC ...... 262 [1] Outline ...... 262 >@6\VWHPFRQ¿JXUDWLRQ ...... 263 <1> Connected devices ...... 263 <2> Required devices ...... 264 <3> Examples of control ...... 264 !/LVWRIIXQFWLRQVZKLFKFDQEHGLVSOD\HGRQ$($( ...... !/LVWRIFRQQHFWHGPRGHOV ...... [3] Initial setting of AHC ...... 266 <1> Transition of initial setting ...... 266 <2> Programming ...... 267 !5HJLVWUDWLRQRI$+&LQJURXS ...... 268 !,QLWLDOVHWWLQJIRU$+&$'$37(5 GHYLFHVFRQQHFWHGWR$+& ...... 269 !,QLWLDOVHWWLQJIRU$+&$'$37(5 GHYLFHVFRQQHFWHGWR01(7 ...... 270 !6HWWLQJRILQGLYLGXDOQDPHVRI$+&SRUWV ...... 271 [4] AHC status monitor...... 272 15. Apportioned Electricity Billing Function ...... 276 [1] Outline ...... 276 <1> Functions of devices ...... 279 !'H¿QLWLRQVRIWHUPV ...... 283 <3> Operations which can be performed by apportioned electricity billing function ...... 288 <4> Models to which apportioned electricity billing function is applicable ...... 290 !1XPEHURIFRQQHFWHGXQLWVDQG01(7DGGUHVV ...... 291 >@6\VWHPFRQ¿JXUDWLRQ ...... 292 !(OHFWULFHQHUJ\PHDVXUHPHQW ZLWKPHWHUV PHWKRG ...... 296 !(OHFWULFHQHUJ\PHDVXUHPHQW ZLWKRXWPHWHUV PHWKRG ...... 302 [3] Apportionment calculation ...... 305 <1> In the case of City Multi ...... !,QWKHFDVHRI0U6OLP ZLWKVDPHSRZHUVXSSO\IRURXWGRRUDQGLQGRRUXQLWV ...... 316 !,QWKHFDVHRI0U6OLP ZLWKGLIIHUHQWSRZHUVXSSOLHVIRURXWGRRUDQGLQGRRUXQLWV ...... 323 <4> In the case of LOSSNAY ...... 324 !,QWKHFDVHRI2$SURFHVVLQJXQLW LQGLYLGXDOO\RSHUDWHGE\UHPRWHFRQWUROOHU ...... !,QWKHFDVHRI2$SURFHVVLQJXQLW LQWHUORFNHGZLWK&LW\0XOWL ...... 326 !,QWKHFDVHRIPHWHUSXOVHFRXQW GLUHFWUHDGLQJ ...... 329 !,QWKHFDVHRIHOHFWULFHQHUJ\PDQXDOLQSXW ZLWKRXWPHWHUV PHWKRG ...... 330 [4] Charge calculation ...... 333 !(OHFWULFHQHUJ\PHDVXUHPHQW ZLWKPHWHUV PHWKRG ...... 333 !(OHFWULFHQHUJ\PDQXDOLQSXW ZLWKRXWPHWHUV PHWKRG ...... 334

v CONTENTS

[5] Screen display and output ...... 335 <1> AE-200 LCD ...... !2XWSXWRI&69¿OHIURP$( ...... 337 <3> Display on Charge Calculation Tool screen ...... 343 !2XWSXWRI&69¿OHRIGDWDREWDLQHGE\&KDUJH&DOFXODWLRQ7RRO ...... 346 !3ULQWLQJIURP&KDUJH&DOFXODWLRQ7RRO ...... 349 [6] Charging system ...... 352 [7] Cautions when using apportioned electricity billing function ...... 353 <1> Cautions about charging for air conditioning ...... <2> Calculation of air conditioning charge ...... <3> Cautions for operation and setting ...... 16. Q&A ...... 354

vi Safety1. Safety precautions precautions Ź Thoroughly read the following safety precautions prior to installation. Ź Observe these precautions carefully to ensure safety. Ź After reading this manual, pass the manual on to the end user to retain for future reference. Ź The user should keep this manual for future reference and refer to it as necessary. This manual should be made available to those who repair or relocate the units. Make sure that the manual is passed on to any future air conditioning system user. : indicates a hazardous situation which, if not avoided, could result in death or serious injury.

: indicates a hazardous situation which, if not avoided, could result in minor or moderate injury. : addresses practices not related to personal injury, such as product and/or property damage.

1-1. General precautions

Do not install the controller in areas where large amounts of oil, steam, organic solvents, or corrosive gases (such as ammonia, sulfuric compounds, or acids), or areas where acidic/alkaline solutions or special chemical sprays are used frequently. These substances may significantly reduce the performance and corrode the internal parts, resulting in electric shock, malfunction, smoke, or fire. To reduce the risk of short circuits, current leakage, electric shock, malfunction, smoke, or fire, do not wash the controller with water or any other liquid. To reduce the risk of electric shock, malfunction, smoke, or fire, do not touch the electrical parts, USB memory, or touch panel with wet fingers. To reduce the risk of injury or electric shock, before spraying a chemical around the controller, stop the operation and cover the controller. To reduce the risk of injury, keep children away while installing, inspecting, or repairing the controller. If you notice any abnormality (e.g., burning smell), stop the operation, turn off the controller, and consult your dealer. Continuing the operation may result in electric shock, malfunction, or fire. Properly install all required covers to keep moisture and dust out of the controller. Dust accumulation and the presence of water may result in electric shock, smoke, or fire.

To reduce the risk of fire or explosion, do not place flammable materials or use flammable sprays around the controller. To reduce the risk of electric shock or malfunction, do not touch the touch panel, switches, or buttons with a sharp object. To avoid injury from broken glass, do not apply excessive force to the glass parts.

vii To reduce the risk of injury, electric shock, or malfunction, avoid contact with the sharp edges of certain parts. Consult your dealer for the proper disposal of the controller. Improper disposal will pose a risk of environmental pollution. 1-2. Precautions for relocating or repairing the unit

The controller must be repaired or moved only by qualified personnel. Do not disassemble or modify the controller. Improper installation or repair may result in injury, electric shock, or fire. 1-3. Additional precautions

To avoid discoloration, do not use benzene, thinner, or chemical rag to clean the controller. When the controller is heavily soiled, wipe the controller with a well-wrung cloth that has been soaked in water with mild detergent, and then wipe off with a dry cloth. This appliance is not intended for use by persons (including children) with reduced physical, sensory or mental capabilities, or lack of experience and knowledge, unless they have been given supervision or instruction concerning use of the appliance by a person responsible for their safety. Children should be supervised to ensure that they do not play with the appliance.

viii [1. Contents of This Document ] 1. Contents of This Document

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[Throughout this document:] ● Centralized Controller AE-200A/AE-200E is referred to as AE-200. ● &HQWUDOL]HG&RQWUROOHU$($$((LVUHIHUUHGWRDV$( ● PAC-YG66DCA is referred to as DIDO controller. ● PAC-YG60MCA is referred to as PI controller. ● PAC-YG63MCA is referred to as AI controller. ● $GYDQFHG+9$&&RQWUROOHULVUHIHUUHGWRDV$+& ● +HDWLQJ9HQWLODWLRQDQG$LU&RQGLWLRQLQJLVUHIHUUHGWRDV+9$& ● %RRVWHU8QLWDQG:DWHU+(;XQLWDUHUHIHUUHGWRDV$LU7R:DWHU 3:)< XQLW ● +RW:DWHU+HDW3XPSXQLWLVUHIHUUHGWRDV+:+3 &$+9&5+94$+9 XQLW ● 7KHHVHULHVFKLOOHUXQLW ($+9($&9 LVUHIHUUHGWRDV&KLOOHUXQLW ● LQWKHPRGHOQDPHVLQGLFDWHVWKHFDSDFLW\RIRXWGRRUXQLWRULQGRRUXQLWRUWKHIDQVSHHGRI/2661$< ZKHQ LV WKHIDQVSHHGLVPñKUDWD+LJKQRWFK ● (QHUJ\PDQDJHPHQWDQGSHDNFXWFRQWUROFDQEHSHUIRUPHGE\LQSXWWLQJSXOVHVLJQDOVIURPPHWHUVGLUHFWO\WR&1RI $($(RU(:ZLWKRXWWKH3,FRQWUROOHU,QWKLVGRFXPHQWWKLVV\VWHPLVUHIHUUHGWRDV³SXOVHLQSXWIRU PHDVXUHPHQW´RU³3, 3XOVH,QSXW ´

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<2> Monitoring/operation on Integrated Centralized Control Web screen The air conditioners can be monitored and operated on the Integrated Centralized Control Web of the personal computer FRQQHFWHGWRWKH/$17KHEXLOGLQJPDQDJHUWHQDQWPDQDJHUDQGJHQHUDOXVHUVFDQDFFHVVWKHEURZVHU 6HH 8VHU PDQDJHPHQW!LQ³0DMRUIHDWXUHV´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³2SHUDWLRQHQYLURQPHQW´

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Item 6SHFL¿FDWLRQV Only AE-200 ,QGRRUXQLWVSHU$(XQLWV 1 Number of units which can be connected and ,QGRRUXQLWVSHU$(XQLWV 1 :KHQXQLWVRI$(DQG(:DUHFRQQHFWHG controlled $(DQG(: 2 1RWH:KHQWKH01(7RI$(LVQRWXVHGXSWRXQLWV can be connected. LCD and operation LQ7)7FRORU/&'WRXFKSDQHORSHUDWLRQ îîPP îîLQ 'LPHQVLRQV :î+î' :KHQLQVWDOOHG$($(ZLOOSURWUXGHPP LQ IURPWKHZDOORUWKHPHWDO control box. Weight NJ OEV Power supply Rated input ±9$&±$+]6LQJOHSKDVH M-NET 9'& ZLWKSRZHUVXSSO\FRQQHFWRU&1SRZHUVXSSO\IURPPDLQXQLW Communication I/F LAN %$6(7; 01(7SRZHUIHHGLQJFRHI¿FLHQW Equivalent power consumption 0 Equivalent number of units 0 Operating temperature &±& )±) range Ambient Temperature Storage conditions temperature &±& )±) range +XPLGLW\ ±5+ 1RQFRQGHQVLQJ Indoor only Installation conditions 7REHXVHGLQDEXVLQHVVRI¿FHRUVLPLODUHQYLURQPHQW Material 0DLQXQLW3&$%6&RYHU3&$%6 Power consumption 12 W Appearance color Cover: Clear white ,QVWDOODWLRQRQVXSSOLHGPRXQWLQJSODWHRULQVSHFLDOHPEHGGHGER[ 3$&<(87% RUER[ Installation method IRUH[WHUQDOLQVWDOODWLRQRQZDOO 3$&<(7% RURQPRXQWLQJEUDFNHWLQFRQWUROSDQHO 3$&<(7.

*1: The number of indoor units which can be controlled may vary depending on the model of indoor units. The number of units which can be FRQWUROOHGE\WKH','2FRQWUROOHU 3$&<*'&$ YDULHVGHSHQGLQJRQWKHQXPEHURIFKDQQHOVXVHG RQHFKDQQHOIRUFRQWUROOLQJRQH XQLW 8SWRLQGRRUXQLWVFDQEHFRQWUROOHGE\DGGLQJWKHH[SDQVLRQFRQWUROOHU$(RU(:

6 [2. Outline of Product ] !6SHFL¿FDWLRQRI(:

Item 6SHFL¿FDWLRQV Number of units which can be connected and LQGRRUXQLWVSHU(: *1 *2 controlled îîPP îîLQ 'LPHQVLRQV :î+î' îîPP îîLQ ZKHQXVLQJ/¿WWLQJV Weight NJ OEV Power supply ±9$&+]6LQJOHSKDVH M-NET 9'& ZLWKSRZHUVXSSO\FRQQHFWRU&1SRZHUVXSSO\IURPPDLQXQLW Communication I/F LAN %$6(7; 01(7SRZHUIHHGLQJFRHI¿FLHQW Equivalent power consumption 0 Equivalent number of units 0 Operating temperature &±& )±) range Ambient Temperature Storage conditions temperature &±& )±) range +XPLGLW\ ±5+ 1RQFRQGHQVLQJ Material Main unit: Electrogalvanized sheet steel Power consumption 12 W Installation conditions Only in a metal control box indoors

*1: The number of indoor units which can be controlled may vary depending on the model of indoor units. The number of units which can be FRQWUROOHGE\WKH','2FRQWUROOHU 3$&<*'&$ YDULHVGHSHQGLQJRQWKHQXPEHURIFKDQQHOVXVHG RQHFKDQQHOIRUFRQWUROOLQJRQH XQLW *2: Up to 200 indoor units can be controlled by combining with AE-200.

7 [2. Outline of Product ] [4] Centralized air conditioning control <1> Function List 1RUPDORSHUDWLRQVFUHHQ

Table Function list ✓ : Function provided Item Details LCD Integrated Web ,WLVSRVVLEOHWRVWDUWDQGVWRSWKHXQLWVLQHDFKJURXSLQHDFKEORFNRU Start/Stop/Test run RQHDFKÀRRURUDOOXQLWVFROOHFWLYHO\,QWKHWHVWUXQPRGHWHVWUXQRI ✓✓ WKHXQLWVFDQEHSHUIRUPHG 2QO\RQWKHPDLQXQLWVFUHHQ 7KHRSHUDWLRQPRGHFDQEHVZLWFKHGWR&22/'5<+($7)$1 $872DQG6HWEDFNIRUWKHXQLWVLQHDFKJURXSLQHDFKEORFNRURQ HDFKÀRRURUDOOXQLWVFROOHFWLYHO\ $LU7R:DWHU 3:)< XQLW+HDWLQJ+HDWLQJ(&2+RW:DWHU $QWLIUHH]H&RROLQJ +:+3 &$+9&5+9 XQLW+HDWLQJ+HDWLQJ(&2+RW:DWHU Operation mode ✓✓ Anti-freeze +:+3 4$+9 XQLW0RGH &KLOOHUXQLW&RROLQJ+HDWLQJ+HDWLQJ(FR$QWLIUHH]H

1RWH7KH6HWEDFNPRGHFDQEHVHOHFWHGRQWKH$($$($ (:$EXWQRWRQWKH$(($(((:( 7KHLQGRRUWHPSHUDWXUHFDQEHVHWIRUWKHXQLWVLQHDFKJURXSLQHDFK EORFNRURQHDFKÀRRURUDOOXQLWVFROOHFWLYHO\ LQVWHSVRI& Air conditioning unit &RRO'U\ &±& )±) +HDW &±& )±) $LU7R:DWHU 3:)< XQLW %RRVWHUXQLW +HDWLQJ &±& )±) +RW:DWHU &±& )±) $QWLIUHH]H &±& )±) :DWHU+(;XQLW +HDWLQJ &±& )±) $QWLIUHH]H &±& )±) &RROLQJ &±& )±) Temperature setting +:+3 &$+9&5+9 XQLW ✓✓ +HDWLQJ &±& )±) +RW:DWHU &±& )±) +:+3 4$+9 XQLW 0RGH & ) ± 2XWOHW+:±& ) Chiller unit &RROLQJ &±& )±) +HDWLQJ &±& )±) Note: The settable temperature ranges depend on the unit model. Note: If the indoor unit supports the dual set point function in the Auto mode and when the operation mode above is set to Auto or 6HWEDFNWZRVHWWHPSHUDWXUHVIRU&RROPRGHDQG+HDWPRGH can be set. 1RWH7KHWHPSHUDWXUHXQLW &RU) FDQEHVHOHFWHGRQWKH>8QLW Info.] screen. The fan speed can be switched among 4 steps for the units in each JURXSLQHDFKEORFNRURQHDFKÀRRURUDOOXQLWVFROOHFWLYHO\ 7KHVSHHGFDQEHVZLWFKHGVWHSOHVVO\RULQWZRWKUHHRUIRXUVWHSV depending on the model. Models with the automatic function can be Fan speed setting RSHUDWHGLQWKHDXWRPDWLFPRGH ✓✓ :KHQ/2661$

8 [2. Outline of Product ]

Table Function list ✓ : Function provided Item Details LCD Integrated Web 7KHUHVXOWVRIDSSRUWLRQPHQWRIHQHUJ\FRQVXPSWLRQWR(0EORFNV PHWHUVLQGRRUXQLWVDQGRXWGRRUXQLWVFDQEHGLVSOD\HG Energy management list*1 ✓✓ Note: This function can be used only when the apportioned electricity billing function of AE-200 is used. The power consumption and FAN operation time can be displayed in 5DQNLQJ UDQNRUGHU ✓✓ 1RWH7KHUDQNLQJRIHOHFWULFHQHUJ\FDQEHGLVSOD\HGRQO\E\EORFN It is possible to set the target values of power consumption for each \HDUPRQWKGD\RIWKHZHHNDQGEORFN Target value setting ✓ The set target values will be displayed on the energy use status VFUHHQDQGUDQNLQJVFUHHQ 7KHSHDNFXWFRQWUROOHYHODQGWKHDYHUDJHHOHFWULFHQHUJ\FDQEH 6WDWHRISHDNFXWFRQWURO displayed. ✓✓ 1RWH7KH(QHUJ\0DQDJHPHQW/LFHQVH3DFNLVUHTXLUHG Our unique method for supporting the apportionment of total electric energy and billing according to the operation conditions of indoor units Apportioned electricity billing determined based on the communication data between the indoor and ✓ function outdoor units. 7KLVIXQFWLRQFDQQRWEHXVHGIRUWUDGLQJFHUWL¿FDWHVGH¿QHGE\WKH Measurement Act. ,WLVSRVVLEOHWRVHWWKHZHHNO\VFKHGXOHEDVHGRQWKHGD\RIWKHZHHN SDWWHUQDQQXDOVFKHGXOHDQGGDLO\VFKHGXOHIRUWKHXQLWVLQHDFK JURXSLQHDFKEORFNRURQHDFKÀRRURUDOOXQLWVFROOHFWLYHO\ WLPHVRIVFKHGXOHLWHPVFDQEHVHWSHUGD\7KHLWHPVLQFOXGH ³VWDUWVWRS´³RSHUDWLRQPRGH´³WHPSHUDWXUHVHWWLQJ´³DLUÀRZ GLUHFWLRQ´³IDQVSHHG´DQG³SURKLELWLRQRIRSHUDWLRQRIUHPRWH controller.” ,QWKHFDVHRI/2661$<³VWDUWVWRS´³YHQWLODWLRQPRGH´³IDQ VSHHG´DQG³SURKLELWLRQRIRSHUDWLRQRIUHPRWHFRQWUROOHU´FDQEHVHW LQWKHVFKHGXOHGRSHUDWLRQ )LYHZHHNO\VFKHGXOHVFDQEHUHWDLQHGDQGVHDVRQVFKHGXOHVFDQ be set. Schedule ✓✓ 2QHRIWKHZHHNO\DQQXDODQGGDLO\VFKHGXOHVZKLFKKDYHEHHQVHW IRUWKHGD\LVH[HFXWHG7KHRUGHURISULRULW\LVDVIROORZV'DLO\ĺ $QQXDOĺ:HHNO\ĺ«ĺ:HHNO\ ,QWKHDQQXDOVFKHGXOHLWLVSRVVLEOHWRVHWWKHRSHUDWLRQSDWWHUQVIRU GD\VVXFKDVSXEOLFKROLGD\VDQGVXPPHUKROLGD\VQRW DFFRUGLQJWRWKHZHHNO\VFKHGXOHLQWKHUDQJHIURPWKHFXUUHQW month to the 24th month. NLQGVRIRSHUDWLRQSDWWHUQVFDQEHVHWIRUHDFKJURXS 7KHRSWLPXPVWDUWFDQEHSURJUDPPHGWRDWWDLQWKHVHWWHPSHUDWXUH DWWKHVHWWLPH 2QO\LQGRRUXQLWV Note: The items which can be set depend on the air conditioner model IXQFWLRQ It is possible to enable or disable the schedule for the units in each Enable/disable schedule ✓✓ JURXSLQHDFKEORFNRURQHDFKÀRRURUDOOXQLWVFROOHFWLYHO\ 7RXFK>21@RU>2))@WRHQDEOHGLVDEOHWKH+ROGIXQFWLRQ:KHQWKH +ROGIXQFWLRQLVHQDEOHGWKHVFKHGXOHGRSHUDWLRQVDUHGLVDEOHG Note: The operations that have been scheduled on the remote +ROG controller will also be disabled. ✓✓ 1RWH>+ROGW\SH@FDQEHVSHFL¿HGRQWKH>$GYDQFHG@VFUHHQ 1RWH7KH+ROGIXQFWLRQFDQEHXVHGRQWKH$($$($ (:$EXWQRWRQWKH$(($(((:( Operation items by the remote controller to be prohibited can be VHOHFWHGIRUWKHXQLWVLQHDFKJURXSLQHDFKEORFNRURQHDFKÀRRURU all units collectively. Setting to prohibit remote 7KHLWHPVZKLFKFDQEHSURKLELWHGDUHVWDUWVWRSRSHUDWLRQPRGH ✓✓ operation WHPSHUDWXUHVHWWLQJ¿OWHUVLJQIDQVSHHGDLUÀRZGLUHFWLRQDQGWLPHU Note: The items which can be prohibited vary depending on the model RIDLUFRQGLWLRQHU/2661$<HWF )RUDOOFRQWUROOHGDLUFRQGLWLRQHUVWKHLWHPVHPHUJHQF\VWRSQRUPDO VWDUWVWRSSURKLELWLRQSHUPLVVLRQRIRSHUDWLRQRIUHPRWHFRQWUROOHUDQG GHPDQGOHYHOFDQEHVHWE\H[WHUQDOYROWDJHFRQWDFWVLJQDOV 9'& RU9'& External input function setting 6HSDUDWHO\WKHH[WHUQDOLQSXWRXWSXWDGDSWHU3$&<*+$(LV ✓ *2 QHFHVVDU\ Note: It is necessary to connect the external input/output adapter to HDFKVHWRI$($(DQG(: (PHUJHQF\VWRSRIWKH$((:V\VWHPFDQQRWEH SHUIRUPHGE\WKHH[WHUQDOLQSXWWR$(

9 [2. Outline of Product ]

Table Function list ✓ : Function provided Item Details LCD Integrated Web :KHQRQHRUPRUHDLUFRQGLWLRQHUVDUHUXQQLQJWKH³UXQQLQJ´VLJQDO will be output. When an error has occurred in one or more air FRQGLWLRQHUVWKH³HUURURFFXUULQJ´VLJQDOZLOOEHRXWSXW 7KH³UXQQLQJ´VLJQDOVRIJHQHUDOHTXLSPHQW ','2FRQWUROOHU FRQQHFWLRQ DUHQRWRXWSXW7KH³HUURURFFXUULQJ´VLJQDOVRIWKHGHYLFHV External output function DUHRXWSXW ✓ setting *3 6HSDUDWHO\WKHH[WHUQDOLQSXWRXWSXWDGDSWHU3$&<*+$(LV QHFHVVDU\ Note: If the output function is set to externally output errors on AE- HUURUVLQDQ\RI$($(DQG(:ZLOOEHRXWSXW ,IWKHIXQFWLRQLVVHWWRRXWSXWHUURUVRQ$((:HUURUV RQO\LQ$((:ZLOOEHRXWSXW 7KH¿OWHUVLJQGLVSOD\FDQEHUHVHWIRUWKHXQLWVLQHDFKJURXSLQHDFK 5HVHWRI¿OWHUVLJQ ✓✓ EORFNRURQHDFKÀRRURUDOOXQLWVFROOHFWLYHO\ 5HVHWWLQJWKHFXPXODWLYH¿OWHU 7KHFXPXODWLYH¿OWHUXVDJHWLPHLVUHVHWZKHQWKH¿OWHUVRQDLU ✓ usage time conditioning units are cleaned. Error reset The errors which have occurred can be reset. ✓✓ 7KHHUURUKLVWRU\ XQLWHUURUVDQGFRPPXQLFDWLRQHUURUV FDQEH Error history reset ✓✓ erased. The ON/OFF LED lamp indicates that the units in one or more groups 6WDUWVWRS FROOHFWLYH DUHUXQQLQJ RQ RUWKHXQLWVLQDOOJURXSVDUHVWRSSHG RII ([FHSW ✓ JHQHUDOHTXLSPHQW ','2FRQWUROOHUFRQQHFWLRQ 7KHLWHPVVWDUWVWRSRSHUDWLRQPRGHWHPSHUDWXUHVHWWLQJIDQVSHHG DLUÀRZGLUHFWLRQYHQWLODWLRQPRGHVWDUWVWRSRILQWHUORFNHG/2661$< HQDEOHGLVDEOHVFKHGXOHGRSHUDWLRQ212))RIKROGIXQFWLRQ RQO\ Operating state of each group $($$($(:$ HQHUJ\VDYLQJQLJKWVHWEDFNDQGQLJKW ✓✓ purge are displayed for each group. Note: The items which can be displayed depend on the models in the group. 7KH¿OWHUVLJQFDQEHGLVSOD\HGIRUWKHXQLWVLQHDFKJURXSLQHDFK 'LVSOD\RI¿OWHUVLJQ ✓✓ EORFNRURQHDFKÀRRURUDOOXQLWVFROOHFWLYHO\ Display of prohibition of The operations by the remote controller which have been prohibited ✓✓ remote operation by this controller or another system controller are displayed. When an emergency stop signal is received through an external FRQWDFWRUIURPWKHEXLOGLQJPDQDJHPHQWV\VWHP %$&QHW RUZKLOH Display of suspension WKHPLQXWHRSHUDWLRQVXVSHQVLRQLVH[HFXWHGE\WKH3HDN&XW ✓ IXQFWLRQWKHRSHUDWLRQFRQWUROVHWWLQJZLOOEHLQGLFDWHGZLWKLFRQDQGD message. 7KHDGGUHVVRIWKHXQLWLQZKLFKDQHUURUKDVRFFXUUHGWKHHUURUFRGH Display of current error and the address of the unit which has detected the error are ✓✓ displayed. 8SWRHUURUVZKLFKRFFXUUHGLQWKHSDVWDUHVWRUHGHUURUVRI Monitoring of error history HDFKVHWRI$($(DQG(: XQLWHUURUVDQG ✓✓ FRPPXQLFDWLRQHUURUV DUHVWRUHG +LVWRU\RIWUDQVPLVVLRQRI 7KHKLVWRU\RIWUDQVPLVVLRQRIHUURUQRWL¿FDWLRQHPDLOVDQGHPDLOV ✓✓ HUURUQRWL¿FDWLRQHPDLOV XSRQUHFRYHU\IURPHUURUFDQEHFKHFNHG Monitoring of measurement The measurements on the temperature sensor and humidity sensor of $,FRQWUROOHUHOHFWULFLW\PHWHURI3,FRQWUROOHUDQGZDWHUPHWHU ✓✓ state can be monitored. Monitoring of operating state 7KHFDSDELOLW\YDOXHVKLJKSUHVVXUHVDQGORZSUHVVXUHVRIWKH ✓ of outdoor units RXWGRRUXQLWVFDQEHFKHFNHG Monitoring of state of free The input/output state of the free contacts of indoor units can be ✓ contacts FKHFNHG 7KHLQSXWDQGRXWSXWVWDWXVRI$GYDQFHG+9$&&21752//(5VFDQ $+&/LVW ✓✓ be displayed. 7KHOLVWRIWKHUHIULJHUDQWV\VWHPVFRQQHFWHGWR$($( Display of refrigerant systems LQIRUPDWLRQRQFRQQHFWLRQEHWZHHQRXWGRRUXQLWVDQGLQGRRUXQLWV ✓ can be displayed.

* The above-mentioned functions may be unavailable depending on the connected devices or the combination of devices. 7KH&KDUJHOLFHQVHLVUHTXLUHGVHSDUDWHO\,IWKHOLFHQVHKDVQRWEHHQUHJLVWHUHGWKHIXQFWLRQFDQEHVHWEXWWKHFRQWUROZLOOQRWEH performed. 7KHH[WHUQDOLQSXWIXQFWLRQVIRUHPHUJHQF\VWRSVWDUWVWRSDQGGHPDQGOHYHODUHQRWFDSDEOHRIHPHUJHQF\VWRSVWDUWVWRSDQGSHDNFXW FRQWURORIJHQHUDOHTXLSPHQW FRQQHFWHGWR','2FRQWUROOHU +RZHYHUWKHHPHUJHQF\VWRSLQSXWFDQEHXVHGIRUHPHUJHQF\VWRSRIJHQHUDOHTXLSPHQW FRQQHFWHGWR','2FRQWUROOHU E\VHWWLQJ DIDO controller switch. 7KHVWDWHRIRSHUDWLRQRIJHQHUDOHTXLSPHQW FRQQHFWHGWR','2FRQWUROOHU FDQQRWEHRXWSXW

10 [2. Outline of Product ] ,QLWLDOVHWWLQJVFUHHQ

Table Function list ✓ : Function provided Initial Initial Integrated Item Details LCD Setting Tool setting Web Web Present date and time The present date and time can be set. ✓✓✓ setting Registration of license The purchased license can be registered. ✓✓✓ ,WHPVFRPPRQWRPDLQXQLWVDQG:HEEURZVHUVRI$($( DQG(: 7KHPDLQXQLWQDPHLGHQWL¿FDWLRQQXPEHUH[SDQVLRQGDWH GLVSOD\IRUPDWWLPHGLVSOD\IRUPDWWHPSHUDWXUHGLVSOD\IRUPDW SUHVVXUHGLVSOD\IRUPDWURRPWHPSHUDWXUHGLVSOD\DQGDYDLODELOLW\ of illuminance sensor and motion sensor can be set. Unit information ,WHPVRQO\RQPDLQXQLWVRI$(DQG$( 7KHGLVSOD\HGODQJXDJH &KLQHVH(QJOLVK)UHQFK*HUPDQ ✓✓✓ EDVLFV\VWHP ,WDOLDQ-DSDQHVH3RUWXJXHVH5XVVLDQ6SDQLVKRU7XUNLVK*7 FDQEHVZLWFKHGDQGWKH/&'LOOXPLQDQFHVRXQGYROXPH DYDLODELOLW\RIWHVWUXQDQGDYDLODELOLW\RIVFUHHQORFNIXQFWLRQFDQ be set. Items only on Web browsers The display of the group name on the list screen and the display RUQRQGLVSOD\RIWKH¿OWHUVLJQFDQEHVHW 7KH,3DGGUHVVHVVXEQHWPDVNVDQGJDWHZD\VUHODWLQJWRWKH /$1RI$($((:FDQEHVHWDQGWKH01(7 1HWZRUNVHWWLQJ ✓✓ DGGUHVVHVUDQJHRISURKLELWLRQRIUHPRWHRSHUDWLRQDQGH[WHUQDO input relating to M-NET can be set. 7KHWLPHPDVWHUDQGVXEFRQWUROOHUVFDQEHVHWWKHROGPRGHO FRPSDWLELOLW\PRGHFDQEHWXUQHGRQRURIIWKHKROGW\SHFDQEH Advanced setting ✓ ✓ ✓ VHWWR1RUPDORU21 $($$($(:$RQO\ DQGWKH season schedule setting can be enabled or disabled. 7KHLQGRRUXQLWV/2661$<JHQHUDOHTXLSPHQW$LU7R:DWHU 3:)< XQLWV+:+3 &$+9&5+9 XQLWV&KLOOHUXQLWVUHPRWH Group setting ✓ ✓ ✓ FRQWUROOHUVVXEV\VWHPFRQWUROOHUVDQG$+&DUHUHJLVWHUHGLQ groups. +:VXSSO\VHWWLQJ 7KH+:VXSSO\XQLWVDUHUHJLVWHUHGLQJURXSV ✓ 6HWJURXSVDUHUHJLVWHUHGLQHDFKEORFN %ORFNVHWWLQJ 1RWH$EORFNDFURVVWKH$($(DQG(:V\VWHPV ✓ ✓ ✓ cannot be set. Energy management %ORFNVFDQEHVHWDFURVV$($(DQG(:V\VWHPV ✓✓ %ORFNVHWWLQJ ,QWHUORFNHG/2661$< )RULQWHUORFNHG/2661$<WKHLQGRRUXQLWVDUHUHJLVWHUHGDV ✓ ✓ ✓ setting LQWHUORFNLQJVRXUFHV 7KHEDVLFÀRRUSODQJURXSGLVSOD\SRVLWLRQVDQGSODQYLHZFDQ be set. Floor layout setting Note: To display plan views on the Integrated Centralized Control ✓ ✓ :HELWLVQHFHVVDU\WRVHWWKHSODQYLHZVZLWKWKH,QLWLDO Setting Tool. 9DULRXVLWHPVVXFKDVWKHPDLOVHUYHUWRXVHWKHQRWL¿FDWLRQRI HUURUVWKURXJKHPDLODQGWKHHUURUQRWL¿FDWLRQHPDLOGHVWLQDWLRQV (UURUQRWL¿FDWLRQHPDLO can be set. ✓ setting 1RWH7KHLWHPVPXVWEHVHWIRUHDFKRI$($(DQG (: (QHUJ\VDYLQJSHDNFXW 7KHPHWKRGWRXVHWKHHQHUJ\VDYLQJSHDNFXWFRQWURODQGWKH ✓✓ control setting *4 method of controlling indoor and outdoor units can be set. The conditions of the temperature and humidity sensors of AI Measurement setting controller and the electricity meter and water meter of the PI ✓✓✓ controller can be set. When the temperature ranges to be controlled by the remote FRQWUROOHUVDUHOLPLWHGWKHWHPSHUDWXUHUDQJHFDQEHVHWIRUHDFK Temperature setting remote controller. ✓ range limit setting Note: The ranges which can be monitored and controlled vary depending on the model. This function is unusable on P/M/S series. 7KHRXWGRRUWHPSHUDWXUHPHDVXULQJXQLWDSSRUWLRQPHQWPRGH Energy management and electricity meter used as the base of apportionment can be ✓✓ setting set. :KHQWKHQLJKWPRGH ORZQRLVHRSHUDWLRQ RIRXWGRRUXQLWVLV Night mode schedule XVHGWKHWLPHSHULRGLQZKLFKWKHXQLWVZLOOEHRSHUDWHGLQWKH ✓ setting night mode can be set. Note: This mode cannot be set for P/M/S sereis. $OOLQGRRUXQLWV FRROLQJKHDWLQJ FRQQHFWHGWRRQHRXWGRRUXQLW can be automatically switched according to the change in room System changeover WHPSHUDWXUH ([FHSW56HULHV 7KHRXWGRRUXQLWVWREH ✓ setting automatically switched between cooling and heating and the VZLWFKPRGH DXWRPDWLFUHSUHVHQWDWLYHJURXS FDQEHVHW

11 [2. Outline of Product ]

Table Function list ✓ : Function provided Initial Initial Integrated Item Details LCD Setting Tool setting Web Web Outdoor temperature The outdoor temperature measuring unit to be used to use the RXWGRRUWHPSHUDWXUHLQWHUORFNFRQWUROIXQFWLRQFDQEHVHOHFWHG ✓✓ interlocNFRQWURO and the control level can be set for each group. 7KHFRQWUROWLPHSHULRGWRXVHWKHQLJKWVHWEDFNIXQFWLRQFDQEH 1LJKWVHWEDFNIXQFWLRQ VHWDQGWKHXSSHUDQGORZHUOLPLWWHPSHUDWXUHVFDQEHVHWIRU ✓✓ each group. ,QWHUORFNFRQWUROLVSURYLGHGEHWZHHQFRQQHFWHGGHYLFHVIRUZKLFK WKHLQWHUORFNFRQGLWLRQVKDYHEHHQVHW ,QWHUORFNFRQWURO*6 ✓ *8 8SWRLQWHUORFNFRQGLWLRQVFDQEHUHJLVWHUHGIRUHDFKVHWRI $(DQG$( It is possible to enable or disable the night purge function and set Night Purge *4 WKHGD\VRIWKHZHHNVWDUWWLPHHQGWLPHRXWGRRUWHPSHUDWXUH ✓✓ threshold and initial fan speed to perform purging. Maintenance user The maintenance user name and password can be set. ✓✓ %XLOGLQJ0DQDJHU 7KHEXLOGLQJPDQDJHUQDPH DGPLQLVWUDWRUXVHU SDVVZRUGDQG ✓✓ DGPLQLVWUDWRUXVHU available functions can be set. Screen display setting The items relating to screen display can be set. ✓ 7KHEXLOGLQJPDQDJHU,'DQGSDVVZRUGFDQEHFKDQJHGDQGWKH User management ✓ tenant manager and general users can be registered.

2QVRPHPRGHOVWKHVHPHWKRGVFDQQRWEHVHW 7KH(QHUJ\0DQDJHPHQW/LFHQVH3DFNPXVWEHVHSDUDWHO\REWDLQHG 7KH,QWHUORFNFRQWUROOLFHQVHPXVWEHVHSDUDWHO\REWDLQHG 7XUNLVKLVQRWVXSSRUWHGRQWKH,QLWLDO6HWWLQJ:HE 0DNHWKHVHWWLQJVIRU9HUDQGODWHUIURPWKH,QLWLDO6HWWLQJ7RRO

12 [2. Outline of Product ] 2WKHUIXQFWLRQV

Table Function list ✓ : Function provided Initial Initial Integrated Item Details LCD Setting Tool setting Web Web 'DWDEDFNXS Setting data and user information can be saved. ✓✓*1 ✓ Data loading Setting data and user information can be loaded. ✓✓*1 ✓ 2SHUDWLRQGDWD ELOOLQJSDUDPHWHUVDQGHOHFWULFHQHUJ\GDWD IRU &69RXWSXW ✓✓ XSWRGD\VFDQEHVDYHGLQD86%PHPRU\ The energy management data can be output. Output of energy Note: It is necessary to output the data on each set of AE-200 ✓✓ management data DQG$( Correction of touch The touching positions on the touch panel can be corrected. ✓ panel 7KHVRIWZDUHFDQEHXSGDWHGE\WZRPHWKRGVLQVHUWLQJD86% PHPRU\VWLFNLQWRWKHPDLQXQLWRI$($(DQGRSHUDWLQJ Software updating ✓ RQWKH/&'DQGLQVHUWLQJD&'LQWRWKH3&DQGRSHUDWLQJRQWKH Web browser. *DVDPRXQWFKHFN 7KHDPRXQWRIUHIULJHUDQWJDVFDQEHFKHFNHG ✓✓ %DFNXSRIJURXSVHWWLQJ (YHQLISRZHULVGLVFRQQHFWHGWKHJURXSVHWWLQJLQIRUPDWLRQDQG LQIRUPDWLRQLQWHUORFNHG ✓ LQWHUORFNHG/2661$

*1: Only the items which can be set with the Initial Setting Tool.

13 [2. Outline of Product ]

Remarks ● :KHQSHUIRUPLQJWKHVHWWLQJWRSURKLELWRSHUDWLRQRIUHPRWHFRQWUROOHURQDQRWKHUV\VWHPFRQWUROOHUVHW WKHUDQJHRISURKLELWLRQRIRSHUDWLRQLQWKHQHWZRUNVHWWLQJRI$($((:WR³2QO\5&´ ● +RZHYHUVLQFH$($((:LVWKHWRSOHYHOFRQWUROOHUWKHRSHUDWLRQRI$($((: cannot be prohibited from any other system controller in any case. ● ,QWKHJURXSFRQWUROOLQJ/2661$<RQO\WKHVWDUWVWRSDQG¿OWHUVLJQUHVHWRSHUDWLRQVFDQEHSURKLELWHG ● 7KHSURKLELWLRQRIRSHUDWLRQWRUHVHWWKH¿OWHUVLJQLVGLVSOD\HGRQO\ZKLOHWKH¿OWHUVLJQLVRQ

<2> Number of connected units and M-NET addresses The number of connected air conditioners and M-NET address ranges are shown below.

Max.number M-NET address setting Method for determining Unit or controller Symbol of connected range M-NET address units Indoor unit &,7<08/7,/DUJH IC Capacity Floor Standing PAC Mr. Slim Give the lowest number to the DGDSWHUIRUFRQQHFWLQJ AIC indoor unit to be used as the base 01(7 %DVHXQLWVXEXQLW WR XQLWLQWKHJURXSDQGJLYH Room air conditioner sequential numbers to the other ,QWHUIDFHIRUFRQQHFWLQJ RA indoor units in the group. 01(7 Free Plan LOSSNAY/ /&)8 OA processing unit 0DLQ%R[ CE WR +RWZDWHUKHDWSXPS Assign an address that equal the addresses of the main and sub &$+9&5+9 6XE%R[ CL WR XQLWVLQWKH0DLQ%R[SOXVWRWKH XQLWVLQWKH6XE%R[ 0DNHWKHVHWWLQJVLQWKHVDPHZD\ as with indoor unit . :KHQXQLWVRWKHUWKDQ4$+9XQLWV H[LVWLQDV\VWHPFRXQWHDFK4$+9 +RWZDWHUKHDWSXPS 4$+9 CE 24 WR unit as equivalent to two air- conditioning units. Assign sequential addresses to the units in the same group. 0DNHWKHVHWWLQJVLQWKHVDPHZD\ as with indoor unit . When the only units connected are FKLOOHUXQLWVDPD[LPXPRIXQLWV can be connected. 0DLQ%R[ &+ 24 WR When units other than chiller units H[LVWLQDV\VWHPFRXQWHDFKFKLOOHU &KLOOHU ($+9($&9 unit as equivalent to three air- conditioning units. Assign sequential addresses to the units in the same group. Assign an address that equal the addresses of the main and sub 6XE%R[ CL 24 WR XQLWVLQWKH0DLQ%R[SOXVWRWKH XQLWVLQWKH6XE%R[ A maximum of twenty PI controllers PI controller PI can be connected to an AE-200 system with an expansion controller. AI controller AI WR $PD[LPXPRI¿IW\','2FRQWUROOHUV DIDO controller DDC FDQEHFRQQHFWHGFRXQWLQJHDFK contact as one unit. Add 100 to the lowest indoor unit Main remote controller WR number in the group. M-NET remote controller ME 100 $GGWRWKHPDLQUHPRWH Sub remote controller WR controller address. It is unnecessary to set the address. MA remote controller MA — +RZHYHUZKHQWZRUHPRWHFRQWUROOHUVDUHXVHGWKHPDLQ VXEVHOHFWRUVZLWFKPXVWEHVHW

14 [2. Outline of Product ]

Max.number M-NET address setting Method for determining Unit or controller Symbol of connected range M-NET address units $GGWRWKHORZHVWLQGRRUXQLW Outdoor unit OC WR address among the indoor units in &,7<08/7,/DUJH&DSDFLW\)ORRU6WDQGLQJ3$& the refrigerant system. Add 1 to the outdoor unit address in +HDWVWRUDJHXQLW TU the refrigerant system. %&FRQWUROOHU %& $GGWRWKHORZHVWLQGRRUXQLW EDVHXQLW address among the indoor units %&FRQWUROOHU connected to the distribution sub Auxiliary outdoor unit %6%6 WR VXEXQLWVXEXQLW controller. +%&FRQWUROOHU EDVHXQLW +% $GGWRWKHORZHVWLQGRRUXQLW address among the indoor units +%&FRQWUROOHU VXEXQLW +6+6 connected to the water system VXEXQLW distribution sub controller. Add 200 to the lowest number of Group remote controller GR the group to be controlled. Set the address arbitrarily in the System remote controller 65$7 range shown left. 4 WR ON/OFF remote Add 200 to the lowest number of ANR controller the group to be controlled. Set the address arbitrarily in the System controller Schedule timer ST range shown left. Set the address arbitrarily in the $+&$'$37(5 $+& 1 WR range shown left. Set the address to 0. AE-200/ 0 +RZHYHUZKHQWKH%0DGDSWHULV Centralized controller $( — WR FRQQHFWHGVHWRQRIWKHLU (: DGGUHVVHVWRWR

15 [2. Outline of Product ] <3> Images of LCD screens on AE-200 main unit The images of the monitoring screens on the LCD on AE-200 main unit are shown below.

)ORRUOLVWVFUHHQ GLVSOD\RILFRQV )ORRUOLVWVFUHHQ OLVWVFUHHQ

%ORFNOLVWVFUHHQ Air conditioner operation screen

Measurement list screen +:+3OLVWVFUHHQ

+:+3RSHUDWLRQVFUHHQ &$+9&5+9 +:+3RSHUDWLRQVFUHHQ 4$+9

16 [2. Outline of Product ]

Chiller list screen Chiller operation screen

$+&VWDWXVPRQLWRUVFUHHQ Energy use status screen

5DQNLQJVFUHHQ Energy management list screen

Target value setting screen 3HDNFXWFRQWUROVWDWXVVFUHHQ

17 [2. Outline of Product ]

Schedule setting screen Season setting screen

Schedule on current day :HHNO\VFKHGXOH

Annual schedule Schedule data setting screen

Screen of units in trouble 6FUHHQRIXQLWVZLWK¿OWHUVLJQGLVSOD\HG

18 [2. Outline of Product ]

Unit error log screen Communication error log screen

Energy management output screen

19 [2. Outline of Product ] The images of the initial setting screens on the LCD on AE-200 main unit are shown below.

Current date and time setting screen License registration screen

Unit information screen Unit information 2 screen

Advanced setting screen 1HWZRUNVHWWLQJVFUHHQ

1HWZRUNVHWWLQJVFUHHQ H[SDQVLRQFRQWUROOHU,3VHWWLQJ Group setting screen

20 [2. Outline of Product ]

+:6XSSO\VHWWLQJVFUHHQ ,QWHUORFNHG/2661$

%ORFNVHWWLQJVFUHHQ Floor layout setting screen

Refrigerant system display screen 3HDNFXWVHWWLQJVFUHHQ FRQ¿JXUDWLRQ

3HDNFXWVHWWLQJ DLUFRQGLWLRQHUV Measurement setting screen

21 [2. Outline of Product ]

Energy management setting screen 2XWGRRUWHPSHUDWXUHLQWHUORFNVFUHHQ

1LJKWVHWEDFNFRQWUROVHWWLQJVFUHHQ Night purge setting screen

Maintenance user setting screen %XLOGLQJPDQDJHUVHWWLQJVFUHHQ

*DVDPRXQWFKHFNVFUHHQ 'DWDEDFNXSVFUHHQ

22 [2. Outline of Product ]

Data loading screen Energy management data output screen

Screen for clearing data for comparison of apportioned &69RXWSXWVFUHHQ electric energy

Screen for cleaning data on carryover of apportionment Touch panel calibration screen

Software update screen

23 [2. Outline of Product ] <4> Status of icons The following icons will be displayed on the LCDs and Web browsers.

$LUFRQGLWLRQHUJURXS

Filter sign ,QWHUORFNHG/2661$<21 ON OFF Error *1

,QWHUORFNHG/2661$<2)) Schedule set +2/'21 Energy-saving ON Schedule disabled *14

1LJKWVHWEDFNPRGH Starting up 2FFXSLHG9DFDQW %ULJKWGDUN Room temperature *10 *11

%OXH *UD\

+XPLGLW\

%OXH *1: Displayed only on the Web browsers :KHQ/2661$ @ EOXH > @ JUD\ RU> @ EOXHJUD\ KDVEHHQVHOHFWHGLQ³0RWLRQ VHQVRUGLVSOD\´LQ³'LVSOD\VHWWLQJ´RQWKHXQLWLQIRUPDWLRQVFUHHQRUWKHEDVLFV\VWHPVHWWLQJVFUHHQRIWKH:HEEURZVHUIRULQLWLDOVHWWLQJ 7KH³2FFXSLHG9DFDQW´LFRQLVGLVSOD\HGRQO\ZKHQDQ0(UHPRWHFRQWUROOHU 3$580('83$580('$ SURYLGHGZLWKDPRWLRQ sensor is used for the group. 7KH³2FFXSLHG9DFDQW´LFRQLVGLVSOD\HGLQSULRULW\WRWKH³,QWHUORFNHG/2661$<21´DQG³,QWHUORFNHG/2661$<2))´LFRQV *8: This icon is displayed only when [ @ \HOORZ > @ JUD\ RU> @ EOXHJUD\ KDVEHHQVHOHFWHGLQ³%ULJKWQHVVVHQVRU GLVSOD\´LQ³'LVSOD\VHWWLQJ´RQWKHXQLWLQIRUPDWLRQVFUHHQRUWKHEDVLFV\VWHPVHWWLQJVFUHHQRIWKH:HEEURZVHUIRULQLWLDOVHWWLQJ 7KH³%ULJKWGDUN´LFRQLVQRWGLVSOD\HGZKHQWKHUHPRWHFRQWUROOHUIRUWKHJURXSLVQRWSURYLGHGZLWKDQ%ULJKWQHVVVHQVRU 7KH³1LJKWVHWEDFNPRGH´LFRQLVGLVSOD\HGLQSULRULW\WRWKH³%ULJKWGDUN´LFRQ ,IWKHDLUFRQGLWLRQHULVQRWUHFRJQL]HGDIWHUVWDUWXSWKLVLFRQNHHSVEHLQJGLVSOD\HG&KHFNWKHFRQQHFWLRQDQGJURXSVHWWLQJRIWKHDLU conditioner. 7KH³(QHUJ\VDYLQJFRQWURO´LFRQLVGLVSOD\HGLQSULRU\WRWKH³5RRPWHPSHUDWXUH´DQG³+XPLGLW\´LFRQV *13: The display and non-display of room temperature and humidity can be switched on the initial setting screen. 7KH+ROGIXQFWLRQFDQEHXVHGRQWKH$($$($(:$EXWQRWRQWKH$(($(((:(

Remarks ● 7KHLFRQVRIWKHDLUFRQGLWLRQHUJURXSFDQEHGLVSOD\HGQRWRQO\LQIRXUGLUHFWLRQVEXWDOVRLQWZR directions or in a suspended style. The icon display type can be set on the group setting screen.

24 [2. Outline of Product ] /2661$

ON OFF Error Schedule set Schedule disabled

+2/'21 Energy-saving ON Filter sign Night purge ON/OFF *1 *2 *3 *4

2$3URFHVVLQJXQLWJURXS $(($(((:(RQO\

Filter sign ON OFF Error *1 Schedule set

Energy-saving control Schedule disabled *2

*1: This icon is displayed only on the Web browsers. 7KH³(QHUJ\VDYLQJFRQWURO´LFRQLVGLVSOD\HGZKHQWKHSHDNFXWFRQWUROLVSHUIRUPHGIRUWKHJURXSRUWKHRXWGRRUXQLWVFRQQHFWHGLQWKH group.

$LU7R:DWHU 3:)< XQLWJURXSDQG+:+3 &$+9&5+94$+9 XQLWJURXS

ON OFF Error Schedule set Schedule disabled

Energy-saving ON Water temperature display +2/'21 *1 *2 *3

7KH³(QHUJ\VDYLQJ21´LFRQZLOODSSHDUZKLOHWKH3HDN&XWFRQWUROLVSHUIRUPHGRQWKH$LU7R:DWHU 3:)< XQLWJURXS7KLVLFRQZLOO QRWDSSHDUIRUWKH+:+3 &$+9&5+94$+9 XQLWJURXSV 7KH³:DWHUWHPSHUDWXUHGLVSOD\´LFRQZLOOQRWDSSHDUIRUWKH+:+3 &$+9&5+94$+9 XQLWJURXSV 7KH+ROGIXQFWLRQFDQEHXVHGRQWKH$($$($(:$EXWQRWRQWKH$(($(((:(

25 [2. Outline of Product ] &KLOOHUXQLWJURXS

ON OFF Error Schedule set Schedule disabled

*HQHUDOHTXLSPHQWJURXS

ON OFF Error Schedule set*1 Schedule disabled

+2/'21*2

:KHQVFKHGXOHKDVEHHQVHWIRUWKH','2FRQWUROOHUSURKLELWHGIURPEHLQJRSHUDWHG >3URKLELWHG@KDVEHHQVSHFL¿HGLQ>2SHUDWLRQVHWWLQJ@ RQWKHJURXSVHWWLQJVFUHHQ WKH³6FKHGXOHVHW´LFRQLVGLVSOD\HGEXWWKH'&ZLOOQRWEHRSHUDWHGDFFRUGLQJWRWKHVFKHGXOH 7KH+ROGIXQFWLRQFDQEHXVHGRQWKH$($$($(:$EXWQRWRQWKH$(($(((:(

Remarks ● &RQQHFWLQJWKH','2FRQWUROOHUHQDEOHVWRWXUQRQDQGRIIWKHOLJKWVDQGSXPSVDQGSHUIRUPLQWHUORFN FRQWUROZLWKDFDUGNH\,QWKLVFDVHWKHOLJKWDQGSXPSLFRQVDQGFDUGNH\FDQEHVHOHFWHG ● The icons can be selected on the group setting screen.

26 [2. Outline of Product ] <5> List of icons 7KHLFRQVRIWKHDLUFRQGLWLRQHUVDQGJHQHUDOHTXLSPHQWFRQQHFWHGWR$($(DQG(:DUHVKRZQEHORZ

ON OFF Error ON OFF Error ON OFF Error Ceiling cassette type Floor type 3 +XPLGL¿HU ZD\EORZ Ceiling cassette type Floor type 4 Window ZD\EORZ Ceiling cassette type Lossnay &DUGNH\ ZD\EORZ Ceiling General Temperature embedded type – equipment sensor 1 Ceiling embedded type Pump +XPLGLW\VHQVRU – 2 Ceiling Fan Electricity meter – suspended type

Wall mounted Door +:+3 type HOHFWURQLF &$+9&5+9 Illumination +:+3 Floor type 1 ÀXRUHVFHQW 4$+9 ODPS Illumination Chiller Floor type 2 GRZQOLJKW ($+9($&9

27 [2. Outline of Product ] <6> Centralized monitoring/operation by Integrated Centralized Control Web :KHQ$($(RU(:LVFRQQHFWHGZLWKDSHUVRQDOFRPSXWHUWKURXJKWKH/$1WKHSHUVRQDOFRPSXWHURQWKHGHVN WDEOHWWHUPLQDORUVPDUWSKRQHFDQEHXVHGDVDWHUPLQDOIRURSHUDWLQJWKHDLUFRQGLWLRQHUV,IWKH,QWHJUDWHG&HQWUDOL]HG &RQWUROOLFHQVHLVUHJLVWHUHGXSWR01(7V\VWHPVFDQEHFRQQHFWHGDQGWKHDLUFRQGLWLRQHUVFDQEHPRQLWRUHGDQG RSHUDWHGRQRQH:HEEURZVHU7KHDLUFRQGLWLRQHUVFDQEHRSHUDWHGFROOHFWLYHO\RUE\EORFNJURXSRUHQHUJ\PDQDJHPHQW EORFN

Remarks ● 7KHVRIWZDUHYHUVLRQVRI$($((:WREHFRQWUROOHGRQWKH,QWHJUDWHG&HQWUDOL]HG&RQWURO Web must agree to one decimal place. ([DPSOH:KHQWKHYHUVLRQRIRQHRIWKHPLVWKHYHUVLRQVRIRWKHUVPXVWEHRUODWHU ● 7RFHQWUDOO\PRQLWRUDQGRSHUDWHPRUHWKDQRQHVHWRI$(RU(: VLQJOHV\VWHP XVLQJWKH ,QWHJUDWHG&HQWUDOL]HG&RQWURO:HEWKH,QWHJUDWHG&HQWUDOL]HG&RQWUROOLFHQVHLVUHTXLUHG ● $(ZKLFKGRHVQRWXVH01(7LVQRWLQFOXGHGLQWKHUHVWULFWHGQXPEHURIXQLWV XSWRXQLWV connected on the M-NET system of the Integrated Centralized Control Web. ● 7RXVHWKH,QWHJUDWHG&HQWUDOL]HG&RQWURO:HELWLVQHFHVVDU\WRVHWWKHFRQGLWLRQVXVLQJWKH,QLWLDO 6HWWLQJ7RRO)RUPRUHLQIRUPDWLRQVHH,QVWUXFWLRQ%RRNIRU$($((: ,QLWLDO6HWWLQJ ´

AE-200 Outdoor unit Indoor unit

PC AE-50/EW-50 Tablet

AE-50/EW-50

Smartphone AE-50/EW-50

Up to 40 sets of AE-200 or EW-50 (single system) can be connected.

28 [2. Outline of Product ] $FFHVV$((:WRZKLFK\RXKDYHORJJHGLQIURPWKH,QWHJUDWHG&HQWUDOL]HG&RQWURO:HEDQG\RXFDQFROOHFWLYHO\ RSHUDWHDQGPRQLWRUDLUFRQGLWLRQHUVUHJLVWHUHGLQHDFKVHWXSWRDLUFRQGLWLRQHUV 7KHXVHUVDUHFODVVL¿HGLQWRJHQHUDOXVHUVWHQDQWPDQDJHUVDQGEXLOGLQJPDQDJHUDVVKRZQLQ³)XQFWLRQVDYDLODEOHWR each user.” The available functions vary depending on the user type.

URL for PC and tablet terminal: KWWS>,3DGGUHVVRI$((:@FRQWUROLQGH[KWPO URL for smartphone: KWWS>,3DGGUHVVRI$($((:@PRELOHLQGH[KWPO

Remarks ● :KHQFRQQHFWLQJ$($((:WKURXJKWKH,QWHUQHWHQVXUHWKHVHFXULW\XVLQJD931URXWHU :KHQFRQQHFWLQJWKHPWRWKHFRPSDQ\LQWUDQHWFRQWDFWWKHV\VWHPDGPLQLVWUDWRUWRHQVXUHWKDWWKH931 router can be used. ● 7KLVV\VWHPFDQHQFU\SWFRPPXQLFDWLRQGDWDXVLQJWKH+7736 66/ ,IWKLVV\VWHPLVFRQQHFWHGWRD /$1ZKLFKPDQ\DQGXQVSHFL¿HGXVHUVFDQDFFHVVLWLVUHFRPPHQGHGWRFRQQHFWWKHV\VWHPE\XVLQJ WKH+7736 ● :KHQXVLQJWKH66/LWLVQHFHVVDU\WR66/HQDEOHHDFKVHWRI$($((:RQWKHWHUPLQDO side. ● 7RXVHDWDEOHWWHUPLQDORUDVPDUWSKRQHQRWWKURXJKWKH,QWHUQHWLWLVQHFHVVDU\WRFUHDWHD:L)L environment. ● ,IDWDEOHWWHUPLQDORUDVPDUWSKRQHLV:L)LFRQQHFWHGWRDZLUHOHVV/$1QRWFRQQHFWHGWRWKH,QWHUQHWLW is impossible to establish Internet communication and send or receive e-mails on the tablet terminal or the smartphone.

,I\RXORJLQDVEXLOGLQJPDQDJHULWPD\WDNHDERXWPLQXWHXQWLOWKH,QWHJUDWHG&HQWUDOL]HG&RQWURO:HELVHQDEOHGDIWHU\RX log in depending on the number of air conditioners to be controlled. The Integrated Centralized Control Web will transfer a large amount of data to and from the centralized controller to display the home screen and display the screen in two stages. ³0HQXÀRRUVDQGQRWL¿FDWLRQ´ZLOODSSHDU¿UVWDQG ³(QHUJ\XVHVWDWXV´ZLOODSSHDU

Home screen

➀ Menu, floors and notification

➁

Energy use status

Standard time to display the screen depending on the number of air conditioners to be controlled

Number of air Time to display conditioners to be ➀ ➁ controlled 0HQXÀRRUVDQGQRWL¿FDWLRQ Energy use status 200 units 6 sec 11 sec XQLWV 41 sec 47 sec

29 [2. Outline of Product ] <6-1> Major features The major features of the Integrated Centralized Control Web are shown below.

8SWRDLUFRQGLWLRQHUVFRQQHFWHGWRPRUHWKDQRQHFHQWUDOL]HGFRQWUROOHU$($((:FDQEHPRQLWRUHGDQG operated. ,IWKHIORRUOD\RXWLVVHWWRGLVSOD\WKHDLUFRQGLWLRQHUVLQDQ\SRVLWLRQVRQWKHIORRUOD\RXWGUDZLQJWKHYLVLELOLW\ZLOOEH LPSURYHGDQGWKHWLPHDQGODERUIRUPDQDJHPHQWFDQEHVLJQL¿FDQWO\UHGXFHG

(QHUJ\PDQDJHPHQWFRQGLWLRQVVXFKDVSRZHUFRQVXPSWLRQDQGRSHUDWLRQWLPHRIDLUFRQGLWLRQHUVDQGRXWGRRUWHPSHUDWXUH can be graphically displayed. Energy-saving measures can be examined and confirmed by understanding the current RSHUDWLQJVWDWHDQGFKHFNLQJWKHHQHUJ\VDYLQJHIIHFW,IWKHSRZHUFRQVXPSWLRQLVDEQRUPDOO\KLJKWKHPDLQWDLQDELOLW\FDQ be improved by understanding the air conditioner state.

The air conditioners can be operated according to the schedule by setting the operation start time and end time. :HHNO\VFKHGXOHVIRUVHWWLQJWKHRSHUDWLRQRQHDFKGD\RIWKHZHHNDQGDQQXDOVFKHGXOHIRUVHWWLQJWKHRSHUDWLRQRQKROLGD\V FDQEHPDGH,WLVSRVVLEOHWRFKDQJHWKHFRQWHQWVRIWKHVFKHGXOHRQWKHFXUUHQWGD\ZLWKRXWPDNLQJFKDQJHVWRWKHZHHNO\ or annual schedule.

30 [2. Outline of Product ] In addition to the building managerXVHUZKRFDQFRQWURODOODLUFRQGLWLRQHUVWKHWHQDQWPDQDJHUZKRFDQFRQWUROVSHFL¿HGDLU conditioners and general users who can only monitor and operate the air conditioners can be set. The available functions vary depending on the user type. The users can be managed as needed. User Number of users Air conditioners to be controlled %XLOGLQJPDQDJHU 1All $LUFRQGLWLRQHUVVSHFL¿HGE\XVHU Tenant manager 200 management function $LUFRQGLWLRQHUVVSHFL¿HGE\XVHU General user 2000 management function

● Example of setting of users The air conditioner group to be controlled by each user can be set as shown below.

Building manager Building manager Company A, Company B, Company C Tenant manager General affairs department, sales department, accounting department, development department General user

Building manager (administrator)

PC Router Company A (tenant manager) AE-200 General affairs department Sales department (general user) (general user)

Company B Company C AE-50/ (tenant manager) (tenant manager) EW-50 Accounting department (general user)

Tablet

AE-50/ Development department EW-50 (general user)

Smartphone

,IFHQWUDOL]HGFRQWUROOHUVDUHFRQQHFWHGZLWKDZLUHOHVV/$1URXWHUWKHDLUFRQGLWLRQHUVFDQEHPRQLWRUHGDQGRSHUDWHGE\ using tablet terminals and smartphones. Smartphones can be used for this purpose only by the general users.

PC Tablet Smartphone %XLOGLQJPDQDJHU í Tenant manager í General user

31 [2. Outline of Product ] <6-2> Operation environment 7KHIROORZLQJWDEOHVKRZVWKHVXSSRUWHGRSHUDWLQJV\VWHPVEURZVHUVDQGPRGHOVIRUXVLQJWKLV,QWHJUDWHG&HQWUDOL]HG &RQWURO:HEZLWK3&VWDEOHWVDQGVPDUWSKRQHV Operation with any operating environment other than the following cannot be guaranteed.

Item Requirement CPU *+]RUIDVWHU *+]RUIDVWHUUHFRPPHQGHG Memory *%RUPRUH Screen resolution [RUKLJKHU [UHFRPPHQGHG ● Microsoft Windows RU OS PC ● Mac OS ; ● Microsoft Internet Explorer 11 ● Microsoft Edge %URZVHU ● *RRJOH&KURPH9HU ● Safari 10 Microsoft Excel ● Microsoft Excel 2010/2013/2016

%URZVHU Model

● L3KRQHV 3OXV L26 Safari 10 ● L3KRQH 3OXV L26 ● L3KRQH6( L26 Smartphone ● *DOD[\6HGJH $QGURLG ● +8$:(,3 $QGURLG *RRJOH&KURPH9HU ● 1H[XV; $QGURLG ● ;SHULD= $QGURLG

● L3DG$LU L26 Safari 10 ● LQFKL3DG3UR L26 Tablet ● *DOD[\7DE6 $QGURLG *RRJOH&KURPH9HU ● 0HGLD3DG73UR $QGURLG

1RWH7KHRSHUDWLQJHQYLURQPHQWVZHUHYHUL¿HGZLWK$($((:9HU 1RWH5HJLVWHUHGWUDGHPDUNV $QGURLGLVDUHJLVWHUHGWUDGHPDUNRI*RRJOH,QFLQWKH86DQGRWKHUFRXQWULHV $SSOHLVDWUDGHPDUNRI$SSOH,QFUHJLVWHUHGLQWKH86DQGRWKHUFRXQWULHV *RRJOHLVDUHJLVWHUHGWUDGHPDUNRI*RRJOH,QF *RRJOH&KURPHLVDUHJLVWHUHGWUDGHPDUNRI*RRJOH,QFLQWKH86DQGRWKHUFRXQWULHV (GJHLVDWUDGHPDUNRUUHJLVWHUHGWUDGHPDUNRI0LFURVRIW&RUSRUDWLRQLQWKH86DQGRWKHUFRXQWULHV ,QWHUQHW([SORUHULVDWUDGHPDUNRUUHJLVWHUHGWUDGHPDUNRI0LFURVRIW&RUSRUDWLRQLQWKH86DQGRWKHUFRXQWULHV 7KHRI¿FLDOQDPHRI,QWHUQHW([SORUHULV³0LFURVRIW Internet Explorer Internet browser”. L26LVDWUDGHPDUNRUUHJLVWHUHGWUDGHPDUNRI&LVFRLQWKH86DQGRWKHUFRXQWULHVDQGLVXVHGXQGHUOLFHQVH L3DGLVDWUDGHPDUNRI$SSOH,QFUHJLVWHUHGLQWKH86DQGRWKHUFRXQWULHV 0DF26LVDWUDGHPDUNRI$SSOH,QFUHJLVWHUHGLQWKH86DQGRWKHUFRXQWULHV 0LFURVRIW2I¿FH([FHOLVDSURGXFWQDPHRI0LFURVRIW&RUSRUDWLRQLQWKH86 :LQGRZVLVDWUDGHPDUNRUUHJLVWHUHGWUDGHPDUNRI0LFURVRIW&RUSRUDWLRQLQWKH86DQGRWKHUFRXQWULHV 7KHRI¿FLDOQDPHRI:LQGRZVLV³0LFURVRIW Windows Operating System”. 6DIDULLVDWUDGHPDUNRUUHJLVWHUHGWUDGHPDUNRI$SSOH,QFLQWKH86 1H[XVLVDUHJLVWHUHGWUDGHPDUNRI*RRJOH,QFLQWKH86DQGRWKHUFRXQWULHV ;SHULDLVDWUDGHPDUNRUUHJLVWHUHGWUDGHPDUNRI6RQ\&RUSRUDWLRQ *DOD[\LVDWUDGHPDUNRUUHJLVWHUHGWUDGHPDUNRI6DPVXQ&R/WG 1RWH&RPSDQ\QDPHRUSURGXFWQDPHWKDWLVGHVFULEHGLQWKLVPDQXDOPD\EHDWUDGHPDUNRUDUHJLVWHUHGWUDGHPDUNRI each company.

32 [2. Outline of Product ] <6-3> Functions available to each user The available functions of the Integrated Centralized Control Web vary depending on the user who logs in to the browser.

%XLOGLQJ Tenant Function Details General user manager manager The operating state of the air conditioners is displayed on the Floor layout ✓ íí ÀRRUOD\RXW The operating state of the air conditioners is displayed on the list Show groups ✓✓✓ screen. +:+3 7KHRSHUDWLQJVWDWHRI+:+3LVGLVSOD\HGRQWKHOLVWVFUHHQ ✓✓ *6 ✓ *6 Monitor/ Chiller The operating state of chiller is displayed on the list screen. ✓✓✓ operation Measurement The temperature/humidity data and electric energy data are ✓ íí Status displayed. 7KHLQSXWRXWSXWVWDWXVRI$GYDQFHG+9$&&21752//(5VFDQ $+&6WDWXV ✓ íí be displayed. Advanced The air conditioners can be operated. ✓✓✓ 7KHSRZHUFRQVXPSWLRQRXWGRRUWHPSHUDWXUHDQGRSHUDWLRQ Energy Use Status time can be displayed in bar graphs or line graphs for ✓✓í comparison. The results of apportionment of energy consumption to energy Energy PDQDJHPHQWEORFNVPHWHUVLQGRRUXQLWVDQGRXWGRRUXQLWVDUH ✓✓í management list *1 displayed. Energy The air conditioners are displayed in descending order of power management 5DQNLQJ ✓✓í consumption or fan operation time. 7KHWDUJHWYDOXHVRISRZHUFRQVXPSWLRQLQRQH\HDULQHDFK 7DUJHW9DOXH*2 ✓✓í PRQWKDQGLQHDFKEORFNFDQEHFKHFNHG 7KHSHDNFXWFRQWUROOHYHODQGDYHUDJHHOHFWULFSRZHUDUH 3HDN&XW*3 displayed. ✓ íí 1RWH(QHUJ\0DQDJHPHQW/LFHQVH3DFNLVUHTXLUHG ,WLVSRVVLEOHWRVHWWKHZHHNO\VFKHGXOHEDVHGRQWKHGD\RIWKH ZHHNSDWWHUQ IRUHDFKVHDVRQ DQQXDOVFKHGXOHDQGGDLO\ Schedule settings*4 ✓✓í Schedule VFKHGXOHIRUWKHXQLWVLQHDFKJURXSLQHDFKEORFNRURQHDFK ÀRRURUDOOXQLWVFROOHFWLYHO\ Date range setting 7KHSHULRGVIRUZHHNO\VFKHGXOHVWRFDQEHVHW ✓ íí The addresses of units in trouble and error codes and the Error List addresses of units whose troubles have been detected are ✓ íí displayed. Notice Unit error log/ HUURUVZKLFKKDYHRFFXUUHGLQHDFKVHWRI$($( Communication (:DUHGLVSOD\HG XQLWHUURUVDQGFRPPXQLFDWLRQ ✓ íí error log HUURUV Filter sign $OLVWRIXQLWVRQZKLFKWKH¿OWHUVLJQLVRQLVGLVSOD\HG ✓ íí Screen display The items related to screen display can be set. ✓ íí settings 7KHEXLOGLQJPDQDJHUWHQDQWPDQDJHUDQGJHQHUDOXVHUVFDQ User registration ✓ íí be set. Settings Date and Time The current date and time can be set. ✓ íí Settings License /LFHQVHVFDQEHUHJLVWHUHGLQHDFKVHWRI$($((: ✓ íí Registration 7KHKLVWRU\RIWUDQVPLVVLRQRIHUURUQRWL¿FDWLRQHPDLOVFDQEH Send Mail Log ✓ íí displayed in list form. 7KHFDSDFLW\YDOXHVKLJKSUHVVXUHYDOXHVDQGORZSUHVVXUH Outdoor Unit Status ✓ íí YDOXHVRIWKHRXWGRRUXQLWVFDQEHFKHFNHG The input/output state of the indoor unit free contacts can be Free Contact ✓ íí FKHFNHG Maintenance Gas Refrigerant The coolant quantity of the outdoor unit can be inspected. ✓ íí $PRXQW&KHFN Reset Emergency Emergency stop can be canceled. ✓ íí Stop 7KHDSSRUWLRQPHQWSDUDPHWHUVSRZHUFRQVXPSWLRQDQGHQHUJ\ &692XWSXW ✓ íí PDQDJHPHQWGDWDFDQEHRXWSXWLQ&69IRUPDW

7KHWDEOHFDQEHGLVSOD\HGRQO\ZKHQWKH&KDUJHOLFHQVHKDVEHHQUHJLVWHUHG *2: The target values cannot be set on the Integrated Centralized Control Web. 7KHGDWDFDQEHGLVSOD\HGRQO\ZKHQ(QHUJ\0DQDJHPHQW/LFHQVH3DFNKDVEHHQUHJLVWHUHG 7KHWHQDQWPDQDJHPHQWXVHUVFDQQRWVHWWKHZHHNO\VFKHGXOHIRUHDFKVHDVRQ 7KHGDWDFDQEHRXWSXWLQ&69IRUPDWRQO\RQSHUVRQDOFRPSXWHUV7KHGDWDFDQQRWEHRXWSXWLQ&69IRUPDWRQWDEOHWWHUPLQDOV ([FHSW4$+9XQLWV

33 [2. Outline of Product ] <6-4> Images of Integrated Centralized Control Web screen [General user]

0RQLWRULQJRIRSHUDWLQJVWDWHRSHUDWLRQ GLVSOD\E\JURXS 0RQLWRULQJRIRSHUDWLQJVWDWHRSHUDWLRQ RSHUDWLRQVFUHHQ

[Tenant manager]

0RQLWRULQJRIRSHUDWLQJVWDWHRSHUDWLRQ GLVSOD\E\JURXS Status of energy use

34 [2. Outline of Product ] >%XLOGLQJPDQDJHU@

0RQLWRULQJRIRSHUDWLQJVWDWHRSHUDWLRQ ÀRRUOD\RXW 0RQLWRULQJRIRSHUDWLQJVWDWHRSHUDWLRQ GLVSOD\E\JURXS

0RQLWRULQJRIRSHUDWLQJVWDWHRSHUDWLRQ JURXSRSHUDWLRQVFUHHQ Monitoring of measurement state

Units in trouble 8QLWVZLWK¿OWHUVLJQGLVSOD\HG

35 [2. Outline of Product ]

Status of energy use 5DQNLQJ

&RQ¿UPDWLRQRIWDUJHWYDOXHV 6WDWXVRISHDNFXWFRQWURO

6FKHGXOHVHWWLQJOLVWVFUHHQ PRQWKO\GLVSOD\ 6FKHGXOHVHWWLQJOLVWVFUHHQ ZHHNO\GLVSOD\

36 [2. Outline of Product ]

Schedule setting Schedule setting screen

<6-5> User management The available functions of the Integrated Centralized Control Web vary depending on the user who logs in to the browser. ,WLVSRVVLEOHWRVHWWKHWHQDQWPDQDJHUZKRFDQPRQLWRUDQGRSHUDWHWKHDLUFRQGLWLRQHUVLQHDFKJURXSVHWWKHVFKHGXOHV and use the energy management functions and the general users who can monitor and operate the air conditioners in each group.

í1RWUHJLVWHUHG : Possible ✕1RIXQFWLRQ LPSRVVLEOH User type General user Tenant manager %XLOGLQJPDQDJHU 8VHUQDPH GHIDXOW í*1 í*1 administrator*2 User information 3DVVZRUG GHIDXOW í*1 í*1 admin*2 Max. set number 2000*3 200*3 1*3 Monitor/Operation *4 *4 Energy management ✕ *4 Available basic Schedule ✕ *4 functions 1RWLFH HUURUVWDWH ✕✕ Settings ✕✕ Maintenance ✕✕ PC Available devices Tablet terminal Smartphone ✕✕

*1: The tenant manager and general users have not been registered before shipment. Log in as building managerDQGVHWWKHXVHUVRQWKH user setting screen. *2: The name and password are different from those of the building manager on the LCD screen. 7KHEURZVHUFDQEHDFFHVVHGVLPXOWDQHRXVO\IURPXSWRVHWVRI3&VWDEOHWWHUPLQDOVDQGVPDUWSKRQHV *4: These functions can be used only for the air conditioner groups set on the user setting screen.

37 [2. Outline of Product ]

Indoor unit

Outdoor unit PC Tablet Smartphone HUB Scope of control by building manager

Tenant manager D LAN M-NET M-NET

AE-200

M-NET LANThe same air conditioners can be registered as those to be controlled by different tenant managers.

Tenant Tenant Tenant manager A manager B manger C M-NET M-NET

AE-50 Tenant manager E M-NET

M-NET General user A General user C M-NET

EW-50

The air conditioners to be General user B controlled by a tenant manager M-NET and the air conditioners to be controlled by a general user can be registered redundantly.

M-NET M-NET

AE-200

M-NET

The air conditioners under some centralized controllers can be registered as those to be controlled by a user.

38 [2. Outline of Product ]

39 [2. Outline of Product ] <7> Plan view function /RDGLQJRISODQYLHZRQ/&' 7KHSODQYLHZVRIXSWRÀRRUVFDQEHVHWRQWKH/&'VFUHHQRQ$($(PDLQXQLW$LUFRQGLWLRQHUVFDQEHORFDWHG LQHDFKURRPRQWKHSODQYLHZDQGWKHDLUFRQGLWLRQHUVFDQEHHDVLO\RSHUDWHGDQGPRQLWRUHG &UHDWHD*,)¿OHRQWKHSHUVRQDOFRPSXWHUDQGORDGDSODQYLHZLQWR$($(PDLQXQLWWKURXJKWKH86%PHPRU\ 7KHSODQYLHZVFDQQRWEHORDGHGLQWR(:

Creation of Loading onto floor image file layout screen

Personal computer USB memory AE-200

6DYHWKHSODQYLHZ¿OHZLWKDVSHFL¿F¿OHQDPHDQG¿[HGVL]HLQWKHURRWIROGHULQWKH86%PHPRU\DQGORDGWKHLPDJH VHOHFWLQJ/RDGRQWKH/&'VFUHHQRI$($($*,)IRUPDWILOHZLWKDVL]HRIGRWV YHUWLFDO îGRWV KRUL]RQWDO SHUÀRRUFDQEHORDGHG

File size YHUWLFDO î KRUL]RQWDO GRWV File format gif

Floor File name Floor File name 1 ÀRRUBJLI 6 ÀRRUBJLI 2 ÀRRUBJLI 7 ÀRRUBJLI File names 3 ÀRRUBJLI 8 ÀRRUBJLI 4 ÀRRUBJLI 9 ÀRRUBJLI ÀRRUBJLI 10 ÀRRUBJLI

Storage location ,QURRWIROGHULQ86%PHPRU\

1XPEHURIGLYLVLRQVRIÀRRU 7KHQXPEHURIDUHDVLQWKHÀRRUOD\RXWGLVSOD\HGRQWKH/&'VFUHHQRQ$($(PDLQXQLWFDQEHVHW &UHDWHD¿OHZLWKDVL]HRI YHUWLFDO î KRUL]RQWDO GRWVUHJDUGOHVVRIWKHQXPEHURIGLVSOD\HGDUHDV

Layout button Displayed areas Layout button Displayed areas

40 [2. Outline of Product ] ([DPSOH :KHQRQHDUHDLVGLVSOD\HGFUHDWHD¿OHZLWKDVL]HRI YHUWLFDO î KRUL]RQWDO GRWVDQGFUHDWHWKHOD\RXW only in the upper left area among the six divisions.

630 dots

GRWV 900 dots &UHDWHDÀRRU layout only in this area. 1890 dots

$UUDQJHPHQWRILFRQV ,FRQVFDQEHDUUDQJHGRQWKHÀRRUOD\RXWORDGHGRQWRWKH/&'VFUHHQRQ$($(PDLQXQLW The positions of the icons can be changed by using Cut and Paste or dragging*1.

7KHLFRQVLQWKHXQUHJLVWHUHGÀRRUDUHDVDUHGLVSOD\HGLQDOLQHDQGFDQQRWEHGUDJJHG $UUDQJHWKHLFRQVDIWHUPRYLQJWKHPRQWRWKHÀRRUOD\RXWIURPWKHXQUHJLVWHUHGÀRRUDUHD

Floor layout areas

Unregistered floor areas

)ORRUOD\RXWGUDZLQJRQ$($((: $($(FDQGLVSOD\WKHÀRRUOD\RXWVRQWKH,QWHJUDWHG&HQWUDOL]HG&RQWURO:HEDVZHOODVRQWKH/&' (:FDQGLVSOD\WKHÀRRUOD\RXWVRQWKH,QWHJUDWHG&HQWUDOL]HG&RQWURO:HE

3RVVLEOH±1RIXQFWLRQ LPSRVVLEOH AE-200 $( &ODVVL¿FDWLRQ LCD LCD 'LVSOD\RIÀRRUOD\RXWV 'LVSOD\RIÀRRUOD\RXWVRIDLU conditioner groups registered in – RWKHU$((: 7RGLVSOD\WKHÀRRUOD\RXWVRQWKH,QWHJUDWHG &HQWUDOL]HG&RQWURO:HERI$(LWLVQHFHVVDU\ 7KHLFRQVRQ$((:FDQEHDUUDQJHGRQWKH Explanation WRUHDGDQGVHWWKHÀRRUOD\RXWVRQ$(2QO\ ÀRRUOD\RXWVRQ$( WKHDLUFRQGLWLRQHUJURXSVUHJLVWHUHGLQ$(DUH displayed.

41 [2. Outline of Product ] [5] License <1> License list 7RXVHVRPHIXQFWLRQVRQ$($((:WKHOLFHQVHVPD\EHUHTXLUHG [Explanatory note] ✓: License $$($$($(:$ ($(($(((:( License

Function Supplementary note License not required PLC for General Equipments ,QWHUORFNFRQWURO Charge Energy Management /LFHQVH3DFN %$&QHWFRQQHFWLRQ Integrated Centralized Control :KHQRQHVHWRI$(RU(: ✓ VLQJOHV\VWHP LVXVHG Integrated Centralized Control Web When more than one set of AE-200 or AE (: VLQJOHV\VWHP LVXVHG 0RUHWKDQRQHVHWRI$($( &RPSUHKHQVLYHPDQDJHPHQW 7*$ ✓ (:FDQEHLQWHJUDOO\FRQWUROOHG Information on errors and recovery of 1RWL¿FDWLRQRIHUURUE\HPDLO air conditioners can be transmitted by ✓ HPDLOIURP$($((: $QQXDOZHHNO\VFKHGXOH ✓ $(%LOOLQJE\DSSRUWLRQPHQWRIHOHFWULF Method using AE-200 but not using an ✓ HQHUJ\ PDQXDOLQSXWRIHOHFWULFHQHUJ\ electricity meter $(%LOOLQJE\DSSRUWLRQPHQWRIHOHFWULF Method using AE-200 for charging for ✓ HQHUJ\ FRXQWLQJRIHOHFWULFHQHUJ\ electricity consumed by air conditioners Function using AE-200 for charging for $(%LOOLQJE\PHWHUV SXOVHFRXQW JHQHUDOHOHFWULFLW\IURPRXWOHWVJDVDQG ✓ water 7*$%LOOLQJE\DSSRUWLRQPHQWRI Method using TG-2000A but not using HOHFWULFHQHUJ\ PDQXDOLQSXWRIHOHFWULF ✓ an electricity meter HQHUJ\ Method using TG-2000A for charging 7*$%LOOLQJE\DSSRUWLRQPHQWRI for electricity consumed by air ✓ HOHFWULFHQHUJ\ FRXQWLQJRIHOHFWULFHQHUJ\ conditioners Function using TG-2000A for charging 7*$%LOOLQJE\PHWHUVDQG IRUJHQHUDOHOHFWULFLW\IURPRXWOHWVJDV ✓ DSSRUWLRQPHQW SXOVHFRXQW and water

42 [2. Outline of Product ]

License

Function Supplementary note License not required PLC for General Equipments ,QWHUORFNFRQWURO Charge Energy Management /LFHQVH3DFN %$&QHWFRQQHFWLRQ Integrated Centralized Control Operation and DIDO controller method ✓ monitoring of Free contact method TG-2000A is required. ✓ general equipment PLC method TG-2000A is required. ✓ DIDO controller method ✓ Free contact method 5HJLVWHUWKHLQWHUORFNFRQWUROVHWWLQJ ✓ $($((: WDEOH LQ$($((: Free contact method 5HJLVWHUWKHLQWHUORFNFRQWUROVHWWLQJ ZKHQWKH3/&IRU WDEOH LQWKH3/&IRUJHQHUDO ✓ ,QWHUORFNFRQWURO general equipment is equipment. TG-2000A is required. of general XVHG equipment TG-2000A is required when the PLC method LQWHUORFNFRQWUROE\WKH3/&IXQFWLRQLV ✓ EHWZHHQ3/&V used. PLC method TG-2000A is required when the EHWZHHQDLUFRQGLWLRQHU LQWHUORFNFRQWURORI$($( ✓ DQG3/& (:LVXVHG Night mode ✓ 2XWGRRUWHPSHUDWXUHLQWHUORFNFRQWURO ✓ 1LJKWVHWEDFNIXQFWLRQ ✓ Limitation of temperature setting range ✓ It is necessary to connect the AI Measurement of temperature and humidity ✓ controller. It is necessary to connect the AI Upper/lower limit alarm e-mail ✓ controller. Energy-saving control ✓ )RUWKHSHFNFXWFRQWUROPHWKRGVHH 3HDNFXWFRQWURO ✓ ³3HDNFXWFRQWUROPHWKRG´ Energy management function A ✓ *1 E %$&QHW connecrtion ✓

7KHHQHUJ\PDQDJHPHQWIXQFWLRQUHTXLUHVDQHOHFWULFLW\PHWHUIRUHDFKVHWRI$($((:+RZHYHUZKHQWKHDSSRUWLRQHG HOHFWULFLW\ELOOLQJIXQFWLRQLVXVHGE\$(WKHHOHFWULFLW\FDQEHDSSRUWLRQHGWR$($((:WRZKLFKHOHFWULFLW\PHWHUVDUHQRW connected in the AE-200 system. ● 7KHOLFHQVHVPXVWEHUHJLVWHUHGLQHDFKVHWRI$($((:+RZHYHULWLVXQQHFHVVDU\WRUHJLVWHUWKHOLFHQVHVLQ$($( (:ZKLFKGRQRWXVHWKHOLFHQVHIXQFWLRQV ● The above functions are subject to change for improvement without notice.

43 [2. Outline of Product ]

Remarks ● The number of required licenses varies depending on the system configuration and license type. 7KHOLFHQVHUHJLVWUDWLRQLVFODVVL¿HGLQWRWKHIROORZLQJWKUHHSDWWHUQV

Licenses (QHUJ\0DQDJHPHQW/LFHQVH3DFNOLFHQVH&KDUJHOLFHQVH,QWHUORFNFRQWUROOLFHQVHDQG3/&IRU *HQHUDO(TXLSPHQWVOLFHQVH

Method of counting licenses OLFHQVHLVUHTXLUHGIRUHDFK$(V\VWHPRU(: VLQJOHV\VWHP * Regardless of whether or not expansion controllers are connected

OLFHQVHVDUHUHTXLUHGIRUWKHIROORZLQJV\VWHPFRQ¿JXUDWLRQ ,WLVQHFHVVDU\WRUHJLVWHUWKHOLFHQVHLQHDFKVHWRI$($((:

AE-200

EW-50 1 license

EW-50

EW-50 Example

AE-200

EW-50 1 license

Licenses ,QWHJUDWHG&HQWUDOL]HG&RQWUROOLFHQVH 5HTXLUHGRQO\IRU$(($(((:(

Method of counting licenses OLFHQVHLVUHTXLUHGIRU$((V\VWHPRUXSWRVHWVRI(:( VLQJOHV\VWHP :KHQVHWVRUPRUHDUHFRQQHFWHGRQHOLFHQVHLVUHTXLUHGIRUHYHU\VHWV

OLFHQVHLVUHTXLUHGIRUWKHIROORZLQJV\VWHPFRQ¿JXUDWLRQ ,WLVQHFHVVDU\WRUHJLVWHUWKHOLFHQVHLQHDFKVHWRI$($((:

AE-200

EW-50 1 license

EW-50

Example

AE-200

EW-50

Up to 40 sets

44 [2. Outline of Product ]

Licenses %$&QHWFRQQHFWLRQOLFHQVH

OLFHQVHLVUHTXLUHGIRUHDFKVHWRI$($((: Method of counting licenses :KHQWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQLVVLPXOWDQHRXVO\XVHGWKHOLFHQVHLVQRWUHTXLUHGIRU AE-200 not using M-NET.

OLFHQVHVDUHUHTXLUHGIRUWKHIROORZLQJV\VWHPFRQ¿JXUDWLRQ

AE-200 AE-200 1 license 1 license

EW-50 EW-50 1 license 1 license

Example EW-50 1 license

EW-50 1 license

45 [2. Outline of Product ] <2> Product list 7KHIXQFWLRQVRI$($(DQG(:DQGWKHGHYLFHVDQGOLFHQVHVQHFHVVDU\WRXVHWKHIXQFWLRQVDUHVKRZQEHORZ

[Explanatory note] : Required *6 Function*1 Support for billing for air conditioners Centralized control $(%LOOLQJE\ 7*$%LOOLQJE\ apportionment of apportionment of electric energy electric energy *4 *3

Required device*2 Web integrated control Web Display of plan view Energy management 'DLO\VHDVRQDOZHHNO\DQQXDO schedule Remote monitoring Manual input of electric energy %LOOLQJE\SXOVHLQSXWIRUHOHFWULF energy apportionment %LOOLQJE\3,FRQWUROOHUIRUHOHFWULF energy apportionment Manual input of electric energy %LOOLQJE\3,FRQWUROOHUIRUHOHFWULF energy apportionment %LOOLQJE\HOHFWULFHQHUJ\ apportionment PLC Centralized controller: AE-200 &HQWUDOL]HGFRQWUROOHU(:*7 Main unit ([SDQVLRQFRQWUROOHU$(*8 *9 *9 ([SDQVLRQFRQWUROOHU(:*7 *9 *9 Integrated software: TG-2000A *10 *10 *10 &KDUJHOLFHQVH*11 *12 (QHUJ\0DQDJHPHQW/LFHQVH3DFN license License ,QWHUORFNFRQWUROOLFHQVH 3/&IRU*HQHUDO(TXLSPHQWVOLFHQVH %$&QHWFRQQHFWLRQOLFHQVH ,QWHJUDWHG&HQWUDOL]HG&RQWUROOLFHQVH *13 6HTXHQFHU 3/& *14 (OHFWULFHQHUJ\FRXQWLQJVRIWZDUH 3/& *14 External system PI controller: PAC-YG60MCA *14 Others DIDO controller: PAC-YG66DCA AI controller:PAC-YG63MCA External input/output adapter: 3$&<*+$(

*1: Some functions cannot be used or the use of some functions is restricted depending on the connected devices. *2: Note that this list does not show all necessary devices. 2QHÀRRUFDQEHGLYLGHGLQWRXSWRDUHDVDQGWKHSODQYLHZVRIXSWRÀRRUVFDQEHGLVSOD\HG $((:XVHGDVDQH[SDQVLRQFRQWUROOHULQSXWVHOHFWULFHQHUJ\SXOVHVE\XVLQJWKHSXOVHLQSXWIXQFWLRQEXLOWLQWKHPDLQXQLW $ELOOLQJV\VWHPXVLQJ3,FRQWUROOHU 3$&<*0&$ *6: The apportioned electricity billing functions of AE-200 and TG-2000A cannot be used simultaneously. (:FDQEHXVHGDVDVLQJOHXQLW FHQWUDOL]HGFRQWUROOHU RUDQH[SDQVLRQFRQWUROOHU :KHQLWLVXVHGDVDVLQJOHXQLWWKHDLUFRQGLWLRQHUVFDQEHPRQLWRUHGDQGRSHUDWHGIURPWKH,QWHJUDWHG&HQWUDOL]HG&RQWURO:HEDQG %$&QHW. $(FDQQRWEHXVHGDVDVLQJOHXQLW $((:XVHGDVDQH[SDQVLRQFRQWUROOHULVFRQQHFWHGIRUWKH&KDUJHOLFHQVHXVHGRQ$( *10: It is unnecessary when the control is monitored on the main unit or Web. *11: The license is shared by AE-200 and TG-2000A. It is supplied with a Charge Calculation Tool and an Initial Setting Tool. TG-2000A does not use the Charge Calculation Tool and Initial Setting Tool. :KHQWKHHQHUJ\PDQDJHPHQWIXQFWLRQLVXVHGDQHOHFWULFLW\PHWHULVUHTXLUHGIRUHDFKRI$($(DQG(::KHQWKH DSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQLVXVHGRQ$(HOHFWULFHQHUJ\FDQEHDSSRUWLRQHGDOVRWR$($(DQG(:WRZKLFK electricity meters are not connected by connecting at least one electricity meter in the AE-200 system. :KHQVRPHVHWVRI$((RU(:( VLQJOHV\VWHP DUHLQWHJUDOO\FRQWUROOHGE\RQH,QWHJUDWHG&HQWUDOL]HG&RQWURO:HEWKH ,QWHJUDWHG&HQWUDOL]HG&RQWUROOLFHQVH is required. *14: It is impossible to simultaneously use the PI controller and the electric energy counting PLC. Select one of them.

46 [2. Outline of Product ]

[Explanatory note] : Required

Function*1 (QHUJ\VDYLQJSHDNFXWFRQWURO Others connection

Required device*2 Energy-saving 3HDNFXW &RQQHFWLRQRI3,FRQWUROOHU 3HDNFXW 3XOVHLQSXW 3HDNFXW )URPH[WHUQDOV\VWHP 3HDNFXW ([WHUQDOFRQWDFWLQSXW %$&QHW Integrated Centralized Control Web *HQHUDOFRQWURO XVHRI3/& Monitoring and operation of general equipment 3$&<*'&$ ,QWHUORFNFRQWURO Measurement of temperature and humidity FRQQHFWLRQRIFRPPHUFLDOO\DYDLODEOHVHQVRUV Centralized controller: AE-200 *9 &HQWUDOL]HGFRQWUROOHU(:*3 Main unit ([SDQVLRQFRQWUROOHU$(*4 ([SDQVLRQFRQWUROOHU(:*3 Integrated software: TG-2000A &KDUJHOLFHQVH (QHUJ\0DQDJHPHQW/LFHQVH3DFN license License ,QWHUORFNFRQWUROOLFHQVH 3/&IRU*HQHUDO(TXLSPHQWVOLFHQVH *6 %$&QHWFRQQHFWLRQOLFHQVH ,QWHJUDWHG&HQWUDOL]HG&RQWUROOLFHQVH 6HTXHQFHU 3/& *7 *8 (OHFWULFHQHUJ\FRXQWLQJVRIWZDUH 3/& *7 External system PI controller: PAC-YG60MCA *7 Others DIDO controller: PAC-YG66DCA AI controller:PAC-YG63MCA External input/output adapter: 3$&<*+$(

*1: Some functions cannot be used or the use of some functions is restricted depending on the connected devices. *2: Note that this list does not show all necessary devices. (:FDQEHXVHGDVDVLQJOHXQLW FHQWUDOL]HGFRQWUROOHU RUDQH[SDQVLRQFRQWUROOHU :KHQLWLVXVHGDVDVLQJOHXQLWWKHDLUFRQGLWLRQHUVFDQEHPRQLWRUHGDQGRSHUDWHGIURPWKH,QWHJUDWHG&HQWUDOL]HG&RQWURO:HEDQG %$&QHW. $(FDQQRWEHXVHGDVDVLQJOHXQLW 7RRSHUDWHGHYLFHVFRQQHFWHGWRIUHHFRQWDFWV7*$LVUHTXLUHG )RUWKHLQWHUORFNFRQWURORIDLUFRQGLWLRQLQJHTXLSPHQWE\XVLQJ3/&WKHOLFHQVHLVUHTXLUHG *7: It is impossible to simultaneously use the PI controller and the electric energy counting PLC. Select one of them. )RUWKHJHQHUDOFRQWUROE\WKHVHTXHQFHU 3/& 7*$LVUHTXLUHG :KHQWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQLVXVHGWKH%$&QHWFRQQHFWLRQOLFHQVHLVQRWUHTXLUHGIRU$(EHFDXVH$(LV not connected to M-NET.

47 [2. Outline of Product ] <3> Outline of licenses The following optional licenses are available. The air conditioner energy-saving operation and apportioned electricity billing function can be enabled by registering the OLFHQVHVLQWKHPDLQXQLWVRI$($(DQG(:7KHOLFHQVHQXPEHULVLVVXHGIRUHDFKRIWKHVHULDOQXPEHUVRI $($(DQG(:

Energy-saving effect by introduction of License name Outline of control license Air conditioners are operated in the energy-saving mode for %DVLFFKDUJHPDLQO\LQFRROLQJKHDWLQJ the purpose of reduction of basic charge of electricity. operation mode OHYHOSHDNFXWFRQWURORIDLUFRQGLWLRQHUVLVSHUIRUPHG (QHUJ\0DQDJHPHQW/LFHQVH3DFN The energy-saving operation is performed based on the license energy-saving control items and control time which have Meter charge mainly in cooling/heating EHHQVHWIRUHDFKRSHUDWLRQEORFNRILQGRRUXQLWVRUHDFK operation mode RXWGRRUXQLW2QHOHYHO NLQG HQHUJ\VDYLQJFRQWURORIWKH indoor units or outdoor unit is performed.

/LVWRIOLFHQVHVUHODWLQJWRELOOLQJDQGLQWHUORFNFRQWURO!

License name Outline of control 7KHHOHFWULFHQHUJ\LVPHDVXUHGE\HOHFWULFLW\PHWHUVDQG$(DSSRUWLRQVWKH AE-200 HOHFWULFHQHUJ\WRHDFKXQLWRUEORFNEDVHGRQWKHDLUFRQGLWLRQHURSHUDWLRQGDWDWR Apportionment support the electricity billing. &KDUJHOLFHQVH*1 7KHHOHFWULFHQHUJ\LVPHDVXUHGE\HOHFWULFLW\PHWHUVDQGWKHHOHFWULFHQHUJ\LV TG-2000A DSSRUWLRQHGWRHDFKXQLWRUEORFNEDVHGRQWKHDLUFRQGLWLRQHURSHUDWLRQGDWDWR Apportionment support the electricity billing. ,QWHUORFNHGRSHUDWLRQDPRQJDLUFRQGLWLRQHUVRUDPRQJDLUFRQGLWLRQHUVDQGJHQHUDOHTXLSPHQWRWKHU than air conditioners can be performed. The air conditioners can be started and stopped by signals ,QWHUORFNFRQWUROOLFHQVH from the security system of a tenant building. This function is effective in preventing failure in turning off air conditioners. ,QWHUORFNHGRSHUDWLRQDPRQJDLUFRQGLWLRQHUVDQGJHQHUDOHTXLSPHQWFRQQHFWHGWR3/&RWKHUWKDQ air conditioners can be performed. The air conditioners can be started and stopped by signals from 3/&IRU*HQHUDO(TXLSPHQWV the security system of a tenant building. This function is effective in preventing failure in turning off license air conditioners. This function is effective when a lot of general equipment are used. TG-2000A is required to use the function.

*1: The license can be shared for apportionment by AE-200 and TG-2000A. The apportioned electricity billing function using TG-2000 does not require the use of the Charge Calculation Tool and Initial Setting Tool.

/LVWRI%$&QHW license>

License name Outline of control %$&QHWFRQQHFWLRQOLFHQVH $($((:FDQEHFRQQHFWHGWR%$&QHW.

License name Outline of control 6RPHVHWVRI$(RU(: VLQJOHV\VWHP FDQEHLQWHJUDOO\FRQWUROOHGIURPWKH:HEEURZVHU E\UHJLVWHULQJ,QWHJUDWHG&HQWUDOL]HG&RQWUROOLFHQVH 1RWH7RPRQLWRUDQGRSHUDWHRQH01(7V\VWHPIURPWKH:HEEURZVHU,QWHJUDWHG&HQWUDOL]HG ,QWHJUDWHG&HQWUDOL]HG&RQWURO &RQWUROOLFHQVHLVQRWUHTXLUHG7RXVHWKH,QWHJUDWHG&HQWUDOL]HG&RQWURO:HELWLVQHFHVVDU\ license WRVHWWKHUHOHYDQWFHQWUDOL]HGFRQWUROOHUWR³&RQWURO´E\³)ORRUKLHUDUFK\VHWWLQJIRU,QWHJUDWHG Centralized Control Web” of the Initial Setting Tool. 1RWH,QWHJUDWHG&HQWUDOL]HG&RQWUROOLFHQVHLVQRWUHTXLUHGIRU$($$($(:$

48 [2. Outline of Product ] [6] Connectable models <1> List of connectable models 7KHIROORZLQJWDEOHVKRZVWKHGHYLFHVZKLFKFDQEHFRQWUROOHGE\$($(DQG(:

Table Devices to be controlled : Applicable ✕: Inapplicable Function Monitoring/ Model operation City Multi Y *1 =XEDGDQ0XOWL<*1 =XEDGDQ0XOWL5*1 City Multi R2 *1 City Multi City Multi WR2 *1 City Multi WY *1 City Multi S +<%5,'&LW\0XOWL /DUJHFDSDFLW\ÀRRUVWDQGLQJ3$& $LU7R:DWHU 3:)< +:+3 &$+9 *3 +:+3 &5+9 *4 +:+3 4$+9 Chiller Mr. Slim/P-Series *2 0VHULHV 5$& *2 /2661$< ZLWK01(7 &RPSXWHUURRPDLUFRQGLWLRQHU 3)' K-control model ✕

*1: Including Replace City Multi *2: An adapter is required. P-Series M-NET connecting adapter M-Series M-NET control interface +:+3 &$+94$+9 LVWKHDEEUHYLDWLRQIRU+RW:DWHU+HDW3XPSXQLWRIDLUFRROHGV\VWHP +:+3 &5+9 LVWKHDEEUHYLDWLRQIRU+RW:DWHU+HDW3XPSXQLWRIJHRWKHUPDOV\VWHP &DQRQO\EHFRQQHFWHGWR$(

Remarks ● The above-mentioned connectable models are subject to change for improvement without prior notice. ● The applicable functions vary depending on the model connected.

49 [2. Outline of Product ] <2> Models subject to energy management and display items The following table shows whether or not the graphs of each model can be displayed on the energy use status screen and UDQNLQJVFUHHQRIWKHHQHUJ\PDQDJHPHQWIXQFWLRQ

: Displayed ✕: Not displayed –: Not applicable %DUJUDSKV Line graphs Data displayed in graph

Model Electric energy Fan operation time 7KHUPR21WLPH WRWDO Thermo ON time FRROLQJ Thermo ON time KHDWLQJ Measured value Outdoor temperature Cooling temperature setting +HDWLQJWHPSHUDWXUH setting Indoor temperature LQVLGHWHPSHUDWXUH AI controller City Multi /DUJHFDSDFLW\ÀRRUVWDQGLQJ3$& Mr. Slim/P-Series 0VHULHV 5$& ✕ ✕ /2661$< ZLWK01(7 – *1 – *2 ––– 2$SURFHVVLQJXQLW )8DWWULEXWH –– 2$SURFHVVLQJXQLW ,&DWWULEXWH $LU7R:DWHU 3:)< +:+3 &$+9 ✕✕ ✕ ✕✕✕ +:+3 &5+9 ✕✕ ✕ ✕✕✕ +:+3 4$+9 ✕✕ ✕ ✕✕✕ Chiller ✕✕ ✕ ✕✕✕ *1 ✕ *2

Device connected to DIDO controller – – 3$&<*0&$ LVGLVSOD\HG ––– 9DOXHVPHDVXUHGE\$,FRQWUROOHU 9DOXHVPHDVXUHGE\$,FRQWUROOHU 9DOXHVPHDVXUHGE\3,FRQWUROOHU 3$&<*0&$ FDQEHGLVSOD\HG Device connected to PLC for general 3$&<*0&$ FDQEHGLVSOD\HG – *1 ✕ – *2 ––– equipment &RPSXWHUURRPDLUFRQGLWLRQHU 3)'

*1: Without outdoor unit *2: Refrigerant not used

50 [2. Outline of Product ] <3> Models compatible with apportioned electricity billing function The models compatible with the apportioned electricity billing function of the main unit of AE-200 are shown below.

[Explanatory notes] : Apportionment possible $SSRUWLRQPHQWLPSRVVLEOH FRPSDWLEOHE\GLUHFWO\UHDGLQJ ✕: Incompatible Apportioned electricity Function billing function Electric energy Electric energy 5HPDUNV Model measuring manual input method method Y series *2 +3VHULHV*2 R2 series *2 WY series *2 WR2 series *2 +95)VHULHV*2 ,QYHUWHURISDFNDJHGDLUFRQGLWLRQHUIRUHTXLSPHQW 6HSDUDWHO\LQVWDOODQHOHFWULFLW\PHWHUIRUSDFNDJHG 3($9 air conditioner for equipment. 3DFNDJHGDLUFRQGLWLRQHUIRUHTXLSPHQW 3(93)9 LOSSNAY OA Prosessing unit 3RZHUIRUKXPLGLI\LQJLVQRWWDNHQLQWRDFFRXQW Separately install an electricity meter for Mr. Slim $FRQWUROXQLW 0U6OLP *3 air conditioner. $.FRQWUROXQLW 0U6OLP *3 Apportioned in the same manner as to City Multi 5RRPDLUFRQGLWLRQHU 5$& ✕ +RXVLQJDLUFRQGLWRQHU +$& ✕ $LU7R:DWHU%RRVWHUXQLW $LU7R:DWHU+(;XQLW +:+3 &$+9&5+94$+9 ✕✕ General equipment through general-purpose DC ✕ General equipment through indoor unit free ✕ Out of scope of monitoring and operation on contact $($((: Out of scope of monitoring and operation on K-control unit ✕✕ $($((:

*1: The function is inapplicable to some air conditioning units. Restrictions will be imposed on large indoor units in case of trouble. *2: Replace Multi is included. $SSRUWLRQPHQWLQWKHRXWGRRUXQLWSRZHUFRQVXPSWLRQDSSRUWLRQPHQWPRGH³FDSDFLW\VDYHDPRXQW´LVSRVVLEOHRQO\ZKHQRQHRIWKH following models of M-NET adapter is used. 3$&6-0$3$&6-0$DQG3$&6-0$ :KHQDQRWKHUPRGHOLVXVHGVHWWKHDSSRUWLRQPHQWPRGHWR³7KHUPR21WLPH´RU³)$1RSHUDWLRQWLPH´ 6HOHFWRQHRIWZRFRQ¿JXUDWLRQVRQHZLWKVDPHSRZHUVXSSO\IRURXWGRRUDQGLQGRRUXQLWVDQGRQHZLWKGLIIHUHQWSRZHUVXSSOLHVIRU outdoor and indoor units. 3RZHUFRQVXPSWLRQVRIRXWGRRUXQLWVZLOOEHDSSRUWLRQHGEDVHGRQ7KHUPR21WLPHHYHQZKHQWKHVHWWLQJLVPDGHWRDSSRUWLRQLWEDVHG on the capacity save amount.

51 [2. Outline of Product ] [7] Comparison of new and old controllers and devices <1> Differences between AE-200 and AG-150 $($(GLIIHUIURP$* ROGPRGHO LQWKHIROORZLQJSRLQWV

7DEOH'LIIHUHQFHVEHWZHHQ$(DQG$* New model AE-200 2OGPRGHO$* Screen size: 10.4 in. Screen size: 9 in. 1XPEHURISL[HOVGRWVîGRWV 1XPEHURISL[HOVGRWVîGRWV

Appearance

Number of connected units Up to 200 units 8SWRXQLWV 01(7RI$(FDQEHXVHGHYHQZKHQ$(LV 7RFRQQHFWDQH[SDQVLRQFRQWUROOHU 3$&<*(&$ connected to increase the number of units. 01(7OLQHRI$*FDQQRWEHXVHG $($(PXVWEHVXSSOLHGZLWKWR9$& )RU$*DSRZHUVXSSO\XQLW 3$&6&.8$ LV necessary. HUB Transmission line Transmission line HUB for centralized between outdoor control and indoor units Power supply unit AG - 150 PAC-SC51KUA AE - 200 M-NET LAN 24 V DC 100 to LAN 240 V AC

Outdoor unit Transmission line Transmission line 100 to for centralized between outdoor 240 V AC Indoor unit control and indoor units AE - 50 M- NET LAN LAN

Outdoor unit 100 to 100 to Outdoor unit Connection 240 V AC Indoor unit 240 V AC AE - 50 EC Indoor unit LAN LAN

Outdoor unit 100 to 100 to Outdoor unit 240 V AC Indoor unit 240 V AC EC AE - 50 Indoor unit LAN LAN

100 to Outdoor unit 100 to Outdoor unit 240 V AC Indoor unit 240 V AC EC Indoor unit

Note: The indication of the power supplies for the Note: The indication of the power supplies for the outdoor and indoor units is omitted. outdoor and indoor units is omitted. 1RWH7RFRQQHFWDV\VWHPFRQWUROOHURUWKHOLNHWRWKH WUDQVPLVVLRQOLQHIRUFHQWUDOL]HGFRQWURODSRZHU VXSSO\XQLW 3$&6&.8$ LVQHFHVVDU\ (DFKVHWRI$(DQG$(FRQWUROVWKHDLU $*FRQWUROVDOODLUFRQGLWLRQHUVFRQQHFWHGWRWKH FRQGLWLRQHU 'HFHQWUDOL]HGFRQWURO H[SDQVLRQFRQWUROOHU 3$&<*(&$ &HQWUDOL]HG FRQWURO

AE-200 Control Control Air Air conditioner conditioner Control AG-150 Note: The indication of the power EC Note: The indication of the power Setting/ LAN Operating LAN supplies is omitted. supplies is omitted. operation/ state monitoring AE-50 EC Control M-NET transmission line Air Air conditioner conditioner M-NET Control transmission line

(DFKRI$($(UHWDLQVWKHGDWDRQO\RQLWVRZQ The data retained by the expansion controller includes V\VWHP$(GRHVQRWUHWDLQWKHGDWDRQ$( RQO\WKHGDWDRQJURXSDQGLQWHUORFNHG/2661$< V\VWHP$(FROOHFWVDQGXVHVWKHGDWDRQ$( $*UHWDLQVWKHGDWDRQDOORWKHUV\VWHPV as needed. :KHQDFRPPXQLFDWLRQHUURURFFXUVLQ$(WKHGDWD UHWDLQHGE\$(FDQQRWEHGLVSOD\HGRUVHWRQ AE-200.

Data retained by Data retained by Data retained by Data retained by Retained data AE-200 AE-50 AG-150 EC1 Group Group Block Group Interlocked Interlocked Schedule Interlocked LOSSNAY LOSSNAY Peak-cut LOSSNAY Block Block Interlock control Schedule Schedule Data retained by Peak-cut Peak-cut EC2 Interlock control Interlock control Group Interlocked LOSSNAY

52 [2. Outline of Product ]

7DEOH'LIIHUHQFHVEHWZHHQ$(DQG$* FRQWLQXHG New model AE-200 2OGPRGHO$* Commands from TG-2000A are transmitted to each of Commands from TG-2000A are transmitted only to $(DQG$( $*DQGWUDQVPLWWHGWRWKHH[SDQVLRQFRQWUROOHUE\ $*

AE-200 TG-2000A AG-150 LAN Air conditioner Communication with host TG-2000A M-NET transmission line device LAN Air M-NET conditioner AE-50 EC transmission line Air Air conditioner conditioner EC

Note: The indication of the power supplies is omitted. Note: The indication of the power supplies is omitted. Energy management ✕ function 6HH&KDSWHU³(QHUJ\0DQDJHPHQW)XQFWLRQ´ $+&FRQQHFWLRQ ✕ ÀRRUV GLYLVLRQV ÀRRUV RUGLYLVLRQV 1XPEHURIÀRRUV ÀRRUV LQDQ\FDVHRIWRGLYLVLRQV ÀRRUV GLYLVLRQV RUÀRRUV GLYLVLRQ Up to 180 groups 8SWRJURXSV 7KHPD[LPXPQXPEHURIJURXSVDUUDQJHGLQRQHDUHD 7KHPD[LPXPQXPEHURIJURXSVDUUDQJHGLQRQHDUHD LVJURXSVDQGWKHPD[LPXPQXPEHURIJURXSVFDQ LVJURXSVDQGWKHPD[LPXPQXPEHURIJURXSVFDQ EHDUUDQJHGZKHQRQHÀRRULVGLYLGHGLQWRDUHDV EHDUUDQJHGZKHQRQHÀRRULVGLYLGHGLQWRDUHDV

Number of groups which [Area] [Area] can be arranged on one Up to 30 groups Up to 25 groups ÀRRU can be arranged. can be arranged.

[Floor] [Floor] Up to 180 groups Up to 150 groups can be arranged. can be arranged.

IRU9HURUHDUOLHU FRQGLWLRQVIRUHDFKVHW Number of conditions for RI$($((: FRQGLWLRQVIRUZKROH$*V\VWHP,QWHUORFN LQWHUORFNFRQWURO ,QWHUORFNHGFRQWURORIXQLWVWKDWDUHFRQQHFWHGYLDDQ control across some sets of EC can be made. H[SDQVLRQFRQWUROOHULVSRVVLEOHRQ9HURUODWHU Updating of software on ✕ /&'PDLQXQLWXVLQJ86% ✕

HUB HUB

AG - 150 LAN Block setting Block setting AE - 200 not allowed allowed

%ORFNVHWWLQJLQWHUORFN control across EC LAN some expansion controller Interlock Interlock systems AE - 50 setting setting not allowed not allowed

1RWH%ORFNVHWWLQJDQGLQWHUORFNVHWWLQJDFURVVVRPH Note: The indication of the power supplies is omitted. VHWVRI$($(FDQQRWEHSHUIRUPHGHYHQ if TG-2000A is used. Note: The indication of the power supplies is omitted. Registration of license 5HJLVWUDWLRQIRUHDFKVHWRI$($( 5HJLVWUDWLRQRQO\IRU$* Centralized controller is controlled by accessing the Integrated Centralized Control Web address of the log-in target centralized controller. To control two or 2QH:HESDJHDGGUHVVIRU$* VZLWFKLQJDPRQJ Display of Web page more systems under the control of centralized (& WR(& ZLWKWDJV controllers from the Integrated Centralized Control :HEDOLFHQVHIRU,QWHJUDWHG&HQWUDOL]HG&RQWURO:HE LVUHTXLUHG )RU$($(DQG(:

+2/'IXQFWLRQ RQO\1RUWK$PHULFDQ 7XUQLQJRQ+2/'ZLOOGLVDEOHERWKWKHVFKHGXOHVHWE\ ✕ PRGHOV $($(DQGWKHVFKHGXOHVHWE\WKHV\VWHP controller or the remote controller.

53 [2. Outline of Product ]

7DEOH'LIIHUHQFHVEHWZHHQ$(DQG$* FRQWLQXHG New model AE-200 2OGPRGHO$* Measurement by main unit ✕ SXOVHLQSXW &DQQRWEHFRQQHFWHGWR$(ZKHQWKHDSSRUWLRQHG HOHFWULFLW\ELOOLQJIXQFWLRQLVXVHGRU01(7LVQRWXVHG LCD screen 3HDNFXWVHWWLQJ Only Web browser screen Web browser screen Outdoor unit capacity FRQWUROIRUSHDNFXW No power supply unit is required when the transmission Necessity of transmission OLQHIRUFHQWUDOL]HGFRQWUROGRHVQRWKDYHXQLWVVXFKDV 7KHWUDQVPLVVLRQOLQHSRZHUVXSSO\XQLW3$&6&.8$ line power supply unit V\VWHPUHPRWHFRQWUROOHUVZKLFKKDYHSRZHU is required. consumption factors. $SSRUWLRQHGHOHFWULFLW\ELOOLQJFDQEHSHUIRUPHGRQ The function can be used on TG-2000A. Introduction of apportioned $(PDLQXQLWDQGLWLVXQQHFHVVDU\WRFRQVWDQWO\ It is necessary to constantly connect and start the electricity billing function connect or start the personal computer. personal computer for TG-2000A. 7KHIXQFWLRQFDQEHXVHGDOVRRQ7*$*1 Connection of K-control ✕ devices

The setting data can be preliminarily created with the Setting with Initial Setting Initial Setting Tool without AE-200 main unit. The ✕ Tool apportioned electricity billing function to be used on AE-200 main unit can be set only with the Initial Setting Tool. $OOGDWDLQFOXGLQJWKHVFKHGXOHVHWWLQJFDQEHEDFNHG 'DWDFDQEHEDFNHGXS H[FHSWWKHPDLQXQLW,3 'DWDEDFNXS XS H[FHSWWKHPDLQXQLW,3DGGUHVVDQGOLFHQVH DGGUHVVOLFHQVHUHJLVWUDWLRQLQIRUPDWLRQDQGVFKHGXOH LQIRUPDWLRQ VHWWLQJ

*1: The apportioned electricity billing functions in TG-2000A and AE-200 main units cannot be simultaneously used. 8VHWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQLQDQ\RI7*$DQG$(

54 [2. Outline of Product ] <2> Differences among EW-50, EB-50 and GB-50ADA 7KHGLIIHUHQFHVDPRQJ(:(%DQG*%$'$DUHVKRZQEHORZ

7DEOH'LIIHUHQFHVDPRQJ(:(%DQG*%$'$ 1HZPRGHO(: 2OGPRGHO(% 2OGPRGHO*%$'$

Appearance

Number of connected 8SWRXQLWV 8SWRXQLWV 8SWRXQLWV units

:KHQ01(7LVFRQQHFWHGWR Operation as expansion $(XSWRXQLWVFDQEH ✕ ✕ connected. controller Only one unit can be operated. Only one unit can be operated. :KHQ01(7LVQRWFRQQHFWHGWR $( IRUELOOLQJHWF XSWR units can be connected. Necessity of Required when the power supply Required when the power supply transmission line power Required IDFWRUH[FHHGV*1 factor exceeds 6 supply unit Measurement on main ✕✕ XQLW SXOVHLQSXW Outdoor unit capacity FRQWUROIRUSHDNFXW The function can be used on TG- The function can be used on TG- The function can be used on TG- Introduction of 2000A. 2000A. 2000A. apportioned electricity :KHQFRPELQHGZLWK$(WKH It is necessary to constantly connect It is necessary to constantly connect billing function IXQFWLRQFDQEHXVHGDQGLWLV and start the personal computer for and start the personal computer for unnecessary to constantly connect or TG-2000A. TG-2000A. start the personal computer. Energy management ✕ function Connection of K-control ✕ devices ✕

Setting with Initial The setting data can be preliminarily ✕✕ Setting Tool created with the Initial Setting Tool ZLWKRXW(:PDLQXQLW

'DWDEDFNXS 'DWDFDQEHEDFNHGXSIURPWKH:HE 'DWDFDQEHEDFNHGXSIURPWKH:HE 'DWDFDQEHEDFNHGXSIURPWKH86% browser screen. browser screen. memory in the main unit.

:KHQ*%$'$LVUHSODFHGZLWK(:WKHSRZHUVXSSO\IDFWRUPD\EHLQVXI¿FLHQWGHSHQGLQJRQWKHV\VWHPFRQ¿JXUDWLRQXVHG:KHQ WKHSRZHUFRQVXPSWLRQIDFWRURIWKHGHYLFHVLQWKHV\VWHPLVODUJHUWKDQWKHSRZHUVXSSO\IDFWRURI(:LWLVQHFHVVDU\WRDGGD power supply unit.

55 [2. Outline of Product ] <3> Differences between AE-200/AE-50/EW-50 and BAC-HD150 (BM adapter) 7KHGLIIHUHQFHVEHWZHHQ$($((:DQG%$&+'DUHVKRZQEHORZ

[Explanatory notes] : Usable ✕: Unusable $($( (: %$&+'

Appearance

,QWHJUDWLRQRI%$&QHW connecting function in system Function 2QO\%$&QHW connecting function controller $LUFRQGLWLRQHUFRQWURODQG%$&QHW connection can be $V\VWHPFRQWUROOHU RUDV\VWHPUHPRWHFRQWUROOHU IRUDLU UHDOL]HGRQO\E\$($((: conditioner control must be connected in addition to %$&+'

HUB BACnet® HUB BACnet® Building management system M-NET 6\VWHPFRQ¿JXUDWLRQ Building management system

M-NET BAC-HD150 Outdoor unit Indoor unit AE-200 Outdoor unit Indoor unit AG-150

LCD Provided Not provided M-NET power feeding 3RZHUIHHGLQJFRHI¿FLHQW 3RZHUIHHGLQJFRHI¿FLHQW capability 3RZHUIHHGLQJFRHI¿FLHQW Apportioned electricity *1 ✕ billing function Control by PI controller ✕ System alarm ✕ signal Temperature setting in ✕ & increments Thermo ON/ *2 ✕ OFF Control by Night purge *2 *3 ✕ %$&QHW Auto fan ✕ speed Prohibition ✕ Fan Speed Error Code *2 ✕ Detail ([WHUQDO+HDW *2 ✕ Source %$&QHWFRQQHFWLRQ Unnecessary license Necessary Setting tool ,QLWLDO6HWWLQJ7RRODQG%$&QHW Setting Tool Setting tool

7RXVHWKHIXQFWLRQWKH&KDUJHOLFHQVHLVUHTXLUHG7KHFKDUJHLQIRUPDWLRQFDQQRWEHUHDGRXWIURP%$&QHW. *2: Only status monitoring. *3: Applicable only to LOSSNAY and OA processing unit.

56 [2. Outline of Product ] [8] BACnet® connection <1> Outline 7KHFHQWUDOL]HGPRQLWRULQJXQLWFDQEHFRQQHFWHGWR%$&QHWE\XVLQJWKH%$&QHWFRPPXQLFDWLRQIXQFWLRQ OLFHQVH RI$( $((: 7KH%$&QHWFRPPXQLFDWLRQVSHFL¿FDWLRQVFRQIRUPWR$16,$6+5$(6WDQGDUG

!6\VWHPFRQ¿JXUDWLRQGLDJUDP 7KHV\VWHPFRQ¿JXUDWLRQGLDJUDPRIWKHFHQWUDOL]HGFRQWUROOHU$($((:LVVKRZQEHORZ

Destinations of notification: 10 devices in all (except broadcast)

Other equipment Centralized monitoring unit

Fire- Receiving Security Lighting and prevention equipment equipment distribution equipment equipment

BACnet®

HUB System setting and Cannot be connected group setting for when apportioned Air conditioners: Up to 50 units BACnet® of electricity billing function (including LOSSNAY, MC and DDC) AE-200/AE-50/EW-50 is used. LAN 2 OC: Outdoor unit OC IC: Indoor unit LAN 1 EW-50 or IC LC LC: LOSSNAY LAN 1 LAN 2 AE-50 MC: Measurement controller (PI controller ÂAI controller) Electric energy DDC: DIDO controller EW-50 or Setting tool PC pulse signal M-NET Electric energy (local) AE-50 PI controller pulse signal LAN 1 LAN 2 Temperature/ Electric energy M-NET AI controller humidity sensor Outside of control by BACnet® pulse signal AE-200 Other companies’ DDC air conditioners Electric energy M-NET pulse signal

Cannot be connected Air conditioners: Up to 50 units (including LOSSNAY, MC and DDC) when apportioned electricity billing function is used. M-NET

Remarks ● )RU%$&QHWFRQQHFWLRQWKH%$&QHWFRQQHFWLRQOLFHQVHLVUHTXLUHG ● ³/LVWRIIXQFWLRQVIRU%$&QHW´LQFOXGHVDOOIXQFWLRQVRI%$&QHWRI$($((:7KH functions to be actually used among all functions vary depending on the building management system DQGLQWHUORFNVDPRQJVHWWLQJV7KHUHIRUHGHWHUPLQHWKHIXQFWLRQVWREHXVHGWKURXJKSUHOLPLQDU\ discussion with the building management system side. 6RPHRIWKHIXQFWLRQVZKLFKFDQEHXVHGRQ$($((:¶V/&'VFDQQRWEHXVHGE\%$&QHW IXQFWLRQV)RUGHWDLOVVHH³&RQWUROOHUIXQFWLRQVDQG%$&QHWIXQFWLRQV´LQ³,QVWUXFWLRQ%RRN ±%$&QHW function –.”

57 [2. Outline of Product ] <3> List of functions for BACnet® /LVWRIRSHUDWLRQDQGPRQLWRULQJIXQFWLRQVZKLFKFDQEHXVHGIURP%$&QHW 7KHIROORZLQJOLVWVKRZVWKHRSHUDWLRQDQGPRQLWRULQJIXQFWLRQVZKLFKFDQEHXVHGIURP%$&QHWE\FRQQHFWLQJ%$&QHW of $($((:

✓ : Function provided

Item Description Indoor unit processing unit OA ,&DWWULEXWH processing unit OA )8DWWULEXWH /2661$

58 [2. Outline of Product ]

Item Description Indoor unit processing unit OA ,&DWWULEXWH processing unit OA )8DWWULEXWH /2661$

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

59 [2. Outline of Product ] ,QLWLDOVHWWLQJVFUHHQ

✓ : Function provided

Item Description Setting Tool Setting LCD browser Initial setting Web Tool Initial Setting Integrated Centralized Control Web %$&QHW /$1 %$&QHW 7KH,3DGGUHVVRI/$1 %$&QHW FDQEHVHW ✓✓ ✓ License registration 7KH%$&QHWFRQQHFWLRQOLFHQVHFDQEHUHJLVWHUHG ✓✓ ✓

8VHWKH%$&QHW6HWWLQJ7RROIRULQLWLDOVHWWLQJRIWKHLWHPVRI%$&QHW other than those shown above.

<4> Power consumption on BACnet® :KHQDQHOHFWULFLW\PHWHULVFRQQHFWHGWR$(V\VWHPWKHPHDVXUHPHQWVDUHFRUUHFWHGEXWWKHVHWWLQJRQWKH/&'DQG WKHVHWWLQJE\WKH%$&QHWIXQFWLRQGRQRWKDYHLQÀXHQFHRQHDFKRWKHU

Setting on LCD Corrected value =+measurement correction value

Equal Set (value displayed on electricity meter) – (measurement) in (correction value). Independent setting No influence on Value displayed on each other electricity meter Set (value displayed on electricity meter) in Value_Set. Equal

Setting by BACnet® function Present_Value Value_Set property Reflected property

Accumulator object

6LQFHWKHHOHFWULFHQHUJ\REWDLQHGHYHU\PLQXWHVLVUHÀHFWHGPLQXWHVDIWHUWKHPHDVXUHPHQWWRGHWHUPLQHWKHHOHFWULF HQHUJ\ 3UHVHQWB9DOXHSURSHUW\ 39 LQWKHDFFXPXODWRUREMHFW E\WKH%$&QHWIXQFWLRQWKHGHWHUPLQHGHOHFWULFHQHUJ\LV not equal to the real-time electric energy displayed on the electricity meter in the state where electric power is consumed.

60 [2. Outline of Product ] $QH[DPSOHRIFRUUHFWLRQRIWKHYDOXHDWLQWKHVWDWHZKHUHHOHFWULFSRZHULVFRQVXPHGLVJLYHQEHORZ 7KHYDOXHRI39 LQWKHDFFXPXODWRUREMHFWEHIRUHFRUUHFWLRQLVDWDQGWKH/RJB,QWHUYDOSURSHUW\LQWKHWUHQGREMHFWLV >VHF@ PLQ

Value displayed on Log_Buffer PV in accumulator object Time electricity meter (0.1 [kWh]) (0.1[kWh]) [kWh] in trend object ? kWh from 9:00 20 8:30 to 9:00 is 0 0 added to PV at 9:15. +1 +? Since Log_Interval is 9:15 21 ? 9:29 30 min, the PV value is 200 is written in saved in the log Value_Set. every hour and 30 min +2 3 kWh from (Put the value at 9:00.) after the hour. 9:30 23 9:00 to 9:30 is 200 200 added to PV at 9:45. +2 +30 The difference 30 is 9:45 25 230 equal to the electric energy (3 kW) from +2 9:00 to 9:30. 4 kWh from 10:00 27 9:30 to 10:00 is 230 230 added to PV at 10:15. +1 +40 10:15 28 270

Equal to the electric energy displayed at 10:00 (display 15 to 45 minutes late)

61 [2. Outline of Product ] <5> Images of BACnet® Setting Tool screen 7KHLPDJHVRIWKH%$&QHW Setting Tool screen are shown below.

%$&QHWVHWWLQJV%$&QHW! %$&QHWVHWWLQJV1HWZRUNDQGGHYLFHV!

%$&QHWVHWWLQJV&29QRWL¿FDWLRQ! %$&QHWVHWWLQJV(YHQWQRWL¿FDWLRQ!

62 [2. Outline of Product ]

%$&QHWVHWWLQJV2EMHFW! %$&QHWVHWWLQJV2WKHUV!

%$&QHWVHWWLQJV)RUFHG2II5HVHW!

63 [3. System Design Flow ] 3. System Design Flow

6WHS6HOHFWLRQRIDLUFRQGLWLRQHUV GHYLFHVWREHPDQDJHGDQGUHVWULFWLRQV

6WHS&RQ¿UPDWLRQRIXVHRIRSWLRQDOIXQFWLRQ &KDUJHOLFHQVH

Use of apportioned electricity billing function of AE-200

0HWKRG(OHFWULFHQHUJ\PHDVXULQJPHWKRG 3, Method 2: Electric energy 0HWKRG%LOOLQJE\PHWHU GLUHFW FRQWUROOHU UHFRPPHQGHG RUSXOVHLQSXWLQPDLQXQLW manual input method UHDGLQJ

Use of apportioned electricity billing function of TG-2000A

Method 1: Electric energy pulse count method Method 2: Electric energy 0HWKRG%LOOLQJE\PHWHU GLUHFW HOHFWULFHQHUJ\FRXQW3/&RU3,FRQWUROOHU manual input method UHDGLQJ

6WHS&RQ¿UPDWLRQRIFRQQHFWLRQRI%$&QHW

0HWKRG,QWURGXFWLRQRI%$&QHWFRQQHFWLRQOLFHQVH Method 2: Not introduced

6WHS6HOHFWLRQRIV\VWHPPDQDJHPHQWSDUWV $($((:

6WHS&RQVWUXFWLRQRI$($((:V\VWHP 5HVWULFWLRQVRQ/$1ZLULQJ3/&FRQQHFWLRQFRQQHFWLRQRI','2FRQWUROOHU3,FRQWUROOHUDQG$,FRQWUROOHUHWF

6WHS&RQ¿UPDWLRQRIXVHRIFHQWUDOL]HGPRQLWRULQJIXQFWLRQE\SHUVRQDOFRPSXWHU RQO\DLUFRQGLWLRQHUV

Method 1: Execution of centralized control by personal Method 2: No execution of centralized control by personal computer computer

6WHS&RQ¿UPDWLRQRIXVHRIZHHNO\VHDVRQZHHNO\PRQWKO\VFKHGXOHIXQFWLRQ

Method 2: Implementation Method 1: Implementation Method 3: Implementation of Method 4: No RIZHHNO\PRQWKO\VFKHGXOH RIZHHNO\PRQWKO\VFKHGXOH ZHHNO\DQQXDOVFKHGXOHE\ LPSOHPHQWDWLRQRIZHHNO\ by integrated software E\$($((: Web monitoring annual schedule TG-2000A

64 [3. System Design Flow ]

6WHS&RQ¿UPDWLRQRIXVHRIRSWLRQDOIXQFWLRQ (QHUJ\0DQDJHPHQW/LFHQVH3DFNOLFHQVH

Method 1: Energy-saving control 0HWKRG3HDNFXWFRQWURO Method 3: No implementation (OHFWULFHQHUJ\PRQLWRULQJPHWKRGRUSXOVHLQSXW LQPDLQXQLW 3,FRQWUROOHURUHOHFWULFHQHUJ\FRXQW 3/& 'HPDQGFRQWUROOHUPHWKRG H[WHUQDOFRQWDFWLQSXW RUGHPDQG3/& 2WKHUV\VWHPV

6WHS&RQILUPDWLRQRIXVHRIJHQHUDOHTXLSPHQWFRQWUROIXQFWLRQ $+&3/&IRUJHQHUDOHTXLSPHQWRU','2 FRQWUROOHU

6WHS&RQILUPDWLRQRIXVHRILQWHUORFNFRQWURO $($((:','2FRQWUROOHURU$+& RQO\DLU FRQGLWLRQHUV

65 >6\VWHP&RQ¿JXUDWLRQ @ 4. 6\VWHP&RQ¿JXUDWLRQ >@6\VWHPFRQ¿JXUDWLRQ 8SWRDLUFRQGLWLRQVFDQEHPRQLWRUHGDQGRSHUDWHGE\XVLQJ$($((:7KLVVHFWLRQH[SODLQVWKHV\VWHP FRQ¿JXUDWLRQ 7KHV\VWHPFRQ¿JXUDWLRQYDULHVGHSHQGLQJRQWKHIXQFWLRQVWREHXVHGDQGWKHVFDOH )ROORZWKHÀRZFKDUWEHORZDQGUHIHUWRVHFWLRQ>@&RQQHFWLRQGLDJUDP :KHQFRQQHFWLQJ+:+3 &$+9&5+9RU4$+9 XQLWVUHIHUWRVHFWLRQ>@DQGZKHQFRQQHFWLQJFKLOOHUV ($+9RU ($&9 UHIHUWR>@

6\VWHPLQWURGXFWLRQÀRZ

Charge function See [2].

Use Non-use

Number of air conditioners: M-NET transmission line of XQLWVRUOHVV AE-200 See [4]. See [3]. Yes No XQLWV RUPRUH Use Non-use

Number of air conditioners: Number of air conditioners: XQLWVRUOHVV XQLWVRUOHVV See [4]. See [4]. YesNo Yes No XQLWV XQLWV RUPRUH RUPRUH

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

1RWH:KHQWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQLVXVHGWKH01(7WUDQVPLVVLRQOLQHRI$(FDQQRWEHXVHG 7KH01(7WUDQVPLVVLRQOLQHLVDOLQHIRUFRPPXQLFDWLRQEHWZHHQ$((:DQGDLUFRQGLWLRQHUV 1RWH+:+3 4$+9 FDQQRWEHFRQQHFWHGWR$(RU(: 1RWH7KHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQRI+:+3 4$+9&$+9RU&5+9 RUFKLOOHUVLVQRWDYDLODEOH7RXVHWKH DSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQIRUDLUFRQGLWLRQLQJXQLWVFRQQHFWDVHSDUDWH$(WKDWGRHVQRWXVHWKH DSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQDQGFRQQHFW+:+3 4$+9&$+9RU&5+9 RUFKLOOHUVWRLW

66 >6\VWHP&RQ¿JXUDWLRQ @ [2] Controllers applicable to functions 7KHH[SDQVLRQFRQWUROOHUV$(DQG(:FDQEHFRQQHFWHGWR$((:FDQEHXVHGDVDVLQJOHXQLW7KH controllers applicable to the functions are shown below.

Notes: : Required : Usable ✕: Unusable AE-200 $( (: Use as single unit ✕ Use as expansion controller ✕ %LOOLQJV\VWHP *1 *1

$Q\RI$(DQG(:LVUHTXLUHG

[3] M-NET transmission line of AE-200 ,WLVSRVVLEOHWRGHWHUPLQHZKHWKHURUQRWWRXVHWKH01(7WUDQVPLVVLRQOLQHRI$(,I³1RQXVH´LVVHOHFWHGXSWR H[SDQVLRQFRQWUROOHUV$((:FDQEHFRQQHFWHG :KHQWKH01(7WUDQVPLVVLRQOLQHRI$(LVXVHGWKHGLVWDQFHWRWKHDLUFRQGLWLRQHUPXVWEHZLWKLQPEHFDXVHRI UHVWULFWLRQRQZLULQJOHQJWK7RFRPSUHKHQVLYHO\PRQLWRUDQGFRQWUROWKHDLUFRQGLWLRQHUVUHPRWHO\E\XVLQJ$(DV\VWHP can be established without the restriction on wiring length of M-NET transmission line if the M-NET transmission line of AE- 200 is not used.

1. When M-NET transmission line of AE-200 is used 7KHGLVWDQFHEHWZHHQ$(ZKLFKFRPSUHKHQVLYHO\FRQWURO$((:DQGWKHDLUFRQGLWLRQHUPXVWEHPRUOHVV because of restriction on wiring length of M-NET transmission line.

Air conditioner control system

*1 HUB 500 m or less AE-200

AE-50/EW-50

$QRWKHUUHVWULFWLRQ P PD\EHLPSRVHGGHSHQGLQJRQYROWDJHGURS6HH>@³:LULQJ´IRUPRUHLQIRUPDWLRQ

2. When M-NET transmission line of AE-200 is not used 6LQFH$(GRHVQRWFRQWURODLUFRQGLWLRQHUV$(ZKLFKFRPSUHKHQVLYHO\FRQWUROV$((:FDQEHLQVWDOOHGLQD remote location.

Air conditioner control system

500 m or less *2 HUB HUB AE-50/EW-50 LAN AE-200 LAN AE-50/EW-50 LAN cable length *1

AE-50/EW-50

$OWKRXJKWKH/$1FDEOHOHQJWKFDQEHLQFUHDVHGZLWKRXWOLPLWDWLRQWKHWUDQVPLVVLRQGHOD\WLPHEHWZHHQ$(DQG$(PXVWEHOHVV WKDQPV ,IWKH/$1FDEOHOHQJWKH[FHHGVWKHVSHFL¿FDWLRQIRU/$1LWLVQHFHVVDU\WRLQVWDOOVZLWFKLQJKXEV $QRWKHUUHVWULFWLRQ P PD\EHLPSRVHGGHSHQGLQJRQYROWDJHGURS6HH>@³:LULQJ´IRUPRUHLQIRUPDWLRQ

67 >6\VWHP&RQ¿JXUDWLRQ @ [4] Use of expansion controllers AE-50 and EW-50 :KHQWKHH[SDQVLRQFRQWUROOHUV$((:DUHFRQQHFWHGWR$(XSWRDLUFRQGLWLRQHUVFDQEHFRPSUHKHQVLYHO\ FRQWUROOHGRQWKHÀRRUOD\RXWRQWKH/&'VFUHHQRI$( 7KLVVHFWLRQH[SODLQVWKHSXUSRVHVRIXVHRIWKHH[SDQVLRQFRQWUROOHUV$(DQG(:

<1> About integrated control 7DEOHEHORZVXPPDUL]HVWKHDYDLODELOLW\RILQWHJUDWHGFRQWUROE\$(GLVSOD\IXQFWLRQVRI$( V/&',QWHJUDWHG &HQWUDOL]HG&RQWURO:HEDQG%$&QHWIURP$($(DQG(::KHQDJLYHQV\VWHPLVXQGHUWKHLQWHJUDWHGFRQWURO IURP$(ÀRRUOD\RXWGLVSOD\LVDYDLODEOHRQO\IURPWKH/&'RI$(

Display type Display content Integrated control from AE-200 $( (: ✕ $LUFRQGLWLRQLQJXQLWVXQGHUWKH ,QGLYLGXDOO\VHWIRUHDFK 1R/&'VFUHHQ Floor layout FRQWURORI$(RU(:FDQEH $( SODFHGRQWKHÀRRUOD\RXWVFUHHQRI 'DWDVKDULQJQRWSRVVLEOH LCD screen AE-200. ✕ Air-conditioning unit 'LVSOD\VWKHVWDWXVRIWKHDLU 'LVSOD\VRQO\WKHVWDWXVRI 1R/&'VFUHHQ status conditioning units under the control of air-conditioning units under $(RU(: WKHFRQWURORI$(

Floor layout 'LVSOD\VWKHÀRRUOD\RXWIRUWKH:HE 'LVSOD\VWKHÀRRUOD\RXWIRU 'LVSOD\VWKHÀRRUOD\RXWIRU that has been set from the Initial the Web that has been set the Web that has been set Integrated Setting Tool from the Initial Setting Tool from the Initial Setting Tool Centralized Control Web Air-conditioning unit 'LVSOD\VWKHVWDWXVRIWKHDLU 'LVSOD\VRQO\WKHVWDWXVRI 'LVSOD\VRQO\WKHVWDWXVRI status conditioning units under the control of air-conditioning units under air-conditioning units under $(RU(: WKHFRQWURORI$( WKHFRQWURORI(: ✕✕✕ Floor layout 'RHVQRWVXSSRUWWKHÀRRUOD\RXW 'RHVQRWVXSSRUWWKH 'RHVQRWVXSSRUWWKH display function ÀRRUOD\RXWGLVSOD\IXQFWLRQ ÀRRUOD\RXWGLVSOD\IXQFWLRQ %$&QHW connection Air-conditioning unit 'LVSOD\VRQO\WKHVWDWXVRIDLU 'LVSOD\VRQO\WKHVWDWXVRI 'LVSOD\VRQO\WKHVWDWXVRI status conditioning units under the control of air-conditioning units under air-conditioning units under AE-200 WKHFRQWURORI$( WKHFRQWURORI(:

/&'VFUHHQ $(GLVSOD\VWKHVWDWXVRIDOODLUFRQGLWLRQLQJXQLWVXQGHUWKHFRQWURORI$($(DQG(:DQGLQWHJUDOO\FRQWUROV all units. ¯: Floor-layout information cannot be shared between AE-50 and AE-200. Register the floor layouts of AE-50 and {: Status of air-conditioning units can EW-50 (1), and place air-conditioning units. be shared between AE-50 and AE-200. AE-50/EW-50 (1) Displays the status of the air-conditioning for controlling air- units under the control of AE-50 and conditioning units EW-50 (1) Register the floor layouts of all levels Register the floor layouts of AE-50 and of floors. Integrated EW-50 (2), and place air-conditioning units. Place the air-conditioning units under control AE-200 the control of AE-50 (1) and (2). AE-50/EW-50 (2) for controlling air- Displays the status of the air-conditioning conditioning units units under the control of AE-50 and Displays the status of the air-conditioning EW-50 (2) units on all levels of floors

,QWHJUDWHG&HQWUDOL]HG&RQWURO:HE The Integrated Centralized Control Web screen of AE-200 displays the status of air-conditioning units under the control of $($(DQG(:7KHÀRRUOD\RXWDSSHDUVLQWKHIRUPDWVHOHFWHGRQWKH,QLWLDO6HWWLQJ7RRO Displays the floor layout that has been set ¯: Floor-layout information cannot be shared. from the Initial Setting Tool for AE-50 and {: Status of air-conditioning units can be EW-50 (1) shared.

AE-50 (1) for Displays the status of the air-conditioning controlling air- units under the control of AE-50 and conditioning units EW-50 (1) Displays the floor layout that has Integrated Displays the floor layout that has been set been set from the Initial Setting Tool control AE-200 from the Initial Setting Tool for AE-50 and for AE-200 EW-50 (2) AE-50 (2) for controlling air- Displays the status of the air-conditioning Displays the status of the air-conditioning conditioning units units under the control of AE-50 and units on all levels of floors EW-50 (2) 68 >6\VWHP&RQ¿JXUDWLRQ @ <2> Examples of use ([DPSOHVRIXVHRIWKHH[SDQVLRQFRQWUROOHUV$(DQG(:DUHVKRZQEHORZ

:KHQ$(LVXVHG 7KHRSHUDWLQJFRQGLWLRQVRIWKHDLUFRQGLWLRQHUVRQHDFKÀRRUFDQEHFRQWUROOHGRQWKH/&'VFUHHQRI$(RU:HEEURZVHU VFUHHQDQGWKHRSHUDWLRQFRQGLWLRQVRIWKHDLUFRQGLWLRQHUVRQDOOÀRRUVFDQEHFRPSUHKHQVLYHO\FRQWUROOHGRQWKH/&' screen of AE-200 in the manager room. 7KLVV\VWHPLVHIIHFWLYHWRFRQWUROWKHDLUFRQGLWLRQHUVRQWKH/&'VFUHHQRI$(LQVWDOOHGRQHDFKÀRRU

Range of centralized control by AE-200

Centralized control of AE-50 (air conditioners) on 3rd and 4th floors Manager room

AE-200 for centralized control in manager room

Range of control by AE-50 (1) Control of air conditioners on 3rd floor

3F 4F AE-50 (1) for control of air conditioners on 3rd floor

Range of control by AE-50 (2) Control of air conditioners on 4th floor

AE-50 (2) for control of air conditioners on 4th floor

Control method LCD screen Web browser

1. Control on LCD screen 7KHFRQGLWLRQVRIWKHDLUFRQGLWLRQHUVFRQWUROOHGE\$(RQHDFKÀRRUFDQEHFRPSUHKHQVLYHO\FRQWUROOHGRQWKH/&' screen of AE-200 for centralized control in the manager room.

Manager room (centralized control of 3rd and 4th floors) 3F 4F

Centralization

AE-50 (1) for control of air AE-50 (2) for control of air AE-200 for centralized control conditioners on 3rd floor conditioners on 4th floor

69 >6\VWHP&RQ¿JXUDWLRQ @ 2. Control by Integrated Centralized Control Web The air conditioners can be controlled by using the Integrated Centralized Control Web screen after logging in to AE-200.

Manager room (3rd and 4th floors are integrated.) 3rd floor 4th floor

Integration

AE-50(1) for control of AE-50(2) for control of AE-200 for integrated control air conditioners on 3rd floor air conditioners on 4th floor

:KHQ(:LVXVHG 7KHRSHUDWLQJFRQGLWLRQVRIWKHDLUFRQGLWLRQHUVRQHDFKÀRRUFDQEHFRQWUROOHGRQWKH:HEEURZVHUVFUHHQRI(:DQG WKHRSHUDWLQJFRQGLWLRQVRIWKHDLUFRQGLWLRQHUVRQDOOÀRRUVFDQEHFRPSUHKHQVLYHO\FRQWUROOHGRQWKH/&'VFUHHQRI$( in the manager room.

Range of centralized control by AE-200

Centralized control of EW-50 (air conditioners) on 3rd and 4th floors Manager room AE-200 for centralized control in manager room

Range of control by EW-50 (1) Control of air conditioners on 3rd floor

3F 4F EW-50 (1) for control of air conditioners on 3rd floor

Range of control by EW-50 (2) Control of air conditioners on 4th floor

EW-50 (2) for control of air conditioners on 4th floor

Control method Web browser

70 >6\VWHP&RQ¿JXUDWLRQ @ [5] Connection diagram patterns :KHQWKH01(7WUDQVPLVVLRQOLQHRI$(LVXVHGDQGWKHQXPEHURIDLUFRQGLWLRQHUVLVRUOHVV WKHDSSRUWLRQHG HOHFWULFLW\ELOOLQJIXQFWLRQLVQRWXVHG 8SWRDLUFRQGLWLRQHUVFDQEHPRQLWRUHGDQGRSHUDWHGE\RQH$( :KHQ(:LVFRQQHFWHGLQSODFHRI$(WKHDLUFRQGLWLRQHUVFDQEHPRQLWRUHGDQGRSHUDWHGIURPWKH:HEEURZVHU

AE-50 cannot be used as a single unit.

The air conditioners can be operated and monitored from the Web browser. LAN Web browser

HUB When a system remote controller or a PI controller is connected to the transmission line for centralized control, a power supply unit (PAC-SC51KUA) is necessary. For details, see <5> “Power supply factor.”

M-NET M-NET 100 to 240 V AC

Power supply unit Outdoor unit LAN PAC-SC51KUA Indoor unit LOSSNAY ME remote Single-phase power supply controller M-NET 100 to 240 V AC AE-200 Outdoor unit PI controller Indoor unit LOSSNAY Single-phase 24 V DC power supply power supply

Pulse detector AHC Up to 15 PI controllers can be connected to 24 V DC power supply AE-200. 3-phase or 100 to 240 V AC power supply AHC ADAPTER ALPHA2

LAN

Heater FAN Humidifier Note: The indication of the power supplies for general equipment is omitted.

M-NET transmission line General equipment 24 V DC Power supply line power supply DIDO controller Dedicated line LAN cable

24 V DC Temperature and humidity sensor power supply Router * AI controller

Internet

When a trouble occurs, the details of the trouble are received by e-mail. Router * Transmission of error notification e-mail

* When AE-200/AE-50/EW-50 is connected via the Internet, ensure the security. When connecting it to the corporate intranet, make sure that the VPN routers can be used.

71 >6\VWHP&RQ¿JXUDWLRQ @ :KHQWKH01(7WUDQVPLVVLRQOLQHRI$(LVXVHGDQGWKHQXPEHURIDLUFRQGLWLRQHUVLVRUPRUH WKHDSSRUWLRQHG HOHFWULFLW\ELOOLQJIXQFWLRQLVQRWXVHG 7RFRQWUROWRXQLWVFRQQHFW$((:IRUH[SDQVLRQLQDGGLWLRQWR$( 8SWRXQLWVFDQEHFRQQHFWHGWRRQHVHWRI$((:DQGVHWVRI$((:FDQEHFRQQHFWHGWRDV\VWHPZLWK $(6RXSWRXQLWVFDQEHFRQQHFWHG

LAN Web browser

HUB 200 indoor units can be controlled by AE-200 and three sets of expansion controller AE-50/EW-50.

M-NET M-NET

100 to 240 V AC Outdoor unit AE- 50/EW-50 Indoor unit Single-phase power supply ME remote controller

M-NET LAN M-NET

100 to 240 V AC Outdoor unit Indoor unit AE- 50/EW-50 Single-phase ME remote controller power supply

M-NET M-NET

100 to 240 V AC Outdoor unit Indoor unit AE- 50/EW-50 Single-phase ME remote controller power supply

M-NET 100 to M-NET 240 V AC

Power supply unit Outdoor unit PAC-SC51KUA Indoor unit Single-phase power supply ME remote controller M-NET

100 to 240 V AC Outdoor unit AE-200 PI controller Indoor unit Single-phase 24 V DC ME remote controller power supply power supply

Pulse detector M-NET transmission line For energy management, connect a PI controller for each of Power supply line 3-phase power supply AE-200 and AE-50. Dedicated line For details, see Chapter 8, “Energy Management Function.” LAN cable Up to 20 PI controllers can be connected on a system with AE-200 and AE-50.

When 201 units or more are connected, add AE-200.

M-NET M-NET

100 to 240 V AC Outdoor unit AE- 200 Indoor unit Single-phase ME remote controller power supply 3-phase power supply

Note: The indication of the power supplies for the outdoor and indoor units is omitted on the following pages.

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When the apportioned electricity billing function is used, the M-NET transmission line of AE-200 cannot be used. When the Web browser function is used, access AE-50/EW-50 to monitor and operate the air conditioners. In a system that includes both the HVRF series of City Multi units and other series of City Multi units, use separate electricity meters for each series.

Web Browser

Charge Calculation Tool LAN Initial Setting Tool

HUB 3-phase Single-phase power supply power supply

PI controller

100 to 240 V AC AE-200 M-NET 100 to 240 V AC Outdoor unit AE-50/EW-50 Indoor unit

100 to ME remote controller 240 V AC Power supply unit M-NET PAC-SC51KUA

Outdoor unit

Indoor unit

ME remote controller

M-NET

Outdoor unit

Indoor unit

ME remote controller

73 >6\VWHP&RQ¿JXUDWLRQ @ :KHQWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQLVXVHGDQGWKHQXPEHURIDLUFRQGLWLRQHUVLVRUPRUH Up to 200 air conditioners can be monitored and operated by using the apportioned electricity billing function and 4 H[SDQVLRQFRQWUROOHUV$((:

Web Browser

Charge Calculation Tool LAN Initial Setting Tool

HUB 3-phase Single-phase power supply power supply

PI controller

100 to 240 V AC AE-200 M-NET 100 to 240 V AC Outdoor unit AE-50/EW-50 Indoor unit 100 to 240 V AC ME remote controller Power supply unit PAC-SC51KUA M-NET

100 to 240 V AC Outdoor unit AE-50/EW-50 Indoor unit

ME remote controller

M-NET

100 to 240 V AC Outdoor unit AE-50/EW-50 Indoor unit

ME remote controller

M-NET

100 to 240 V AC Outdoor unit AE-50/EW-50 Indoor unit

ME remote controller

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Web Browser

LAN

HUB 3-phase Single-phase power supply power supply

100 to 240 V AC AE-200 M-NET 100 to 240 V AC Outdoor unit AE-50/EW-50 Indoor unit

ME remote controller

M-NET

Outdoor unit

Indoor unit

ME remote controller

M-NET

Outdoor unit

Indoor unit

ME remote controller

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When the Web browser function is used, access each of AE-200, AE-50 and EW-50 to monitor and operate the air conditioners. AE-50/EW-50 can be connected as an expansion controller.

Web Browser

LAN

HUB 3-phase Single-phase power supply power supply

100 to 240 V AC AE-200 M-NET 100 to 240 V AC Outdoor unit AE-50/EW-50 Indoor unit

ME remote controller

M-NET

100 to 240 V AC Outdoor unit AE-50/EW-50 Indoor unit

ME remote controller

M-NET

100 to 240 V AC Outdoor unit AE-50/EW-50 Indoor unit

ME remote controller

M-NET

100 to 240 V AC Outdoor unit AE-50/EW-50 Indoor unit

ME remote controller

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&RXQWHDFK+:+3 &$+9&5+9 XQLWDVRQHDLUFRQGLWLRQLQJXQLW +:+3 &$+9 XQLWVFDQQRWEHFRQQHFWHGWR$(RU(: $PD[LPXPRI+:+3 4$+9 XQLWVFDQEHFRQQHFWHGWRHDFK$( :KHQXVLQJ+:+3 4$+9 XQLWVLQFRPELQDWLRQZLWKRWKHUPRGHOVRIXQLWVFRXQWHDFK+:+3 4$+9 XQLWDVWZR DLUFRQGLWLRQLQJXQLWV 8SWRDLUFRQGLWLRQHUVFDQEHPRQLWHUGDQGRSHUDWHGE\RQH$($((:

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$PD[LPXPRIFKLOOHUXQLWVFDQEHFRQQHFWHGWRHDFK$( :KHQXVLQJFKLOOHUXQLWVLQFRPELQDWLRQZLWKRWKHUPRGHOVRIXQLWVFRXQWHDFKFKLOOHUXQLWDVWKUHHDLUFRQGLWLRQLQJXQLWV 8SWRDLUFRQGLWLRQHUVFDQEHPRQLWHUGDQGRSHUDWHGE\RQH$($((:

78 >6\VWHP&RQ¿JXUDWLRQ @ [6] BACnet®V\VWHPFRQ¿JXUDWLRQ 7KLVVHFWLRQVKRZVWKHV\VWHPFRQ¿JXUDWLRQIRUFRQQHFWLQJ$($((:WR%$&QHWE\XVLQJWKH%$&QHW function. 7KHFRQ¿JXUDWLRQIRUFRQQHFWLQJWR%$&QHW varies depending on the functions to be used and the devices to be connected. 'HWHUPLQHWKHFRQ¿JXUDWLRQLQDFFRUGDQFHZLWKWKHIROORZLQJÀRZ

BACnet® system introduction flow

Apportioned electricity billing function

Use Non-use

M-NET transmission line of AE-200

Use Non-use

System controller connecting only devices not under control of BACnet®

Provided Not provided

Connect the devices that are not to be controlled by BACnet® to AE-200/AE-50/EW-50.

(B) (A) (B) ,WLVQHFHVVDU\WRSUHSDUHWKH%$&QHWFRQQHFWLRQOLFHQVHIRUHDFKRI$($((:WREHFRQQHFWHGWR%$&QHW and register the license in each of them. 'RQRWFRQQHFW/$1DQG/$1 %$&QHW RI$($((:WRWKHVDPHKXE 'RQRWGXSOLFDWHWKH,3DGGUHVVEHWZHHQ/$1DQG/$1 %$&QHW RI$($((:

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M-NET transmission line Power supply line LAN BACnet® LAN cable LAN cable (for BACnet®) Integrated Centralized Control Web Building management system HUB HUB Up to 3 sets of AE-50/EW-50 can be connected as expansion controllers. LAN2(BACnet®)

M-NET M-NET LAN1 100 to 200 V AC AE-200 Outdoor unit Indoor unit

® LAN2(BACnet ) ME remote controller LAN M-NET M-NET LAN1 100 to 200 V AC Outdoor unit AE-50/EW-50 Indoor unit

LAN2(BACnet®) BACnet® ME remote controller M-NET LAN1 M-NET 100 to 200 V AC Outdoor unit Indoor unit AE-50/EW-50 LAN2(BACnet®) ME remote controller M-NET LAN1 M-NET 100 to 200 V AC Outdoor unit AE-50/EW-50 Indoor unit

ME remote controller 3-phase 200 V Single-phase 200 V power supply power supply

When there are 201 units or more, add AE-200 and AE-50/EW-50. LAN2(BACnet®)

LAN1 M-NET M-NET

100 to 200 V AC BACnet® AE-200 Indoor unit

LAN2(BACnet®) ME remote controller M-NET LAN1 M-NET 100 to 200 V AC Outdoor unit AE-50/EW-50 Indoor unit ME remote controller

3-phase 200 V Single-phase 200 V power supply power supply

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M-NET transmission line LAN Power supply line Dedicated line Integrated Centralized BACnet® Control Web LAN cable LAN cable (for BACnet®)

Charge Calculation Tool Building management system

HUB HUB One set of AE-200 not connected to M-NET is required.

Up to 4 sets of AE-50/EW-50 can be connected as expansion controllers.

3-phase 200 V LAN1 power supply Single-phase 200 V 100 to PI controller power supply 200 V AC PI controller AE-200

LAN2(BACnet®) M-NET M-NET LAN LAN1 100 to 200 V AC Outdoor unit AE-50 Indoor unit BACnet® LAN2(BACnet®) ME remote controller M-NET LAN1 M-NET 100 to 200 V AC Outdoor unit AE-50 Indoor unit

LAN2(BACnet®) ME remote controller

M-NET LAN1 M-NET 100 to 200 V AC EW-50 Outdoor unit Indoor unit

ME remote controller LAN2(BACnet®)

LAN1 M-NET M-NET 100 to 200 V AC EW-50 Outdoor unit Indoor unit ME remote controller

When there are 201 units or more, add AE-200 and AE-50/EW-50.

3-phase 200 V Single-phase 200 V LAN1 power supply power supply PI controller 100 to PI controller 200 V AC AE-200 BACnet® LAN2(BACnet®) LAN1 M-NET M-NET

100 to 200 V AC Outdoor unit AE-50 Indoor unit

ME remote controller

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!6\VWHPFRQ¿JXUDWLRQIRUDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQ 7KHV\VWHPFRQ¿JXUDWLRQIRUWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQLVH[SODLQHG 7KHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQKDVWZRPHWKRGVHOHFWULFHQHUJ\PHDVXUHPHQWPHWKRGDQGHOHFWULFHQHUJ\PDQXDO input method. The electric energy measurement method is designed to collect the electric energy data from the PI controller or the pulse LQSXWLQ$((:PDLQXQLW*1 and apportion the electric energy with the Charge Calculation Tool. The electric energy manual input method is designed to obtain the ratio of operation amount of outdoor units and indoor units in each energy PDQDJHPHQWEORFNZLWKWKH&KDUJH&DOFXODWLRQ7RRO

:KHQWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQLVXVHGLWLVUHFRPPHQGHGWRXVHWKHHOHFWULFHQHUJ\PHDVXUHPHQWPHWKRGE\3,FRQWURO- OHU,IWKHSXOVHLQSXWPHWKRGLVXVHGSXOVHLQSXWFDQQRWEHREWDLQHGGXULQJSRZHULQWHUUXSWLRQLQ$((:SRZHUVKXWGRZQDQG VRIWZDUHXSGDWLQJDQGWKHPHDVXUHGHOHFWULFHQHUJ\PD\EHGLIIHUHQWIURPWKHDFWXDOYDOXH

<1-1> Electric energy measurement method (with meters) $((:FROOHFWVWKHRSHUDWLRQLQIRUPDWLRQRIDLUFRQGLWLRQHUV $((:FROOHFWVWKHHOHFWULFHQHUJ\GDWDIURPWKH3,FRQWUROOHURUWKHHOHFWULFLW\PHWHUVFRQQHFWHGWRWKHSXOVHLQSXW LQ$((:PDLQXQLW 3. AE-200 apportions the electric energy to the outdoor unit and each indoor unit every 30 minutes. The results of DSSRUWLRQPHQWDUHVWRUHGDVGDWDREWDLQHGHYHU\PLQXWHVIRUGD\VGDLO\GDWDIRUGD\VDQGZHHNO\GDWDIRU months. $((:UHFHLYHVWKHUHVXOWVRIDSSRUWLRQPHQWRIHOHFWULFHQHUJ\IURP$(DQGEDFNVXSWKHGDWD 7KHUHVXOWVRIDSSRUWLRQPHQWDUHGLVSOD\HGLQEDUJUDSKVRQWKHHQHUJ\XVHVWDWXVDQGUDQNLQJVFUHHQVRIWKHHQHUJ\ PDQDJHPHQWIXQFWLRQRI$($((: 7KHHOHFWULFHQHUJ\ N:K LVGLVSOD\HGLQWKHHQHUJ\PDQDJHPHQWOLVWRQ$( 7KHUHVXOWVRIDSSRUWLRQPHQWFDQEHFKHFNHGRQWKH/&'VFUHHQRI$(DQGRXWSXWWRD&69¿OH 7KHFKDUJHLVFDOFXODWHGZLWKWKH&KDUJH&DOFXODWLRQ7RROE\PXOWLSO\LQJWKHXQLWSULFH WR LQHDFKWLPHVORWEDVHGRQ WKHHOHFWULFHQHUJ\DSSRUWLRQHGWRHDFKHQHUJ\PDQDJHPHQWEORFN7KHFKDUJHFDQEHFDOFXODWHGDOVREDVHGRQWKH YDOXHVPHDVXUHGE\HDFKPHWHU7KHFDOFXODWLRQUHVXOWVFDQEHGLVSOD\HGSULQWHGDQGRXWSXWWRD&69¿OH

Electricity AE-200 meter Electricity meter

AE-50/EW-50 PI controller Initial Setting Tool

AE-50/EW-50

Pulse input Electricity meter AE-50/EW-50 Electricity meter

Charge Calculation Tool Printer

Web browser

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83 >6\VWHP&RQ¿JXUDWLRQ @ <1-2> Electric energy manual input method (without meters) $((:FROOHFWVWKHRSHUDWLRQLQIRUPDWLRQRIDLUFRQGLWLRQHUV 2. AE-200 calculates the apportionment parameters of outdoor unit and each indoor unit every 30 minutes. The results of FDOFXODWLRQDUHVWRUHGDVGDWDREWDLQHGHYHU\PLQXWHVIRUGD\VGDLO\GDWDIRUGD\VDQGZHHNO\GDWDIRUPRQWKV 7KHDSSRUWLRQPHQWSDUDPHWHUVDUHGLVSOD\HGLQWKHHQHUJ\PDQDJHPHQWOLVWDVWKHUHVXOWVRIFDOFXODWLRQ 7KH\DUH XSGDWHGHYHU\PRQWK 7KHDSSRUWLRQPHQWSDUDPHWHUVFDQEHFKHFNHGRQWKH/&'VFUHHQRI$(DQGWKHGDWDGLVSOD\HGRQWKHVFUHHQFDQ EHRXWSXWWRD&69¿OH 4. The Charge Calculation Tool calculates and displays the charging ratio of the outdoor units and indoor units in each HQHUJ\PDQDJHPHQWEORFNDQGWKHFDOFXODWLRQUHVXOWVFDQEHSULQWHGDQGRXWSXWWRD&69¿OH$SSRUWLRQWKHVHSDUDWHO\ measured electric energy to the tenants by using the charging ratio of the outdoor units and indoor units in each energy PDQDJHPHQWEORFNFDOFXODWHGE\WKH&KDUJH&DOFXODWLRQ7RRO

Electricity AE-200 meter Electricity meter AE-50/EW-50

AE-50/EW-50

Electricity Electricity meter meter AE-50/EW-50

Charge Calculation Tool Printer

Web browser

:KHQWKHDSSRUWLRQPHQWSDUDPHWHUVDUHFDOFXODWHGE\$(PDLQXQLWWKH01(7RI$(FDQQRWEHXVHG 7RFDOFXODWHWKHDSSRUWLRQPHQWSDUDPHWHUVIRURQH01(7V\VWHP XSWRDLUFRQGLWLRQHUV E\$(PDLQXQLWRQHVHW RI(:RU$(LVUHTXLUHG 7RFDOFXODWHWKHDSSRUWLRQPHQWSDUDPHWHUVIRU01(7V\VWHPV XSWRDLUFRQGLWLRQHUVîV\VWHP E\$(PDLQ XQLWIRXUVHWVRI(:RU$(DUHUHTXLUHG 7RFDOFXODWHWKHDSSRUWLRQPHQWSDUDPHWHUVE\$(PDLQXQLWUHJLVWHUWKH&KDUJHOLFHQVHLQDOORI$($( (: (YHQLISDUWRI$((:FRQQHFWHGWR$(GRHVQRWFDOFXODWHWKHDSSRUWLRQPHQWSDUDPHWHUVUHJLVWHUWKH&KDUJH OLFHQVHLQDOORI$($((: 7KHVWDQGE\HOHFWULFLW\RIRXWGRRUXQLWVDQGLQGRRUXQLWVLVQRWWDNHQLQWRDFFRXQWIRUWKHDSSRUWLRQPHQWSDUDPHWHUV 6. The apportioned electricity billing function can be set by the Initial Setting Tool. ,WFDQQRWEHVHWRQWKH/&'RU:HEEURZVHUVFUHHQ ,QDV\VWHPWKDWLQFOXGHVERWKWKH+95)VHULHVRI&LW\0XOWLXQLWVDQGRWKHUVHULHVRI&LW\0XOWLXQLWVVHWWKHDSSRUWLRQLQJ setting for the electricity use by outdoor units to Thermo-ON time or to fan operation time to ensure appropriate measurement.

84 >6\VWHP&RQ¿JXUDWLRQ @

Remarks ● 7KH&KDUJH&DOFXODWLRQ7RROHQDEOHVFDOFXODWLRQRIHOHFWULFHQHUJ\FKDUJHDQGFKDUJLQJUDWLRRIXSWR VHWVRI$((: ● AE-200 using the apportioned electricity billing function are not included in the number of units.

AE-200 No.1 Apportioned electricity billing function system

AE-200 No.1 AE-50/EW-50

M-NET No connection

M-NET M-NET M-NET M-NET 50 air 50 air 50 air 50 air conditioners conditioners conditioners conditioners Charge Calculation Tool

AE-200 No.2 Apportioned electricity billing function system

AE-200 No.2 AE-50

M-NET No connection M-NET 50 air conditioners

AE-200 No.3 Apportioned electricity billing function system

AE-200 No.2 AE-50/EW-50

M-NET No connection M-NET M-NET M-NET 50 air 50 air 50 air conditioners conditioners conditioners

The tool can calculate the data from up to 40 sets of AE-50/EW-50 in all.

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7KHRXWOLQHRIWKHRSHUDWLRQLQWKHIROORZLQJV\VWHPFRQ¿JXUDWLRQLVGHVFULEHGEHORZ $((:FROOHFWVHOHFWULFHQHUJ\GDWDIURPWKH3,FRQWUROOHU $((:GHWHUPLQHVWKHSHDNFXWFRQWURO 3,FRQWUROOHUPHWKRG OHYHORI$((:EDVHGRQWKHFROOHFWHGHOHFWULF energy data. 3HDNFXWFRQWUROLVSHUIRUPHGRQWKHDLUFRQGLWLRQHUVFRQWUROOHGE\$((:DFFRUGLQJWRWKHGHWHUPLQHGSHDNFXW control level. 6HWWKHSHDNFXWFRQWUROPHWKRGRI$(WR³2WKHU$(´DQGPRQLWRUWKHFRQWUROOHYHORI$((:IURP$( $(SHUIRUPVSHDNFXWFRQWURORQWKHDLUFRQGLWLRQHUVFRQWUROOHGE\$(EDVHGRQWKHREWDLQHGFRQWUROOHYHO

HUB

AE-200 Equipment items, etc. (other than air conditioners)

AE-50/EW-50

Electricity meter Explanation of wiring

Outdoor unit power line PI controller Indoor unit power line Power supply Equipment item power line M-NET LAN Pulse input line

7RSHUIRUPWKHSHDNFXWFRQWUROUHJLVWHU(QHUJ\0DQDJHPHQW/LFHQVH3DFNLQDOORI$($((: 2EWDLQWKHHOHFWULFHQHUJ\GDWDWREHXVHGIRUSHDNFXWFRQWUROIURPWKH3,FRQWUROOHURUWKHSXOVHLQSXWLQ$($( (:PDLQXQLW 7KHDLUFRQGLWLRQHUVFDQEHFRQWUROOHG SHDNFXWFRQWURO WRUHGXFHWKHSRZHUFRQVXPSWLRQRIWKHZKROHHTXLSPHQWE\ using the main electricity meter that covers the air conditioners and equipment items other than the air conditioners for the SHDNFXWFRQWURO :KHQ³2WKHU$(´KDVEHHQVHOHFWHGDVWKHSHDNFXWFRQWUROPHWKRGDGHOD\RIXSWRPLQXWHZLOORFFXULQH[HFXWLRQRI WKHSHDNFXWFRQWUROEHFDXVHWKHFRQWUROLVVWDUWHGDIWHUWKHFRQWUROOHYHOVRIRWKHU$(FRQWUROOHUVDUHPRQLWRUHG $V³2WKHU$(´XSWRVHWVRI$($((:WRZKLFKHOHFWULFLW\PHWHUVDUHQRWFRQQHFWHGFDQEHVHOHFWHG

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7KHRXWOLQHRIWKHRSHUDWLRQLQWKHIROORZLQJV\VWHPFRQ¿JXUDWLRQLVGHVFULEHGEHORZ $($((:FROOHFWVHOHFWULFHQHUJ\GDWDIURPWKH3,FRQWUROOHU 2. AE-200 calculates the electric energy consumed by each outdoor unit every 30 minutes. 7KHUHVXOWVRIFDOFXODWLRQDUHVWRUHGDVGDWDREWDLQHGHYHU\PLQXWHVIRUPRQWKVGDWDREWDLQHGHYHU\PLQXWHVIRU PRQWKVGDLO\GDWDIRUPRQWKVPRQWKO\GDWDIRUPRQWKVDQGDQQXDOGDWDIRU\HDUV 7KHFDOFXODWLRQUHVXOWVDUHGLVSOD\HGLQEDUJUDSKVRQWKHHQHUJ\XVHVWDWXVDQGUDQNLQJVFUHHQVRIWKHHQHUJ\ PDQDJHPHQWIXQFWLRQRI$($((: 7KHFDOFXODWLRQUHVXOWVFDQEHFKHFNHGRQWKH/&'VFUHHQRI$(DQG:HEEURZVHUVFUHHQRI$($((: DQGRXWSXWWRD&69¿OH

HUB

AE-200

AE-50/EW-50

Register the "Energy Management License Pack" in all controllers. Web browser PI controllerElectricity Electricity PI controller meter meter

Explanation of wiring

Outdoor unit power line Indoor unit power line M-NET Power supply LAN Pulse input line

2EWDLQWKHHOHFWULFHQHUJ\GDWDIURPWKH3,FRQWUROOHURUWKHSXOVHLQSXWLQ$($((:PDLQXQLW ,QVWDOODQHOHFWULFLW\PHWHUIRURXWGRRUXQLWIRUHDFKRI$($((: +RZHYHUZKHQWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQLVXVHGHOHFWULFHQHUJ\FDQEHDSSRUWLRQHGDOVRWR$( $((:WRZKLFKDQHOHFWULFLW\PHWHULVQRWFRQQHFWHGZLWKLQ$(V\VWHP 3. The energy management function does not handle the electric energy consumed by the indoor units. +RZHYHUZKHQWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQLVXVHGDOVRWKHHOHFWULFHQHUJ\FRQVXPHGE\WKHLQGRRUXQLWVLV included. ,QDV\VWHPWKDWLQFOXGHVERWKWKH+95)VHULHVRI&LW\0XOWLXQLWVDQGRWKHUVHULHVRI&LW\0XOWLXQLWVXVHDWOHDVWRQH electricity meter for each series. Do not use a single electricity meter to measure the electricity use of both series of units.

87 >6\VWHP&RQ¿JXUDWLRQ @ [8] Wiring <1> Kinds of wiring 7KH01(7WUDQVPLVVLRQOLQH/$1FDEOHDQGSXOVHLQSXWOLQHVKDOOFRQIRUPWRWKHIROORZLQJVSHFL¿FDWLRQV )RURWKHUZLULQJVHHHDFKPDQXDO

Type: Sheathed vinyl cable &3(96¡WR¡PP Transmission cable &9960LQWRPPð &3(963(LQVXODWHG39&MDFNHWHGVKLHOGHGFRPPXQLFDWLRQFDEOH &99639&LQVXODWHG39&MDFNHWHGVKLHOGHGFRQWUROFDEOH LAN cable &DWHJRU\RUDERYHVWUDLJKWFDEOH 0D[P IW 7\SH&RSSHUZLUHWKDWLVVXLWDEOHIRUWKHWHUPLQDOEORFN Size Electrical wire for pulse input 6LQJOHZLUH¡WR¡PP$:*WR 7ZLVWHGZLUHWRPPð$:*WR

<2> M-NET transmission cable length Observe the maximum total length of M-NET transmission cables to ensure proper signal transmission to and from the FRQQHFWHGHTXLSPHQWRYHUWKH01(7WUDQVPLVVLRQFDEOHV,IWKHPD[LPXPWRWDOOHQJWKLVH[FHHGHGWKH01(7VLJQDOVZLOO EHDWWHQXDWHGUHVXOWLQJLQFRPPXQLFDWLRQHUURUDQGFRQWUROIDLOXUH ● 0D[LPXPWRWDOOHQJWKRI01(7WUDQVPLVVLRQFDEOHVP IW ● 0D[LPXPWRWDOOHQJWKRISRZHUIHHGP IW

Centralized control transmission cables Indoor-outdoor transmission cables

Centralized controller acd AE-200/AE-50 Outdoor unit

Indoor unit Indoor unit

b Indoor unit e 10 m (32 ft) f Outdoor unit M-NET remote controller Indoor unit Indoor unit

0D[LPXPWRWDOOHQJWKRI01(7WUDQVPLVVLRQFDEOHV DFG H P IW DEIP IW G H FEIP IW

0D[LPXPWRWDOOHQJWKRISRZHUIHHGIRUWKHLQGRRURXWGRRUWUDQVPLVVLRQFDEOHV IP IW FG H P IW

0D[LPXPWRWDOOHQJWKRISRZHUIHHGIRUWKHFHQWUDOL]HGFRQWUROWUDQVPLVVLRQFDEOHV DP IW DEP IW

88 >6\VWHP&RQ¿JXUDWLRQ @ <3> LAN cable length 7KHPD[LPXPFDEOHOHQJWKRI%$6(7;WREHFRQQHFWHGWR$($((:LVP ,IWKH/$1FDEOHOHQJWKH[FHHGVPWKHGLVWDQFHEHWZHHQWKHSHUVRQDOFRPSXWHUIRUFHQWUDOL]HGFRQWURODQG$(DQG EHWZHHQ$(DQG$((:FDQEHLQFUHDVHGE\XVLQJVZLWFKLQJKXEV $OWKRXJKWKHQXPEHURIFRQQHFWHGVZLWFKLQJKXEVLVQRWUHVWULFWHGLIWKHQHWZRUNORDGLVLQFUHDVHGDGHOD\PD\RFFXUDQG WKHQHWZRUNPD\QRWEHQRUPDOO\FRQQHFWHG

Note: The round-trip transmission delay time shall be within 4 seconds. 6HHWKHLQVWDOODWLRQPDQXDOIRU$($((:IRUWKHPHWKRGIRUGHWHUPLQLQJWKHWUDQVPLVVLRQGHOD\WLPH 1RWH7KHPD[LPXPFDEOHOHQJWKYDULHVGHSHQGLQJRQWKH/$1FDEOHVSHFL¿FDWLRQ

Power Switching hub Power Switching hub Power Switching hub Power Switching hub supply supply supply supply AE-200 AE-50/EW-50

100 m or less

<4> Length of other lines 7KHH[WHUQDOLQSXWRXWSXWFRQWDFWVLJQDOOLQHVRI$($((:DQGWKHIUHHFRQWDFWOLQHVIURPLQGRRUXQLWVVKDOOEHXS WRP+RZHYHUGRQRWOD\WKHVHOLQHVSDUDOOHOWR$&SRZHUOLQHVHWFWRSUHYHQWHQWU\RIQRLVH

Control box for air conditioning

Power supply Cubicle unit

Within 10 m Electricity Within 100 m meter Card key

Within 100 m General equipment External input adapter PAC-YG10HA Within DIDO 100 m controller Within 100 m Temperature/humidity sensor Dedicated line AI controller M-NET transmission line Demand controller Fire alarm

89 >6\VWHP&RQ¿JXUDWLRQ @ [9] Power supply factor for M-NET <1> Power consumption factor and power supply factor 7KHSRZHUVXSSO\IDFWRUVRI$($((:DQGSRZHUVXSSO\XQLWIRUWUDQVPLVVLRQOLQHDQGWKHSRZHUFRQVXPSWLRQ IDFWRUVRI','2FRQWUROOHU3,FRQWUROOHUDQG$,FRQWUROOHUDUHVKRZQEHORZ:KHQV\VWHPFRQWUROOHUVRUUHPRWHFRQWUROOHUVDUH QRWFRQQHFWHGWRWKH01(7WUDQVPLVVLRQOLQHIRUFHQWUDOL]HGFRQWUROLWLVXQQHFHVVDU\WRFRQQHFWWKHSRZHUVXSSO\XQLW 3$&6&.8$

Table Power supply and power consumption factor Product name Model name Power consumption factor Power supply factor Centralized air conditioning control system AE-200 0 Centralized air conditioning control system $( 0 H[SDQVLRQFRQWUROOHU Centralized air conditioning control system (: 0 &RQWUROOHUZLWKRXW/&' Power supply unit for transmission line 3$&6&.8$ – Transmission booster PAC-SF46EPA – DIDO controller PAC-YG66DCA 1/4 – PI controller PAC-YG60MCA 1/4 – AI controller PAC-YG63MCA 1/4 – System remote controller $7 3/2 – ON/OFF remote controller PAC-YT40ANRA 1 – PAR-U01MEDU ME remote controller PAR-U02MEDA 1/2 – $+&$'$37(5 3$&)$+&- 1/2 –

Remarks ● If the system remote controller or PI controller is connected to the transmission line for centralized FRQWURODQGWKHSRZHUFRQVXPSWLRQIDFWRULVODUJHUWKDQWKHSRZHUIHHGLQJFDSDFLW\RI$($( DQG(:LWLVQHFHVVDU\WRXVHWKHSRZHUVXSSO\XQLWRUWUDQVPLVVLRQERRVWHU

Power supply unit PI controller Power supply factor:5 Power consumption factor:1/2

M-NET

Power supply factor:3/2 System remote contoroller Power consumption factor:3/2

90 >6\VWHP&RQ¿JXUDWLRQ @ <2> Setting of power supply connector The following table shows the necessity of the power supply unit and the setting of the power supply connector.

7DEOH1HFHVVLW\RISRZHUVXSSO\XQLWDQGVHWWLQJRISRZHUVXSSO\FRQQHFWRU $($( Power supply unit for Power supply connector of Power supply connector of transmission line AE-200 outdoor unit With CN21 All CN41 :LWKRXWRWKHUV\VWHPFRQWUROOHU Unnecessary 'HIDXOW 'HIDXOW :LWKRWKHUV\VWHPFRQWUROOHU With CN21 All CN41 Unnecessary 6XPRISRZHUFRQVXPSWLRQIDFWRUVRUOHVV 'HIDXOW 'HIDXOW :LWKRWKHUV\VWHPFRQWUROOHU Without CN21 All CN41 6XPRISRZHUFRQVXPSWLRQIDFWRUVPRUHWKDQ Necessary 5HPRYH&1 'HIDXOW :LWKRWKHUV\VWHPFRQWUROOHU With CN21 All CN41 FRQQHFWHGWRWUDQVPLVVLRQOLQHEHWZHHQLQGRRU Unnecessary 'HIDXOW 'HIDXOW DQGRXWGRRUXQLWV

&RQQHFW$($(WRWKHWUDQVPLVVLRQOLQHIRUFHQWUDOL]HGFRQWURO :KHQWKH01(7RI$(LVQRWXVHGOHDYHWKHSRZHUVXSSO\FRQQHFWRURI$(LQWKHIDFWRU\GHIDXOWVWDWH

7DEOH1HFHVVLW\RISRZHUVXSSO\XQLWDQGVHWWLQJRISRZHUVXSSO\FRQQHFWRU (: Power supply unit for Power supply connector of Power supply connector of transmission line AE-200 outdoor unit With CN21 All CN41 :LWKRXWRWKHUV\VWHPFRQWUROOHU Unnecessary 'HIDXOW 'HIDXOW :LWKRWKHUV\VWHPFRQWUROOHU With CN21 All CN41 Unnecessary 6XPRISRZHUFRQVXPSWLRQIDFWRUVRUOHVV 'HIDXOW 'HIDXOW :LWKRWKHUV\VWHPFRQWUROOHU Without CN21 All CN41 6XPRISRZHUFRQVXPSWLRQIDFWRUV0RUHWKDQ Necessary 5HPRYH&1 'HIDXOW

&RQQHFW(:WRWKHWUDQVPLVVLRQOLQHIRUFHQWUDOL]HGFRQWURO

:LWKRXWRWKHUV\VWHPFRQWUROOHU AE-200/AE-50 Outdoor unit Power supply switch Power supply switch connector connector (to supply power) (not to supply power) ON CN21 CN41 (Default) CN40

Transmission line for Transmission line between centralized control indoor and outdoor units

Transmission line between indoor and outdoor units

Remarks ● 7RDFFHVVWKHSRZHUVXSSO\FRQQHFWRU &1 RI$($((:UHPRYHWKHVHUYLFHFRYHURQWKH EDFNRIWKHPDLQXQLW,WLVLQWKHSRVLWLRQVKRZQEHORZ

CN21

Back of AE-200/AE-50 Back of EW-50

91 >6\VWHP&RQ¿JXUDWLRQ @ :LWKRWKHUV\VWHPFRQWUROOHU FRQQHFWHGWRWUDQVPLVVLRQOLQHIRUFHQWUDOL]HGFRQWURO 7KHSRZHUVXSSO\XQLW 3$&6&.8$ LVUHTXLUHG

AE-200/AE-50 Power supply switch connector (to supply power) OFF CN21 Outdoor unit Remove Power supply switch the connector connector (not to supply power) CN41

CN40

Transmission line for Transmission line between centralized control indoor and outdoor units

Power supply unit (PAC-SC51KUA) Transmission line between indoor and outdoor units

System remote controller

:LWKRWKHUV\VWHPFRQWUROOHU FRQQHFWHGWRWUDQVPLVVLRQOLQHEHWZHHQLQGRRUDQGRXWGRRUXQLWV

AE-200/AE-50 Outdoor unit Power supply switch Power supply switch connector connector (to supply power) (not to supply power) ON CN21 CN41

(Default) CN40

Transmission line for Transmission line between centralized control indoor and outdoor units

Transmission line between indoor and outdoor units

Note: When the power supply capacity for the outdoor units through the transmission line between indoor and outdoor units is LQVXI¿FLHQWFRQQHFWWKHWUDQVPLVVLRQERRVWHU 3$&6)(3$ WRWKHWUDQVPLVVLRQOLQHEHWZHHQLQGRRUDQGRXWGRRU units.

92 >6\VWHP&RQ¿JXUDWLRQ @ <3> Power supply unit for transmission line 3RZHUVXSSO\XQLWIRUWUDQVPLVVLRQOLQH3$&6&.8$

Unit: mm (in.)

Item 6SHFL¿FDWLRQV Rated input voltage and current 9$&$$+]6LQJOHSKDVH Electrical requirements )XVH9$&$7LPHGHOD\W\SH ,(&66 M-NET 9'& Output voltage/current DC power supply 9'&$ Operating range WR&WR) Temperature Environmental conditions Storage range WR&WR) +XPLGLW\ 5+ 1RFRQGHQVDWLRQ Dimensions + î : î ' PP >+@î>:@î>'@LQ Weight NJ OEV ,QWKHPHWDOFRQWUROSDQHORULQWKHPRXQWLQJDWWDFKPHQW$W\SH 3$&<*.7% VROGVHSDUDWHO\ Installation environment 7KLVXQLWLVGHVLJQHGIRUDEXVLQHVVRI¿FHRUVLPLODUHQYLURQPHQW Power feeding capacity

93 >6\VWHP&RQ¿JXUDWLRQ @ 7UDQVPLVVLRQERRVWHU3$&6)(3$

Unit: mm (in.)

Item 6SHFL¿FDWLRQV ,QSXWYROWDJH9$&$ 0D[LPXPORDGLQJ +]6LQJOHSKDVH Source power requirement )XVH$) ,(& 9ROWDJHFXUUHQWRIRXWSXWRQ 9'&$ 0D[LPXPORDGLQJ the transmission booster side Operating range 0 to +40°C / +32 to +104°F Temperature Environmental condition Storage range -20 to +60°C / -4 to +104°F +XPLGLW\ 5+ 1RFRQGHQVDWLRQ Dimensions + î : î ' PP Weight NJ OEV Installation environment Indoor Power feeding capacity

94 >6\VWHP&RQ¿JXUDWLRQ @ [10] Restrictions on system when more than one model is connected <1> Connection of two sets of AE-200/EW-50 and BM adapter :KHQWZRVHWVRI$((:DUHFRQQHFWHGRQWKHVDPH01(7OLQHRU$((:DQG%0DGDSWHUDUHFRQQHFWHG there are restrictions on the functions and setting method.

6\VWHPFRQ¿JXUDWLRQ

TG-2000A

Building management M-NET transmission line system LAN cable LAN LAN

HUB HUB

LAN LAN BM AE-200 AE-200 adapter

M-NET M-NET

)LJ6\VWHPFRQ¿JXUDWLRQ

Remarks ● 7KH%0DGDSWHUFDQQRWEHDGGHGZLWKWKHH[SDQVLRQXQLW 3$&<*(&$ ● 2QHVHWRI$((:FDQEHFRQQHFWHGRQRQH01(7OLQH+RZHYHUXSWRWZRVHWVFDQEHFRQQHFWHG with restrictions. (YHQZKHQWZRVHWVDUHFRQQHFWHGWKHPD[LPXPQXPEHURILQGRRUXQLWVZKLFKFDQEHFRQQHFWHGLV ● 2QHVHWRI$((:DQGRQH%0DGDSWHUFDQEHFRQQHFWHGRQRQH01(7OLQH ● ,WLVLPSRVVLEOHWRFRQQHFW$(DQG$(RQRQH01(7OLQH ● 7KH%0DGDSWHUKDVDSRZHUVXSSO\IDFWRURI ● :KHQVXSSO\LQJSRZHUWKURXJKWKH%0DGDSWHULQVWDOOWKH01(7SRZHUVXSSO\FRQQHFWRURIWKHRXWGRRU XQLWWR&1 QRWWRVXSSO\SRZHU DQGUHPRYHWKH01(7SRZHUVXSSO\FRQQHFWRU &1 RI$( QRWWRVXSSO\SRZHU ● :KHQWZRVHWVRI$(DUHLQVWDOOHGRQRQH01(7OLQHLQVWDOOWKH01(7SRZHUVXSSO\FRQQHFWRU &1 RQO\WRRQHRIWKHP IDFWRU\GHIDXOW DQGUHPRYHWKDWIURPWKHRWKHU ● 'HWHUPLQHWKH01(7DGGUHVVWDNLQJFDUHQRWWRGXSOLFDWHDQDGGUHVV ● %RWK$((:DQG%0DGDSWHUPXVWEHDSSOLFDEOHWRWKHPRGHOVWREHFRQQHFWHG)RUWKHPRGHOV WRZKLFK$((:LVDSSOLFDEOHVHH !³/LVWRIFRQQHFWDEOHPRGHOV´ )RUWKHPRGHOVWRZKLFKWKH%0DGDSWHUFDQEHFRQQHFWHGVHHWKHLQVWUXFWLRQPDQXDOIRUWKH%0DGDSWHU ● :KHQWKH%0DGDSWHULVFRQQHFWHGFRPPXQLFDWLRQORDGLQFUHDVHGE\DQLQFUHDVHGQXPEHURI EURDGFDVWV'LYLGHWKH/$1LQWRWZRV\VWHPVIRUWKH%0DGDSWHUDQG$((:

HUB HUB BM adapter Outdoor unit Indoor unit

Building AE-200 management system

BM adapter Outdoor unit Indoor unit

AE-200 M-NET transmission line LAN cable

Note: The indication of the power supplies is omitted.

95 >6\VWHP&RQ¿JXUDWLRQ @ 5HVWULFWLRQVRQFRQQHFWLRQRIPRUHWKDQRQHFRQWUROOHU :KHQWZRVHWVRI$(RURQHVHWRI$(DQG%0DGDSWHUDUHFRQQHFWHGWR01(7WKHFRQWHQWVRIJURXSUHJLVWUDWLRQ in them must be identical. +RZHYHUWKH','2FRQWUROOHU3,FRQWUROOHUDQG$,FRQWUROOHUPXVWEHUHJLVWHUHGRQO\LQ$(EHFDXVHWKH%0DGDSWHULV not applicable to them.

All in same group All in different groups

Group registration Group registration

Registration in AE-200(1) Registration in Registration in AE-200(2) = Registration in AE-200(2) AE-200(1) (BM adapter) (BM adapter)

OK NG

Partially common AE-200(1) including all in AE-200(2) (BM adapter)

Group registration Group registration

Registration in AE-200(1) NGRegistration in AE-200(2)NG NG AE-200(1) (BM adapter) Registration in AE-200(2) (BM adapter)

NG NG

The following table shows the restrictions on connection of more than one controller.

Table Restrictions on connection of more than one controller Operational restrictions Subject : None ✓: Applicable : Operational and Restrictions %0 setting restrictions AE-200 imposed adapter Language displayed on AE-200 ✓ screen The language can be set for each set of AE-200. Group setting The contents of group registration in both controllers must be ✓✓ identical. Group name It is necessary to set for each set of AE-200. ✓ 5HJLVWUDWLRQLQEORFN ✓ %ORFNQDPH It is necessary to set for each set of AE-200. Floor layout It is necessary to set for each set of AE-200. ✓ Operation of air conditioners ✓✓ Operation of DIDO controller ✓ Monitoring of air conditioners ✓✓ Monitoring of DIDO controller ✓ Monitoring One AI controller or PI controller can be monitored only by ✓ $,FRQWUROOHUDQG3,FRQWUROOHU one set of AE-200. Energy management ✓ Only one controller can be set to the operation prohibition mode. Operation prohibition :KLOHRQHFRQWUROOHULVLQWKHRSHUDWLRQSURKLELWLRQPRGH VFUHHQRSHUDWLRQDQGH[WHUQDO the other controller can be used to operate the units. The ✓✓ LQSXW operation prohibition mode is not displayed on the other FRQWUROOHU Emergency stop Input the external contact to one controller. ✓✓ External input Input the external contact to one controller. ✓ VWDUWVWRSOHYHOVLJQDO ([WHUQDOLQSXW SXOVHVLJQDO ✓ External output ✓ Demand level contact input The input can be connected and set only on one controller. ✓ Time setting and display Use one controller as the master for time setting. ✓✓

96 >6\VWHP&RQ¿JXUDWLRQ @

7DEOH5HVWULFWLRQVRQFRQQHFWLRQRIPRUHWKDQRQHFRQWUROOHU FRQWLQXHG Operational restrictions Subject : None ✓: Applicable : Operational and Restrictions %0 setting restrictions AE-200 imposed adapter Set the schedule on one controller. Schedule ,IVFKHGXOHVDUHVHWRQVRPHFRQWUROOHUV LQFOXGLQJDUHPRWH ✓✓ FRQWUROOHU IRURQHJURXSSULRULW\ZLOOEHJLYHQWRWKHODVW VFKHGXOH Display of error history ✓ 6HWWKHPRGHRQO\RQRQHFRQWUROOHU Register the license only for the controller for which the mode must be set. (QHUJ\VDYLQJSHDNFXW :KHQDXQLWLQWKHHQHUJ\VDYLQJSHDNFXWFRQWUROPRGHLV RSHUDWHGIURPDQRWKHUFRQWUROOHUSULRULW\ZLOOEHJLYHQWR ✓ Auto changeover the last operation. ,QWKHHQHUJ\VDYLQJSHDNFXWPRGHWKHHQHUJ\VDYLQJ control icon is displayed only on the controller on which the mode was set. 6HWWKHPRGHRQO\RQRQHFRQWUROOHU 6HWEDFN Register the license only for the controller for which the 2XWGRRUWHPSHUDWXUHLQWHUORFN mode must be set. ✓ ,QWHUORFNFRQWURO 7KHVHWEDFNFRQWUROLFRQLVGLVSOD\HGRQO\RQWKHFRQWUROOHU on which the mode was set. Connection of TG-2000A and Connect TG-2000A to one set of AE-200. apportioned electricity billing Communication errors of AE-200 not connected to TG-2000A ✓ function will not be displayed on it. 'LVSOD\HGRQO\RQVSHFL¿HG$( Energy-saving 1LJKWVHWEDFN With schedule Schedule invalid ON*1 mode

*1: The icon of energy-saving function by outdoor unit is displayed on all sets of AE-200. 'XULQJGHPDQGFRQWUROE\H[WHUQDOLQSXWWRLQGRRUXQLWWKH icon is displayed on all sets of AE-200.

Displayed on all sets of AE-200 During operation of During stop of Display of room LQWHUORFNHG/2661$< LQWHUORFNHG/2661$< temperature*2

Display of icons on AE-200 ✓ *UD\

2FFXSLHG9DFDQW*2 %ULJKWGDUN*2 Error / / %OXH *UD\

Displayed on AE-200 being started Starting up

97 >6\VWHP&RQ¿JXUDWLRQ @ 6HWWLQJSURFHGXUH :KHQWZRVHWVRI$(DUHFRQQHFWHGLWLVQHFHVVDU\WRUHJLVWHUHDFK01(7DGGUHVVLQWKHV\VWHPFRQWUROOHUUHJLVWUDWLRQ button on the other side. :KHQWKH%0DGDSWHULVFRQQHFWHGUHJLVWHUWKHDGGUHVVRIWKH%0DGDSWHULQWKHV\VWHPFRQWUROOHUUHJLVWUDWLRQEXWWRQRQ AE-200. )RUWKHSURFHGXUHIRUUHJLVWHULQJWKH%0DGDSWHUVHHWKHLQVWUXFWLRQPDQXDOIRUWKH%0DGDSWHU 6HOHFW>,QLWLDO6HWWLQJ@±>*URXS6HWWLQJ@DQGLQSXWWKHDGGUHVVRIWKHRWKHUFRQWUROOHULQWKHV\VWHPFRQWUROOHUUHJLVWUDWLRQ button.

>([DPSOH@5HJLVWUDWLRQRI$( 01(7DGGUHVV DQG$( 01(7DGGUHVV

01(7DGGUHVVRI$( 01(7DGGUHVVRI$(

0 201

Address

Register the M-NET address of the other. Register the M-NET address of the other. 5HJLVWHUWKHDGGUHVVRI$( LQWKHV\VWHP 5HJLVWHUWKHDGGUHVVRI$( LQWKHV\VWHPFRQWUROOHU controller registration button. registration button.

Operation

System controller registration button

Caution It is necessary to register the addresses in the system controller registration buttons for all registered group numbers.

● It is necessary to register the addresses in the system controller registration buttons for all registered group numbers. ,IWKHDGGUHVVHVDUHQRWUHJLVWHUHGWKHDLUFRQGLWLRQHUVZLOOVWRSZKHQWKHSRZHUVXSSO\LVUHVHW

Remarks ● )RUWKHSURFHGXUHIRUVHWWLQJWKHDGGUHVVRQWKH%0DGDSWHUVHHWKHLQVWUXFWLRQPDQXDOIRUWKH%0 adapter.

98 >6\VWHP&RQ¿JXUDWLRQ @ <2> Possibility of connection 7KHIROORZLQJWDEOHVKRZVZKHWKHURUQRW$($(FDQEHFRQQHFWHGZLWK$*DQGZKHWKHURUQRW$(DQG$( FDQEHFRQQHFWHGLQHDFKFDVHRIFRPELQDWLRQ

Note: The indication of the power supplies is omitted.

&RQQHFWLRQRI$*DQGH[SDQVLRQFRQWUROOHU 3$&<*(&$ ✕✕ 7KHH[SDQVLRQFRQWUROOHU 3$&<*(&$ FDQQRWEHFRQQHFWHGIRU $(FDQQRWEHFRQQHFWHGIRUH[SDQVLRQRI$* expansion of AE-200.

HUB HUB AE-200 Outdoor unit AG-150 Outdoor unit Indoor unit Indoor unit

Expansion Outdoor unit AE-50 Outdoor unit controller Indoor unit Indoor unit

2WKHUFRQQHFWLRQPHWKRGV

,WLVSRVVLEOHWRPRQLWRUDQGRSHUDWHWKHXQLWVIURP$(QRW ,WLVSRVVLEOHWRRSHUDWHDQGPRQLWRUWKHXQLWVRQWKH$(V\VWHP connected to AE-200 through M-NET. IURPPRUHWKDQRQHVHWRI$( RQO\9HUDQGODWHU HUB HUB AE-200 AE-200

AE-50 Outdoor unit AE-200 Indoor unit

AE-50 Outdoor unit AE-50 Outdoor unit Indoor unit Indoor unit

✕ It is possible to connect more than one set of AE-200 on the same ,WLVLPSRVVLEOHWRFRQQHFW$(DQG$(RQWKHVDPH01(7 01(7OLQH+RZHYHUVRPHUHVWULFWLRQVDUHLPSRVHGRQWKLV line. FRQQHFWLRQ6HH>@ !³&RQQHFWLRQRIWZRVHWVRI$((: DQG%0DGDSWHU´ AE-200 AE-200

AE-200 Outdoor unit AE-50 Outdoor unit Indoor unit Indoor unit

✕✕ $V\VWHPFDQQRWEHFRQ¿JXUHGRQO\ZLWK$( ,WLVLPSRVVLEOHWRFRQQHFWPRUHWKDQRQHVHWRI$(RQWKHVDPH M-NET line. HUB AE-200 Outdoor unit Indoor unit

AE-50 Outdoor unit AE-50 Indoor unit Outdoor unit Indoor unit

AE-50

99 >6\VWHP&RQ¿JXUDWLRQ @ [11] Pulse input for measurement <1> Functions that can use pulse input for measurement The electric energy data collected by using the pulse input can be used by the apportioned electricity billing function and the energy management function.

Notes: ●: Usable ▲: Restricted ✕: Unusable Function AE-200 $( (: Apportioned electricity billing function ✕ *1 ▲ *2 ▲ *2 Energy management function ● ● ● 3HDNFXWIXQFWLRQ ● ● ●

7KHSXOVHLQSXWRI$(FDQQRWEHXVHGIRUWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQ8VHWKHSXOVHLQSXWRI$(RU(: :KHQWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQLVXVHGLWLVUHFRPPHQGHGWRXVHWKHHOHFWULFHQHUJ\PHDVXUHPHQWE\WKH3,FRQWUROOHU ,IWKHSXOVHLQSXWLVXVHGSXOVHLQSXWFDQQRWEHREWDLQHGGXULQJSRZHULQWHUUXSWLRQLQ$((:SRZHUVKXWGRZQDQGVRIWZDUH XSGDWLQJDQGWKHPHDVXUHGHOHFWULFHQHUJ\PD\EHGLIIHUHQWIURPWKHDFWXDOYDOXH

<2> Capturing pulses from electricity meter 7KHSXOVHVIURPWKHHOHFWULFLW\PHWHUFDQEHFDSWXUHGLQWR$($((:E\LQSXWWLQJHOHFWULFHQHUJ\SXOVHVGLUHFWO\WR $($((: SXOVHLQSXWIRUPHDVXUHPHQW DQGLQSXWWLQJHOHFWULFHQHUJ\SXOVHVWRWKH3,FRQWUROOHU

Pulse input method PI controller method

AE-200/AE-50/EW-50

M-NET line Dedicated line AE-200/AE-50/EW-50

Power supply unit Dedicated line Less than 200 m (according to Connection Pulses from restriction on M-NET) diagram up to 4 points are input. Less than 100 m PI controller

Pulses from up to 4 points are Less than 100 m input.

(OHFWULFHQHUJ\GDWDLVFDSWXUHGIURPWKHSXOVHLQSXWDQG 6LQFH$($((:UHFHLYHVHOHFWULFHQHUJ\GDWD 3HDNFXW SHDNFXWFRQWUROLVSHUIRUPHG IURPWKH3,FRQWUROOHUHYHU\PLQXWHDGHOD\RIXSWRPLQXWH The demand is forecast at 1-minute intervals. ZLOORFFXULQH[HFXWLRQRIWKHSHDNFXWFRQWURO PI controller Connected The PI controller and power supply unit may be required. For Connect the devices directly to CN7. devices WKHQHFHVVLW\RIWKHSRZHUVXSSO\XQLWVHH>@³3RZHUVXSSO\ factor for M-NET.” The distance between the power supply unit and AE-200/ 7KHGLVWDQFHEHWZHHQ$($((:DQGWKH $((:RU3,FRQWUROOHUPXVWEHOHVVWKDQP Wiring length electricity meter must be less than 100 m. The distance between the PI controller and electricity meter must be less than 100 m.

100 >6\VWHP&RQ¿JXUDWLRQ @

Remarks ● 8SWR3,FRQWUROOHUVFDQEHFRQQHFWHGWRHDFKRI$($(DQG(: ,QWKH$(V\VWHPXSWR3,FRQWUROOHUVFDQEHFRQQHFWHG +RZHYHUZKHQWKHSXOVHLQSXWIXQFWLRQLQ$($((:PDLQXQLWLVXVHGWKHIXQFWLRQLV counted as one PI controller. >([DPSOH@:KHQRQHVHWRI$(DQGWKUHHVHWVRI(:DUHXVHGLQDV\VWHPDQGWKHSXOVHLQSXWRI HDFKRI$(DQG(:LVXVHG3,FRQWUROOHUV ± FDQEHFRQQHFWHGWRHDFKRI$( DQG(:DQGWKHWRWDOQXPEHURI3,FRQWUROOHUVZKLFKFDQEHFRQQHFWHGLQWKH$( V\VWHPLV ±

<3> Electricity meter used for pulse input )RUWKHSXOVHLQSXWVHOHFWDQHOHFWULFLW\PHWHUZKLFKPHHWVWKHIROORZLQJVSHFL¿FDWLRQV

● No-voltage a contact pulse is output every pulse unit. ● Output pulse method: Semiconductor relay ● 3XOVHZLGWKPVWRPV SDXVHSHULRGPVRUPRUH ● 2XWSXWSXOVHXQLW>N:KSXOVH@ N:KSXOVHRUOHVVUHFRPPHQGHG

100 ms or more

100 ms to 300 ms

101 >6\VWHP&RQ¿JXUDWLRQ @ >@/$1V\VWHPFRQ¿JXUDWLRQ <1> LAN setting procedures <1-1> Setting procedures to connect to dedicated LAN 7KHVHWWLQJSURFHGXUHVIRUFRQ¿JXUDWLRQRI$($((:V\VWHPWKURXJKWKHGHGLFDWHG/$1ZLULQJDUHVKRZQEHORZ

6HWWKH,3DGGUHVVHV :KHQ/$1ZLULQJLVQHZO\ODLGIRU$($((:DVVLJQWKH,3DGGUHVVHVWR$(VWDUWLQJIURP>@ 6HWWKH,3DGGUHVVHVRIWKH:HEPRQLWRULQJ3&VIRU$($((:DQGWKH,QLWLDO6HWWLQJ7RROWRWKHQHWZRUN addresses of the same line. 7KH,3DGGUHVVLQLWLDOYDOXHRI$($((:LV>@)RUWKHVHFRQGDQGIROORZLQJXQLWVWKH,3DGGUHVVHV must be changed. The recommended ranges for dedicated LAN are shown below.

Model IP address setting range AE-200 [192.168.1.1] to [192.168.1.40] (: XVHGDVVLQJOHXQLW [192.168.1.1] to [192.168.1.40] (:$( XVHGDVH[SDQVLRQFRQWUROOHU >@WR>@ Personal computer for monitoring Web browser [192.168.1.101] to [192.168.1.149] 3HUVRQDOFRPSXWHUIRULQWHJUDWHGVRIWZDUH 7*$ >@ >@WR>@ )RUSXOVHFRXQW >@WR>@ PLC For general control: [192.168.1.171] to [192.168.1.190] 3HDNFXW >@WR>@ 'HPDQGFRQWUROOHUPHWKRG

6HWWKHVXEQHWPDVN 1RUPDOO\VHWWR>@ LQLWLDOYDOXH

HUB 100BASE-TX LAN straight cable

AE-200 AE-50TG-2000A PC for monitoring Web browser IP address :192.168.1.1 IP address :192.168.1.211 IP address :192.168.1.150 IP address :192.168.1.101 Subnet mask :255.255.255.0 Subnet mask :255.255.255.0 Subnet mask :255.255.255.0 Subnet mask :255.255.255.0

* Some hubs have dedicated ports for connection between hubs. Connect AE-200/AE-50/EW-50 and the personal computer for monitoring Web browser to the normal ports.

Remarks ● :KHQ$($((:LVFRQQHFWHGGLUHFWO\ZLWKDSHUVRQDOFRPSXWHUWKURXJKD/$1FDEOHQRUPDO communication may not be made depending on the compatibility with the LAN board. It is recommended to connect AE-200 and personal computer with a LAN cable through a hub.

102 >6\VWHP&RQ¿JXUDWLRQ @ <1-2> Setting procedures to connect to existing LAN 7KHVHWWLQJSURFHGXUHVIRUFRQ¿JXUDWLRQRI$($((:V\VWHPWKURXJKH[LVWLQJ/$1ZLULQJDUHVKRZQEHORZ

,QWKHFDVHRIFHQWUDOL]HGPRQLWRULQJE\:HEEURZVHU :KHQLQVWDOOLQJ$($((:LQH[LVWLQJ/$1ZLULQJVXFKDVDFRUSRUDWH/$1FRQVXOWZLWKWKHQHWZRUN DGPLQLVWUDWRUZKRPDQDJHVWKH/$1WRVHWWKH,3DGGUHVVHVVXEQHWPDVNDQGJDWHZD\DGGUHVV The gateway address can be set with the Initial Setting Tool or on the initial setting screen on the Web.

Backbone LAN IP: 40.20.20.1 IP: 40.20.20.2 Gateway Gateway IP: 10.1.1.250 IP: 10.1.2.250

Acquired from LAN Acquired from LAN administrator administrator

Web monitoring Web monitoring AE-200 personal computer personal computer IP address :10.1.1.1 IP address :10.1.1.101 IP address :10.1.2.51 Sub-net mask :255.255.255.0 Sub-net mask :255.255.255.0 Sub-net mask :255.255.255.0 Gateway :10.1.1.250 Gateway :10.1.1.250 Gateway :10.1.2.250

,QWKHFDVHRIFHQWUDOL]HGPRQLWRULQJE\7*$ :KHQ7*$LVXVHGIRUFHQWUDOL]HGPRQLWRULQJDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQRUSHDNFXWIXQFWLRQLWLV recommended to separate the system by using a router. This is a means to maintain the reliability of each device because a lot of signals are transmitted on the LAN under an environment where many business personal computers are installed in the existing LAN. $VVLJQ,3DGGUHVVHVDSSURSULDWHWRWKH,3DGGUHVVIRUPDWRQWKHEDFNERQH/$1WR$($((:DQGDFFHVVDQ\RI WKHPZLWKWKHDGGUHVV7KHQWKHURXWHUZLOOFRQYHUWWKHDGGUHVVWRPDNHFRPPXQLFDWLRQ 7KHURXWHUDGGUHVV GHIDXOWJDWHZD\DGGUHVV PXVWEHUHJLVWHUHGDVWKHJDWHZD\DGGUHVVLQ$($((:LQVWDOOHG under the router.

Gateway Acquired from IP: 10.1.1.254 Acquired from LAN administrator LAN administrator Backbone LAN

IP address: 10.1.1.202 IP address: 10.1.1.203

Router IP address (backbone side) : 10.1.1.202 10.1.1.203 IP address (AE-200 side) : 192.168.1.254 Gateway : 10.1.1.254 IP address conversion : 10.130.1.202 ĺ192.168.1.1 10.130.1.203 ĺ192.168.1.151 Personal computer of Business personal TG-2000A computer IP address: 192.168.1.254 IP address : 10.130.1.201 Sub-net mask : 255.255.255.0 Gateway : 10.130.1.254 AE-200 PLC IP address : 192.168.1.1 IP address : 192.168.1.151 Sub-net mask : 255.255.255.0 Sub-net mask : 255.255.255.0 Gateway : 192.168.1.254 Gateway : No setting

103 >6\VWHP&RQ¿JXUDWLRQ @ ,QWKHFDVHRIFHQWUDOL]HGPRQLWRULQJE\FRQQHFWLRQRI$(DQGH[SDQVLRQFRQWUROOHUV :KHQH[SDQVLRQFRQWUROOHUV $((: DUHFRQQHFWHGWRWKHH[LVWLQJ/$1FRQVXOWZLWKWKHQHWZRUNDGPLQLVWUDWRUWRVHW WKH,3DGGUHVVHVVXEQHWPDVNDQGJDWHZD\DGGUHVV

Backbone LAN

Gateway Gateway (router, layer 3 switch, etc.) (router, layer 3 switch, etc.) IP address: 10.1.1.250 IP address: 10.1.2.250

HUB HUB HUB HUB

Personal computer, etc. Personal computer, etc.

AE-200 EW-50AE-50 EW-50

IP address: 10.1.1.1 IP address: 10.1.1.101 IP address: 10.1.2.41 IP address: 10.1.2.51 Sub-net mask: 255.255.255.0 Sub-net mask: 255.255.255.0 Sub-net mask: 255.255.255.0 Sub-net mask: 255.255.255.0 Gateway: 10.1.1.250 Gateway: 10.1.1.250 Gateway: 10.1.2.250 Gateway: 10.1.2.250

Remarks ● Use switching hubs. ● 7KHQXPEHURIVWDJHVRIJDWHZD\VURXWHUVOD\HUVZLWFKHVDQGKXEVIRUFRQQHFWLQJ$(DQG expansion controller must be 4 or less. The round-trip transmission delay time between AE-200 and expansion controller must be 4 seconds or less.

104 >6\VWHP&RQ¿JXUDWLRQ @ <1-3> In the case of system using optical cable for LAN 7KH/$1ZLULQJOHQJWKRI$($((:V\VWHPFDQEHLQFUHDVHGE\FRQQHFWLQJKXEV +RZHYHULIWKHZLULQJOHQJWKLVLQFUHDVHGWRVHYHUDONLORPHWHUVDQGWKHSRZHUVXSSOLHVIRUWKHKXEVFDQQRWEHVHFXUHGLQWKH PLGGOHRIWKHZLULQJWKH\FDQEHFRQQHFWHGE\XVLQJDQRSWLFDOFDEOH

100BASE-TX 100BASE-TX

AE-200 100BASE-TX Personal computer for centralized control Switching hub PLC 100BASE-TX Optical media converter Optical media converter (type B) (type A) Optical cable for LAN 100BASE-TX Switching hub 100BASE-TX

AE-200

6ZLWFKLQJKXE The switching hub is designed to store the IP address of the device connected to the hub and hold the route to the GHVWLQDWLRQ7KHUHIRUHVLJQDOFROOLVLRQGRHVQRWRFFXUWKHRUHWLFDOO\DQGWKHQXPEHURIVWDJHVLVQRWUHVWULFWHG

2SWLFDOPHGLDFRQYHUWHU This converter is used to convert normal LAN signals to optical signals. 7KHUHFRPPHQGHGRSWLFDOPHGLDFRQYHUWHUVPDGHE\%XIIDORFRPHLQ7\SH$DQG7\SH%7KH\PXVWEHXVHGLQSDLUV

2SWLFDOFDEOHIRU/$1 This cable is an optical cable for LAN. $V\VWHPZLWKDORQJZLULQJOHQJWKFDQEHFRQ¿JXUHGE\XVLQJWKLVFDEOH

105 >6\VWHP&RQ¿JXUDWLRQ @ <2> Recommended devices for LAN connection The recommended devices for LAN connection are shown below.

Device name 5HPDUNV Hub: 6HOHFWDKXEKDYLQJWKHQXPEHURISRUWVDSSURSULDWHWRWKHQXPEHURIFRQQHFWHGXQLWVDQGFRQQHFW$($((:DQGWKH personal computer through the hub. +XEIRU%$6(7; IRUSRUWV 6ZLWFKLQJKXE %$6(7ZLWKDXWRPDWLFVZLWFKLQJIXQFWLRQ +XEIRU%$76(7; IRUSRUWV 6ZLWFKLQJKXE %$6(7ZLWKDXWRPDWLFVZLWFKLQJIXQFWLRQ LAN cable: &RQQHFWWKHKXE$($((:DQGSHUVRQDOFRPSXWHUZLWKD/$1FDEOH %$6(7; 8VHDFDEOHRI&DWHJRU\RUKLJKHU /$1VWUDLJKWFDEOHIRU%$6(7; WZLVWHG Use to connect an optical cable. SDLUFDEOH &DEOHVRI&DWHJRULHVDQGHFDQEHXVHG Router: $GGURXWHUVZKHQFRQQHFWLQJWRDKLJKWUDI¿FFRUSRUDWH/$1RUFRQQHFWLQJWRDQHWZRUNZLWKDGLIIHUHQWQHWZRUNDGGUHVV 8VHDURXWHUZKHQFRQQHFWLQJD3/&WRDQH[LVWLQJ/$1VXFKDVDFRUSRUDWH/$1 Router ,QVWDOO$($((:DQGGHPDQGLQSXW3/&RQWKHVDPHOLQH Devices related to optical cable connection: Recommended devices for connection through optical cable 2SWLFDOPHGLDFRQYHUWHU 7\SH$ 8VH7\SH$DQG7\SH%LQSDLUV 2SWLFDOPHGLDFRQYHUWHU 7\SH% Ĺ Optical cable for LAN Use a single-mode or multi-mode cable. &RQQHFWZLWKWKHRSWLFDOPHGLDFRQYHUWHUWKURXJKD/$1FDEOHDQGFRQQHFW$( 6ZLWFKLQJKXE IRUSRUWV $((:DQGSHUVRQDOFRPSXWHUWRRWKHUSRUWV 7RFRQQHFWWRWKHRSWLFDOPHGLDFRQYHUWHUVXVH/$1FDEOHVRI&DWHJRU\WRH /$1FDEOH WZLVWHGSDLUFDEOH FRQIRUPLQJWR%$6(7;

<3> Number of devices connected to LAN The devices which can be connected to the LAN in the AE-200 system and the number of connected devices are shown in the following table.

Connected device Max. number of connected devices *3 5HPDUNV Integrated Centralized Control Web %XLOGLQJPDQDJHU Integrated Centralized Control Web $PD[LPXPRI3&VWDEOHW3&VDQGVPDUWSKRQHVFDQEH 7HQDQWPDQDJHU connected. 8SWRVHWVFDQEHFRQQHFWHGLQ Integrated Centralized Control Web AE-200 system. *HQHUDOXVHU [Example] Web browser for administrator 8SWRVHWVRIHDFKRI$($(DQG(: ● AE-200: 1 set Web browser for general users 8SWRVHWVRIHDFKRI$($(DQG(: ● $( VHW TG-2000A Up to 1 set in whole system ● (: VHW Demand input PLC *1 8SWRVHWRIHDFKRI$($(DQG(: ● TG-2000A: 1 set Electric energy counting PLC *2 8SWRVHWRIHDFKRI$($(DQG(: Maintenance Tool 8SWRVHWRIHDFKRI$($(DQG(: Other systems 8SWRVHWRIHDFKRI$($(DQG(:

2QHVHWRIGHPDQGLQSXW3/&FDQFRPPXQLFDWHZLWKVHWVRI$($((: 2QHVHWRIHOHFWULFHQHUJ\FRXQWLQJ3/&FDQFRPPXQLFDWHZLWKVHWVRI$($((: ,QFOXGLQJWKHQXPEHURIVHWVRI$($((:

106 >6\VWHP&RQ¿JXUDWLRQ @ <4> Setting for remote monitoring function 7KHV\VWHPFDQEHPRQLWRUHGIRUDEQRUPDOLWLHVDQGRSHUDWHGWKURXJKWKH,QWHUQHWIURPDUHPRWHORFDWLRQE\XVLQJWKH931 router. The following devices are required for remote monitoring through the Internet. :KHQWKH931URXWHULVXVHGWKHRSHUDWRUDWWKHUHPRWHORFDWLRQFDQRSHUDWHWKHV\VWHPRQO\E\LPSOHPHQWLQJWKHVWDQGDUG :LQGRZV931FRQQHFWLRQDIWHUFRQQHFWLQJWRWKH,QWHUQHWDVLIKHVKHGLUHFWO\DFFHVVHGWKH/$1LQWKHDFWXDOSODFH

Confirmation of operating conditions of air conditioners in ** Branch and operation of air conditioners from remote location Circuit terminating equipment AE-200

Optical cable, VPN router etc. Router Personal computer for centralized control VPN connection

Internet Headquarters of ____ Actual place

Personal computer ** Branch

Device name 5HPDUNV 5RXWHUDSSOLFDEOHWR931FRQQHFWLRQ $SULYDWHQHWZRUNHTXLYDOHQWWR/$1FDQEHHVWDEOLVKHGRQWKH,QWHUQHWE\XVLQJWKLVURXWHU 931URXWHU 6RPHURXWHUVUHTXLUHWKH931FRQQHFWLRQVRIWZDUHIRUWKHSHUVRQDOFRPSXWHUDWWKH remote location. Use the equipment designated by the carrier. Circuit terminating equipment $'6/RSWLFDO¿EHUOLQHVDQGFDEOH79OLQHVFDQEHXVHG:KHQDQ\RIWKHVHOLQHVLV XVHGXVHWKHHTXLSPHQWGHVLJQDWHGE\WKHFDUULHU 7KHKXELVUHTXLUHGZKHQWKHQXPEHURIFRQQHFWHGVHWVRI$($((:DQG +XEIRU%$6(7 SHUVRQDOFRPSXWHUVH[FHHGVWKHQXPEHURIKXESRUWVLQWKH931URXWHURUZKHQWKHZLULQJ length is extended. %$6(7/$1VWUDLJKWFDEOH 8VHDFDEOHRI&DWHJRU\WRHFRQIRUPLQJWR%$6(7;

Remarks ● :KHQFRQQHFWLQJ$($((:DQG7*$WKURXJKWKH,QWHUQHWGRQRWFRQQHFWWKHP GLUHFWO\WRWKH,QWHUQHW&RQQHFWWKHPWKURXJKDURXWHUZLWK931IXQFWLRQDQGHQVXUHWKHVHFXULW\ ,IWKHVHFXULW\LVQRWHQVXUHGWKHV\VWHPPD\EHWDPSHUHGRUWKHDLUFRQGLWLRQHUVPD\EHRSHUDWHG without permission through the Internet.

107 >6\VWHP&RQ¿JXUDWLRQ @

Contract name 5HPDUNV An internet connection contract must be made in both actual and remote places. Internet connection contract ,QWKHDFWXDOSODFHPDNHDFRQWUDFWZLWKDFDUULHURI$'6/RSWLFDO¿EHUOLQHRUFDEOH79 line which can be constantly connected. 7RLGHQWLI\WKH931URXWHURQWKH,QWHUQHWWKHXVHULQWKHDFWXDOSODFHPXVWPDNHD FRQWUDFWIRU¿[HG,3DGGUHVVRU¿[HG85/ ZKHQ''16LVXVHG 2QH¿[HG,3DGGUHVVRU¿[HG85/LVUHTXLUHGIRURQH931URXWHU VRPHVHWVRI$( Global IP address contract or $((:FDQEHFRQQHFWHGXQGHUWKH931URXWHU ''16 G\QDPLF'16 FRQWUDFW 7KH¿[HG,3DGGUHVVVHUYLFHLVSURYLGHGE\SURYLGHUV ,QWHUQHWSURYLGHUV DQGWKH DDNS service is provided by router manufacturers or providers. *HQHUDOO\WKH''16VHUYLFHUHTXLUHVDORZHUFRVW)RUWKHGHWDLOVRIWKHFRQWUDFW consult each provider.

Remarks ● 7KHV\VWHPFRQ¿JXUDWLRQLVEDVHGRQWKHVSHFL¿FDWLRQVIRUXVHLQWKHSULYDWHQHWZRUN ,IWKHV\VWHPLVFRQQHFWHGWRWKH,QWHUQHWGRQRWGLVFORVH$($((:GLUHFWO\WRWKH,QWHUQHWWR SUHYHQWWDPSHULQJRQWKH,QWHUQHW&RQQHFWWKHV\VWHPWKURXJKDURXWHUZLWKWKH931IXQFWLRQWRHQVXUH the security. ● )RUWKHSURFHGXUHVIRUVHWWLQJDQGFRQQHFWLQJWKH931URXWHUVHHWKHLQVWUXFWLRQPDQXDOIRUWKHURXWHU

6HWWLQJSURFHGXUHVLQDFWXDOSODFH 6HWWKH931URXWHU $VVLJQD¿[HG,3DGGUHVVRUD¿[HG85/WRWKH931URXWHUDQGVHWWKHURXWHUWRFRQQHFWWKH,QWHUQHW :$1VLGH WRWKH/$1 side. ,WLVUHFRPPHQGHGWRVHWWKH,3DGGUHVVRIWKH931URXWHURQWKH/$1VLGHWR>@DQGWKH,3DGGUHVVRIWKH personal computer at the remote location to [192.168.1.210].

6HWWKHQHWZRUNRI$($((: 6HWWKH,3DGGUHVVHVVXEQHWPDVNDQGJDWHZD\DGGUHVVRI$($((:ZLWKWKH,QLWLDO6HWWLQJ7RRORURQWKH initial setting screen on the Web. $VWKHJDWHZD\DGGUHVVVHWWKH,3DGGUHVVRIWKH931URXWHU

Internet connection

ADSL modem, etc.

IP address: 123.123.1.123 IP address: 11.12.13.14 VPN router VPN router IP address: 192.168.1.254 IP address: 192.168.1.254

Web monitoring personal computer or air conditioner control personal computer (Integrated software: PAC-TG2000A) AE-200 Web monitoring personal computer

IP address : 192.168.1.1 IP address : 192.168.1.101 For VPN connection, it is recommended to assign the IP Sub-net mask : 255.255.255.0 Sub-net mask : 255.255.255.0 address [192.168.1.210] to the router or modem at the Gateway : 192.168.1.254 Gateway : No setting remote location.

* It is recommended to set the IP address on the LAN side of the VPN router to [192.168.1.254]. For the IP address setting method, read the instruction manual for the VPN router. * When the VPN router is used, it is necessary to connect a modem (designated by the carrier) between the VPN router and the Internet network.

108 >6\VWHP&RQ¿JXUDWLRQ @ 6HWWLQJSURFHGXUHVDWUHPRWHORFDWLRQ 931FRQQHFWLRQVHWWLQJ &UHDWHDQHZ931FRQQHFWLRQLQ1HWZRUNVHWWLQJLQWKH&RQWURO3DQHODQGVHWWKH¿[HG85/ KRVWQDPH RU¿[HG,3DGGUHVV RIWKH931URXWHULQWKHDFWXDOSODFHWRHQDEOHFRQQHFWLRQZLWKWKH931URXWHU )RUWKHGHWDLOVRIVHWWLQJIRU931FRQQHFWLRQVHHWKHLQVWUXFWLRQPDQXDOIRUHDFK931URXWHU

0RQLWRULQJRSHUDWLRQIURPWKH:HEEURZVHU 7RPRQLWRURSHUDWLRQIURPWKH:HEEURZVHUFRQQHFWWKHPRQLWRULQJ3&WRWKH,QWHUQHWFOLFNWKH931FRQQHFWLRQVHWWLQJWKDW ZDVFUHDWHGLQVHFWLRQ WRFRQQHFWWRWKH:HESDJHRI$($((:LQWKHVDPHZD\DVZLWKPRQLWRULQJ operation within the building.

Note: Integrated Centralized Control Web integrally displays information about the air-conditioning units connected to all $($(DQG(:RQWKH:HEEURZVHUXVLQJWKHSRUWQXPEHUDQG,3DGGUHVVHVDVVLJQHGWRHDFKXQLW IURP$($(DQG(: )RUWKLVUHDVRQFRQQHFWLRQPHWKRGVXFKDV1$7RU,3PDVTXHUDGHZKLFKFRQYHUWV,3DGGUHVVHVRQWKHURXWHUVLGH

Communication method used by the Integrated Centralized Control Web ,QWHJUDWHG&HQWUDOL]HG&RQWURO:HEDFFHVVHVPDVWHU$(RU(:FRQWUROOHUWKDWZDVVHOHFWHGE\XVLQJWKH,QLWLDO Setting Tool. 0DVWHU$(RU(:UHWXUQVWKH,3DGGUHVVHVRI$($(DQG(:WKDWZHUHVHOHFWHGDVFRQWUROWDUJHW from the Initial Setting Tool to the Integrated Centralized Control Web. ,QWHJUDWHG&HQWUDOL]HG&RQWURO:HEFRQQHFWVWR$($(DQG(:XVLQJWKHUHWXUQHG,3DGGUHVVHV

Reason why the communication method above cannot be used ➀ Client PC accesses master AE. KWWSFRQWUROLQGH[KWPO ➁0DVWHU$(LVDFFHVVHGXVLQJFRQYHUWHG,3DGGUHVV 192.168.1.1 Port number 80*1 ➂0DVWHU$(VHQGVWKH,3DGGUHVV RIWKHFRQWUROWDUJHWWRWKHFOLHQW3& ➃ Information on air-conditioning units connected to the master AE is acquired. ➄5HTXHVWWRDFTXLUHLQIRUPDWLRQRQWKHDLUFRQGLWLRQLQJXQLWVZLOOEHDWWHPSWHGXVLQJWKH,3DGGUHVV acquired in Step ➂ above. This attempt will result in a connection error because the address 192.168.1.211 does not exist RQWKHFOLHQW3&QHWZRUN :KHQWKHSRUWQXPEHURWKHUWKDQLVXVHGPDVWHU$(FDQQRWEHDFFHVVHGDQGWKHFRQQHFWLRQ➁ above cannot be established. In WKLVFDVHDQHUURUPHVVDJHRIWKHEURZVHUZLOOEHGLVSOD\HG

166.155.14.168㻌 192.168.1.1㻌

㻌 Client PC㻌 1 㻌 2 㻌 192.168.1.1

3 㻌

4 㻌 Master AE㻌 Integrated 㻌 5 㻌 Centralized Control Web Internet 㻌 192.168.1.211㻌

Control target controller㻌

109 >6\VWHP&RQ¿JXUDWLRQ @ 0RQLWRULQJE\7*$LQZLGHDUHDPRGH To remotely monitor the systems in some buildings by TG- $LQVWDOO7*$LQWKHZLGHDUHDPRGH :KHQ7*$LQWKHZLGHDUHDPRGHLVVWDUWHGWKHVLWH VZLWFKLQJVFUHHQZLOODSSHDU&OLFNWKHEXLOGLQJWREH FRQQHFWHGWRFRQQHFWLW$IWHUWKLVLWFDQEHPRQLWRUHGLQ the same manner as when TG-2000A in the normal mode is used.

Trouble information of each building can be obtained by HPDLODQGGLVSOD\HGRQWKHVFUHHQ WKHLQIRUPDWLRQFDQ be obtained and displayed also by the standard mode YHUVLRQ )LUVWRIDOOFOLFNWKHPDLOWRROLFRQRQWKHGHVNWRSWRVWDUW LWDQGVHWWKHFRQGLWLRQVUHODWHGWRPDLO$IWHUWKH FRPSOHWLRQRIVHWWLQJZKHQDQHUURUQRWL¿FDWLRQHPDLOLV UHFHLYHGWKHEXLOGLQJQDPHDQGHUURUFRGHZLOOEH displayed as shown right.

Remarks ● :KHQWKHHPDLOWRRORI7*$LQWKHZLGHDUHDPRGHLVXVHGVHWWKHHUURUQRWLILFDWLRQHPDLO FRQGLWLRQVIRU$($(LQWKHDFWXDOSODFHDVVKRZQLQWKHIROORZLQJVHFWLRQ ● :KHQ7*$LQWKHZLGHDUHDPRGHLVXVHGWKH931FRQQHFWLRQQDPHVHWRQWKH26PXVWEHOHVV than 20 characters long. ● 7RUHFHLYHHUURUQRWLILFDWLRQHPDLOVIURPDGHVWLQDWLRQRWKHUWKDQWKH931FRQQHFWLRQGHVWLQDWLRQ WKURXJKD/$1DGDSWHUQRWFRQQHFWHGWRWKH931 XQFKHFN³8VHGHIDXOWJDWHZD\RQUHPRWHQHWZRUN´ under TCP/IP settings in Dial-up connection.

110 >6\VWHP&RQ¿JXUDWLRQ @ !,VVXHRIHUURUQRWL¿FDWLRQHPDLO If e-mail server information is obtained by connecting to the corporate LAN or establishing an account with an Internet service SURYLGHUDQGUHJLVWHULQJWKHLQIRUPDWLRQLQ$($((:DQHUURUFRGHFDQEHLVVXHGWRWKHGHVLJQDWHGHPDLO addresses when a trouble occurs. ,ILQIRUPDWLRQRQRFFXUUHQFHRIWURXEOHLVWUDQVPLWWHGWRWKHPRELOHSKRQHRIDVHUYLFHSHUVRQSURPSWPHDVXUHVFDQEHWDNHQ against air conditioner trouble. Set the e-mail server information on the e-mail setting screen of the initial setting Web browser RI$($((:

Applicable equipment Error types Notes Air conditioner Communication/abnormality 1RWL¿FDWLRQWDUJHWLVVHOHFWDEOH General equipment Problems with general equipments Monitoring by PLC for the general equipment PLC for General Equipment Problems with PLC for general equipments DIDO controller Problems with DIDO controller

LAN

Switching AE-200 HUB EW-50 Indoor unit Switching 50 sets max. HUB Mail server Mail server

PC for centralized Branch office Bldg.A control VPN router Branch office Bldg.B Internet VPN router Error notification by e-mail

Air conditioner error notification mails can be recieved from multiple buildings. From: Mitsubishi Electric Corporation Error notification Air-Conditioning & Refrigeration by e-mail Systems Works (000001) Date:2002/07/25 05:41:41 Receives an error notification Error unit:059 mail when any problem Error code:1291 PC Status:Error occuring Head office Bldg.

111 >6\VWHP&RQ¿JXUDWLRQ @ <5-1> Outline $($((:KDVDIXQFWLRQIRUUHSRUWLQJHUURUVRIDLUFRQGLWLRQHUVDQGJHQHUDOHTXLSPHQWWRSUHGHWHUPLQHGHPDLO addresses. When the measurement obtained by any temperature/humidity sensor connected to the AI controller exceeds the SUHGHWHUPLQHGXSSHURUORZHUOLPLWVXFKDQHPDLOZLOOEHVHQW The e-mail transmission conditions can be set by the administrator user of the Web browser. 7RXVHWKHHPDLOIXQFWLRQLWLVQHFHVVDU\WRUHJLVWHUDQHPDLOVHUYHU ,QWKHFDVHRIDFRUSRUDWHQHWZRUNFRQVXOWWKHQHWZRUNDGPLQLVWUDWRUDERXWWKHHPDLOVHUYHULQIRUPDWLRQ :KHQXVLQJDPDLOVHUYHURQWKH,QWHUQHWHVWDEOLVKDQDFFRXQWZLWKDSURYLGHUFRQQHFWDGHVLJQDWHGEURDGEDQGURXWHUDQG VHWWKHLQIRUPDWLRQRQFRQQHFWLRQZLWKWKHSURYLGHU¶VPDLOVHUYHU

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From: Mitsubishi Electric Corporation Trouble Air-Conditioning & Refrigeration Systems Works (000001) AE-200 Date:2002/07/25 05:41:41 Error unit:059 Error code:1291 Status:Error occuring Mail server

Internet Actual place

Internet provider

____ Branch

:KHQWKHUHLVQRWDPDLOVHUYHULQWKHFRPSDQ\

From: Mitsubishi Electric Corporation Trouble Air-Conditioning & Refrigeration AE-200 Systems Works (000001) Date: 2014/01 05:41:41 Error unit: 059 Error code: 1291 Status: Error occurring

Internet Actual place

Internet Provider Provider’s mail server ____ Branch

112 >6\VWHP&RQ¿JXUDWLRQ @ <5-3> Types of e-mail transmission

Number of registered Person in charge of setting Function Type Description e-mail addresses DQGUHPDUNV Transmitted when an air conditioner Unit trouble 10 addresses trouble occurs. Transmitted when an air conditioner Unit trouble notice 10 addresses trouble notice occurs. Transmitted when an M-NET Communication error 10 addresses communication error occurs. E-mailing upon Transmitted when a trouble with Web browser administrator occurrence of General equipment general equipment connected to the 10 addresses >)XQFWLRQVHOHFWLRQ@ĺ trouble PLC for general equipment occurs. [E-mail setting] User setting 1 10 addresses User setting 2Register any 10 error codes in each 10 addresses User setting 3category. 10 addresses :KHQDQ\UHJLVWHUHGHUURURFFXUVDQ User setting 4e-mail will be transmitted to the 10 addresses 8VHUVHWWLQJ registered e-mail addresses. 10 addresses User setting 6 10 addresses An e-mail is transmitted when the measurement obtained by any temperature or humidity sensor Web browser administrator Transmission of e-mail about connected to the AI controller becomes 10 addresses >)XQFWLRQVHWWLQJ@ĺ temperature/humidity upper/lower limit out of the predetermined range and [Measurement setting] when the temperature or humidity returns to the range.

<5-4> Devices necessary for e-mailing

Required devices or information Description 7KLVVHUYHUDFWXDOO\WUDQVPLWVWKHHPDLOVUHFHLYHGIURP$($((:WRWKHGHVLJQDWHG e-mail addresses. ,QWKHFDVHRIDFRUSRUDWHQHWZRUNWKHVHUYHUPD\EHLQVWDOOHGLQWKHFRPSDQ\&RQVXOWZLWKWKH Mail server QHWZRUNDGPLQLVWUDWRUDERXWWKHHPDLOVHUYHULQIRUPDWLRQQHFHVVDU\IRUVHWWLQJ ,IWKHUHLVQRHPDLOVHUYHULQWKHFRPSDQ\HVWDEOLVKDQDFFRXQWZLWKDSURYLGHUDQGWKH LQIRUPDWLRQRQWKHSURYLGHU¶VHPDLOVHUYHUZLOOEHSURYLGHG :KHQWKHUHLVDQHPDLOVHUYHULQWKHFRPSDQ\WKHURXWHULVXQQHFHVVDU\ %URDGEDQGURXWHU It is required when the system is connected to the e-mail server of the provider with which an account has been established. %$6(7;+8% 5HTXLUHGWRFRQQHFW$($((:WRDURXWHUHWF %$6(7;/$1VWUDLJKWFDEOH

<5-5> Preparation for transmission of error mail

0DNLQJDFRQWUDFWZLWKDQ,QWHUQHWSURYLGHUWRWUDQVLWPDLOVDWWKHLGHRIXVHU An internet access needs to be obtained unless a mail server is available on the LAN. $SURYLGHUFRQWUDFWRQZKLFKDFFHVVSRLQWXVHU,'DQGFHUWL¿FDWLRQSDVVZRUGDUHZULWWHQZLOOEHVHQWODWHU 7KLVLQIRUPDWLRQLVQHFHVVDU\ZKHQVHWWLQJXS$($((:DQGWKHGLDOXSURXWHUEURDGEDQGURXWHU

2EWDLQLQJWKH,3DGGUHVVIRUPDLOVHUYHU The IP address for the mail server may be written on the contract. ,IWKH,3DGGUHVVLVQRWIRXQGRQWKHFRQWUDFWWDNHWKHIROORZLQJVWHSVWRDFTXLUHRQH Create an internet environment by connecting to the access point from the computer to be used for monitoring. ([HFXWHWKH06'26SURPSW FRPPDQGSURPSWRQ:LQGRZV;3 (QWHU³3,1*VHQGPDLOVHUYHUQDPH´ 6073VHUYHUQDPH DQGSUHVVHQWHUWRDFTXLUHWKH,3DGGUHVVRIWKHPDLOVHUYHU

6HWWLQJIRUEURDGEDQGURXWHUDQGGLDOXSURXWHU :KHQDEURDGEDQGURXWHULVXVHGVHWWKHFRQQHFWLRQ,'DQGSDVVZRUGREWDLQHGZKHQDQDFFRXQWLVHVWDEOLVKHG6HWWKH SURYLGHUDFFHVVSRLQWSKRQHQXPEHUFRQQHFWLRQ,'DQGSDVVZRUGWRWKHGLDOXSURXWHU

1HWZRUNVHWWLQJIRU$($((: 6HW$($((:,3DGGUHVVVXEQHWPDVNDQGJDWHZD\DGGUHVVIURPWKHLQLWLDOVHWWLQJZHERUWKHPDLQXQLW/&' VFUHHQ)RUJDWHZD\DGGUHVVXVHWKH,3DGGUHVVRIEURDGEDQGURXWHURUGLDOXSURXWHU

0DLOVHWWLQJVIRU$($((: 6HWPDLODGGUHVVPDLOVHUYHU,3DGGUHVVDQGHUURUPDLOGHVWLQDWLRQIURPWKHLQLWLDOVHWWLQJZHE

113 >6\VWHP&RQ¿JXUDWLRQ @ !6HWWLQJIRUWUDQVPLVVLRQRIHUURUQRWL¿FDWLRQHPDLOV 7RWUDQVPLWHPDLOVDQHPDLOVHUYHULVQHFHVVDU\ (PDLOVHWWLQJLVUHTXLUHGWRXVHWKHHUURUQRWL¿FDWLRQHPDLOIXQFWLRQRUHPDLOFRPPXQLFDWLRQIXQFWLRQ7KHHUURUQRWL¿FDWLRQ e-mail function is designed to send error information to specific e-mail addresses. The e-mail communication function is GHVLJQHGWRVHQGXQLWPDLQWHQDQFHGDWDWRVSHFL¿FHPDLODGGUHVVHVRIWKHSHUVRQDOFRPSXWHUVRQZKLFKWKH0DLQWHQDQFH Tool has been installed. &OLFN>6HWWLQJIXQFWLRQ@±>(PDLOVHWWLQJ@RQWKHPHQXWRRSHQWKHHPDLOVHWWLQJVFUHHQ6HWWKHHPDLOFRQGLWLRQVDQGFOLFN >6DYHVHWWLQJV@WRVDYHWKHVHWWLQJVLQ$($((:

Remarks ● ,I\RXKDYHORJJHGLQDVWKHDGPLQLVWUDWRUXVHU\RXPD\EHSURKLELWHGIURPHPDLOVHWWLQJ

E-mail server information Set the e-mail server/DNS server information. E-mail setting for AE-200/ AE-50/EW-50

E-mail communication Error notification e-mail setting setting Set the e-mail addresses of Input the e-mail information the PCs which receive of the error notification maintenance data through the e-mail function. e-mail communication function.

Updating Save settings The settings are loaded from The settings are saved in AE-200/AE-50/EW-50. AE-200/AE-50/EW-50.

(PDLOVHWWLQJIRU$($((: Input the e-mail information obtained from the Internet provider or system administrator. The setting items vary depending on the function to be used. See the following table.

Remarks ● :KHQWUDQVPLWWLQJHPDLOVWKURXJKDQ,QWHUQHWSURYLGHULWLVQHFHVVDU\WRHVWDEOLVKDQDFFRXQWZLWKWKH Internet provider.

,WHPVWREHVHW HPDLOVHWWLQJIRU$( : Required to be set –: Not required to be set (UURUQRWL¿FDWLRQHPDLOIXQFWLRQ E-mail communication function Item Without SMTP With SMTP Without SMTP With SMTP authentication authentication authentication authentication E-mail address ● ● ● ● User ID – ● ● ● Password – ● ● ● ,QWHUYDOEHWZHHQUHFHLYHGHPDLOFKHFNV ––● ●

114 >6\VWHP&RQ¿JXUDWLRQ @ 0DLO6HUYHU,QIRUPDWLRQ

Input the e-mail information obtained from the Internet provider or system administrator. The setting items vary depending on the function to be used. See the following table. (LWKHUWKH,3DGGUHVVRUWKHKRVWQDPH VHUYHUQDPH FDQEHHQWHUHGLQWKH>2XWJRLQJ0DLO6HUYHU 6073 @DQG>,QFRPLQJ 0DLO6HUYHU 323 @¿HOGV

Remarks ● 7KHGHIDXOWQXPEHURIWKHWUDQVPLWSRUWRIWKHRXWJRLQJPDLOVHUYHU 6073 LV,IWKHQXPEHU FDQQRWEHXVHGFKDQJHWKHQXPEHUWRWKHGHVLJQDWHGQXPEHU+RZHYHUWKHPDLOVHUYHUWRZKLFK has been designated cannot be used.

,WHPVUHTXLUHGWREHVHW 0DLOVHUYHULQIRPDWLRQ : Required to be set –: Not required to be set (UURUQRWL¿FDWLRQHPDLOIXQFWLRQ E-mail communication function Items Without SMTP With SMTP Without SMTP With SMTP authenticationi authentication authentication authentication

2XWJRLQJ0DLO6HUYHU 6073 IP address or host name +RVWQDPH IP address or host name +RVWQDPH Port number Use SMTP Authentication *2 – –

,QFRPLQJ0DLO6HUYHU 323 –– IP address or host name IP address or host name '166HUYHU 3ULPDU\ *1 *1 '166HUYHU 6HFRQGDU\ *1 *1

1RWUHTXLUHGLIWKH,3DGGUHVVLVHQWHUHGLQWKH>2XWJRLQJ0DLO6HUYHU 6073 @RU>,QFRPLQJ0DLO6HUYHU 323 @¿HOG :KHQWKH6073DXWKHQWLFDWLRQLVUHTXLUHGLWLVQHFHVVDU\WRLQSXWWKHXVHU,'DQGSDVVZRUGRQWKHHPDLOVHWWLQJVFUHHQ

115 >6\VWHP&RQ¿JXUDWLRQ @ (UURU0DLO6HWWLQJV

,QWKH>0DLO6XEMHFW@¿HOGHQWHUWKHPDLOVXEMHFWWREHXVHGI RUWKHHUURUQRWL¿FDWLRQHPDLOIXQFWLRQLQFKDUDFWHUVRUOHVV

,QWKH>.LQGRI(UURUV@¿HOGVHOHFWWKHHUURUW\SHRXWRIWKH IROORZLQJ>8QLW(UURU@>3UHOLPLQDU\8QLW(UURU@>&RPPXQLFDWLRQ (UURU@>*HQHUDO(TXLSPHQW@DQG>8VHU6HWWLQJ@WKURXJK>8VHU6HWWLQJ@7KHQLQWKH>(0DLO$GGUHVV@¿HOGHQWHUWKH HPDLODGGUHVVHVRIWKHUHFLSLHQWVRIWKHHUURUQRWL¿FDWLRQHPDLO

3.If [User Setting 1] through [User Setting 6] is VHOHFWHGLQWKH>.LQGRI(UURUV@ILHOGD>8VHU Settings] button will appear. To send error QRWL¿FDWLRQHPDLORQO\XSRQRFFXUUHQFHVRIFHUWDLQ HUURUVFOLFN>8VHU6HWWLQJV@WRGLVSOD\WKH8VHU Settings screen. (QWHUWKHHUURUFRGHVWREHQRWL¿HG8SWRHUURU codes can be set for each user setting. In addition WRVSHFLILFHUURUFRGHVVXFKDV>@RU>@ FRGHVWKDWXVHDVWHULVNVDVZLOGFDUGVVXFKDV [10**] or [12**] can also be used. ,I> @LVHQWHUHGIRUH[DPSOHHUURUQRWL¿FDWLRQ e-mail will be sent upon an occurrence of any type of errors between [1000] and [1099]. If error codes DUHHQWHUHGRQWKLVVFUHHQFRQ¿UPWKDWWKHHPDLO addresses of the recipients are registered.

4.If [General Equipment] is selected in the [Kind of (UURUV@¿HOGD>3/&&RQQHFWLRQ@EXWWRQZLOODSSHDU 7RVHQGHUURUQRWL¿FDWLRQHPDLOXSRQRFFXUUHQFHV of errors on the general equipment that are connected to PLC Software for General (TXLSPHQWFOLFN>3/&&RQQHFWLRQ@WRGLVSOD\WKH [PLC Connection] screen. Enter the IP addresses of PLC Software for General Equipment.

The row number that corresponds to each IP DGGUHVVZLOODSSHDULQWKHHUURUQRWL¿FDWLRQHPDLO DVD3/&QXPEHU HJ:KHQDQHUURURFFXUVRQ the general equipment #20 connected to the PLC 6RIWZDUHLQWKHVHFRQGURZ³3/&´ZLOODSSHDU in the [Error unit] section in the error notification HPDLO Note: A TG-2000A is required to monitor the status of the general equipment that is connected to the PLC Software for General Equipment.

116 >6\VWHP&RQ¿JXUDWLRQ @ 0DLO&RPPXQLFDWLRQ6HWWLQJ

7RXVHDQHPDLOFRPPXQLFDWLRQIXQFWLRQHQWHUWKHDGGUHVVHVRIWKH3&VWKDWZLOOUHFHLYHWKHXQLWV¶PDLQWHQDQFHGDWDLQWKH [Mail Communication Setting] section. Up to 10 e-mail addresses can be set.

(PDLOIRUPDW (UURUQRWL¿FDWLRQHPDLOZLOOEHVHQWLQWKHIRUPDWVKRZQEHORZ

)URP0LWVXELVKL%XLOGLQJ Date: 01/06/2014 16:32:12 (UURUXQLW Error code: 1302 Status: Occurrence

Mail subject 7KHPDLOVXEMHFWHQWHUHGLQVHFWLRQ ! ZLOODSSHDU From 7KHQDPHDQG,'RI$($((:LQSXWRQWKHEDVLFV\VWHPVHWWLQJVFUHHQDUHGLVSOD\HG Date 7KHGDWHLVGLVSOD\HGLQWKHIRUPDWVSHFL¿HGRQWKHEDVLFV\VWHPVHWWLQJVFUHHQ :KHQDQHUURURFFXUVRQDLUFRQGLWLRQLQJXQLWVRUJHQHUDOHTXLSPHQWWKH01(7DGGUHVVRIWKHXQLWLQHUURUZLOO appear. :KHQDQHUURURFFXUVRQJHQHUDOHTXLSPHQWFRQQHFWHGWR3/&6RIWZDUHIRU*HQHUDO(TXLSPHQW3/&QXPEHU WR DQGFRQQHFWLRQQXPEHURIJHQHUDOHTXLSPHQW WR ZLOODSSHDU Error unit :KHQDFRPPXQLFDWLRQHUURURFFXUVRQ3/&6RIWZDUHIRU*HQHUDO(TXLSPHQW3/&QXPEHU WR ZLOODSSHDU * PLC number indicates the row number on the [PLC Connection] screen. 1RWH:KHQDQHUURURFFXUVRQWKHJHQHUDOHTXLSPHQWFRQQHFWHGYLD','2FRQWUROOHU01(7DGGUHVVRIWKH','2 FRQWUROOHUZLOODSSHDU 7KHUHFLSLHQWVZLOONQRZWKDWDQHUURUKDVRFFXUUHGRQRQHRIWKHJHQHUDOHTXLSPHQW WKDWLVFRQQHFWHGWRWKH','2FRQWUROOHU (UURUFRGH GLJLW ZLOODSSHDU :KHQDQHUURURFFXUVRQDLUFRQGLWLRQLQJXQLWVUHIHUWRWKHVHUYLFHPDQXDORIWKHXQLWIRUWKHHUURUFRGHV Error code :KHQDQHUURURFFXUVRQJHQHUDOHTXLSPHQW³´ *HQHUDOHTXLSPHQWHUURU ZLOODSSHDU :KHQDFRPPXQLFDWLRQHUURURFFXUVRQ3/&6RIWZDUHIRU*HQHUDO(TXLSPHQW³´ /$1FRPPXQLFDWLRQHUURUWR3/& RU³´ 3/&SURJUDPVWRSSHG ZLOODSSHDU Status (UURUVWDWXV³2FFXUUHQFH´ 7KHHUURULVRFFXUULQJ RU³5HFRYHU\´ 7KHHUURUKDVEHHQUHVROYHG ZLOODSSHDU

117 >6\VWHP&RQ¿JXUDWLRQ @ <5-7> E-mail alarm function settings 7RUHFHLYHDQHPDLODODUPZKHQWKHWHPSHUDWXUHRUWKHKXPLGLW\H[FHHGVFHUWDLQSUHGHWHUPLQHGYDOXHVVHWWKHHPDLO settings by following the instructions below.

,QWKH>7\SHRI(0DLO@¿HOGVHOHFW>2XWRIOLPLWDODUP@7KHQHQWHUWKHPDLOVXEMHFWDQGWKHHPDLODGGUHVVHV 1RWH7KHIROORZLQJFKDUDFWHUVFDQQRWEHXVHGLQWKH>0DLO6XEMHFW@¿HOG ! ³RUµ

An e-mail alarm will be sent in the format shown below.

)URP0LWVXELVKL%XLOGLQJ Item Format Date/Time: 13/03/2014 09:38:39 From $($((:QDPH8QLW,' $GGUHVV Date/Time yyyy/mm/dd hh:mm:ss Current value: 24.9 deg C Address M-NET address of AI controller + sensor No. Status: Exceeded lower limit &XUUHQWWHPSHUDWXUHRUKXPLGLW\ RQHGHFLPDOSODFH Trend Data: Current Note: [**.*] may appear until the value measured by sensor becomes GHJ& value GHJ& stable. ³([FHHGHGXSSHUOLPLW´³5HFRYHUHGIURPXSSHUOLPLW´ GHJ& Status GHJ& ³([FHHGHGORZHUOLPLW´RU³5HFRYHUHGIURPORZHUOLPLW´ 09:34 26.1 deg C Trend Data 7LPH7HPSHUDWXUHRUKXPLGLW\YDOXHV IRUWKHODVWPLQXWHV 09:33 26.4 deg C 09:32 26.7 deg C 09:31 27.0 deg C GHJ& 09:29 27.7 deg C

&OLFN>(0DLO6HWWLQJV@WRHQWHUWKHPDLOVHUYHULQIRUPDWLRQ Note: The setting details are the same as those described in sections 5HIHUWRWKRVHVHFWLRQVIRUGHWDLOV

118 >([WHUQDO,QSXW2XWSXW @ 5. External Input/Output [1] Outline 7KHPDLQXQLWRIWKH$($((:LVHTXLSSHGZLWKDQH[WHUQDOLQSXWRXWSXWIXQFWLRQ &RQWUROWKHH[WHUQDOLQSXWRQHDFKVHWRI$($((: 7KLVIXQFWLRQXVHVWKHPDLQXQLWRIWKH$($((:¶V&1)RUXVHSOHDVHSXUFKDVHWKHRSWLRQDOH[WHUQDOLQSXW RXWSXWDGDSWHU 3$&<*+$

[2] External input function <1> External signal input function 7KHRSHUDWLRQRIH[WHUQDOVLJQDOLQSXWVKRZQLQ9>@ !FDQEHFRQWUROOHGE\XVLQJWKHH[WHUQDOFRQWDFWVLJQDO 9RU9 '& ● &RQQHFWWKHH[WHUQDOLQSXWRXWSXWDGDSWHU 3$&<*+$ WRHDFKVHWRI$($((: ● 7KHGHPDQGLQSXWFDQEHFRQWUROOHGE\EDWFKLQSXWWR$(+RZHYHUVLQFHDGHOD\LQFRQWURORFFXUVIRUUHDVRQVRI V\VWHPFRQ¿JXUDWLRQLWLVUHFRPPHQGHGWRLQSXWLQGLYLGXDOO\WRHDFKGHYLFH

AE-200 M - NET External Input

AE-50

M - NET

External Input EW-50

M - NET

External Input

EW-50

M - NET

External Input

!([WHUQDOVLJQDOLQSXWVSHFL¿FDWLRQV

Mode 1 Mode 2 Mode 3 Mode 4 0RGH Lead wire Emergency Stop/ ON/OFF/ &1 3$& Demand mode Emergency Stop ON/OFF Restoration mode Prohibit/Permit <*+$( /HYHOVLJQDO /HYHOVLJQDO /HYHOVLJQDO /HYHOVLJQDO 3XOVHVLJQDO Emergency stop/ Emergency stop/ 1R Orange Demand Level 1 ON/OFF ON input normal input normal input No.6 Yellow Demand Level 2 Demand Level 2 Demand Level 2 Not used OFF input Local remote controller No.7 %OXH Demand Level 3 Demand Level 3 Demand Level 3 Not used operation prohibit input Local remote controller No.8 Gray Demand Level 4 Demand Level 4 Demand Level 4 Not used operation enable input No.9 Red ([WHUQDO'&VRXUFH³9'&´RU³9'&´

119 >([WHUQDO,QSXW2XWSXW @ <3> Operations of external signal input

Mode Setting mode Description Demand mode The use of the level signal: Mode 1 ● /HYHOVLJQDO HQDEOHVVHOHFWLRQRIWKH³GHPDQGOHYHOWR´LQSXWIURPOHYHOV :KHQQRH[WHUQDOVLJQDOLVLQSXWXVH0RGH The use of the level signal: ● HQDEOHVVHOHFWLRQRIWKH³GHPDQGOHYHOWR´LQSXWIURPOHYHOV ● VWRSVDOODLUFRQGLWLRQHUVFRQQHFWHGWRHDFKOLQHRI$($((:ZKHQ³HPHUJHQF\ VWRS´LVLQSXW Emergency stop Mode 2 ● /HYHOVLJQDO prohibits the starting/stopping operation from a remote controller and prohibits the starting/ VWRSSLQJRSHUDWLRQDQGSURKLELWLRQSHUPLVVLRQVHWWLQJRQ$($((:ZKHQ ³HPHUJHQF\VWRS´LVLQSXWDQG ● GLVFRQWLQXHVWKHVFKHGXOHGRSHUDWLRQQLJKWVHWEDFNFRQWURODQGQLJKWSXUJHRSHUDWLRQDQG LQWHUORFNFRQWUROZKHQWKHV\VWHPLVVWRSSHG The use of the level signal: ● HQDEOHVVHOHFWLRQRIWKH³GHPDQGOHYHOWR´LQSXWIURPOHYHOV ● VWRSVDOODLUFRQGLWLRQHUVFRQQHFWHGWRHDFKOLQHRI$($((:ZKHQ³HPHUJHQF\ VWRS´LVLQSXW Emergency stop/ ● prohibits the starting/stopping operation from a remote controller and prohibits the starting/ Mode 3 Restoration mode VWRSSLQJRSHUDWLRQDQGSURKLELWLRQSHUPLVVLRQVHWWLQJRQ$($((:ZKHQ /HYHOVLJQDO ³HPHUJHQF\VWRS´LVLQSXWDQG ● GLVFRQWLQXHVWKHVFKHGXOHGRSHUDWLRQQLJKWVHWEDFNFRQWURODQGQLJKWSXUJHRSHUDWLRQDQG LQWHUORFNFRQWUROZKHQWKHV\VWHPLVVWRSSHG ● 7RFDQFHOWKHHPHUJHQF\VWRSDQGUHVWRUHWKHV\VWHPRSHUDWLRQRQWKHPDLQHTXLSPHQW /&' VFUHHQRU:HEVFUHHQ LVUHTXLUHG 7KHXVHRIWKHOHYHOVLJQDO HPHUJHQF\VWRS ● VWDUWVDQGVWRSVDOODLUFRQGLWLRQHUVFRQQHFWHGWRHDFKOLQHRI$($((:ZKHQ³21 2))´LVLQSXW ON/OFF ● Mode 4 prohibits the starting/stopping operation from a remote controller and prohibits the starting/ /HYHOVLJQDO VWRSSLQJRSHUDWLRQDQGSURKLELWLRQSHUPLVVLRQVHWWLQJRQ$($((:ZKHQ³212))´ LVLQSXWDQG ● GLVFRQWLQXHVWKHVFKHGXOHGRSHUDWLRQQLJKWVHWEDFNFRQWURODQGQLJKWSXUJHRSHUDWLRQDQG LQWHUORFNFRQWURO The use of the pulse signal: ON/OFF/ ● VWDUWVDQGVWRSVDOODLUFRQGLWLRQHUVFRQQHFWHGWRHDFKOLQHRI$($((:ZKHQ³21 0RGH Prohibit/Permit 2))´LVLQSXWDQG 3XOVHVLJQDO ● prohibits or permits the operation of the air conditioners connected to each line of AE-200/ $((:IURPDUHPRWHFRQWUROOHUZKHQ³SURKLELWLRQSHUPLVVLRQ´LVLQSXW

<4> Level signal and pulse signals (12 or 24 VDC)

(A) Level signal (B) Pulse signal

In the case of level In the case of ON/OFF signal ON/OFF (The prohibit/enable input is the same)

Contact ON 0.5 to 1 sec Contact ON Contact OFF Signal 1(run) Contact OFF OFF ON OFF

In the case of emergency 0.5 to 1 sec stop/normal Contact ON Contact ON Signal 2(stop) Contact OFF Contact OFF OFF ON OFF Normal Emergency Normal stop Note: The pulse width of the contact must be 0.5 to 1 sec. In the case of restoration from emergency stop/normal Contact ON Cancelation command Contact OFF

Normal Emergency Waiting for Normal stop cancelation

120 >([WHUQDO,QSXW2XWSXW @ <5> Recommended circuit

$ )RUOHYHOVLJQDO

8VHUHOD\V;;<DQG<WKDW PHHWWKHIROORZLQJVSHFL¿FDWLRQV Contact rating 5DWHGYROWDJHRU9'& Rated current: 0.1 A or above Minimum applied load: DC 1 mA

% )RUSXOVHVLJQDO

*1: Select an external power supply suitable for the UHOD\VXVHG RU9'& Connect the external power supply in the correct polarity to input and output the signals. Connect ➄í➇ VHHWKH¿JXUHDWOHIW WRWKHQHJDWLYH side. 7DNHVXI¿FLHQWSUHFDXWLRQVDJDLQVWQRLVHZKHQWKH cable length is long.

Important ● Be sure to use an external power supply (12 or 24 VDC) to avoid malfunctions. ● Connect the external power supply in the correct polarity to avoid malfunctions.

Notes ● 7KHUHOD\V'&SRZHUVXSSO\DQGH[WHQVLRQFDEOHVDUHQRWVXSSOLHG ● 7KHWRWDOOHQJWKRIWKHOHDGZLUHDQGH[WHQVLRQFDEOHVKRXOGQRWH[FHHGP IW 8VHDQH[WHQVLRQFDEOHRIPP2 RUWKLFNHU ● &XWWKHH[FHVVFDEOHQHDUWKHFRQQHFWRUDQGLQVXODWHWKHHQGRIWKHXQXVHGFDEOHZLWKWDSH

121 >([WHUQDO,QSXW2XWSXW @ <6> Emergency stop restoration mode (PHUJHQF\VWRSUHVWRUDWLRQPRGH ,QWKHHPHUJHQF\VWRSUHVWRUDWLRQPRGHWKHV\VWHPLVPDLQWDLQHGLQWKHVWRSSHGVWDWH ZDLWVWDWHIRUFDQFHODWLRQ DOVRDIWHU WKHH[WHUQDOFRQWDFWLVWXUQHGRIIDQGWKHVWDWHDIWHUFDQFHODWLRQIURPWKH/&'VFUHHQRU:HEVFUHHQFDQEHVHOHFWHG

'LIIHUHQFHVEHWZHHQHPHUJHQF\VWRSPRGHDQGHPHUJHQF\VWRSUHVWRUDWLRQPRGH ,QWKHHPHUJHQF\VWRSPRGHWKHV\VWHPZLOOEHXUJHQWO\VWRSSHGZKHQWKHH[WHUQDOFRQWDFWWR$($((:LV WXUQHGRQDQGZKHQWKHFRQWDFWLVWXUQHGRIIWKHHPHUJHQF\VWRSZLOOEHFDQFHOHGDQGWKHV\VWHPZLOOEHVHWWRWKH stopped state. ,QWKHHPHUJHQF\VWRSUHVWRUDWLRQPRGHHYHQZKHQWKHFRQWDFWLVVZLWFKHGIURP21WR2))WKHV\VWHPZLOOEHLQWKHZDLW VWDWHIRUFDQFHODWLRQRIHPHUJHQF\VWRSDQGNHSWLQWKHVWRSSHGVWDWHDQGWKHRSHUDWLRQRIWKHUHPRWHFRQWUROOHUZLOOEH continuously prohibited. )RUUHVWRULQJWKHV\VWHPIURPWKHZDLWVWDWHIRUFDQFHODWLRQRIHPHUJHQF\VWRS UHVWRULQJLQGRRUXQLWVWR21VWDWH WKH/&' screen or Web screen can be used.

There are the following three methods for restoring the system from the wait state for cancelation of emergency stop. ➀ Restoration to the state just before emergency stop: Restoration to the ON/OFF state just before emergency stop ➁ Restoration according to schedule setting: Restoration to the ON/OFF state from the state before emergency stop DFFRUGLQJWRWKHVFKHGXOHZKLFKZDVH[HFXWHGGXULQJHPHUJHQF\VWRS ,IWKH VFKHGXOHZDVQRWH[HFXWHGGXULQJHPHUJHQF\VWRSWKHV\VWHPZLOOEH UHVWRUHGWRWKHVWDWHMXVWEHIRUHHPHUJHQF\VWRS ➂1RUHVWRUDWLRQ7KH212))VWDWHZLOOQRWEHUHVWRUHG WKHV\VWHPZLOOEHNHSWLQWKHVWRSSHGVWDWH

:KHQDKRVWGHYLFHLVGHIHFWLYHWKHHPHUJHQF\VWRSFDQEHFDQFHOHGRQWKHHPHUJHQF\VWRSFDQFHODWLRQVFUHHQRI$( $(PDLQXQLWRU$($((::HEEURZVHU 7KHHPHUJHQF\VWRSUHVWRUDWLRQPRGHLVGHVLJQHGWRUHWXUQWKHDLUFRQGLWLRQHUVWRWKHVWDWHEHIRUHHPHUJHQF\VWRS RUDIWHU WKHVFKHGXOHLVH[HFXWHG DWWKHVDPHWLPHZKHQWKHHPHUJHQF\VWRSLVFDQFHOHGIRUH[DPSOHLQWKHFDVHZKHUHD¿UH alarm is false. 7KHDLUFRQGLWLRQHUVZKLFKKDYHEHHQVHWWRWKHHPHUJHQF\VWRSVWDWHE\WKHVHWEDFNFRQWUROGHPDQGFRQWURORULQWHUORFN control are not subject to restoration.

The following table shows the differences between the emergency stop and emergency stop restoration modes in the operating state and the state of prohibition of remote controller operation.

Operation Emergency stop mode Emergency stop restoration mode Shift to emergency stop state Shift to emergency stop state 1 Emergency stop contact is turned on. 6WRSSHGSURKLELWLRQRIRSHUDWLRQE\UHPRWH 6WRSSHGSURKLELWLRQRIRSHUDWLRQE\UHPRWH FRQWUROOHU FRQWUROOHU Scheduled operation during emergency 2 Ignored Stored stop Emergency stop and prohibition of operation Shift to wait state for cancelation by remote controller are canceled. 3 Emergency stop contact is turned off. 6WRSSHGVWDWHDQGSURKLELWLRQRIRSHUDWLRQE\ $IWHUFDQFHODWLRQWKHV\VWHPLVLQWKHVWRSSHG UHPRWHFRQWUROOHUDUHFRQWLQXHG state. Emergency stop and prohibition of operation by remote controller are canceled. The state after cancelation can be selected Cancelation from main unit LCD screen from the followings. 4 or Web browser ➀Restoration to the state just before emergency stop ➁ Restoration according to schedule setting ➂1RUHVWRUDWLRQ LQWKHVWRSSHGVWDWH

122 >([WHUQDO,QSXW2XWSXW @ 2SHUDWLRQDIWHUSRZHUIDLOXUHLQHPHUJHQF\VWRSUHVWRUDWLRQPRGH :KHQWKHHPHUJHQF\VWRSFRQWDFWLVWXUQHGRQGXULQJSRZHUIDLOXUH :KHQSRZHULVUHVWRUHGWKHV\VWHPZLOOEHVHWWRWKHHPHUJHQF\VWRSVWDWH$IWHUWKLVZKHQWKHHPHUJHQF\VWRSFRQWDFWLV WXUQHGRIIWKHV\VWHPZLOOEHVHWWRWKHZDLWVWDWHIRUFDQFHODWLRQDQGZKHQWKHFDQFHODWLRQFRPPDQGLVJLYHQE\DKRVW GHYLFHLWZLOOUHWXUQWRWKHQRUPDOVWDWH

3RZHUIDLOXUH 5HVWRUDWLRQ

&RQWDFW21 &RQWDFW2))

1RUPDOVWDWH Ɣ,QWHUUXSWLRQRISRZHU ,QHPHUJHQF\VWRS :DLWVWDWHIRU 1RUPDOVWDWH RQO\WR$($( VWDWH FDQFHODWLRQ (: GXULQJILUH ZDLWIRUFDQFHODWLRQ (PHUJHQF\VWRS ĺ$LUFRQGLWLRQHUVDUH RIILUHDODUP FRQWDFW21 FRQWLQXRXVO\UXQQLQJ*1 (PHUJHQF\VWRS &DQFHODWLRQFRPPDQG Ɣ,QWHUUXSWLRQRISRZHUWR FRQWDFW2)) $($((:DQG DLUFRQGLWLRQHUV ĺ6WRSGXHWRSRZHUIDLOXUH

*1: They will be stopped after 3 minutes at the earliest if there is not a remote controller or a system controller.

:KHQWKHFRQWDFWLVWXUQHGRQDJDLQLQWKHZDLWVWDWHIRUFDQFHODWLRQ ,IWKHHPHUJHQF\VWRSFRQWDFWLQSXWLVWXUQHGRQDJDLQLQWKHZDLWVWDWHIRUFDQFHODWLRQWKHV\VWHPZLOOUHWXUQWRWKH HPHUJHQF\VWRSVWDWH7KHQZKHQWKHHPHUJHQF\VWRSFRQWDFWLQSXWLVFDQFHOHGWKHV\VWHPZLOOHQWHUWKHZDLWVWDWHIRU cancelation.

Contact ON Contact OFF

Normal state In emergency Wait state for In emergency Wait state for Normal state stop state cancelation stop state cancelation (during fire) (wait for cancelation (during fire) (wait for cancelation of fire alarm) of fire alarm) Emergency stop Emergency stop Emergency stop Emergency stop Cancelation command contact ON contact OFF contact ON contact OFF

123 >([WHUQDO,QSXW2XWSXW @ [3] External output function <1> External signal output function $Q21VLJQDOLVRXWSXWZKHQRQHRUPRUHXQLWVDUHLQRSHUDWLRQDQGDQ(UURUVLJQDOLVRXWSXWZKHQRQHRUPRUHXQLWVDUHLQ error.

AE-200 M-NET External output (batch)

*1 EW-50 External output M-NET HUB

EW-50 EW-50 M-NET External output M-NET

EW-50 M-NET

*1: Signals of all centralized control systems managed by AE-200 can be collectively output.

!([WHUQDOVLJQDORXWSXWVSHFL¿FDWLRQV

Lead wire &1 Signal 3$&<*+$( No. 3 %URZQ (UURUVLJQDO1RUPDOVLJQDO No. 2 %ODFN 21VLJQDO 2))VLJQDO No. 1 Green &RPPRQJURXQGIRUH[WHUQDORXWSXW *URXQGIRUWKHH[WHUQDOSRZHUVXSSO\

7KHRSHUDWLRQVWDWXVRIJHQHUDOHTXLSPHQW YLDD','2FRQWUROOHU 3$&<*'&$ ZLOOQRWEHRXWSXW * The ON signal will be output even during an error.

<3> Operation of external signal output

Setting Description $LUFRQGLWLRQHUV ● Start/stop output The operating state and error state of air conditioners connected to all lines of AE-200 and $((:DUHRXWSXWZLWKOHYHOVLJQDOV Abnormal/normal state output :KHQRQHRUPRUHDLUFRQGLWLRQHUVDUHRSHUDWLQJWKH21VLJQDOLVRXWSXW :KHQRQHRUPRUHDLUFRQGLWLRQHUVDUHLQWURXEOHWKH(UURUVLJQDOLVRXWSXW

124 >([WHUQDO,QSXW2XWSXW @ <4> Recommended circuit

8VHUHOD\V=DQG=WKDWPHHWWKHIROORZLQJ VSHFL¿FDWLRQV Operation coil 5DWHGYROWDJHRU9'& Power consumption: Max. 0.9 W *1: Select an external power supply suitable for the UHOD\VXVHG RU9'& &RQQHFWWKHH[WHUQDO power supply in the correct polarity to input and output the signals.Connect ➀ VKRZQLQWKH¿JXUHDW OHIW WRWKHQHJDWLYHVLGH *2: Use a diode at both ends of the relay coils.

Important ● Be sure to use an external power supply (12 or 24 VDC) to avoid malfunctions. ● Connect the external power supply in the correct polarity to avoid malfunctions. ● Do not connect the external power supply without relays being connected to the controller (no load).

Notes ● 7KHUHOD\VODPSV'&SRZHUVXSSO\GLRGHVDQGH[WHQVLRQFDEOHVDUHQRWVXSSOLHG ● 7KHWRWDOOHQJWKRIWKHOHDGZLUHDQGH[WHQVLRQFDEOHVKRXOGQRWH[FHHGP IW 8VHDQH[WHQVLRQFDEOHRIPP2 RUWKLFNHU ● Each element will turn on during operation and when an error occurs.

125 >([WHUQDO,QSXW2XWSXW @ [4] Pulse signal input function 8VLQJSXOVHVLJQDOVGLUHFWO\LQSXWIURPPHWHULQJGHYLFHVXFKDVZDWWKRXUPHWHUELOOLQJGDWDDQGHQHUJ\PDQDJHPHQWGDWD will be obtained based on the cumulative number of pulse signal input.

!3XOVHVLJQDOLQSXWVSHFL¿FDWLRQV

CN7 Signal 1R 0HWHULQJGHYLFH FRXQWLQSXW 1R 0HWHULQJGHYLFH FRXQWLQSXW 1R 0HWHULQJGHYLFH FRXQWLQSXW 1R 0HWHULQJGHYLFH FRXQWLQSXW

<2> Recommended circuit

$YROWDJHRI9'&LVDSSOLHGWR&1'RQRWDSSO\D power voltage from any other power source.

Contact rating 5DWHGYROWDJH9'& Rated current: 0.1 A or above Minimum applied load: DC 1 mA

Notes ● 7KHWRWDOOHQJWKRIWKHOHDGZLUHDQGH[WHQVLRQFDEOHVKRXOGQRWH[FHHGP IW 8VHDQH[WHQVLRQFDEOHRI mm2RUWKLFNHU ● &XWWKHH[FHVVFDEOHQHDUWKHFRQQHFWRUDQGLQVXODWHWKHHQGRIWKHXQXVHGFDEOHZLWKWDSH ● Do not run the signal input cable adjacent to M-NET transmission and power cables. Do not let the cable form a loop. ● 3HHORIIWKHVKHDWKWRPP LQ IURPWKHHQGDQGVHFXUHO\LQVHUWWKHFDEOHLQWRWKHWHUPLQDO ● /HDYHDGHTXDWHVODFNLQWKHFDEOHVVRWKDWWKHZHLJKWRIWKHPZLOOQRWVWUDLQWKHWHUPLQDOFRQQHFWRUV8VHFDEOHFODPSV RUWUXQNWHUPLQDOVDVQHFHVVDU\

126 [6. DIDO Controller/PI Controller/AI Controller ] 6. DIDO Controller/PI Controller/AI Controller >@6SHFL¿FDWLRQ <1> DIDO controller PAC-YG66DCA

Item 5DWLQJDQGVSHFL¿FDWLRQ 6FUHZWHUPLQDOEORFN Power supply 9'&: 0 *8 6FUHZWHUPLQDOEORFN M-NET communication WR9'&*1 0 *8 Applied load 0$;9'&: 6FUHZWHUPLQDOEORFN 1RQYROWDJHUHOD\FRQWDFW 0,19'&P: 212)) 0 *8 *3 * AC loads cannot be 21 connected. Screwless terminal 7UDQVLVWRU 9'&P$RUOHVV EORFN Output *2 Applied load 0$;9'&: 6FUHZWHUPLQDOEORFN 1RQYROWDJHUHOD\FRQWDFW 0,19'&P: Standard 0 *8 2)) *3 * AC loads cannot be Interface connected. Screwless terminal 7UDQVLVWRU 9'&P$RUOHVV*4 EORFN ON/OFF Non-voltage a contact Screwless terminal Input 9'&P$RUOHVV Error/Normal HDFK EORFN 212)) 21 *3 Output 7UDQVLVWRU HDFK 9'&P$RUOHVV*4 9 pin connector 2)) *3 ON/OFF Input 9'&LQSXW HDFK 9'&P$RUOHVV*6 9 pin connector

Expansion Error/Normal

Output pulse width VPV

,QWHUORFN ,QWHUORFN01(7GHYLFHVDQGRXWSXWFRQWDFWVDFFRUGLQJWRVWDWXVRILQSXWFRQWDFWV*7 function Operating temperature range 0 to 40°C [32°F to 104°F] Environment Temperature Storage temperature range -20 to 60°C [-4°F to 140°F] conditions +XPLGLW\ WR5+ QRFRQGHQVDWLRQ Dimensions : î + î ' PP : î + î ' LQ Weight NJ>OEV@ 7LPHEDFNXS ,QWKHHYHQWRISRZHUIDLOXUHRUVKXWRIIWKHLQWHUQDOFDSDFLWRUZLOOFRQWLQXHWRWUDFNWLPHIRUDSSUR[LPDWHO\RQHZHHN during power 7KHLQWHUQDOFDSDFLWRUWDNHVDERXWKRXUVWRIXOO\FKDUJHDUHSODFHPHQWEDWWHU\LVQRWQHFHVVDU\ failure Installation ,QVLGHDPHWDOFRQWUROSDQHO LQGRRUV environment 8VHWKLVSURGXFWLQDKRWHODEXVLQHVVRI¿FHHQYLURQPHQWRUVLPLODUHQYLURQPHQW

127 [6. DIDO Controller/PI Controller/AI Controller ]

6XSSO\HOHFWULFSRZHUIURPDSRZHUXQLWIRUWKHWUDQVPLVVLRQOLQHRUDQRXWGRRUXQLW)XUWKHUPRUHWKHSRZHUFRQVXPSWLRQIDFWRURI01(7 FLUFXLWU\RIWKLVGHYLFHLV³´ HTXLYDOHQWWRRQH0(5HPRWH&RQWUROOHU *2: Non-voltage Relay contact or transistor is available for output. Only one can be used at a time. LVLQWKHFDVHRIDSXOVH *4: The output is open collector type. Power must be supplied from an external power source to the output circuit of this device. 3RZHULVVXSSOLHGIURPWKLVGHYLFHWRWKHH[WHUQDOFRQWDFWV *6: Power must be supplied from an external power source. ,QWHUORFNFRQWUROLVSHUIRUPHGIURPWKH0DLQWHQDQFH7RRO)RUGHWDLOVUHIHUWRWKHRSHUDWLRQPDQXDOIRUWKH0DLQWHQDQFH7RRO 0DQG0DUHVL]HVRIWKHVFUHZRQWKHWHUPLQDOEORFN ,62PHWULFVFUHZWKUHDG 7KHQXPEHULQGLFDWHVWKHVFUHZGLDPHWHU PP

<2> PI controller

Item 5DWLQJDQGVSHFL¿FDWLRQ 6FUHZWHUPLQDOEORFN Power supply 9'&: 0 *8 6FUHZWHUPLQDOEORFN M-NET communication WR9'&*1 0 *8 Number of contacts: 4 Pulse signal: a-contact Pulse width: 100 ms to 300 ms ,GOHSHULRGXQWLOQH[WSXOVHPVRUPRUH Interface Screwless terminal Non-voltage a-contact input EORFN

5DWHGYROWDJH9'& Rated current: 1 mA or less *2 Operating temperature range 0 to 40°C [32°F to 104°F] Environment Temperature Storage temperature range -20 to 60°C [-4°F to 140°F] conditions +XPLGLW\ WR5+ QRFRQGHQVDWLRQ Dimensions : î + î ' PP : î + î ' LQ Weight NJ>OEV@ 7LPHEDFNXS ,QWKHHYHQWRISRZHUIDLOXUHRUVKXWRIIWKHLQWHUQDOFDSDFLWRUZLOOFRQWLQXHWRWUDFNWLPHIRUDSSUR[LPDWHO\RQHZHHN during power 7KHLQWHUQDOFDSDFLWRUWDNHVDERXWKRXUVWRIXOO\FKDUJHDUHSODFHPHQWEDWWHU\LVQRWQHFHVVDU\ failure Installation ,QVLGHDPHWDOFRQWUROSDQHO LQGRRUV environment 8VHWKLVSURGXFWLQDKRWHODEXVLQHVVRI¿FHHQYLURQPHQWRUVLPLODUHQYLURQPHQW

6XSSO\HOHFWULFSRZHUIURPDSRZHUXQLWIRUWKHWUDQVPLVVLRQOLQHRUDQRXWGRRUXQLW)XUWKHUPRUHWKHSRZHUFRQVXPSWLRQIDFWRURI01(7 FLUFXLWU\RIWKLVGHYLFHLV³´ HTXLYDOHQWWRRQH0(5HPRWH&RQWUROOHU *2: Supply electric power from the main unit to the contacts of the meters. 0LVWKHVL]HRIWKHVFUHZRQWKHWHUPLQDOEORFN ,62PHWULFVFUHZWKUHDG 7KHQXPEHULQGLFDWHVWKHVFUHZGLDPHWHU PP

128 [6. DIDO Controller/PI Controller/AI Controller ] <3> AI controller

Item 5DWLQJDQGVSHFL¿FDWLRQ 6FUHZWHUPLQDOEORFN Power supply 9'&: 0 *4 6FUHZWHUPLQDOEORFN M-NET communication WR9'& 0 *4 Measurement Measurement External connection Ch Sensor Measurement error target range method Pt100 -30 to 60°C )6& ) *2 Screwless terminal Temperature ZLUHV\VWHP [-22 to 140°F] >DW& ) @ EORFN SROHV Ch1 4 to 20 mADC )6& ) *2 Temperature/ 6HWE\V\VWHP Screwless terminal WR9'& )65+ Interface Input humidity FRQWUROOHU EORFN SROHV Analog WR9'& >DW& ) @ 4 to 20 mADC )6& ) *2 Temperature/ 6HWE\V\VWHP Screwless terminal Ch2 WR9'& )65+ humidity FRQWUROOHU EORFN SROHV Analog WR9'& >DW& ) @ Applied load Upper/lower limit alarm 0$;9'&: 6FUHZWHUPLQDOEORFN LQWHUORFNRXWSXW 0,19'&P: 0 *4

Output QRQYROWDJHFRQWDFW * AC loads cannot be connected. ,QWHUORFN ,QWHUORFN01(7GHYLFHVDFFRUGLQJWRPHDVXUHPHQWGDWDYDOXHV*3 function Operating temperature range 0 to 40°C [32°F to 104°F] Environment Temperature Storage temperature range -20 to 60°C [-4°F to 140°F] conditions +XPLGLW\ WR5+ QRFRQGHQVDWLRQ Dimensions : î + î ' PP : î + î ' LQ Weight NJ>OEV@ 7LPHEDFNXS ,QWKHHYHQWRISRZHUIDLOXUHRUVKXWRIIWKHLQWHUQDOFDSDFLWRUZLOOFRQWLQXHWRWUDFNWLPHIRUDSSUR[LPDWHO\RQHZHHN during power 7KHLQWHUQDOFDSDFLWRUWDNHVDERXWKRXUVWRIXOO\FKDUJHDUHSODFHPHQWEDWWHU\LVQRWQHFHVVDU\ failure Installation ,QVLGHDPHWDOFRQWUROSDQHO LQGRRUV environment 8VHWKLVSURGXFWLQDKRWHODEXVLQHVVRI¿FHHQYLURQPHQWRUVLPLODUHQYLURQPHQW

&RQ¿JXUHWKHGLSVZLWFKVHWWLQJVIRUWKHDQDORJLQSXWPHWKRGWRXVHZKLOHUHIHUULQJWR³'LS6ZLWFK)XQFWLRQV´ 7KHPHDVXUHPHQWHUURUIRUWKHV\VWHPLQFOXGHVWKHPHDVXUHPHQWHUURUIRUWKLVXQLWVHQVRUDQGZLULQJ D)6 IXOOVFDOH Dî >PHDVXUHPHQWUDQJH¶VXSSHUOLPLWYDOXH@>ORZHUOLPLWYDOXH@ 6HWWLQJVIRUWKHLQWHUORFNIXQFWLRQDUHSHUIRUPHGIURPWKH0DLQWHQDQFH7RRO)RUGHWDLOVUHIHUWRWKHRSHUDWLRQPDQXDOIRUWKH0DLQWHQDQFH Tool. 0DQG0DUHVL]HVRIWKHVFUHZRQWKHWHUPLQDOEORFN ,62PHWULFVFUHZWKUHDG 7KHQXPEHULQGLFDWHVWKHVFUHZGLDPHWHU PP

129 [6. DIDO Controller/PI Controller/AI Controller ] [2] Outline 2QH$($((:FDQFRQWURODQGPRQLWRUXSWRXQLWVLQFOXGLQJ','2&RQWUROOHU 3$&<*'&$ 3,&RQWUROOHU 3$&<*0&$ $,&RQWUROOHU 3$&<*0&$ LQGRRUXQLWVDQG/2661$

','2FRQWUROOHU The DIDO Controller have Max. 6 sets of contact input/output terminals and can monitor and operate ON/OFF/Malfunction of up to 6 general equipments. 7KHJHQHUDOHTXLSPHQWVFDQEHPRQLWRUHGRURSHUDWHGIURP$($(/&'$($((::HEEURZVHURU7* 2000A. $OVR5XQ6WRSVFKHGXOHRIWKHJHQHUDOHTXLSPHQWVFDQEHVHW ','2&RQWUROOHUKDVFRQWDFWSRLQWVSHU01(7DGGUHVV%XWRQHFRQWDFWLVHTXLYDOHQWIRURQHLQGRRUXQLW 6RLIDOOVL[FRQWDFWSRLQWVDUHXVHGLWZLOOWDNHXS01(7DGGUHVV

3,FRQWUROOHU 8SWRXQLWVRI3XOVHLQSXWPHDVXULQJLQVWUXPHQWV ZDWWKRXUPHWHUJDVPHWHUZDWHUPHWHUDQGFDORULPHWHU DUH FRQQHFWDEOHWR3,FRQWUROOHUDQGDFFXPXODWHWKHDPRXQWEDVHGRQWKHSXOVHXQLWGHVLJQDWHGIURPWKH$($((: $($((:PRQLWRUVWKHFXUUHQWYDOXHRIWKH3,&RQWUROOHUUHJXODUO\ LQPLQXWHLQWHUYDO 7KHFXUUHQWYDOXHFDQEHGLVSOD\HGRQ$*$(/&'$($((::HEEURZVHURU7*$ ,QDFRQWUROV\VWHP ZLWKIRXU01(7OLQHV ZLWK$( VHW DQGH[SDQVLRQFRQWUROOHUV $((: XSWR3, FRQWUROOHUV FKLQDOO FDQEHFRQQHFWHG8SWR3,FRQWUROOHUV FKLQDOO FDQEHFRQQHFWHGWRV\VWHPRI7*

$,FRQWUROOHU AI controller has 2 ports and can control temperature or humidity. $($((:PRQLWRUVWKHVWDWXVRIWKH$,FRQWUROOHUUHJXODUO\ LQPLQXWHLQWHUYDO DQGNHHSVWKHPHDVXUHGGDWD $OVRZKHQWKHYDOXHH[FHHGVSUHVHWXSSHURUORZHUOLPLWRUUHFRYHUV$($((:VHQGVDODUPHPDLOZKLFK LQFOXGHVWKHWUHQGGDWDIRUWKHODVWPLQV LQPLQXWHLQWHUYDO EHIRUHWKHRFFXUUHQFHRUUHFRYHU\ 7HPSHUDWXUH+XPLGLW\FDQEHGLVSOD\HGRQ$($(/&'$($((::HEEURZVHURU7*$

AE-200/AE-50/EW-50 100- 200 AC

Web browser or TG-2000A

130 [6. DIDO Controller/PI Controller/AI Controller ] [3] DIDO controller <1> Connection with DIDO controller ON/OFF operation status and error status of general equipment can be monitored by using the DIDO controller input/output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this device for disaster prevention or security control. It is advised to prepare a circuit which enables ON/OFF from an external switch in case of malfunction of DIDO controller. NOTE: DIDO controllers can be controlled from only one of the system controllers.

WARNING Do not use this device in life critical applications.

AE-200/AE-50/ EW-50

<2> Connection of the DIDO controller and signal lines 5HOD\VSRZHUVXSSO\IRUWKHUHOD\VWHUPLQDOEORFNVDQGFDEOHVDUHILHOGVXSSOLHGSDUWV7KHPD[LPXPDOORZDEOHZLULQJ length is 100 m. +RZHYHULWLVUHFRPPHQGHGWRNHHSWKHOHQJWKZLWKLQPIRUORQJHUZLULQJLVPRUHVXVFHSWLEOHWRQRLVH &RQQHFWDQDGGLWLRQDOUHOD\ZLWKLQPIURPWKH','2LQWHUIDFHWRUHFHLYHDQLQSXWIURPDSRLQWIDUWKHUWKDQP7KHWDEOH EHORZVXPPDUL]HVLQSXWRXWSXWVLJQDOVSHFL¿FDWLRQV 7KHSXOVHVLJQDORXWSXWZLGWKLVVPV

131 [6. DIDO Controller/PI Controller/AI Controller ]

Terminal Input/output Connection method Status Signal type Explanation &K1R Non-voltage contact ON/OFF Level &ORVHGFRQWDFW5XQ2SHQFRQWDFW6WRS Input input Error/Normal Level &ORVHGFRQWDFW(UURU2SHQFRQWDFW1RUPDO*1 Operation output: Closed contact Non-voltage relay Level ON/OFF Stop output: Open contact *2 Standard terminal contact output &K&K Pulse Contact point closes according to the output signal Output Operation output: Transistor ON Level Stop output: Transistor OFF *2 Transistor output ON/OFF Transistor turns on or off according to the output Pulse signal ON/OFF Level &ORVHGFRQWDFW5XQ2SHQFRQWDFW6WRS Input 9'& Error/Normal Level &ORVHGFRQWDFW(UURU2SHQFRQWDFW1RUPDO*1 Expansion connector Operation output: Transistor ON Level &K Stop output: Transistor OFF *2 Output Transistor output ON/OFF Transistor turns on or off according to the output Pulse signal.

7KHRSSRVLWH 2SHQFRQWDFW (UURU&ORVHGFRQWDFW QRUPDO DSSOLHVWRDEFRQWDFW QRUPDOO\FORVHG 2SHUDWLRQRXWSXWFDQRQO\EHXVHGDVDFRQWDFW QRUPDOO\RSHQ EXWQRWDVEFRQWDFW QRUPDOO\FORVHG

Standard Terminal (Ch1,Ch2) Input (CN10/11/19/20)

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Note Connect the ON/OFF inputs so that closing the FRQWDFWRSHUDWHV 21 WKHGHYLFHDQGRSHQLQJ WKHFRQWDFWVWRSV 2)) WKHGHYLFH

Note The error/normal inputs of channels 1 and 2 can be switched between a-contact and b-contact.

CAUTION ● %HVXUHWRPDWFKWKHSRODULW\ZKHQXVLQJFRQWDFWVWKDW have polarity. ● Select a contact with a minimum applicable load of 1 mADC or less. ● 6XSSO\9'&P$IURPWKHSRVLWLYHWHUPLQDOWRWKH external contacts. ● Do not install alongside or in contact with other wires. ● 6WULSPPRIWKHZLUHFRDWLQJDQGLQVHUW¿UPO\LQWR the terminal. ● 0DNHVXUHWKDWWKHFRSSHUZLULQJLVQRWVKRUWFLUFXLWLQJ WKHSODWHV FRYHUORZHUFDVH RUQHLJERULQJZLUHV ● 3HUIRUPZLULQJZLWKVRPHVSDFHVRWKDWWKHWHUPLQDOEORFN is not strained. ,IVWUDLQHGXVHDZLUHJXLGHRUMXQFWLRQWHUPLQDOWRDOOHYLDWH WKHVWUHVVRQWKHWHUPLQDOEORFN

&RQWDFWVFORVHG2SHUDWH 21 GHWHFWHGDQHUURUGHWHFWLRQ &RQWDFWVRSHQ6WRS 2)) GHWHFWHGDVQRUPDOGHWHFWLRQ * Error/normal detection becomes inverted from contact open/closed logic for a b-contact setting.

132 [6. DIDO Controller/PI Controller/AI Controller ] Input/output connector layout drawing

Output interface

Relay terminal block not in use No-voltage contact (for 24 VDC) Transistor output M-NET (open collector) output terminal block Power LED

Output M-NET LED Address switches Function setting switches

Status indication LED (CPU power)

M-NET terminal block Expansion I/O connector

Contact input 24-VDC power supply terminal block

Output Either Non-voltage relay contact or transistor can be used for the output. These units are not designed to be used at the same time.

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CAUTION ● 8VH;DQG<UHOD\WKDWVDWLV¿HVWKHIROORZLQJV Operating coil [Applied load] 0$;9'&: 'LRGHEXLOWLQPRGHO 0,19'&P: 'LRGHEXLOWLQPRGHO *1: AC loads cannot be connected 3URYLGHSRZHUVXSSO\ 99 WKDWPDWFKHVWKH load and relay to be used. ● 7RGULYHDGLUHFWORDGXVHRQHVZLWKLQWKHIROORZLQJV [Applicable load] 0$;9'&: 0,19'&P: *AC loads cannot be connected. ● 0DNHVXUHWKDWWKHFRSSHUZLULQJLVQRWVKRUWFLUFXLWLQJ WKHSODWHV FRYHUORZHUFDVH RUQHLJERULQJZLUHV ● Perform wiring with some space so that the terminal EORFNLVQRWVWUDLQHG,IVWUDLQHGXVHDZLUHJXLGHRU junction terminal to alleviate the stress on the terminal EORFN ● Do not connect the wires directly from the top of the FRQWUROSDQHOWRWKHWHUPLQDOEORFN0RLVWXUHPD\HQWHU WKLVGHYLFHDORQJWKHZLULQJDQGFDXVHHOHFWULFVKRFN or wire.

&RQWDFWVFORVHG2SHUDWH 21 RXWSXW &RQWDFWVRSHQ6WRS 2)) RXWSXW )RUSXOVHRXWSXWWKH 21 2)) FRQWDFWVFORVH according to the output content.

133 [6. DIDO Controller/PI Controller/AI Controller ] E 7UDQVLVWRURXWSXW 2SHQFROOHFWRU &1 &HUWDLQVHWWLQJVDUHUHTXLUHGEHIRUHXVH5HIHUWR³,QLWLDOVHWWLQJV´LQWKH,QVWDOODWLRQ,QVWUXFWLRQV0DQXDOWKDWFDPHZLWKWKH unit.

CAUTION ● 8VH;;DQG<<UHOD\WKDWVDWLV¿HVWKHIROORZLQJ VSHFL¿FDWLRQV Operating coil 5DWHGYROWDJH9'& 'LRGHEXLOWLQPRGHO Power consumption: 0.9 W or less %HVXUHWRXVHWKHRQHVZLWKWKHYROWDJHUDWHG above. Exceeding the rated voltage may affect the ON/OFF of other outputs. *2: When using a separate power supply for this GHYLFHFRQQHFW*1'RIWKHSRZHUVXSSO\WR9RI &1RIWKHWHUPLQDOEORFNRIWKLVGHYLFH *3: Use a relay with a withstanding voltage at least 9$&EHWZHHQWKHFRLODQGFRQWDFW2WKHUZLVH WKHUHLVWKHOLNHKRRGRIDQHOHFWULFVKRFNRU¿UH ● 3HHORIIWKHVKHDWKWRPPIURPWKHHQGDQG securely insert the wire into the terminal. Tightening torque for terminal screws: 1 N ǜ m ● Do not let the copper wire short with the metal sheet SDUWV FRYHUDQGERWWRPFDVH RURWKHUZLUHV ● 3URYLGHVRPHVODFNLQWKHZLUHWRNHHSXQGXHIRUFH IURPEHLQJH[HUWHGRQWKHWHUPLQDOEORFNZKHQWKHZLUH is pulled on. 8VHFDEOHFODPSVRUWUXQNWHUPLQDOVDVQHFHVVDU\ ● Do not connect the wires directly from the top of the FRQWUROSDQHOWRWKHWHUPLQDOEORFN0RLVWXUHPD\HQWHU WKLVGHYLFHDORQJWKHZLULQJDQGFDXVHHOHFWULFVKRFN or wire.

2SHUDWH 21 RXWSXW7UDQVLVWRU21 VLQN 6WRS 2)) RXWSXW7UDQVLVWRU2)) RSHQ )RUSXOVHRXWSXWWKH 21 2)) WUDQVLVWRUVWXUQ21 VLQN DFFRUGLQJWRWKHRXWSXWFRQWHQW

134 [6. DIDO Controller/PI Controller/AI Controller ] Expansion Connector (Ch3-6) D ([SDQVLRQ,2 &1 3OHDVHSXUFKDVHWKHH[WHUQDO,2DGDSWHU 3$&<*+$ WRXVHWKHH[SDQVLRQ,2 &HUWDLQVHWWLQJVDUHUHTXLUHGEHIRUHXVH5HIHUWR³,QLWLDOVHWWLQJV´LQWKH,QVWDOODWLRQ,QVWUXFWLRQV0DQXDOWKDWFDPHZLWKWKH unit.

[Input] &RQWDFWVFORVHG 9'&DSSOLHG 21HUURUGHWHFWLRQ &RQWDFWVRSHQ2))QRUPDOGHWHFWLRQ * Error/normal detection becomes inverted from contact open/closed logic for a b-contact setting.

[Output] 2SHUDWH 21 RXWSXW7UDQVLVWRU21 VLQN 6WRS 2)) RXWSXW7UDQVLVWRU2)) RSHQ 8SRQSXOVHRXWSXWWKH 21 2)) WUDQVLVWRUVWXUQ21 VLQN DFFRUGLQJWRWKHRXWSXWFRQWHQW

CAUTION ● 8VH;;;;<<<DQG<UHOD\VWKDWVDWLV¿HVWKHIROORZLQJVSHFL¿FDWLRQV Operating coil 5DWHGYROWDJH9'& %XLOWLQGLRGH Power consumption: 0.9 W or less %HVXUHWRXVHWKHRQHVZLWKWKHYROWDJHUDWHGDERYH([FHHGLQJWKHUDWHGYROWDJHPD\DIIHFWWKH212))RIRWKHU outputs. :KHQXVLQJDVHSDUDWHSRZHUVXSSO\IRUWKLVGHYLFHFRQQHFW*1'RIWKHSRZHUVXSSO\WR9RI&1RIWKHWHUPLQDO EORFNRIWKLVGHYLFH 8VHDUHOD\ZLWKDZLWKVWDQGLQJYROWDJHDWOHDVW9$&EHWZHHQWKHFRLODQGFRQWDFW 2WKHUZLVHWKHUHLVDSRVVLELOLW\RIDQHOHFWULFVKRFNRU¿UH ● Select a contact with a minimum applicable load 1mADC or less for the input contact. ● Do not install alongside or in contact with other wires. Moisture may enter this device along the wiring and cause electric VKRFNRUZLUH

135 [6. DIDO Controller/PI Controller/AI Controller ] <3> Field supplied parts for the DIDO controller

Required parts 6SHFL¿FDWLRQ 8QLW¿[LQJVFUHZV 0VFUHZ[ 0,62PHWULFVFUHZWKUHDG &RPPHUFLDOO\DYDLODEOHSRZHUVXSSO\9'&:5LSSOHQRLVH/RZHUWKDQP9SS :KHQXVLQJWUDQVLVWRURXWSXW LQFOXGLQJH[WHQVLRQRXWSXW IRUWKH9'&RXWSXWRIWKLVGHYLFH increase the capacity to match the number used. Power supply VHWXVHG ······· : VHWXVHG ······· 10 W VHWXVHG ····· : VHWXVHG ······· : VHWXVHG ····· : VHWXVHG ······· 20 W Use a sheathed vinyl code or cable. Power line $WOHDVWPP2 $:* Use a sheathed vinyl code or cable. Type of the cables ······&3(96&996RU0996 Size of the cables ······ 6ROLGZLUHPPPP M-NET transmission line 6WUDQGHGZLUHPP2 $:* PP2 $:* Power needs to be supplied to M-NET of this device. Use an outdoor unit or a separately purchased power supply unit for the transmission line. 01(73RZHUFRQVXPSWLRQFRHI¿FLHQWLV>@ 8VHHOHFWULFZLUHRIDQDSSURSULDWHVL]HIRUWKHWHUPLQDOEORFNRIWKLVGHYLFH Cable size ····· 6ROLGZLUH¡PP $:* PP $:* Signal 6WUDQGHGZLUHPP2 $:* PP2 $:* Single stand: At least 0.18 mm 3OHDVHSXUFKDVHWKHH[WHUQDO,2DGDSWHU 3$&<*+$ WRXVHWKHH[SDQVLRQ,2

[Optional Accessories] Name Model Application 5HPDUN Power supply unit for Not required when power is 3$&6&.8$ Power supply to M-NET transmission line transmission line supplied from an outdoor unit. Connection adapter for using an expansion input/output. Two GHYLFHV FKDQQHOV FDQEHFRQQHFWHGZLWKRQHDGDSWHU7R Required when expansion I/O External I/O adapter 3$&<*+$ FRQQHFWIRXUGHYLFHV FKDQQHOV WRDQH[SDQVLRQ,2WZR is used. adapters are required.

[Commercial Parts] Name Application 5HPDUN ([WHUQDO9'& Supplied power for using the DIDO controller or transistor 5HIHUWR³3RZHUVXSSO\IRUWKLVGHYLFH´LQ³5HTXLUHG power supply *1 output parts” above for the power supply capacity. Requires commercially available relay device depending on Relay device WKHHOHFWULFVSHFL¿FDWLRQVZLWKDQH[WHUQDOGHYLFH

5HIHUHQFH&RPPHUFLDOO\DYDLODEOHH[WHUQDO9'&SRZHUVXSSO\ 3OHDVHGHVLJQDWHDQGXVHWKH9'&3RZHUVXSSO\EDVHGRQWKH0DMRUVDIHW\VWDQGDUGV8/(1RUWKHSURGXFWVEDVHG on the PSE law. 7KHIROORZLQJWDEOHVVKRZVVRPHRIWKH9'&SRZHUVXSSOLHVWKDWDUHDYDLODEOHRQPDUNHW Contact the manufacturer for details.

136 [6. DIDO Controller/PI Controller/AI Controller ] <4> Monitoring/operation by DIDO controller <4-1> Outline *HQHUDOHTXLSPHQW OLJKWLQJHTXLSPHQWHWF RWKHUWKDQDLUFRQGLWLRQHUVDQGDLUFRQGLWLRQHUVRWKHUWKDQRXUSURGXFWVFDQEH PRQLWRUHGDQGRSHUDWHGIURP$($((: 7KLVVHFWLRQH[SODLQVWKHSURFHGXUHVIRUPRQLWRULQJDQGRSHUDWLQJWKHVHGHYLFHVIURP$($((:E\XVLQJWKH DIDO controller.

)XQFWLRQVRI','2FRQWUROOHU The following general equipment can be monitored and operated.

Examples of general equipment Monitoring item Operation item 5HPDUNV Lighting equipment ● Monitoring of ON/OFF state 9HQWLODWLQJIDQV ● Monitoring of normal/abnormal Starting/stopping operation Air conditioners other than our state products ● 7RPRQLWRUHUURUVDQHUURU output terminal must be Opening/closing of windows Monitoring of open/closed state – provided on the general Upper limit water level of water Monitoring of normal/abnormal equipment side. – WDQN state Lower limit water level of water Monitoring of normal/abnormal – WDQN state

6HOHFWLRQRIJHQHUDOHTXLSPHQWPRQLWRULQJRSHUDWLQJPHWKRG General equipment can be monitored and operated by the following two methods. Select the method that suits your needs referring to the features and selection points.

Method 8VHRI','2FRQWUROOHU 3$&<*'&$ Use of free contact of indoor unit Explanation ● The devices can be easily monitored and operated ● The devices are displayed on the screen of TG-2000A. IURPWKH/&'VFUHHQRI$($( ● $V\VWHPFDQEHFRQ¿JXUHGE\XVLQJWKHFRQQHFWRUVRQ ● They can be monitored and operated also from the WKHFRQWUROERDUGRILQGRRUXQLW 7KH','2FRQWUROOHUDQG :HEEURZVHUVFUHHQRI$($((: 3/&IRUJHQHUDOHTXLSPHQWDUHQRWUHTXLUHG ● 6FKHGXOHVFDQEHVHWIURP7*$ 6FKHGXOHV Features ● Schedules can be set. VFUHHQIRUPRQLWRULQJ FDQQRWEHVHWRQ$($((: DQGRSHUDWLRQ * They cannot be displayed on the LCD screen of AE-200/ $( :KHQ7*$LVXVHGWKH\FDQEHGLVSOD\HGDOVR on the screen of TG-2000A. It is possible only to monitor the input/output state on the DGPLQLVWUDWRU¶V:HEEURZVHUVFUHHQRI$($( (:7KH\FDQQRWEHRSHUDWHG ● &RQQHFWWKHJHQHUDOHTXLSPHQWWRWKHFRQQHFWRUV LQSXW ● 6 general equipment can be connected to one DIDO RXWSXWWHUPLQDOV RQWKHFRQWUROERDUGRILQGRRUXQLW controller. ● Up to 4 input terminals and up to 3 output terminals of Points of selection ● One contact of the DIDO controller is counted as one indoor unit can be used. unit. ● When 6 general equipment are connected to one M-NET addresses are not consumed. ','2FRQWUROOHUWKH\DUHFRXQWHGDVXQLWV ● 8SWRLQSXWRXWSXWFRQWDFWVFDQEHFRQQHFWHGWRRQH VHWRI$($((:*1 For monitoring/operation of free contact *2 ● TG-2000A ● Adapter for free contact connection Required devices ● ','2FRQWUROOHU 3$&<*'&$ $GDSWHUIRUUHPRWHVWDUWLQJDQGVWRSSLQJ LQSXWSRLQWV 5HPRWHGLVSOD\NLWIRU0FRQWURO LQSXWSRLQWVDQG RXWSXWSRLQWV ● 3/&IRU*HQHUDO(TXLSPHQWVOLFHQVH

7KHIXQFWLRQRIWKHLQGRRUXQLWIUHHFRQWDFWHQDEOHVWRFRQQHFWXSWRJHQHUDOHTXLSPHQW LQSXWRXWSXWSRLQWVîGHYLFHVLQDOO +RZHYHUZKHQWKHLQWHJUDWHGVRIWZDUH7*$LVXVHGXSWRJHQHUDOHTXLSPHQWFDQEHFRQQHFWHGE\WKHLQGRRUXQLWIUHH contact function. 7KHVWDWHRIWKHLQGRRUXQLWIUHHFRQWDFWFDQEHPRQLWRUHGRQWKH:HEEURZVHUVFUHHQRI$($((: 7KHFRQWDFWFDQQRWEHRSHUDWHG7RRSHUDWHLWXVH7*$

137 [6. DIDO Controller/PI Controller/AI Controller ]

Method 8VHRI','2FRQWUROOHU 3$&<*'&$ Use of free contact of indoor unit Explanation ([DPSOHRI/&'VFUHHQRI$($(!

Icons which can be ● selected for general Any icons created by the user can be registered on the screen of TG-2000A. equipment

● No license is required for monitoring by using the Web browser ● No license is required for monitoring and VFUHHQRI$($((: operating only. ● For monitoring and operating by using TG-2000A: Necessity of license ● 7KH,QWHUORFNFRQWUROOLFHQVHLVUHTXLUHGWR 7KH3/&IRU*HQHUDO(TXLSPHQWVOLFHQVHLVUHTXLUHG LQWHUORFNWKHDLUFRQGLWLRQHUVDQGJHQHUDO 7RLQWHUORFNWKHDLUFRQGLWLRQHUVDQGJHQHUDOHTXLSPHQWWKH equipment. 3/&IRU*HQHUDO(TXLSPHQWVOLFHQVHRU,QWHUORFNFRQWURO license is required. ● 6HHWKH,QVWUXFWLRQ%RRNIRU$($((::HE Reference for ● 6HHWKH,QVWUXFWLRQ%RRNIRU$($( browser. detailed explanation (: ● 7*$6HHWKH,QVWUXFWLRQ%RRNIRU7*$

!&RQ¿JXUDWLRQRIJHQHUDOHTXLSPHQWPRQLWRULQJRSHUDWLQJV\VWHP %\XVLQJ','2FRQWUROOHU *HQHUDOHTXLSPHQWFDQEHHDVLO\PRQLWRUHGDQGRSHUDWHGRQWKH/&'VFUHHQRI$($(RQDVLPSOHV\VWHP7KH GHYLFHVFDQEHPRQLWRUHGDQGRSHUDWHGDOVRRQWKH:HEEURZVHUVFUHHQRI$($((: They can be displayed also on the screen of TG-2000A. %HORZH[SODLQHGDUHWKHSURFHGXUHVIRUPRQLWRULQJDQGRSHUDWLQJJHQHUDOHTXLSPHQWRQWKH/&'VFUHHQRI$($( XVLQJWKH','2FRQWUROOHURUPRQLWRULQJDQGRSHUDWLQJWKHPRQWKH:HEEURZVHURI$($((: 8SWRJHQHUDOHTXLSPHQWFDQEHPRQLWRUHGDQGRSHUDWHGE\RQHVHWRI$($((::KHQDLUFRQGLWLRQHUVDUH FRQWDLQHGWKHVXPRIWKHQXPEHURILQGRRUXQLWVDQGWKHQXPEHURIFRQWUROOHGJHQHUDOHTXLSPHQWLV Six general equipment can be connected to one DIDO controller.

Monitoring the state on the screen :KHQWKHJHQHUDOHTXLSPHQWWREHPRQLWRUHGKDVDWHUPLQDOWRRXWSXWWKH212))VWDWHDQGQRUPDODEQRUPDOVWDWHWKH VWDWHFDQEHGLVSOD\HGRQWKH/&'VFUHHQRI$($(RUWKH:HEEURZVHUVFUHHQRI$($((:E\ capturing the state signals by the general-purpose controller. 7RPRQLWRUWKHHUURUVWDWHWKHJHQHUDOHTXLSPHQWPXVWKDYHDQHUURURXWSXWWHUPLQDO * It is possible to monitor one of the ON/OFF state and the normal/abnormal state.

Operating on the screen :KHQWKHJHQHUDOHTXLSPHQWWREHRSHUDWHGKDVDWHUPLQDOIRUVWDUWLQJDQGVWRSSLQJRSHUDWLRQWKHVWDWHFDQEHGLVSOD\HG RQWKH/&'VFUHHQRI$($(RUWKH:HEEURZVHUVFUHHQRI$($((:E\RXWSXWWLQJWKHRSHUDWLRQVLJQDO by the DIDO controller. The device can be started and stopped at the predetermined time by the schedule setting function.

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138 [6. DIDO Controller/PI Controller/AI Controller ] 2XWOLQHRIV\VWHP

AE-200/AE-50/EW-50

DIDO Web browser Power supply unit controller Operation to start and stop general equipment

Monitoring of ON/OFF state Monitoring of normal/abnormal state General equipment (One DIDO controller: Up to 6 devices)

* Supplementary explanation 7RFRQQHFWJHQHUDOHTXLSPHQWDQG','2FRQWUROOHUILHOGLQVWUXPHQWDWLRQZRUNLVUHTXLUHGWRFRQQHFWWKHPWKURXJK UHOD\VHWF)RUGHWDLOVVHH>@ !³&RQQHFWLRQRIWKH','2FRQWUROOHUDQGVLJQDOOLQHV´ 2. No license is required for monitoring or operation of general equipment. +RZHYHUIRULQWHUORFNFRQWURODPRQJWKHPRQLWRUHGDQGRSHUDWHGJHQHUDOHTXLSPHQWRUDPRQJWKHPRQLWRUHGDQG RSHUDWHGJHQHUDOHTXLSPHQWDQGWKHDLUFRQGLWLRQHUVFRQQHFWHGWR01(7WKH,QWHUORFNFRQWUROOLFHQVHLVUHTXLUHG)RU GHWDLOVVHH&KDSWHU³,QWHUORFN&RQWURO´

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'HYLFHQDPH PRGHOQDPH Manufacturer 5HPDUNV (:HQDEOHVPRQLWRULQJDQGRSHUDWLRQRQO\IURPWKH:HEEURZVHUDQG $($((: Mitsubishi Electric TG-2000A. Up to 6 general equipment can be connected to one controller. To connect ','2FRQWUROOHU 3$&<*'&$ Mitsubishi Electric RUPRUHJHQHUDOHTXLSPHQWWRRQH','2FRQWUROOHUWKHIROORZLQJ external input/output adapter is required. 7RFRQQHFWRUJHQHUDOHTXLSPHQWWRRQH','2FRQWUROOHURQHVHWRI External input/output adapter the following external input/output adapter is required. Mitsubishi Electric 3$&<*+$ 7RFRQQHFWRUJHQHUDOHTXLSPHQWWRRQH','2FRQWUROOHUWZRVHWVRI the following external input/output controller are required. $OWKRXJKWKH','2FRQWUROOHUFDQEHFRQQHFWHGWR$($((: Power supply unit for transmission line ZLWKRXWWKHSRZHUVXSSO\XQLWLID','2FRQWUROOHURUDV\VWHPUHPRWH 3$&6&.8$ FRQWUROOHUH[FHHGLQJWKHYDOXHRIWKHVXSSO\FDSDFLW\RI$($( Mitsubishi Electric Power supply expansion unit for (:LVFRQQHFWHGWRWKHWUDQVPLVVLRQOLQHIRUFHQWUDOL]HGFRQWUROWKH WUDQVPLVVLRQOLQH 3$&6)(3$ power supply unit for transmission line or the power supply expansion unit for transmission line is required. 7RFRQQHFWWKHJHQHUDOHTXLSPHQWDQG','2FRQWUROOHU¿HOG Connection with general equipment Locally procured LQVWUXPHQWDWLRQZRUNIRUFRQQHFWLRQWKURXJKUHOD\VLVUHTXLUHG UHOD\FLUFXLWSRZHUVXSSO\HWF SURGXFWV ¿HOGZRUN )RUGHWDLOVVHH>@ !³&RQQHFWLRQRIWKH','2FRQWUROOHUDQGVLJQDO lines.”

* The distance from the DIDO controller to general equipment must be up to 100 m.

DIDO controller

100m

General equipment (illumination)

DIDO 100m General equipment controller (illumination)

139 [6. DIDO Controller/PI Controller/AI Controller ] 5HTXLUHGVHWWLQJ

Setting item Description Reference Registration of group of general equipment connected to AE-200/ Group setting ,QVWUXFWLRQ%RRNIRU$($((: $((:

140 [6. DIDO Controller/PI Controller/AI Controller ] [4] PI controller <1> Connection of the PI controller 3,FRQWUROOHULVDGHYLFHZKLFKFRXQWVSXOVHIURPDSRZHUPHWHUJDVPHWHUZDWHUPHWHUDQGFDORULPHWHU 2QDFRQWUROV\VWHPZLWK$( VHW DQGH[SDQVLRQFRQWUROOHUV $((: IRU01(7OLQHV XSWR3, FRQWUROOHUV FKLQDOO FDQEHFRQQHFWHG Meters that does not have pulse oscillation cannot be used with the PI controller. Add an external converter circuit to enable the use of pulse signal input.

Notes ● Charge function will not work when there is combination of pulse count PLC and PI controller in a system. (For charge function, use either PLC or PI controller.) ● Charging function is not available for the DIDO controller. ● It is recommended to connect the UPS to the PI controller power supply.

AE-200/AE-50/ EW-50

<2> Connection of PI controller and the signal wire 7HUPLQDOEORFNVDQGFDEOHVDUH¿HOGVXSSOLHGSDUWV7KHPD[LPXPDOORZDEOHZLULQJOHQJWKLVP /RQJHUZLULQJLVPRUHVXVFHSWLEOHWRLQWHUIHUHQFHQRLVH,WLVUHFRPPHQGHGWRNHHSWKHOHQJWKZLWKLQPIRUORQJHUZLULQJLV more susceptible to noise. 7KHWDEOHEHORZVXPPDUL]HVLQSXWRXWSXWVLJQDOVSHFL¿FDWLRQV

Terminal Input/ Connection Operation Signal Explanation &K1R Output type Input terminal Non-voltage &DOFXODWHVWKHPHDVXUHGYDOXHDWWKHSUHVHWSXOVHXQLW ZHLJKW &K Input contact input Pulse count Pulse ([ N:KSHUDSXOVHLQSXWLQWKHFDVHWKDWWKHSXOVHXQLW ZHLJKW LV N:KSXOVH

[Recommended watt-hour meter] The table below shows the model of watt-hour consumption meter with pulse signal function. 8VHWKHSXOVHRVFLOODWLRQPHWHUVIRUJDVZDWHUDQGFDORULHDVZHOO

Item Explanation 0DQXIDFWXUHU 5HIHUHQFH 0,768%,6+,(/(&75,&&25325$7,21 0RGHOQDPH 5HIHUHQFH 0/ + 0. 9 0/ + 0. 9 50/ + 0. 9 0/ + 0. 9 503.9503.95 Output pulse method Semiconductor relay PV PVRUODUJHU Output non-voltage a-contact pulse for each pulse unit

Pulse range ON 100 ms-300 ms

Output pulse unit >N:KSXOVH@ N:KSXOVHRUOHVVUHFRPPHQGHG*1

8VHWKHZDWWKRXUPHWHURIN:KRUOHVVSXOVHIRUFKDUJHDSSRUWLRQLQJ

141 [6. DIDO Controller/PI Controller/AI Controller ] D 3XOVHLQSXW QRQYROWDJHDFRQWDFW &HUWDLQVHWWLQJVDUHUHTXLUHGEHIRUHXVH5HIHUWR³,QLWLDOVHWWLQJV´LQWKH,QVWDOODWLRQ,QVWUXFWLRQV0DQXDOWKDWFDPHZLWKWKH unit.

Note 3XOVHXQLW ZHLJKW FDQEHVHWIRUHDFKFKDQQHO &K 6HWWKHSXOVHXQLW ZHLJKW IURPWKH$($( (:RU7*$ 0DNHWKH³6&VHWWLQJ´ GHIDXOWYDOXH IRUWKH GLSVZLWFK6: SXOVHXQLW ZHLJKW YDOXH VHWWLQJ

Note This unit is not applicable to the levelmethod meters. :KHQXVLQJWKHOHYHOPHWKRGPHWHUVLQVWDOOWKH external convertible circuit for the pulse input.

CAUTION ● %HVXUHWRPDWFKWKHSRODULW\ZKHQXVLQJFRQWDFWVWKDW have polarity. ● 6XSSO\9'&P$IURPWKHSRVLWLYHWHUPLQDOWRWKH external contacts. Select the measuring instrument that A pulse is counted each time the output pulse of the meter ZRUNVZLWKLWVFRQWDFWDWP$ goes on. ● It is recommended to use watt-hour meter with pulse unit RIN:KSXOVHDVWKHXVHRIWKRVHZLWKPRUHN:KSXOVH may cause greater margin of error for apportioning. ● Do not run the sensor input wire adjacent to M-NET transmission line and power supply cable. ● 3HHORIIWKHVKHDWKWRPPIURPWKHHQGDQG securely insert the wire into the terminal. ● Do not let the copper wire short with the metal sheet SDUWV FRYHUDQGERWWRPFDVH RURWKHUZLUHV ● 3URYLGHVRPHVODFNLQWKHZLUHWRNHHSXQGXHIRUFH IURPEHLQJH[HUWHGRQWKHWHUPLQDOEORFNZKHQWKHZLUH LVSXOOHGRQ8VHFDEOHFODPSVRUWUXQNWHUPLQDOVDV necessary.

142 [6. DIDO Controller/PI Controller/AI Controller ] <3> Field supplied parts for the PI controller

Required parts 6SHFL¿FDWLRQ 8QLW¿[LQJVFUHZV 0VFUHZ[ 0PHWULFVFUHZWKUHDG Power supply &RPPHUFLDOO\DYDLODEOHSRZHUVXSSO\9'&:5LSSOHQRLVH/RZHUWKDQP9SS Use a sheathed vinyl code or cable. Power line $WOHDVWPP2 $:* Use a sheathed vinyl code or cable. Type of the cables ······&3(96&996RU0996 Size of the cables ······ 6ROLGZLUHPPPP M-NET transmission line 6WUDQGHGZLUHPP2 $:* PP2 $:* Power needs to be supplied to M-NET of this device. 8VH(:RUDVHSDUDWHO\SXUFKDVHGSRZHUVXSSO\XQLWIRUWKHWUDQVPLVVLRQOLQH 01(73RZHUFRQVXPSWLRQFRHI¿FLHQWLV>@ 8VHHOHFWULFZLUHRIDQDSSURSULDWHVL]HIRUWKHWHUPLQDOEORFNRIWKLVGHYLFH Cable size ···· 6ROLGZLUHPP $:* PP $:* Signal 6WUDQGHGZLUHPP2 $:* PP2 $:* Single stand: At least 0.18 mm

[Optional Accessories] Name Model Application 5HPDUN Power supply unit for Not required when power is supplied from an transmission line 3$&6&.8$ Power supply to M-NET transmission line RXWGRRUXQLWRU$($((:

[Commercial Parts] Name Application 5HPDUN ([WHUQDO9'& Supplies power to the PI controller 5HIHUWR³3RZHUVXSSO\IRUWKLVGHYLFH´LQ³5HTXLUHGSDUWV´DERYHIRUWKH power supply *2 power supply capacity.

5HIHUHQFH&RPPHUFLDOO\DYDLODEOHH[WHUQDO9'&SRZHUVXSSO\ 5HIHUWRWKHVHFWLRQPDUNHGZLWK LQWKH³)LHOGVXSSOLHGSDUWVIRUWKH','2FRQWUROOHU´IRUPRUHGHWDLOVRQFRPPHUFLDOO\DYDLODEOH H[WHUQDO9'&SRZHUVXSSO\

143 [6. DIDO Controller/PI Controller/AI Controller ] [5] AI controller <1> Connection for the AI controller The AI controller is a device that measures temperature and humidity. The measurement data can be monitored from the AE- $((:RU7*$6HWWLQJVFDQEHPDGHVRWKDWDODUPVLJQDOVDUHRXWSXWZKHQWKHPHDVXUHPHQWYDOXH exceeds a preset upper or lower limit. 8SWR$,FRQWUROOHUVFDQEHFRQQHFWHGWRHDFK$($((: 7KLVGHYLFHVXSSRUWVLQWHUORFNRSHUDWLRQIXQFWLRQVVXFKDV212))RIXQLWVRUFKDQJLQJWKHVHWWHPSHUDWXUHIRUWKHLQGRRU XQLWVDQGGHYLFHVFRQQHFWHGYLD01(7EDVHGRQFKDQJHVLQWHPSHUDWXUHRUKXPLGLW\ Do not use this device for disaster prevention control or security control.

WARNING ,QSDUWLFXODUGRQRWXVHWKLVGHYLFHLQOLIHFULWLFDODSSOLFDWLRQV

AE-200/AE-50/ EW-50

(1) Ch1 Temperature and humidity sensor input (2) Ch2 Temperature and humidity sensor input (3) Ch1 Out of range alarm output (4) Ch2 Out of range alarm output

<2> Connecting sensors to the AI controller &KVXSSRUWV3WGHWHFWLRQ'&P$9'&DQG9'&DQDORJLQSXW &KVXSSRUWV'&P$9'&DQG9'&DQDORJLQSXW $GLIIHUHQWVHQVRUFDQEHFRQQHFWHGWRHDFK&K7KHDOORZDEOHZLULQJOHQJWKGHSHQGVRQWKHVHQVRUVSHFL¿FDWLRQV +RZHYHULWLVUHFRPPHQGHGWRNHHSWKHOHQJWKZLWKLQPIRUORQJHUZLULQJLVPRUHVXVFHSWLEOHWRQRLVH 8VHDVHQVRUFDEOHZLWKDVKLHOGDQGFRQQHFWWKHVKLHOGWRWKH)*WHUPLQDORQ$,FRQWUROOHURURQFRQWUROERDUG

D &K3WLQSXW &HUWDLQVHWWLQJVDUHUHTXLUHGEHIRUHXVH5HIHUWR³,QLWLDOVHWWLQJV´LQWKH,QVWDOODWLRQ,QVWUXFWLRQV0DQXDOWKDWFDPHZLWKWKH unit.

CAUTION ● Only use shielded cables. ● 3WKDV$DQG%SROHV2EVHUYHWKHSRODULW\ ● Do not run the sensor input wire adjacent to the M-NET transmission line and power supply cable. Do not let the cable form a loop. ● 6WULSPPRIWKHZLUHFRDWLQJDQGLQVHUWILUPO\LQWRWKH terminal. ● 0DNHVXUHWKDWWKHFRSSHUZLULQJLVQRWVKRUWFLUFXLWLQJWKH SODWHV FRYHUORZHUFDVH RUQHLJERULQJZLUHV ● 3HUIRUPZLULQJZLWKVRPHSOD\VRWKDWWKHWHUPLQDOEORFNLVQRW VWUDLQHG,IVWUDLQHGXVHDZLUHJXLGHRUMXQFWLRQWHUPLQDOWR DOOHYLDWHWKHVWUHVVRQWKHWHUPLQDOEORFN

144 [6. DIDO Controller/PI Controller/AI Controller ] E &K &K $QDORJLQSXW '&P$'&9'&9 &HUWDLQVHWWLQJVDUHUHTXLUHGEHIRUHXVH5HIHUWR³,QLWLDOVHWWLQJV´LQWKH,QVWDOODWLRQ,QVWUXFWLRQV0DQXDOWKDWFDPHZLWKWKH unit.

1 1-5 VDC, 0-10 VDC and 4-20 mADC 2 4-20 mADC (Power is supplied to the sensor.) (Power is supplied to the signal cable.)

CAUTION ● Select the power supply that suits the sensor. ● Do not run the sensor input wire adjacent to M-NET transmission line and power supply cable. Do not let the cable form a loop. ● 3HHORIIWKHVKHDWKWRPPIURPWKHHQGDQGVHFXUHO\LQVHUWWKHZLUHLQWRWKHWHUPLQDO ● 'RQRWOHWWKHFRSSHUZLUHVKRUWZLWKWKHPHWDOVKHHWSDUWV FRYHUDQGERWWRPFDVH RURWKHUZLUHV ● 3URYLGHVRPHVODFNLQWKHZLUHWRNHHSXQGXHIRUFHIURPEHLQJH[HUWHGRQWKHWHUPLQDOEORFNZKHQWKHZLUHLVSXOOHGRQ 8VHFDEOHFODPSVRUWUXQNWHUPLQDOVDVQHFHVVDU\

145 [6. DIDO Controller/PI Controller/AI Controller ] <3> Connecting upper/lower limit alarm (Non voltage contact) 7KHPD[LPXPZLUHOHQJWKLVP/RQJHUZLULQJLVPRUHYXOQHUDEOHWRQRLVHLQWHUIHUHQFH,WLVUHFRPPHQGHGWRNHHSWKH length within 10 m for longer wiring is more susceptible to noise. &HUWDLQVHWWLQJVDUHUHTXLUHGEHIRUHXVH5HIHUWRVHFWLRQ³,QLWLDOVHWWLQJV´LQWKH,QVWDOODWLRQ,QVWUXFWLRQV0DQXDOWKDWFDPH with the unit. 7KHRXWSXWVLJQDOVSHFL¿FDWLRQVDUHVKRZQEHORZ :KHQWKHWHPSHUDWXUHRUKXPLGLW\H[FHHGVWKHXSSHURUORZHUOLPLWDODUPYDOXHVSHFL¿HGRQWKHPHDVXUHPHQWVHWWLQJVFUHHQ RQWKHPDLQXQLW/&'VFUHHQRU:HEEURZVHUVFUHHQDOHYHOVLJQDOFDQEHRXWSXWIURPWKHWHUPLQDORIFKRUFK )RUWKHVHWWLQJRIWKHXSSHUDQGORZHUOLPLWDODUPYDOXHVVHHWKH,QVWUXFWLRQ%RRNIRU$($((:

Terminal Input/ &K1R output Connection Usability Signal type Refrirant Type Standard 8SSHUORZHUOLPLWDODUPGHWHFWHGFRQWDFWFORVHG terminals Output Non-voltage upper and lower Level FKFK contact output limits Upper/lower limit alarm not detected: contact open.

CAUTION ● 8VHWKHUHOD\ ; WKDWPHHWVWKHIROORZLQJVSHFL¿FDWLRQV Operating coil [Load] 0D[LPXP9'&: %XLOWLQGLRGH 0LQLPXP9'&P: %XLOWLQGLRGH *1: AC loads cannot be connected. 3URYLGHWKHSRZHUVXSSO\ 99 WKDWPDWFKHVWKH load and relay to be used. ● 7RGULYHDGLUHFWORDGXVHRQHVZLWKLQWKHIROORZLQJV [Load] 0D[LPXP9'&: 0LQLPXP9'&P: * AC loads cannot be connected. ● Do not let the copper wire short with the metal sheet parts FRYHUDQGERWWRPFDVH RURWKHUZLUHV ● 3URYLGHVRPHVODFNLQWKHZLUHWRNHHSXQGXHIRUFHIURP EHLQJH[HUWHGRQWKHWHUPLQDOEORFNZKHQWKHZLUHLV * While the upper/lower limit alarm is being detected, SXOOHGRQ8VHFDEOHFODPSVRUWUXQNWHUPLQDOVDV the built-in relay contact will always be ON. necessary. ● (level signal output) 7RNHHSZDWHUIURPWULFNOLQJGRZQWKHFDEOHDQGFDXVLQJ FXUUHQWOHDNRU¿UHGRQRWURXWHWKHFDEOHIURPWKHWRSRI WKHFRQWUROERDUGGLUHFWO\WRWKHWHUPLQDOEORFNRQWKH controller.

146 [6. DIDO Controller/PI Controller/AI Controller ] <4> Field-supplied parts for the AI controller

Required parts 6SHFL¿FDWLRQ 8QLW¿[LQJVFUHZV 0VFUHZ[ 0PHWULFVFUHZWKUHDG Power supply for this device &RPPHUFLDOO\DYDLODEOHSRZHUVXSSO\9'&:5LSSOHQRLVH/RZHUWKDQP9SS A separate power supply may be required for sensors. Power supply for sensors :KHQ9'&LVXVHGSRZHUFDQEHVXSSOLHGWRWKHVHQVRUE\LQFUHDVLQJWKHFDSDFLW\RIWKH power supply to the AI controller using it to feed power to the sensor. Power line Use a sheathed vinyl code or cable. $WOHDVWPP2 $:* Use a sheathed vinyl code or cable. Type of the cables ······&3(96&996RU0996 Size of the cables ······ 6ROLGZLUHPPPP M-NET transmission line 6WUDQGHGZLUHPP2 $:* PP2 $:* Power needs to be supplied to M-NET of this device. Use an outdoor unit or a separately purchased power supply unit for the transmission line. 01(73RZHUFRQVXPSWLRQFRHI¿FLHQWLV>@ 8VHHOHFWULFZLUHRIDQDSSURSULDWHVL]HIRUWKHWHUPLQDOEORFNRIWKLVGHYLFH 6HOHFWWKHVLJQDOZLUHEDVHGRQWKHVHQVRUVSHFL¿FDWLRQV Only use shielded cables. Signal Cable size ···· 6ROLGZLUHPP $:* PP $:* 6WUDQGHGZLUHPP2 $:* PP2 $:* Single stand: At least 0.18 mm

[Commercial Parts] Name Application 5HPDUN ([WHUQDO9'& Supplies power to the AI controller 5HIHUWR³3RZHUVXSSO\IRUWKLVGHYLFH´DQG³3RZHUVXSSO\IRUVHQVRUV´ power supply *1 LQ³5HTXLUHGSDUWV´DERYHIRUWKHSRZHUVXSSO\FDSDFLW\ 7HPSHUDWXUHVHQVRU 3$&6(76$3$&6(76 FDQQRWEH Sensor Measures temperature and humidity connected.

5HIHUHQFH&RPPHUFLDOO\DYDLODEOHH[WHUQDO9'&SRZHUVXSSO\ 5HIHUWRWKHVHFWLRQPDUNHGZLWK LQWKH³)LHOGVXSSOLHGSDUWVIRUWKH','2FRQWUROOHU´IRUPRUHGHWDLOVRQFRPPHUFLDOO\DYDLODEOH H[WHUQDO9'&SRZHUVXSSO\

147 [6. DIDO Controller/PI Controller/AI Controller ] [6] Installation/Wiring method (applicable to all controllers) <1> Installation ','23,RU$,FRQWUROOHUGRHVQRWKDYHDZDWHUSURRIVWUXFWXUH 3UHSDUHDFRQWUROSDQHOFDSDEOHRIVWRULQJWKHFRQWUROOHUVXFKDVWKHRQHVKRZQLQWKH¿JXUHEHORZ,QVWDOOWKHFRQWUROOHU GHYLFH LQDFRQWUROOHUSDQHOVWURQJHQRXJKWRZLWKVWDQGDZHLJKWRINJ>OEV@ 7KLVGHYLFHFDQEHLQVWDOOHGÀDWRUYHUWLFDOO\&OHDUWKHVSDFHVKRZQEHORZZKHQLQVWDOOLQJ

Size of the device: 200 (W) x120 (H) x 45 (D) mm

Unit: mm

Space required to install a controller

Notes ● The space indicated above does not include the space for peripheral parts. The amount of space required for installation depends on which functions are used and how the cables are routed. Secure adequate space for a given type of installation. ● ,QWKHFDVHRILQVWDOOLQJKRUL]RQWDOO\LQWKHFRQWUROERDUGWKHXSSHUSDUWRIWKHFRYHUVKRXOGEHKRRNHGWRWKHORZHUFDVH as it is originally designed to be installed vertically. )RUKRUL]RQWDOLQVWDOODWLRQEHVXUHWRLQVWDOOFDUHIXOO\KROGLQJWKHXSSHUFDVHDQGVFUHZ¿[ZLWKWKHORZHUFDVHWRDYRLGWKH fall.

)L[WKHWRSRIWKLVGHYLFHWRWKHFRQWUROSDQHODWWZRSRLQWVE\ORRVHO\WLJKWHQLQJWKHVFUHZV 0 SURFXUHGORFDOO\ Fix the bottom in place with two screws and then tighten all four of the screws.

148 [6. DIDO Controller/PI Controller/AI Controller ] 7RUHPRYHWKHFRYHUDVVKRZQLQWKH¿JXUHUHPRYHWKHWZRVFUHZV¿[LQJWKHFRYHUDQGWKHQUHPRYHWKHFRYHUE\ XQKRRNLQJWKHXSSHUKRRNVHFWLRQIURPWKHORZHUFDVH 7RDWWDFKWKHFRYHUKRRNWKHXSSHUKRRNVHFWLRQRQWKHORZHUFDVHDQGWKHQ¿[WKHFRYHULQSODFHZLWKWKHWZRVFUHZV that were removed.

Note 7ZRKRRNVDUHORFDWHGRQWKHXSSHUVHFWLRQRIWKHFRYHU

&RQQHFWWKHSRZHUZLUHDQG01(7WUDQVPLVVLRQOLQHE\IROORZLQJWKHLQVWUXFWLRQVLQWKHVHFWLRQ³&RQQHFWLQJWKHSRZHU wire and M-NET line.”

CAUTION ● Perform wiring with some play so that the terminal EORFNLVQRWVWUDLQHG,I VWUDLQHGXVHDZLUHJXLGHRU junction terminal to alleviate the stress on the terminal EORFN ● Do not connect the wires directly from the top of the control panel to the terminal EORFN0RLVWXUHPD\HQWHU this device along the wiring DQGFDXVHHOHFWULFVKRFNRU wire.

Note Do not install the input signal wire alongside or in contact with M-NET transmission line or other wires.

149 [6. DIDO Controller/PI Controller/AI Controller ] <2> Connecting the power wire and M-NET cable

Connect M-NET transmission line to a power supply unit (PAC-SC51KUA) or an outdoor unit (either a centralized control line or indoor control line can be connected.) * Only M-NET circuitry of this device receives the power from M-NET transmission line. * The power consumption factor is [1/4]. (Equivalent to one ME remote controller.)

CAUTION ● 8VHDSRZHUOLQHDQG01(7WUDQVPLVVLRQOLQHWKDWVDWLVI\WKHVSHFL¿FDWLRQVGHVFULEHGLQ³3DUWVWR3URFXUHG/RFDOO\´ ● $WWDFKDFLUFXLWFRPSULVLQJWKHIROORZLQJFRPSRQHQWWRWKHVXSSO\SULPDU\VLGHRIWKH9'&SRZHUVXSSO\ 9DULVWRU $UUHVWHU 1RLVH¿OWHU )XVH ● ,WLVLPSRUWDQWWRSD\DWWHQWLRQWRWKHSRODULW\ZKHQFRQQHFWLQJWKH9'&SRZHUVXSSO\WHUPLQDOEORFN Connecting the positive and negative in the reverse order will cause a failure. ● )L[WKHSRZHUOLQHDQG01(7WUDQVPLVVLRQOLQHLQSODFHRQWKHRXWVLGHWRHQVXUHWKDWWKHWHUPLQDOEORFNLVQRWDIIHFWHG by any external force. 1RWVHFXUHO\FRQQHFWLQJDQG¿[LQJWKHZLUHVLQSODFHPD\FDXVHKHDWJHQHUDWLRQDQG¿UH ● 0DNHVXUHWKDWWKHFRSSHUZLULQJLVQRWVKRUWFLUFXLWLQJWKHSODWHV FRYHUORZHUFDVH RUQHLJERULQJZLUHV Cover the shielded line of M-NET transmission line with materials such as vinyl tape and prevent short-circuiting with the plates.

Note If this device is connected to an M-NET indoor control line and the outdoor control unit shuts down due to VHUYLFHIDLOXUHWKH','2FRQWUROOHUFDQQRWEHFRQWUROOHGIURPWKHV\VWHPFRQWUROOHU

Note 7KHXVHRIDQXQLQWHUUXSWLEOHSRZHUVXSSO\ 836 LVUHFRPPHQGHGIRU3,FRQWUROOHUVLQRUGHUWRSUHYHQWWKHORVV of pulse data in the event of a power failure. ,IWKHFRQQHFWLRQRIWKH836LVQRWSRVVLEOHLWLVUHFRPPHQGHGWKDWWKHSRZHURIWKH9'&REMHFWLYHXQLW 9$&V\VWHP LVVXSSOLHGIURPWKHVDPHSRZHUVRXUFHDVWKH$&SRZHUVXSSO\OLQH

150 [7. Schedule Function ] 7. Schedule Function

$($(DQG(:KDYHDZHHNO\ NLQGV DQQXDODQGGDLO\VFKHGXOLQJIXQFWLRQ [1] Outline

$($( $($((::HE TG-2000A

Schedule setting 6HWWLQJRQ$($( Setting on Web monitoring PC Setting on TG-2000A software No. of operation per day: 24 times No. of operation per day:24 times Operation items: Operation items: 212))VHWWHPSHUDWXUHRSHUDWLRQPRGHIDQVSHHGDLU 212))VHWWHPSHUDWXUHRSHUDWLRQPRGHIDQVSHHGDLU ÀRZGLUHFWLRQORFDOUHPRWHFRQWUROOHUSURKLELWLRQSHUPLVLRQ ÀRZGLUHFWLRQORFDOUHPRWHFRQWUROOHUSURKLELWLRQSHUPLVLRQ Time setting unit: 1 minute Time setting unit: 1 minute

:HHNO\VFKHGXOH Operation subjects: Operation subjects: *URXS%ORFN$OOJURXSV *URXSV $OO )ORRUVEORFNV:KROHEXLOGLQJ Pattern: Pattern: GLIIHUHQWVFKHGXOHVHWWLQJVFDQEHPDGH 3RVVLEOHWRVHWIRUSDWWHUQVIRU6XPPHU:LQWHU Each schedule can have time period. :HHNO\:HHNO\:HHNO\:HHNO\:HHNO\ 2SHUDWLRQVHWWLQJVFDQEHPDGHVHSDUDWHO\VXFKDV³6HW 2SHUDWLRQVHWWLQJVFDQEHPDGHVHSDUDWHO\VXFKDV³6HW WHPSHUDWXUHRQO\´RU³2SHUDWLRQPRGHRQO\´ WHPSHUDWXUHRQO\´RU³2SHUDWLRQPRGHRQO\´ 3RVVLEOHWRVHWIRUDPD[LPXPRIGD\VDQGXSWRPRQWKVLQFOXGLQJWKHFXUUHQWPRQWK Annual schedule 1RRISDWWHUQSDWWHUQV Today schedule 7RGD\VFKHGXOHFDQEHFKDQJHGZLWKRXWFKDQJLQJWKHZHHNO\VFKHGXOHVRUWKHDQQXDOVFKHGXOHV Optimized start-up Units start automatically in order to reach the scheduled temperature at the scheduled time.

:KDWLVWKHZHHNO\VFKHGXOH" 7KLVWHUPUHIHUVWRWKHRSHUDWLRQVFKHGXOHRIHDFKGD\RIWKHZHHN

:KDWLVWKHVHDVRQDOVFKHGXOH" VHWVRIZHHNO\VFKHGXOHV :HHNO\:HHNO\:HHNO\:HHNO\:HHNO\ FDQEHVHWDQGHDFKFDQEHGHVLJQDWHG its scheduled term.

:KDWLVWKHDQQXDOVFKHGXOH" ,QDGGLWLRQWRWKHZHHNO\VFKHGXOHIRUVSHFLDOGD\V QDWLRQDOKROLGD\VVXPPHUYDFDWLRQDQGHWF DGLIIHUHQWVFKHGXOH FDQEHVHWIRUDPD[LPXPRIGD\VXSWRPRQWKV LQFOXGLQJWKHFXUUHQWPRQWK LQDGYDQFH 'XULQJWKHGD\VVHWLQWKHDQQXDOVFKHGXOHWKHZHHNO\VFKHGXOHVHWWLQJVZLOOQRWEHSHUIRUPHGZKLOHWKHVFKHGXOHVHWLQ the annual schedule will be performed.

:KDWLVWRGD\¶VVFKHGXOH" $IWHUVHWWLQJWKHZHHNO\DQGDQQXDOVFKHGXOHVWRGD\¶VVFKHGXOHFDQEHXVHGIRUVXGGHQFKDQJHVLQWKHUHJXODUVFKHGXOH :KHQWRGD\¶VVFKHGXOHLVVHWWKHZHHNO\DQGDQQXDOVFKHGXOHVHWWLQJVZLOOQRWEHSHUIRUPHG +RZHYHUIURPWKHIROORZLQJGD\RSHUDWLRQVZLOOUHVXPHDFFRUGLQJWRWKHZHHNO\DQGDQQXDOVFKHGXOHVVHWWLQJV

2SWLPL]HGVWDUWXSIXQFWLRQ :KHQWKLVIXQFWLRQLVVFKHGXOHGWKHXQLWVVWDUWDXWRPDWLFDOO\LQRUGHUWRUHDFKWKHVFKHGXOHGWHPSHUDWXUHDWWKH VFKHGXOHGWLPH7RVFKHGXOHWKLVIXQFWLRQVHOHFW³2SWLPL]HGVWDUWXS´EXWWRQRQVFKHGXOHVHWWLQJVFUHHQ

151 [7. Schedule Function ]

7KHOHIWJUDSKEHORZVKRZVWKHH[DPSOHWRPDNHWKHURRPWHPSHUDWXUH&DWGXULQJFRROLQJRSHUDWLRQ 7KHULJKWJUDSKVKRZVWKHH[DPSOHWRPDNHWKHURRPWHPSHUDWXUH&DWGXULQJKHDWLQJRSHUDWLRQ

152 [7. Schedule Function ] [2] Annual/Weekly/Today schedule 7KHDQQXDOZHHNO\ :HHNO\WR:HHNO\ DQGWRGD\¶VVFKHGXOHVFDQEHVHWRQWKHPDLQXQLWRU:HEEURZVHUE\WKH VWDQGDUGIXQFWLRQRI$($((:

>:HHNO\VFKHGXOH@ 1.It can be set in 1-minute interval. ,WHPVFDQEHVHWWLPHVSHUDGD\ HDFKGD\RIDZHHN WLPHVSHUGD\IRU+:+3 4$+9 HDFKGD\RIDZHHN 3DUWLDOVHWWLQJVXFKDVRQO\RSHUDWLRQPRGHVHWWLQJRUWHPSHUDWXUHVHWWLQJLVDYDLODEOH 6HWWDEOHLWHPVDUHDVIROORZV212))RSHUDWLRQPRGHWHPSHUDW XUHIDQVSHHGDLUIORZGLUHFWLRQDQGRSHUDWLRQ prohibition from the local remote controllers. 2EMHFWLYHVFDQEHVHWIRUHDFKJURXSEORFNÀRRURUDOOJURXSV SDWWHUQVRIZHHNO\VFKHGXOH :HHNO\WR:HHNO\ FDQEHVHW 7KHSHULRG PRQWKGD\ IRUHDFKRI:HHNO\WR:HHNO\FDQEH VHW

[Annual schedule] 1.It can be set in 1-minute interval. VSHFL¿FGD\VFDQEHVHWZLWKLQWKHSHULRGRIPRQWKVLQFOX GLQJWKHFXUUHQWPRQWK 2EMHFWLYHVFDQEHVHWIRUHDFKJURXSEORFNÀRRURUDOOJURXSV FROOHFWLYHO\ 8SWRVFKHGXOHSDWWHUQVFDQEHVHWDQGDOORWWHGHDFKSDWWHUQ WRDVSHFL¿HGGD\ 6HWWLQJFRQWHQWVDUHWKHVDPHDVWKHZHHNO\VFKHGXOH :HHNO\DQGVHDVRQDOVFKHGXOHVKDOOQRWEHH[HFXWHGRQWKHGD\WKHDQQXDOVFKHGXOHLVDOVRVHW

[Today schedule] 1.It can be set in 1-minute interval. 2EMHFWLYHVFDQEHVHWIRUHDFKJURXSEORFNÀRRURUDOOJURXSV FROOHFWLYHO\ 7KHWRGD\¶VVFKHGXOHLVLPSOHPHQWHGLQSULRULW\WRRWKHUVFKHGX OHV 6HWWLQJFRQWHQWVDUHWKHVDPHDVWKHZHHNO\VFKHGXOH

153 [7. Schedule Function ] <1> Setting on main unit LCD screen

Annual schedule

:HHNO\VFKHGXOH

Today schedule

Season setting

154 [7. Schedule Function ] <2> Setting on Web browser

:HHNO\VFKHGXOLQJVFUHHQ'HWDLOV! :HHNO\VFKHGXOLQJVFUHHQ!

Set the details of operations for each VHWWLQJXQLW JURXSEORFNRUDOOJURXSV on the screen shown left.

155 [7. Schedule Function ]

156 [7. Schedule Function ] <3> Weekly schedule of TG-2000A 7KHLQWHJUDWHGVRIWZDUH7*$DOORZVVFKHGXOLQJIRUDLUFRQGLWLRQHUVZLWKRXWFRQVFLRXVQHVVRI$($((:6HW WKHVFKHGXOHIRUHDFKVHWWLQJREMHFW JURXSEORFNÀRRUHWF

NLQGVRIVHWWLQJGDWDVXFKDV ³PDVWHUIRUVXPPHU´DQG³PDVWHU IRUZLQWHU´FDQEHSUHSDUHG7KLV is convenient for switching the schedule at the change of season.

WLPHVRIRSHUDWLRQVFDQEHVHWIRUHDFKGD\RIZHHN,WLVSRVVLEOHWRVHW only the operation mode or temperature. 7KHDLUGLUHFWLRQDQGIDQVSHHGFDQEHVHWRQ$($((:

7KHVFKHGXOLQJIXQFWLRQRI7*$FDQFKDQJHWKHVFKHGXOHVVHWE\$($((:LQWKHVDPHPDQQHUDVWKH settings on the Web browser.

157 [8. Energy Management Function ] 8. Energy Management Function [1] Outline 7KHHQHUJ\PDQDJHPHQWIXQFWLRQFDQJUDSKLFDOO\GLVSOD\WKHFRQGLWLRQVUHODWLQJWRHQHUJ\PDQDJHPHQWVXFKDVSRZHU FRQVXPSWLRQRSHUDWLRQWLPHDQGRXWGRRUWHPSHUDWXUH 7KHHQHUJ\PDQDJHPHQWGDWDLVVDYHGLQ$($(DQGFDQEHRXWSXWLQ&69IRUPDWWRDSHUVRQDOFRPSXWHU PLQXWHPLQXWHGDLO\PRQWKO\DQG\HDUO\GDWDDUHVDYHG7KHGDWDDUHUHWDLQHGIRUPRQWKV PLQXWH PRQWKV PLQXWHGDLO\DQGPRQWKO\ DQG\HDUV \HDUO\ )RUPRUHLQIRUPDWLRQVHH>@ !³/LVWRIHQHUJ\PDQDJHPHQWGDWD´ ,WLVSRVVLEOHWRGLVSOD\WKHGDWDRIHDFKEORFNJURXSRUXQLWDGGUHVVVSHFLI\LQJWKHGD\PRQWKDQG\HDUDQGFKHFNWKHVWDWXV of use of energy by the relevant indoor unit in detail. ,WLVSRVVLEOHWRGLVSOD\WKHVWDWXVRIXVHRIHQHUJ\E\LQGRRUXQLWVLQGLIIHUHQWDUHDV EORFNV RQWKHVDPHVFUHHQIRUFRPSDULVRQ The data can be compared with the data in the last year. 7KLVIXQFWLRQYLVXDOL]HVWKHHQHUJ\DQGWKHUHIRUHFDQEHXVHGIRUWKHIROORZLQJSXUSRVHV

1. Understanding of current status 7KHDFWXDOHQHUJ\ HOHFWULFHQHUJ\ XVHVWDWXVDQGRSHUDWLRQFRQGLWLRQ RSHUDWLRQWLPHWHPSHUDWXUHVHWWLQJHWF FDQEH understood. $FFRUGLQJWRWKHRSHUDWLRQFRQGLWLRQLWLVSRVVLEOHWRFKHFNIRUZDVWHIXOIDFWRUV IDLOXUHWRWXUQRIIH[FHVVLYHWHPSHUDWXUH VHWWLQJHWF DQGH[DPLQHWKHHQHUJ\VDYLQJPHDVXUHV &RQ¿UPDWLRQRIHIIHFWRIHQHUJ\VDYLQJ 7KHUHGXFWLRQLQSRZHUFRQVXPSWLRQDIWHUWKHHQHUJ\VDYLQJPHDVXUHVDUHWDNHQDQGWKHHIIHFWRILPSURYHPHQWRI RSHUDWLRQFRQGLWLRQFDQEHFRQ¿UPHG 3. Understanding of condition of air conditioner ,WLVSRVVLEOHWRFKHFNWKDWWKHSRZHUFRQVXPSWLRQRIHDFKDLUFRQGLWLRQHULVDSSURSULDWHWRWKHRSHUDWLRQWLPH ,IWKHSRZHUFRQVXPSWLRQRIDQ\DLUFRQGLWLRQHULVQRWDSSURSULDWHWKHFDSDELOLW\RIWKHDLUFRQGLWLRQHUPD\KDYHGHFUHDVHG RUWKHH[WHUQDOHQYLURQPHQWPD\KDYHDIIHFWHGLW&KHFNLQJWKHFRQGLWLRQFDQJLYHDQRSSRUWXQLW\WRH[DPLQHWKHDLU conditioner.

It is possible to compare Ranking of power with other areas or data consumption in descending in the last year. order can be displayed.

The outdoor temperature The degree of attainment can be displayed. of the target value can be checked.

AE-200/ Energy use status Ranking AE-50

Data is saved in AE-200/AE-50.

Data can be saved in CSV Data Data type Data retention format in a personal (interval) period computer. 406 2014 Every 5 min Last 2 months All blocks Block name,Indoor Unit Electric Energy,Target electric energy (kWh) Every 30 min Last 25 months Block1,9370.68,7886.4 Block5,7283.76,6744.36 Every day Last 25 months Unregistered Blocks,6327.72,7339.56 Block3,4166.4,6286.8 Every month Last 25 months Block6,2302.68,1949.28 Personal computer Block2,2224.56,4077.12 Every year Last 5 years CSV format Retention period of CSV data

Remarks ● ,QFDVHRIIDLOXUHRI$($(SHULRGLFDOO\VDYHWKHHQHUJ\PDQDJHPHQWGDWDLQDSHUVRQDO FRPSXWHU)RUWKHVDYLQJSURFHGXUHVHH>@³'DWDGRZQORDGLQJ´DQG>@³&69RXWSXW´ ● )RUPRUHLQIRUPDWLRQRQWKHUHWHQWLRQSHULRGRI&69GDWDVHH>@ !³(QHUJ\PDQDJHPHQWGDWDOLVW´ ● The power consumption is calculated based on the electric energy consumed by outdoor units. The SRZHUFRQVXPSWLRQRILQGRRUXQLWVLVQRWWDNHQLQWRDFFRXQW7KHSRZHUFRQVXPSWLRQGDWDVKDOOEHXVHG for reference only. ● The power consumption calculated by the energy management function must not be used for charging tenants for air conditioning fee. 7KHGDWDFDQQRWEHXVHGIRUWUDQVDFWLRQVRUFHUWLILFDWLRQV E\PHDVXUHPHQW SUHVFULEHGE\WKH Measurement Act. ● 7KHHQHUJ\PDQDJHPHQWIXQFWLRQFDQQRWEHXVHGIRUDLUIHHGLQJIDQVGHYLFHVFRQQHFWHGWR','2 controller or devices connected to PLC for general equipment. )RUWKHSRVVLELOLW\RIDSSRUWLRQPHQWRIHOHFWULFHQHUJ\VHH>@ !³6HOHFWLRQRIDSSRUWLRQPHQWPRGH when more than one models are connected.”

158 [8. Energy Management Function ] [2] Electric energy calculation method <1> Calculation of electric energy The energy management function apportions the power consumption of the outdoor units according to the amount of RSHUDWLRQ XVDJH RIHDFKLQGRRUXQLWDQGFDOFXODWHVWKHHOHFWULFHQHUJ\FRQVXPHGE\HDFKLQGRRUXQLW 7KHFDOFXODWHGSRZHUFRQVXPSWLRQLVGLVSOD\HGJUDSKLFDOO\RQWKHHQHUJ\XVHVWDWXVDQGUDQNLQJVFUHHQV Only the power consumption of outdoor units is included in the calculation. The power consumption of indoor units is not included.

24 VDC AE-200/ power supply AE-50 M-NET transmission line Power supply line Dedicated line

Group 1 Group 2

PI controller M-NET

3-phase Pulse 380 V-415 V detector

Group 3 Power consumption Consumed electric on June 1st energy is calculated based on the capacities 100 kWh of connected models and operation time.

40 kWh 35 kWh 25 kWh

Power Power Power consumption consumption consumption of group1 on of group2 on of group3 on June 1st June 1st June 1st

Note: The indication of the power supplies for the indoor units is omitted.

159 [8. Energy Management Function ] <2> Transition of energy management screens 7RGLVSOD\WKHHQHUJ\XVHVWDWXVDQGUDQNLQJLWLVQHFHVVDU\WRVHWWKHGDWHGLVSOD\GHYLFHDQGGLVSOD\LWHP 7RGLVSOD\WKHWDUJHWYDOXHVRQDJUDSKLWLVQHFHVVDU\WRVHWWKHWDUJHWYDOXHV Transition of these screens is shown below.

(QHUJ\XVHVWDWXV Set the target to be displayed on the graph and the period.

Touch [ ].

Touch [ ] or [ ].

Touch [Bar graph] Touch [ ] or [Line graph]. or [ ].

Select the item to be displayed in bar graph or line graph.

5DQNLQJ Set the target of ranking to be displayed, date and display item.

Touch [ ].

Touch [ ] or [ ].

160 [8. Energy Management Function ] 6HWWLQJRIWDUJHWYDOXHV Set the usage ratio of each block.

Touch [ ] of [Target value for each block].

Touch [ ] or [ ].

Touch [ ] of Touch [ ] [Total target value]. or [ ].

Set the usage ratio in each month. Set the usage ratio in each month.

Touch [ ].

Set the usage ratio on each day of the week.

Touch [ ].

3HDNFXWFRQWUROVWDWXV

161 [8. Energy Management Function ] <3> Apportionment mode (base data for apportionment) Select the base data for apportionment among outdoor units from the following three items. Set the mode on the Web browser for initial setting. )RUWKHVHWWLQJSURFHGXUHVHH>@ !³6HWWLQJRIDSSRUWLRQPHQWPRGHIRULQGRRUXQLWV´ &DSDFLW\VDYHDPRXQW«'HIDXOW 7KHUPR21WLPH WLPHRIXVHRIUHIULJHUDQW )$1RSHUDWLRQWLPH ZRUNLQJWLPH

The differences among these apportionment modes are shown in the following table.

Capacity save amount Thermo ON time FAN operation time 9DOXHDSSUR[LPDWHWRDPRXQWRI Time during which refrigerant is being Measurement method refrigerant used by each indoor unit fed into each indoor unit Operation time of indoor unit

Since the calculation is based on The time during which the cooling Accuracy of values approximate to the amounts of thermostat is on or the heating Since the FAN operation time is apportionment UHIULJHUDQWIHGLQWRWKHLQGRRUXQLWV thermostat is on is counted. The time FRXQWHGWKHWLPHRIDLUEORZLQJLV the power consumption can be RIDLUEORZLQJ WKHUHIULJHUDQWLVQRW also counted. calculated with the highest accuracy. XVHG LVQRWFRXQWHG

,I0U6OLPDLUFRQGLWLRQHULVXVHGSRZHUFDQEHDSSRUWLRQHGEDVHGRQ³&DSDFLW\VDYHDPRXQW´LQWKHRXWGRRUXQLW DSSRUWLRQPHQWPRGHRQO\ZKHQWKHIROORZLQJPRGHORI01(7DGDSWHULVXVHG,IDQRWKHUPRGHOLVXVHGVHWWKH DSSRUWLRQPHQWPRGHEDVHGRQ³7KHUPR21WLPH´RU³)$1RSHUDWLRQWLPH´ 01(7DGDSWHU3$&6-0$3$&6-0$DQG3$&6-0$

<4> Selection of apportionment mode when more than one models are connected The applicable apportionment modes vary depending on the connected models. 6HOHFWWKHDSSRUWLRQPHQWPRGHIRUHDFKVHWRI$($(DFFRUGLQJWRWKHIROORZLQJWDEOH

1RWH,IDQDSSRUWLRQPHQWPRGHLQDSSOLFDEOHWRDFRQQHFWHGPRGHOLVVHOHFWHGWKHHOHFWULFHQHUJ\FDQQRWEHFDOFXODWHG correctly. Select an apportionment mode applicable to all connected models.

A-control 5$&+$& Free plan LOSSNAY CITY MULTI CITY MULTI Equipment Electric energy ,QFOXGLQJ +95) apportionment mode PAC Mr. Slim 0XOWL6 VHULHV VLPXOWDQHRXV Independent Multi ,QWHUORFNHG Independent Capacity save amount *1 –––– Thermo ON time –––– FAN operation time ––––

OA Processing Unit +:+3 &$+9 Device Device +HDW Electric energy Air to Water connected connected to storage Chiller apportionment mode 3:)< +:+3 &$+9 to DIDO PLC for general model ,QWHUORFNHG Independent &5+94$+9 controller equipment

Capacity save amount – ––––– Thermo ON time – ––––– FAN operation time –––––

$SSRUWLRQHGEDVHGRQ7KHUPR21WLPHHYHQZKHQWKHVHWWLQJLVPDGHWRDSSRUWLRQLWEDVHGRQWKHFDSDFLW\VDYHDPRXQW

162 [8. Energy Management Function ] <5> Setting of electricity meter for apportionment Set the electricity meter for apportionment. Select an electricity meter on the outdoor unit side. Set the meter on the Web browser for initial setting. )RUWKHVHWWLQJSURFHGXUHVHH>@ !³6HWWLQJRIHOHFWULFLW\PHWHUIRUDSSRUWLRQPHQWWRLQGRRUXQLWV´

AE-200/AE-50/ EW-50 As the electricity meter for apportionment, select an electricity PI controller M-NET meter connected on Pulse the outdoor unit side. detector

Outdoor unit M-NET line AC power supply line Indoor unit Dedicated wiring

The data of the electricity meter for the indoor units is not taken into account for apportionment. Note: The indication of the power supply units is omitted.

:KHQDV\VWHPLQFOXGHVERWKWKH+95)VHULHVDQGRWKHUVHULHVRI&LW\0XOWLXQLWVLQVWDOODVHSDUDWHHOHFWULFLW\PHWHUIRUHDFK series.

AE-200/AE-50/ EW-50

Electricity meter for the HVRF series of outdoor units

Electricity meter for the outdoor units other than the HVRF series PI controller M-NET Pulse detector

Outdoor unit Outdoor unit (HVRF) (Excluding HVRF) M-NET line AC power supply line Indoor unit Dedicated wiring

Electricity meter for the HVRF series of indoor units

Electricity meter for the indoor units other than the HVRF series

163 [8. Energy Management Function ] <6> Method of calculating amount of standby electricity (in the case of connection only of CITY MULTI) 7KHDPRXQWRIVWDQGE\HOHFWULFLW\FRQVXPHGE\RQHRXWGRRUXQLWIRUPLQXWHVLVFDOFXODWHGDVD¿[HGDPRXQW:K :K IRUKU 7KHDPRXQWLV¿[HGUHJDUGOHVVRIPRGHOFDSDFLW\DQGRSHUDWLQJVWDWH The amount of standby electricity is distributed according to the indoor unit capacities. :KHQRQO\&,7<08/7,LVFRQQHFWHGWKHDPRXQWRIVWDQGE\HOHFWULFLW\LVFDOFXODWHGDVVWDWHGEHORZ

>([DPSOH@0HWKRGRIFDOFXODWLQJWKHDPRXQWRIVWDQGE\HOHFWULFLW\IRUPLQXWHV $QH[DPSOHIRUPLQXWHVLVVKRZQ EHFDXVHWKHDSSRUWLRQPHQWFDOFXODWLRQLVSHUIRUPHGHYHU\PLQXWHV

AE-200/AE-50/ EW-50 Note: The indication of the power supply units is omitted. Capacity of Unit 1 indoor unit

5 kW 35 Wh × 5 / 11 = 15.90 Wh 15.9 Wh *1

Amount of standby Unit 2 electricity consumed 2 kW 35 Wh × 2 / 11 = 6.36 Wh 6.3 Wh by outdoor unit

35 Wh Unit 3 *2 3 kW 35 Wh × 3 / 11 = 9.54 Wh 9.5 Wh

Unit 4 1 kW 35 Wh × 1 / 11 = 3.18 Wh 3.1 Wh

Total capacity: 11 Total standby electricity: 34.8 Wh

*1: The values are rounded down to one decimal place. 7KHUHIRUHWKHWRWDOVWDQGE\HOHFWULFLW\LV:KDQGWKHUHLVDGLIIHUHQFHIURPWKHDPRXQWEHIRUHFDOFXODWLRQ :K :KHQWKHRXWGRRUXQLWVDUHFRQQHFWLRQW\SHWKHDPRXQWRIVWDQGE\HOHFWULFLW\LV:KSHUXQLW [Example] :KHQRQHXQLWRI2&DQGWZRXQLWVRI26DUHFRQQHFWHGWKHDPRXQWRIVWDQGE\HOHFWULFLW\LV:Kî :K

164 [8. Energy Management Function ] <7> Method of calculating electric energy (in the case of connection only of CITY MULTI) :KHQRQO\&,7<08/7,LVFRQQHFWHGWKHHOHFWULFHQHUJ\IRUPLQXWHVLVFDOFXODWHGDVVWDWHGEHORZ Note: In the case where the capacity save amount has been selected as the apportionment mode

>([DPSOH@0HWKRGRIFDOFXODWLQJWKHHOHFWULFHQHUJ\IRUPLQXWHV $QH[DPSOHIRUPLQXWHVLVVKRZQEHFDXVHWKH DSSRUWLRQPHQWFDOFXODWLRQLVSHUIRUPHGHYHU\PLQXWHV

AE-200/AE-50/ EW-50 Note: The indication of the power supply Amount of units is omitted. capacity saved for Capacity of indoor Apportionment Unit 1 30 minutes coefficient *1 unit *2 22 × 5 kW = 110 965.2 Wh × 110 / 225 = 471.87 Wh 471.8 Wh Unit 2

25 × 2 kW = 50 965.2 Wh × 50 / 225 = 214.48 Wh 214.4 Wh Unit 3 15 × 3 kW = 45 965.2 Wh × 45 / 225 = 193.04 Wh 193.0 Wh PI Unit 4 controller 20 × 1 kW = 20 965.2 Wh × 20 / 225 = 85.79 Wh 85.7 Wh Sum total of M-NET line apportionment coefficients: AC power supply line 225 Dedicated wiring Electricity Electricity meter of meter of outdoor unit indoor units The electric energy of the indoor 1000 Wh 30 Wh units is not taken into account for apportionment.

1000 Wh - 34.8 Wh = 965.2 Wh (Amount of standby electricity obtained in <6>)

Amount of standby electricity consumed by outdoor unit Results of obtained in <6> apportionment Unit 1: :K + 471.8 Wh 487.7 Wh Unit 2: 6.3 Wh + 214.4 Wh 220.7 Wh Unit 3: :K + 193.0 Wh :K Unit 4: 3.1 Wh + :K 88.8 Wh

7KHFDSDFLW\VDYHDPRXQW WR LVFRXQWHGHYHU\PLQXWHDQGWKHLQWHJUDWHGYDOXHIRUPLQXWHVLVGLYLGHGE\ >([DPSOH@PLQXWHPLQXWHV«PLQXWHV « FDSDFLW\VDYHDPRXQWIRUPLQXWHV *2: The values are rounded down to one decimal place.

165 [8. Energy Management Function ] <8> Method of calculating amount of standby electricity (in the case of connection of CITY MULTI and Mr. Slim) :KHQ&,7<08/7,DQG0U6OLPDUHFRQQHFWHGWKHDPRXQWRIVWDQGE\HOHFWULFLW\IRUPLQXWHVLVFDOFXODWHGDVVWDWHGEHORZ 1RWH7KHVWDQGE\HOHFWULFLW\RI0U6OLPLVQRWWDNHQLQWRDFFRXQW

[Example] Method of calculating the amount of standby electricity for 30 minutes

Note: The indication of power AE-200/AE-50/ supplies is omitted. EW-50

Capacity of Unit 1 indoor unit *1 CITY MULTI 4 kW 35 Wh × 4 / 6 = 23.33 Wh 23.3 Wh

Amount of standby Unit 2 electricity consumed by outdoor unit 2 kW 35 Wh × 2 / 6 = 11.66 Wh 11.6 Wh

35 Wh

*2 Total standby electricity: 34.9 Wh Adapter for M-NET Total capacity: 6 connection Unit 3

Unit 4 Mr. Slim

Mr. Slim

The amount of standby electricity consumed by Mr. Slim is not taken into account.

0 Wh

166 [8. Energy Management Function ] <9> Method of calculating electric energy (in the case of connection of CITY MULTI and Mr. Slim) :KHQ&,7<08/7,DQG0U6OLPDUHFRQQHFWHGWKHHOHFWULFHQHUJ\IRUPLQXWHVLVFDOFXODWHGDVVWDWHGEHORZ Note: In the case where the capacity save amount has been selected as the apportionment mode

[Example] Method of calculating the electric energy for 30 minutes

Note: The indication of the power AE-200/AE-50/ supply units is omitted. EW-50 *2 Capacity Operation Apportionment of indoor time coefficient Unit 1 unit *1 4 kW × 20 minutes = 80 765.1 Wh × 80 / 110 =556.43 Wh 556.4 Wh

Multi Air Unit 2 Conditioner 2 kW × 15 minutes = 30 765.1 Wh × 30 / 110 =208.66 Wh 208.6 Wh for Building Adapter for Use M-NET Sum total of connection apportionment coefficients: 110 Unit 3 3 kW × 25 minutes = 75 200 Wh × 75 / 95 =157.89 Wh 157.8 Wh

Mr. Slim Unit 4 1 kW × 20 minutes = 20 200 Wh × 20 / 95 = 42.10 Wh 42.1 Wh

Sum total of apportionment 95 Mr. Slim coefficients: PI controller

M-NET line AC power line Electricity meter Electricity Electricity Dedicated wiring of outdoor unit meter of meter of of CITY MULTI outdoor unit indoor units The electric energy of the indoor of Mr. Slim 30 Wh units is not taken into account for apportionment.

800 Wh 200 Wh

800 Wh - 34.9 Wh = 765.1 Wh (Amount of standby electricity obtained in <8>)

Amount of standby electricity consumed by outdoor unit Results of obtained in <8> apportionment Unit 1: 23.3 Wh + :K :K Unit 2: 11.6 Wh + 208.6 Wh 220.2 Wh Unit 3: 0 Wh + :K :K Unit 4: 0 Wh + 42.1 Wh 42.1 Wh

*1: The values are rounded down to one decimal place. :KHQWZRRUWKUHH0U6OLP$LU&RQGLWLRQHUVDUHFRQQHFWHGLIHYHQRQHRIWKHLQGRRUXQLWVLVRSHUDWLQJWKHRSHUDWLRQ time of the unit will be counted.

167 [8. Energy Management Function ] <10> Method of calculating electric energy (in the case of connection only of Mr. Slim) (When the outdoor unit and indoor units are powered by the same power supply) :KHQ0U6OLPLVFRQQHFWHGDQGWKHRXWGRRUXQLWDQGLQGRRUXQLWVDUHSRZHUHGE\WKHVDPHSRZHUVXSSO\WKHHOHFWULFHQHUJ\ is calculated as stated below.

[Example] Method of calculating the electric energy for 30 minutes

Note: The indication of the power AE-200/AE-50/ supply units is omitted. EW-50

Adapter for Capacity M-NET Operation Apportionment of indoor connection Unit 1 time coefficient unit *1 3 kW × 25 minutes = 75 200 Wh × 75 / 95 = 157.89 Wh 157.8 Wh

Mr. Slim Unit 2 1 kW × 20 minutes = 20 200 Wh × 20 / 95 = 42.10 Wh 42.1 Wh

Sum total of apportionment Mr. Slim coefficients: 95 PI controller

M-NET line AC power line Dedicated wiring Electricity meter of outdoor unit The total electric energy of the indoor and indoor units units and outdoor unit is apportioned. 200 Wh

Unit 1 : 157.8 Wh

Unit 2 : 42.1 Wh *1: The values are rounded down to one decimal place. :KHQWZRRUWKUHH0U6OLP$LU&RQGLWLRQHUVDUHFRQQHFWHGLIHYHQRQHRIWKHLQGRRUXQLWVLVRSHUDWLQJWKHRSHUDWLRQ time of the unit will be counted.

168 [8. Energy Management Function ] [3] Initial setting of energy management function 7RXVHWKHHQHUJ\PDQDJHPHQWIXQFWLRQLWLVQHFHVVDU\WRVHWWKHFRQGLWLRQVRQWKH:HEEURZVHUIRULQLWLDOVHWWLQJRUPDLQ unit LCD screen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

The initial setting items are shown below. 1. Setting of outdoor temperature measurement unit 2. Setting of apportionment mode for indoor units 3. Setting of electricity meter for apportionment among indoor units 4. Setting of target values

:KHQWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQRI$(LVXVHGLWLVXQQHFHVVDU\WRVHWWKHDSSRUWLRQPHQWPRGHDQG electricity meter for apportionment.

%HIRUHSHUIRUPLQJWKHLQLWLDOVHWWLQJRIWKHHQHUJ\PDQDJHPHQWIXQFWLRQVHWWKHFRQGLWLRQVRIWKH$,FRQWUROOHUV$+&VDQG3, FRQWUROOHUV7RVHWWKHFRQGLWLRQVRIWKH$,FRQWUROOHUVDQG3,FRQWUROOHUVVHOHFW)XQFWLRQV±0HDVXUHPHQWVHWWLQJRQWKH LQLWLDOVHWWLQJVFUHHQRQWKHPDLQXQLWWRRSHQWKH0HDVXUHPHQWVHWWLQJVFUHHQRUVHOHFW)XQFWLRQV±0HDVXUHPHQWVHWWLQJ on the Web browser for initial setting to open the Measurement setting screen. 7KHFRQGLWLRQVRI$+&VPXVWEHVHWZLWKWKH0DLQWHQDQFH7RRO The temperature sensor to be used for the energy management function must be connected to Input 1 or Input 2 of DC power W\SHĮ $/05'$/05' RI$+& ,ILWLVFRQQHFWHGWRDQRWKHULQSXWWKHWHPSHUDWXUHFDQQRWEHGLVSOD\HGRQWKHHQHUJ\PDQDJHPHQWVFUHHQ

Set the conditions of DI/AI 01 and 02 on the I/O Port Setting screen of the Maintenance Tool. Digital/Analog: Select Analog. Not Use/Use: Select Use. Function Name (°C/°F): Select Room Temp (°C/°F) or Outdoor (°C/°F). For details, see Chapter 3.18 “Initial Settings and Monitoring AHC ADAPTER” of the manual for Maintenance Connect to the temperature sensor. Tool for MN Converter & Centralized Controller.

● 7KHWHPSHUDWXUHVHQVRUFDQQRWEHFRQQHFWHGWR$&SRZHUW\SHĮ $/05$$/05$ ● %HIRUHWKHLQLWLDOVHWWLQJRIWKHHQHUJ\PDQDJHPHQWIXQFWLRQPDNHVXUHWKDWDOOXQLWVKDYHEHHQVWDUWHGXSDQGFRUUHFWO\ connected.

169 [8. Energy Management Function ]

Remarks ● The initial setting of the energy management function can be performed only on the Web browsers for initial setting. 2QO\WKHWDUJHWYDOXHVFDQEHVHWRQWKHPDLQXQLWVFUHHQV ● 2QHRUPRUH$,FRQWUROOHUVRU$+&VDQGRQHRUPRUH3,FRQWUROOHUVDUHUHTXLUHGIRUHDFKVHWRI$( DQG$( 7KH3,FRQWUROOHUVDQG$+&VDUHUHTXLUHGRQO\ZKHQWKHRXWGRRUWHPSHUDWXUHPXVWEHGLVSOD\HG ● ³(QHUJ\0DQDJHPHQW/LFHQVH3DFN´LVUHTXLUHG ● The electric energy counting PLC cannot be used for the energy management function.

6HWWLQJRQ/&'VFUHHQ

Touch the button on the “Outdoor temperature measurement unit” line.

Touch [ ] or [ ].

Touch the button of each address in the “Electricity meter Touch [ ] for apportionment” column. or [ ].

6HWWLQJRQ:HEEURZVHUVFUHHQ Energy Management Settings on the Web browser for initial setting to open the energy management setting screen.

Function setting 1

Energy Management Settings

170 [8. Energy Management Function ] <1> Setting of outdoor temperature measurement unit 6SHFLI\WKHVHQVRUIRUWKH$,FRQWUROOHU 3$&<*0&$ RU$+&ZKLFKPHDVXUHVWKHRXWGRRUWHPSHUDWXUH :KHQWKHRXWGRRUWHPSHUDWXUHLVVHOHFWHGRQWKHHQHUJ\XVHVWDWXVVFUHHQWKHRXWGRRUWHPSHUDWXUHPHDVXUHGE\WKH RXWGRRUWHPSHUDWXUHPHDVXUHPHQWXQLWVSHFL¿HGRQWKLVVFUHHQZLOOEHGLVSOD\HGLQDOLQHJUDSK &RQVLGHUDWLRQVRIHQHUJ\VDYLQJFDQEHPDGHE\FRPSDULQJWKHHOHFWULFHQHUJ\)$1RSHUDWLRQWLPHDQGWKHUPR21WLPH EDU JUDSK ZLWKWKHRXWGRRUWHPSHUDWXUH ,ILWLVXQQHFHVVDU\WRGLVSOD\WKHOLQHJUDSKRIRXWGRRUWHPSHUDWXUHWKLVVHWWLQJLVXQQHFHVVDU\

gs Select a temperature sensor for measuring the outdoor temperature in External Temperature Sensor. 7KHSXOOGRZQPHQXVKRZVWKHWHPSHUDWXUHVHQVRUVFRQQHFWHGWRWKH$,FRQWUROOHURU$+&2QO\RQHRIWKHWHPSHUDWXUH sensors can be selected. &OLFNWKH6DYH6HWWLQJVEXWWRQWRVDYHWKHVHWWLQJVLQ$($(

<2> Setting of apportionment mode for indoor units Set the apportionment mode for the indoor units. The electric energy measured by the PI controller will be apportioned to the LQGRRUXQLWVLQWKHDSSRUWLRQPHQWPRGHVHWRQWKLVVFUHHQDQGWKHSRZHUFRQVXPSWLRQLQHDFKEORFNJURXSRUXQLWDGGUHVV ZLOOEHGLVSOD\HGJUDSKLFDOO\RQWKHHQHUJ\XVHVWDWXVVFUHHQDQGUDQNLQJVFUHHQ

The following three apportionment modes for indoor units are available. Select one of them. The capacity save amount mode is recommended. &DSDFLW\VDYHDPRXQW GHIDXOW 8VDJHRIFDSDFLW\RIRXWGRRUXQLW FRQYHUWHGWRWLPH 7KHUPR21WLPH7LPHGXULQJZKLFKLQGRRUXQLWWKHUPRZDVRQ )$1RSHUDWLRQWLPH7LPHGXULQJZKLFKLQGRRUXQLWZDVUXQQLQJ

)RUWKHGHWDLOVRIHDFKPRGHVHH>@ !³$SSRUWLRQPHQWPRGHV´DQG>@ !³6HOHFWLRQRIDSSRUWLRQPHQWPRGHZKHQ more than one models are connected.”

Apportionment mode for indoor units

Saving of settings 6HOHFWRQHRI)$1RSHUDWLRQWLPH7KHUPR21WLPHDQG&DSDFLW\VDYHDPRXQWLQ,QGRRUXQLWRSHUDWLRQDSSRUWLRQLQJPRGH &OLFNWKH6DYH6HWWLQJVEXWWRQWRVDYHWKHVHWWLQJVLQ$($(

171 [8. Energy Management Function ] <3> Setting of electricity meter for apportionment to indoor units Specify the electricity meter for measuring the power consumption of the outdoor unit to which the indoor units in the group DUHFRQQHFWHG UHIULJHUDQWV\VWHP 7KHSRZHUFRQVXPSWLRQRIWKHRXWGRRUXQLWPHDVXUHGE\WKHVSHFL¿HGHOHFWULFLW\PHWHUZLOOEHDSSRUWLRQHGWRWKHFRQQHFWHG LQGRRUXQLWV UHIULJHUDQWV\VWHP &RUUHFWO\VHWDOOLQGRRUXQLWV

Address 48 Unit address 1 Address 51 Electricity meter 1

Unit address 2 Refrigerant system Set the relation of connection between this indoor unit and electricity meter.

Unit address 3

Address 48 Unit address 4 Address 57 Electricity meter 2

Unit address 5

Remarks ● The power consumption of the outdoor unit will be apportioned. The power consumption of the indoor units is not included in the apportionment calculation. ● :KHQWKH3,FRQWUROOHUJHWVRXWRIRUGHUDQGLVUHSODFHGZLWKDQHZRQHWKHSRZHUFRQVXPSWLRQGXULQJ UHSODFHPHQWPD\EHFRXQWHGDEQRUPDOO\ODUJHO\ 6LQFHWKHLQWHJUDWHGYDOXHRISRZHUFRQVXPSWLRQRI WKH3,FRQWUROOHULVRQWKHFRXQWHUWKHGLIIHUHQFHIURPWKHLQWHJUDWHGYDOXHRQWKHFRXQWHURIWKH SUHYLRXV3,FRQWUROOHULVODUJH ● 6HWDQHOHFWULFLW\PHWHUIRUHDFKLQGRRUXQLW,IDQ\PHWHULVQRWVHWIRUDXQLWWKHDSSRUWLRQPHQW calculation cannot be performed correctly.

● %HIRUHRSHUDWLQJPDNHVXUHWKDWWKHRXWGRRUXQLWDQGHOHFWULFLW\PHWHUDUHFRUUHFWO\FRQQHFWHG,IWKH\DUHFRQQHFWHG LPSURSHUO\WKHDSSRUWLRQPHQWFDOFXODWLRQZLOOQRWEHSHUIRUPHGFRUUHFWO\ 5XQWKHLQGRRUXQLWVFRQQHFWHGWRWKHRXWGRRUXQLWDQGPDNHVXUHWKDWWKHSRZHUFRQVXPSWLRQRIWKHRXWGRRUXQLWLV correctly counted on the electricity meter.

Electricity meter for apportionment

Saving of settings

172 [8. Energy Management Function ] ,Q(OHFWULFLW\PHWHUVHOHFWWKHHOHFWULFLW\PHWHUWREHXVHGWRPHDVXUHWKHSRZHUFRQVXPSWLRQRIWKHLQGRRUXQLWVLQHDFK group. 7KHSXOOGRZQPHQXZLOOVKRZ>$GGUHVVDGGUHVVRI3,FRQWUROOHU³´HOHFWULFLW\PHWHUQXPEHUHOHFWULFLW\PHWHUQDPH@

&OLFNWKH6DYH6HWWLQJVEXWWRQWRVDYHWKHVHWWLQJVLQ$($(

Remarks ● Some group names may not be displayed completely depending on the length. ● ,IDJURXSQDPHKDVQRWEHHQUHJLVWHUHG>*URXSJURXSQXPEHU@ZLOOEHGLVSOD\HG ● 2QO\WKHHOHFWULFLW\PHWHUVZKRVHPHDVXUHPHQWXQLWKDVEHHQVHWWRN:KRQWKHPHDVXUHPHQWVHWWLQJ screen can be selected. ● *URXSVZLWK/2661$

173 [8. Energy Management Function ] [4] Energy use status 2QWKHHQHUJ\XVHVWDWXVVFUHHQWKHFRQGLWLRQVUHODWLQJWRHQHUJ\PDQDJHPHQWVXFKDVSRZHUFRQVXPSWLRQRSHUDWLRQWLPH DQGRXWGRRUWHPSHUDWXUHDUHJUDSKLFDOO\GLVSOD\HG7KHHQHUJ\XVHVWDWXVRIWKHWDUJHWLQGRRUXQLWVFDQEHFKHFNHGLQGHWDLO E\GLVSOD\LQJWKHGDWDRIHDFKJURXSEORFNHQHUJ\PDQDJHPHQWEORFN (0EORFN RUXQLWDGGUHVVRQWKHVSHFL¿HGGDWH,Q DGGLWLRQLWLVSRVVLEOHWRGLVSOD\WKHHQHUJ\XVHVWDWXVRIRWKHULQGRRUXQLWVRQWKHVFUHHQIRUFRPSDULVRQ 7KHHQHUJ\XVHVWDWXVHYHU\KRXUGD\RUPRQWKFDQEHGLVSOD\HGJUDSKLFDOO\WRYLVXDOL]HWKHHQHUJ\VDYLQJVWDWXV,WLV SRVVLEOHWRPDNHDQHQHUJ\VDYLQJSODQDFFRUGLQJWRWKHWUDQVLWLRQRISRZHUFRQVXPSWLRQDQGURRPWHPSHUDWXUHZLWKWLPH,I WKHWDUJHWYDOXHVDUHVHWHQHUJ\VDYLQJPHDVXUHVFDQEHWDNHQWLPHO\E\FRPSDULQJWKHFXUUHQWHQHUJ\XVHVWDWXVZLWKWKH target value. 1RWH)RUVRPHGLVSOD\LWHPV(QHUJ\0DQDJHPHQW/LFHQVH3DFNLVUHTXLUHG )RUGHWDLOVVHH>@ !³'LVSOD\UDQJHDQGLWHPVZKLFKFDQEHGLVSOD\HGLQJUDSKV´

7KHGDWDZLOOEHVDYHGLQHDFKVHWRI$($(DQG(:7KHGDWDRQ$((:ZLOOQRWEHVDYHGLQ$( ,QHDFKRI$(RU$(RU(:WKHGDWDRQO\RQWKHXQLWVFRQQHFWHGWR01(7RIWKHFRQWUROOHUZLOOEHVDYHG:KHQ WKHVFUHHQLVGLVSOD\HGRQ$(LWZLOOUHFHLYHWKHGDWDIURP$((:DQGGLVSOD\WKHGDWD The retention periods of the data are shown below.

Period of display Data retention period Day For last 24 months * Month For last 24 months * Year For last 2 years

7KHGDWDIRUPRQWKVDUHUHWDLQHGLQWHUQDOO\+RZHYHUWKHGDWDIRUPRQWKVFDQEHGLVSOD\HGLQJUDSKV

7KHGDWDLVVDYHGLQDQ6'FDUG DQRQYRODWLOHPHPRU\GDWDZLOOQRWEHGHOHWHGHYHQLISRZHULVWXUQHGRIIIURP$($( (: HYHU\KRXURQWKHPLQXWH 7RGLVSOD\WKHJUDSKVWKHLQLWLDOVHWWLQJLVUHTXLUHG7KHLQLWLDOVHWWLQJFDQEHSHUIRUPHGRQWKH/&'RUWKHHQHUJ\ management screen of the Web browser for initial setting. 2QWKHPDLQXQLWVFUHHQRI$(WKHHQHUJ\XVHVWDWXVRIFRQQHFWHG$((:FDQEHGLVSOD\HGE\VZLWFKLQJWKH display mode. 2QWKHPDLQXQLWVFUHHQRI$(WKHHQHUJ\XVHVWDWXVRQO\RI$(FDQEHGLVSOD\HG 2QWKH:HEEURZVHUWKHVWDWXVRIHDFKVHWRI$($((:FDQEHGLVSOD\HG2QWKHEURZVHURIHDFKVHWRI$( $((:WKHVWDWXVRIWKHXQLWVFRQQHFWHGWR01(7RIWKHFRQWUROOHUFDQEHGLVSOD\HG The units under more than one set of AE-200 can be displayed on the Integrated Centralized Control Web.

Remarks ● The initial setting must be performed on the Web browsers for initial setting. ● ,QFDVHRIIDLOXUHRI$($(LWLVUHFRPPHQGHGWRSHULRGLFDOO\VDYHWKHGDWDRQWKHHQHUJ\XVH VWDWXVVFUHHQRQHDFK:HEEURZVHULQD¿OHLQ&69IRUPDWZLWKWKHGRZQORDGIXQFWLRQRUIURPWKH&69 output screen. )RUGHWDLOVVHH>@³'DWD'RZQORDGLQJ´DQG>@³&692XWSXW´

174 [8. Energy Management Function ] <1> Differences in functions between LCD and Integrated Centralized Control Web The differences in energy management functions between LCD and Integrated Centralized Control Web are shown below.

Item LCD Integrated Centralized Control Web One item common to the display target and The item to be displayed can be selected for each of the Display of bar graphs comparison target is displayed. display target and comparison target. Two items in the same unit can be selected for the display target and comparison target. +RZHYHURQO\LQWKHFDVHRIDLU The item to be displayed is selected for each of the display Display of line graphs conditioners target and comparison target. Two items for each of the display target and 7KHUHIRUHXSWROLQHJUDSKVDUHGLVSOD\HG FRPSDULVRQWDUJHWDUHGLVSOD\HGDQGXSWR line graphs are displayed. 60 minutes * When the screen is opened or the button is 30 minutes Data display interval PDQXDOO\SUHVVHGWKHPRVWUHFHQWGDWDDW $XWRPDWLFXSGDWLQJ 7KHQRQYRODWLOHPRVWUHFHQWGDWDZLOO WKHWLPHZLOOEHGLVSOD\HG WKHGDWDZLOOEH be displayed 10 minutes and 40 minutes after the Web XSGDWHGDWPLQXWHV VFUHHQLVVWDUWHG7KHGDWDZLOOEHXSGDWHGDWPLQXWHV

<2> Contents displayed on screens Main unit screen

Display target Date of displayed data Comparison target Date of compared data Display item in bar graph Display switching button Unit/scale of line graph Display item in line graph Bar graph Line graph Unit/scale of bar graph

Target value

Hour (When the date range is Day) Day (When the date range is Month) Month (When the date range is Year)

CSV output Update

Item Details 5HPDUNV ● ,I$(KDVEHHQVHOHFWHGZKHQ$((: Upper stage 7KHQDPHRI$($((:LV ZDVFRQQHFWHGWKHQDPHRI$((:LV displayed. displayed. Display target 7KHEORFNQDPHJURXSQDPHRUDGGUHVV Lower stage number of the displayed bar graph or line graph is displayed. 7KHQDPHRI$($((:LV ● ,I$(KDVEHHQVHOHFWHGZKHQ$(ZDV Upper stage displayed. FRQQHFWHGWKHQDPHRI$(LVGLVSOD\HG Comparison target 7KHEORFNQDPHJURXSQDPHRUDGGUHVV ● Lower stage number of the bar graph or line graph displayed This graph can be displayed to compare the for comparison is displayed. displayed data with the data on another indoor unit. Display item in bar graph The item displayed in a bar graph is displayed. Display item in line graph The item displayed in a line graph is displayed. Date of displayed data The date of displayed data is displayed. ● The displayed data can be compared with the Date of compared SUHYLRXVGDWDE\VSHFLI\LQJWKHVDPHEORFNJURXS data The date of data displayed for comparison is displayed. or address as that of the Display target for the Comparison target and changing the date of data to be compared.

175 [8. Energy Management Function ]

Item Details 5HPDUNV 7RGLVSOD\DJUDSK¿UVWWRXFKWKLVEXWWRQ Display switching 7KHQWKHVFUHHQIRUVHWWLQJWKHFRQWHQWVRIJUDSKZLOO ● )RUGHWDLOVVHH>@ !³'LVSOD\UDQJHDQGLWHPV button appear. The graph will be displayed according to the which can be displayed in graphs.” contents set on the display item setting screen. ● The unit appropriate to the Display item is displayed. Unit/scale of bar The unit and scale of the bar graph are displayed. graph ● The scale is automatically adjusted according to the maximum value of the data. ● The unit appropriate to the Display item is displayed. ● The scale is automatically adjusted according to the data range. Unit/scale of line The unit and scale of the line graph are displayed. 7KHWHPSHUDWXUHLVGLVSOD\HGLQWKHUDQJHIRU& graph LQ&VWHSV:KHQWKHGDWDDUHQRWLQFOXGHGLQWKH UDQJHIRU&WKHUDQJHZLOOEHDXWRPDWLFDOO\ increased. 7KHKXPLGLW\LVGLVSOD\HGLQWKHUDQJHIRULQ VWHSV %DUJUDSK The bar graph is displayed. ● )RUWKHGLVSOD\IRUPDWVHH>@ !³*UDSKGLVSOD\ formats.” ● When any Comparison target has not been VHOHFWHGRQO\WKHGDWDRQWKHVHOHFWHG'LVSOD\ target will be displayed in a graph. ● If a time period during which there is no data is Line graph The line graph is displayed. FDXVHGE\FKDQJLQJWKHSUHVHQWWLPHVHWWLQJWKH data during the period will not be displayed. If time LVGXSOLFDWHGE\FKDQJLQJWKHSUHVHQWWLPHVHWWLQJ the last data will be displayed in a graph as the data at the duplicated time. ● This graph is displayed only when the Display UDQJHLV%ORFNDQGWKH'DWHUDQJHLV0RQWKRU Target value The target value graph is displayed. Year. ● )RUWKHGLVSOD\IRUPDWVHH>@ !³*UDSKGLVSOD\ formats.” ● :KHQWKH'DWHUDQJHLV'D\WKHVFDOHLVJUDGXDWHG +RXU LQKRXUEXWWKHWLPHLVGLVSOD\HGLQLQWHUYDOVRI Day The time axis is displayed according to the date range. hours. Month ● 7KHGDWHLVGLVSOD\HGLQWKHIRUPDWVSHFL¿HGRQWKH unit information screen. &OLFN'RZQORDGDQGWKHGLVSOD\HGPHDVXUHPHQWGDWDZLOOEH )RUGHWDLOVVHH !³&69RXWSXWRQHQHUJ\XVH &69RXWSXW RXWSXWLQ&69IRUPDW status screen.” Update The graphs are updated to the most current state. Retained data are updated once an hour.

176 [8. Energy Management Function ] Web browser screen

Date of displayed Display target data

Edit Comparison target Date of compared data Display item (line)

Detail view

Line graph Bar graph

Display item(bar) Download

Item Details 5HPDUNV Display target The display target displayed in graph is displayed. ● Date of displayed 7KHGDWHZLOOEHGLVSOD\HGLQWKHIRUPDWVSHFL¿HG data The date of the display target displayed in graph is displayed. on the basic system setting screen on the Web browser for initial setting. Comparison target The comparison target displayed in graph is displayed. ● Date of compared The date of the comparison target displayed in graph is 7KHGDWHZLOOEHGLVSOD\HGLQWKHIRUPDWVSHFL¿HG data displayed. on the basic system setting screen on the Web browser for initial setting. )RUWKHGLVSOD\IRUPDWVHH>@ !³*UDSKGLVSOD\ 'LVSOD\LWHP OLQH The item of the displayed line graph is displayed. formats.” &OLFNLQJZLOOKLGHWKHJUDSK ● If a time period during which there is no data is FDXVHGE\FKDQJLQJWKHSUHVHQWWLPHVHWWLQJWKH data during the period will not be displayed. If time The item of the displayed bar graph is displayed. LVGXSOLFDWHGE\FKDQJLQJWKHSUHVHQWWLPHVHWWLQJ 'LVSOD\LWHP EDU &OLFNLQJZLOOKLGHWKHJUDSK the last data will be displayed in a graph as the data at the duplicated time. 7KHGDWDRIWKHGLVSOD\WDUJHW QDY\EOXH DQGWKHGDWDRIWKH ● The data of the display target is displayed in front. FRPSDULVRQWDUJHW OLJKWEOXH DUHGLVSOD\HGLQEDUJUDSKV ● %DUJUDSK :KHQWKHWDUJHWHOHFWULFHQHUJ\KDVEHHQVHWWKHJUDSKZLOO The line graph is displayed in front. WXUQRUDQJHLIWKHWDUJHWYDOXHLVH[FHHGHG RQO\WKHGLVSOD\ ● When the unit of the item selected for the display WDUJHW target is different from that for the comparison WDUJHWD[HVDUHGLVSOD\HG 7KHGDWDRIWKHGLVSOD\WDUJHW RUDQJH DQGWKHGDWDRIWKH FRPSDULVRQWDUJHW EOXH DUHGLVSOD\HGLQOLQHJUDSKV ● :KHQWKHPHPRU\H[FHHGVDQG Line graph When AI controller has been selected and the upper and lower WKHXQLWZLOOFKDQJHWRN0DQG* OLPLWDODUPVKDYHEHHQVHWDUHGOLQHJUDSKZLOOEHGLVSOD\HG respectively. Detail view The graph data at the mouse cursor position is displayed. :KHQDWDEOHWLVXVHGWKLVYLHZLVQRWGLVSOD\HG Download &OLFN'RZQORDGDQGWKHGLVSOD\HGPHDVXUHPHQWGDWDZLOOEH )RUGHWDLOVVHH !³&69RXWSXWRQHQHUJ\XVH RXWSXWLQ&69IRUPDW status screen.”

177 [8. Energy Management Function ] <3> Items which can be displayed in graphs 7ZRNLQGVRIJUDSKVEDUJUDSKDQGOLQHJUDSKFDQEHGLVSOD\HGRQWKHHQHUJ\XVHVWDWXVVFUHHQ One item of bar graph and two items of line graphs can be simultaneously displayed. The following table shows the items which can be displayed in each graph.

Type of graph Display target Display item 5HPDUNV ● The target electric energy automatically calculated from the DQQXDOWRWDOSRZHUFRQVXPSWLRQUDWLRRISRZHUFRQVXPSWLRQ in each month and ratio of power consumption on each day RIWKHZHHNVHWRQWKHWDUJHWVHWWLQJVFUHHQLVGLVSOD\HG ● 6LQFHWKHWDUJHWYDOXHVDUHGHWHUPLQHGIRUHDFKEORFNWKH Target values YDOXHVDUHGLVSOD\HGRQO\ZKHQWKHGLVSOD\UDQJHLV%ORFN ● Also the future target values can be displayed. ● :KHQWDUJHWYDOXHVDUHFKDQJHGWKHWDUJHWYDOXHJUDSKLQ WKHSDVWZLOOEHXQFKDQJHGEXWWKHJUDSKVRQDQGDIWHUWKLV day will be displayed with the new target values. ● The power consumption of an outdoor unit is apportioned to WKHLQGRRUXQLWVDQGWKHREWDLQHGHOHFWULFHQHUJ\LV displayed. The power consumption of the indoor unit is not displayed. ● Only the electric energy measured by the PI controller 3$&<*0&$ LVGLVSOD\HG ● The electric energy consumed by an outdoor unit is measured by the PI controller and apportioned based on the DLUFRQGLWLRQHUXVDJHRILQGRRUXQLWVDQGWKHREWDLQHG results are displayed. ● 7RGLVSOD\WKHJUDSKRIHOHFWULFHQHUJ\LWLVQHFHVVDU\WR SUHOLPLQDULO\VHWWKHHOHFWULFLW\PHWHU QDPHRI3,FRQWUROOHU HOHFWULFLW\PHWHU IRUHDFKXQLWRQWKHHQHUJ\PDQDJHPHQW setting screen of the Web browser for initial setting. ● The air conditioner usage of indoor units is calculated based on the indoor unit apportionment mode which has been set on the energy management setting screen of the Web browser for initial setting. The following three indoor unit apportionment modes are available. Select one of the modes. The capacity save amount mode is recommended. Electric energy &DSDFLW\VDYHDPRXQW GHIDXOW 7KHUPR21WLPH %DUJUDSK Indoor unit )$1RSHUDWLRQWLPH ZRUNLQJWLPH )RUWKHGHWDLOVRIHDFKPRGHVHH>@ !³$SSRUWLRQPHQW modes.” ● The power consumption is calculated from the capacities of the indoor units and the air conditioner usage. Since the capacity of each indoor unit is automatically obtained from WKHLQGRRUXQLW WKURXJK01(7 LWLVXQQHFHVVDU\WRVHWWKH FDSDFLWLHVRQ$($((: ● The power consumption includes the standby electricity of each indoor unit obtained by apportionment of the standby HOHFWULFLW\RIRXWGRRUXQLW)RUGHWDLOVVHH>@ !³0HWKRG of calculating standby electricity.” ● ,QVLJQL¿FDQWSRZHUFRQVXPSWLRQPD\EHGLVSOD\HGRQWKH graph although no indoor units are used. This is because the VWDQGE\HOHFWULFLW\LVDSSRUWLRQHGWRWKHXQLWVDQGWKHUHLVQR problem. ● The electric energy consumed by LOSSNAY cannot be displayed. ● Time during which the indoor unit is running ● $($((:REWDLQVWKHRSHUDWLQJVWDWHRIWKH LQGRRUXQLW WKURXJK01(7 DQGFRXQWVWKHWLPHHYHU\ FAN operation time minute. ● :KHQWKHGLVSOD\UDQJHLV*URXSWKHGDWDRQWKHXQLWKDYLQJ the lowest number in the group is displayed. ● The data on LOSSNAY can be displayed. ● Time during which the indoor unit is in the thermo ON state. ● $($((:REWDLQVWKHWKHUPR21VWDWHIURPWKH LQGRRUXQLW WKURXJK01(7 DQGFRXQWVWKHWLPHHYHU\ 7KHUPR21WLPH WRWDO minute. ● :KHQWKHGLVSOD\UDQJHLV*URXSWKHGDWDRQWKHXQLWKDYLQJ the lowest number in the group is displayed. ● The data on LOSSNAY cannot be displayed.

178 [8. Energy Management Function ]

Type of graph Display target Display item 5HPDUNV ● Time during which the indoor unit is in the thermo ON state in the cooling mode. ● $($((:REWDLQVWKHWKHUPR21VWDWHDQG Thermo ON time PRGHIURPWKHLQGRRUXQLW WKURXJK01(7 DQGFRXQWVWKH FRROLQJ time every minute. ● :KHQWKHGLVSOD\UDQJHLV*URXSWKHGDWDRQWKHXQLWKDYLQJ the lowest number in the group is displayed. ● The data on LOSSNAY cannot be displayed. Indoor unit ● Time during which the indoor unit is in the thermo ON state in the heating mode. %DUJUDSK ● $($((:REWDLQVWKHWKHUPR21VWDWHDQG Thermo ON time PRGHIURPWKHLQGRRUXQLW WKURXJK01(7 DQGFRXQWVWKH KHDWLQJ time every minute. ● :KHQWKHGLVSOD\UDQJHLV*URXSWKHGDWDRQWKHXQLWKDYLQJ the lowest number in the group is displayed. ● The data on LOSSNAY cannot be displayed. ● 0HDVXUHPHQWV HOHFWULFHQHUJ\TXDQWLW\RIZDWHUDQG TXDQWLW\RIKHDW PHDVXUHGE\WKH3,FRQWUROOHU 3$&<*0&$ PI controller Measurements 3$&<*0&$ ● The measurements can be displayed only for the channels IRUZKLFKWKHXQLWVKDYHEHHQVHWWRN:KP3DQG0-RQWKH measurement setting screen. ● 7KHWHPSHUDWXUHPHDVXUHGE\WKH$,FRQWUROOHURU$+& ZKLFKKDVEHHQVSHFL¿HGDVWKHRXWGRRUWHPSHUDWXUH measurement unit on the energy management setting screen of the Web browser for initial setting. ● It is necessary to preliminarily set on the energy management setting screen of the Web browser for initial setting. ● 2QHVHQVRU FRQQHFWHGWRWKHFKDQQHORI$,FRQWUROOHURU – Outdoor temperature $+& FDQEHVSHFL¿HGIRUHDFKVHWRI$($( (: ● To display the outdoor temperature graph for each set of $($((:LWLVQHFHVVDU\WRPHDVXUHWKH RXWGRRUWHPSHUDWXUHZLWKWKH$,FRQWUROOHURU$+&RIHDFK VHWRI$($((: ● The outdoor temperature can be displayed in a graph regardless of the display target. ● The temperature setting in the cooling mode is displayed. ● :KHQWKHXQLWLVUXQQLQJLQWKHKHDWLQJPRGHWKHPDUNHU and line graph are not displayed. Line graph Cooling temperature setting ● In the case of a model on which the cooling and heating WHPSHUDWXUHVLQWKHDXWRPDWLFPRGHFDQEHLQGLYLGXDOO\VHW the cooling temperature setting is constantly displayed. ● The data on LOSSNAY cannot be displayed. ● The temperature setting in the heating mode is displayed. Indoor unit ● :KHQWKHXQLWLVUXQQLQJLQWKHKHDWLQJPRGHWKHPDUNHU and line graph are not displayed. +HDWLQJWHPSHUDWXUH setting ● In the case of a model on which the cooling and heating WHPSHUDWXUHVLQWKHDXWRPDWLFPRGHFDQEHLQGLYLGXDOO\VHW the heating temperature setting is constantly displayed. ● The data on LOSSNAY cannot be displayed. ● 7KHLQGRRUWHPSHUDWXUH VXFWLRQWHPSHUDWXUH LVREWDLQHG Indoor temperature IURPWKHLQGRRUXQLW WKURXJK01(7 DQGGLVSOD\HG ● The data on LOSSNAY cannot be displayed. AI controller Temperature ● The temperature is displayed. 3$&<*0&$ +XPLGLW\ ● The humidity is displayed. $+& Temperature ● The temperature is displayed

179 [8. Energy Management Function ] <4> Data for graphs The values displayed in bar graph and line graph vary depending on the date range. 6HOHFWWKHGDWHUDQJHIURP'D\0RQWKDQG

When the date range is Day

Bar graph The integrated value for 1 hour is displayed.

Line graph The instantaneous value on the hour (00 min) is displayed. If the data was not obtained owing to a communication error or a sensor trouble,the value is not displayed. The line of the graph is not displayed in the period before and after the time at which the data was not obtained.

Bar graph The integrated value for 30 minutes is displayed.

180 [8. Energy Management Function ] When the date range is Month Bar graph, The target electric energy in one day is displayed. target value The target electric energy automatically calculated frome the ratio of power consumption on each day is displayed.

Line graph The average value in one day is displayed. The average value is determined from the instantaneous values on the hours from 0 to 23. The displayed value for this day is the average of the values obtained by the hour just before the time when the graph was displayed. Example: When the graph is displayed at 6:40, the displayed value for this day is the average value of the instantaneous values obtained at 0:00, 1:00, 2:00, 3:00, 4:00 and 5:00. Bar graph The sum of the hourly integrated values on the day is displayed. The displayed value for this day is the sum of the values obtained by the hour just before the graph was displayed.

Bar graph The sum of the hourly integrated values on the day is displayed. The displayed value for this day is the sum of the values obtained by the hour just before the graph was displayed. Line graph The average value in one day is displayed. The average value is determined from the instantaneous values on the hours from 0 to 23. The displayed value for this day is the average of the values obtained by the hour just before the time when the graph was displayed. Example: When the graph is displayed at 6:40, the displayed value for this day is the average value of the instantaneous values obtained at 0:00, 1:00, 2:00, 3:00, 4:00 and 5:00.

181 [8. Energy Management Function ] When the date range is Year Bar graph, The target electric energy in one day is displayed. target value The target electric energy automatically calculated frome the ratio of power consumption on each day is displayed.

Line graph The average value in one month is displayed. The displayed value for this month is the average of the values in one month including the average value on this day on which the graph was displayed. (The average value on this day is the average of the instantaneous values on the day including the instantaneous value on the hour just before the time when the graph was displayed.)

Bar graph The sum of the daily integrated values in one month is displayed. The displayed value for this month is the sum of integrated values in the month including the integrated value on this day on which the graph was displayed.

182 [8. Energy Management Function ] <5> Graph display formats The bar and line graph display formats and colors are shown below. The bar graph of the comparison target is displayed on the right side of the graph of the display target. When the comparison WDUJHWKDVQRWEHHQVHOHFWHGLWVEDUJUDSKLVQRWGLVSOD\HG The line graph of the comparison target is displayed on the same horizontal axis as that of the display target. When the line JUDSKRIWKHFRPSDULVRQWDUJHWRYHUODSVZLWKWKDWRIWKHGLVSOD\WDUJHWWKHJUDSKRIWKHGLVSOD\WDUJHWFRPHVWRWKHIURQW 7KHWDUJHWYDOXHLVGLVSOD\HGZKHQWKHGLVSOD\UDQJHLV%ORFNDQGWKHGLVSOD\LWHPLV(OHFWULFHQHUJ\7KHXSSHUDQGORZHU OLPLWYDOXHVDUHGLVSOD\HGZKHQWKHGLVSOD\WDUJHWLVWKH$,FRQWUROOHU 3$&<*0&$ DQGWKHXSSHUDQGORZHUOLPLWYDOXHV have been set. 1RWH)RUWKH$+&WKHXSSHUDQGORZHUOLPLWYDOXHVFDQQRWEHVHW

Main unit screen Graph type Display target Comparison target Target value Upper and lower limit values

%DUJUDSK

When the target value is H[FHHGHGWKHSDUWRYHU the target value is *UD\IUDPHDQGUHG GLVSOD\HGLQRUDQJH WULDQJOHRQWRS 2UDQJH

Line graph 2UDQJH 5HG2UDQJH *UHHQ%OXH

Web browser screen Graph type Display target Comparison target Target value Upper and lower limit values

%DUJUDSK 'HHSEOXH /LJKWEOXH

When the target value is H[FHHGHGDOVRWKHSDUW *UD\IUDPHDQG'HHS over the target value is EOXHWUDLDQJOHRQWRS displayed in the same color.

3LQN

Line graph 5HG 2UDQJH %OXH

183 [8. Energy Management Function ] If once the temperature or humidity exceeds the upper or lower limit value after the graph of temperature or humidity PHDVXUHGE\WKH$,FRQWUROOHU 3$&<*0&$ LVGLVSOD\HGWKHZKROHEDFNJURXQGRIWKHJUDSKDERYHWKHXSSHUOLPLWRU under the lower limit will be displayed in red on the main unit screen. Even if the temperature or humidity returns to the range EHWZHHQWKHXSSHUDQGORZHUOLPLWYDOXHVWKHEDFNJURXQGZLOOEHNHSWLQUHG 1RWH)RUWKH$+&WKHXSSHUDQGORZHUOLPLWYDOXHVFDQQRWEHVHW

If once the temperature or humidity exceeds the upper limit value within the date range of the graph, the background of the graph will be displayed in red.

<6> Display range and items which can be displayed in graphs 6HOHFWWKHGLVSOD\UDQJHIURP$GGUHVV*URXSDQG%ORFN6RPHLWHPVFDQQRWEHGLVSOD\HGLQJUDSKVGHSHQGLQJRQWKH GLVSOD\UDQJH$IWHUWKHGLVSOD\UDQJHLVVHOHFWHGWKHVHOHFWLRQEXWWRQVIRUWKHLWHPVZKLFKFDQQRWEHGLVSOD\HGZLOOQRWEH displayed on the screen. The items which can be displayed in graphs in each range are shown below.

Table Display range and items which can be displayed in graphs : Displayed –: Not displayed Display range Type of graph Display target Display item Address Group %ORFN (0%ORFN 7DUJHWYDOXH N:K –– *1 *1 (OHFWULFHQHUJ\ N:K *1 *1 *1 *1 )$1RSHUDWLRQWLPH PLQ *1 *1 –– Indoor unit *1 *1 %DUJUDSK 7KHUPR21WLPH WRWDO PLQ –– 7KHUPR21WLPH FRROLQJ PLQ *1 *1 –– 7KHUPR21WLPH KHDWLQJ PLQ *1 *1 –– PI controller 30- *2 ––– 3$&<*0&$ 0HDVXUHPHQWV N:KP – 2XWGRRUWHPSHUDWXUH & ) – &RROLQJWHPSHUDWXUHVHWWLQJ & ) *1 *1 –– Indoor unit +HDWLQJWHPSHUDWXUHVHWWLQJ & ) *1 *1 –– Line graph ,QGRRUWHPSHUDWXUH & ) *1 *1 –– AI controller 7HPSHUDWXUH & ) *2 ––– 3$&<*0&$ *3 +XPLGLW\ *2 ––– $+&*3 7HPSHUDWXUH & ) *1 –––

³(QHUJ\0DQDJHPHQW/LFHQVH3DFN´LVUHTXLUHG ,I³(QHUJ\0DQDJHPHQW/LFHQVH3DFN´KDVQRWEHHQUHJLVWHUHGRQO\'D\LVDYDLODEOHIRUVHOHFWLRQDVD'DWHUDQJH7RVHOHFW0RQWKRU @ !³6HWWLQJRIRXWGRRUWHPSHUDWXUHPHDVXUHPHQWXQLW´

184 [8. Energy Management Function ] <7> Procedure for displaying graphs Main unit screen

7RGLVSOD\JUDSKVRQWKHPDLQXQLWVFUHHQWRXFKWKH'LVSOD\VZLWFKLQJEXWWRQRQWKHHQHUJ\XVHVWDWXVVFUHHQ

Display switching button

7KHGLVSOD\LWHPVHWWLQJVFUHHQZLOODSSHDU6HWWKHGLVSOD\LWHPWRXFKWKH2.EXWWRQDQGWKHJUDSKVZLOOEHGLVSOD\HG

185 [8. Energy Management Function ]

Table Display item setting screen Item Details 5HPDUNV ● :KHQ'D\LVVHOHFWHGWKHKRXUO\GDWDIURPWR 24:00 on the day will be displayed in graphs. ● :KHQ0RQWKLVVHOHFWHGWKHGDLO\GDWDIURPWKHVW Date range 6HOHFW'D\0RQWKRU

7KH(QHUJ\PDQDJHPHQWEORFNQDPHOLVWZLOOEHGLVSOD\HG ³$OO(0EORFNV´ZLOOEHVKRZQLQWKHXSSHUOHIWFRUQHU7KHEORFNVZLOOEHVKRZQLQWKH¿UVWOLQHLQWKHOHIW FROXPQLQWKH¿UVWOLQHLQWKHULJKWFROXPQLQWKHVHFRQGOLQHLQWKHOHIWFROXPQLQWKHVHFRQGOLQHLQWKH Display target Display target ULJKWFROXPQLQWKHWKLUGOLQHLQWKHOHIWFROXPQ«LQWKHRUGHURI(0EORFNQXPEHU )RU(0EORFNVZKRVHQDPHVKDYHQRWEHHQUHJLVWHUHG>(0%ORFN(0EORFNQXPEHU@ZLOOEHGLVSOD\HG

● :KHQ'LVSOD\UDQJHLV%ORFN

7KHEORFNQDPHOLVWZLOOEHGLVSOD\HG ³$OOEORFNV´ZLOOEHVKRZQLQWKHXSSHUOHIWFRUQHU7KHEORFNVZLOOEHVKRZQLQWKH¿UVWOLQHLQWKHOHIWFROXPQ LQWKH¿UVWOLQHLQWKHULJKWFROXPQLQWKHVHFRQGOLQHLQWKHOHIWFROXPQLQWKHVHFRQGOLQHLQWKHULJKW FROXPQLQWKHWKLUGOLQHLQWKHOHIWFROXPQ«LQWKHRUGHURIEORFNQXPEHU³8QUHJLVWHUHGEORFN´ZLOOEH VKRZQLQWKHODVW¿HOG)RUEORFNVZKRVHQDPHVKDYHQRWEHHQUHJLVWHUHG>%ORFNEORFNQXPEHU@ZLOOEH displayed. 7KHEORFNVRI','2FRQWUROOHUZLOOQRWEHGLVSOD\HG

186 [8. Energy Management Function ]

7DEOH'LVSOD\LWHPVHWWLQJVFUHHQ FRQWLQXHG Item Details 5HPDUNV 6HOHFWWKH(0EORFNQDPHEORFNQDPHJURXS name or address number of the display target. ● When Display range is Group:

The group name list will be displayed. 7KHJURXSQDPHVZLOOEHVKRZQLQWKH¿UVWOLQHLQWKHOHIWFROXPQLQWKH¿UVWOLQHLQWKHULJKWFROXPQLQWKH VHFRQGOLQHLQWKHOHIWFROXPQLQWKHVHFRQGOLQHLQWKHULJKWFROXPQLQWKHWKLUGOLQHLQWKHOHIWFROXPQ«LQ Display target Display target the order of group number. )RUJURXSVZKRVHQDPHVKDYHQRWEHHQUHJLVWHUHG>*URXSJURXSQXPEHU@ZLOOEHGLVSOD\HG The groups of DIDO controller will not be displayed.

● When Display range is Address

The address list will be displayed.

187 [8. Energy Management Function ]

7DEOH'LVSOD\LWHPVHWWLQJVFUHHQ FRQWLQXHG Item Details 5HPDUNV Specify the date of the data to be displayed in graphs.

● When Date range is Year

● When Date range is Month

Display target Date

● When Date range is Day

188 [8. Energy Management Function ]

7DEOH'LVSOD\LWHPVHWWLQJVFUHHQ FRQWLQXHG Item Details 5HPDUNV 7RGLVSOD\WKHGDWDRQ$(VHOHFW$( 7RGLVSOD\WKHGDWDRQHDFKVHWRI$((: Device VHOHFW([S([S([SRU([S 7KHVFUHHQLVWKHVDPHDVWKDWIRUWKHGLVSOD\ WDUJHW Comparison 6HOHFWWKHEORFNQDPHJURXSQDPHRUDGGUHVVRI ● 2QO\WKH'LVSOD\UDQJH (0EORFNEORFNJURXSRU target Comparison the comparison target. DGGUHVV VHOHFWHGIRUWKHGLVSOD\WDUJHWFDQEH target 7KHVFUHHQLVWKHVDPHDVWKDWIRUWKHGLVSOD\ selected. WDUJHW Specify the date of the data to be displayed in graph. Date 7KHVFUHHQLVWKHVDPHDVWKDWIRUWKHGLVSOD\ WDUJHW

189 [8. Energy Management Function ]

7DEOH'LVSOD\LWHPVHWWLQJVFUHHQ FRQWLQXHG Item Details 5HPDUNV ● Only one item can be selected from the bar graph ¿HOG Select the item to be displayed in a bar graph. ● The item to be displayed in a line graph can be selected at the same time. ● To display the data on indoor units

7KHGLVSOD\LWHPEXWWRQV(OHFWULF(QHUJ\)$1RSHUDWLRQWLPHDQG7KHUPR21WLPH7RWDO&RRODQG+HDW will be displayed. The buttons of the items which cannot be displayed for the selected display range will not be displayed. %DUJUDSK :KHQ'LVSOD\UDQJHIRU/2661$

● 7RGLVSOD\WKHGDWDRQ3,FRQWUROOHU 3$&<*0&$

The display item buttons of the names of the meters connected to the PI controller will be displayed. The names have been set on the measurement setting screen. ,IWKHQDPHVKDYHQRWEHHQUHJLVWHUHG(OHFWULF(QHUJ\WR(OHFWULF(QHUJ\:DWHUTXDQWLW\WR:DWHU TXDQWLW\DQG+HDWTXDQWLW\WR+HDWTXDQWLW\ZLOOEHGLVSOD\HGZKHQWKHPHWHUXQLWLVN:KP3DQG0- respectively.

190 [8. Energy Management Function ]

7DEOH'LVSOD\LWHPVHWWLQJVFUHHQ FRQWLQXHG Item Details 5HPDUNV ● Only one item can be selected from the line graph ¿HOG Select the item to be displayed in a line graph. ● The item to be displayed in a bar graph can be selected at the same time. ● To display the data on indoor units

7KHGLVSOD\LWHPEXWWRQV2XWGRRU7HPS5RRP7HPS6HW7HPSIRUFRRODQG6HW7HPSIRUKHDWZLOO be displayed. Two items can be selected simultaneously. The buttons of the items which cannot be displayed for the selected Display range will not be displayed. The Outdoor Temp. button will be displayed Line graph only when an outdoor temperature measurement unit has been set on the energy management setting screen. )RU/2661$<RQO\WKH2XWGRRU7HPSEXWWRQZLOOEHGLVSOD\HG

● 7RGLVSOD\WKHGDWDRQ$,FRQWUROOHU 3$&<*0&$ RU$+&

The Outdoor Temp. button and the display item buttons of the names of the sensors connected to the AI FRQWUROOHURU$+&ZLOOEHGLVSOD\HG7KHQDPHVKDYHEHHQVHWRQWKHPHDVXUHPHQWVHWWLQJVFUHHQ The Outdoor Temp. button will be displayed only when an outdoor temperature measurement unit has been set on the energy management setting screen. OK button 7RXFKWKH2.EXWWRQDQGWKHJUDSKVZLOOEHGLVSOD\HG

191 [8. Energy Management Function ] Web browser screen

7RGLVSOD\WKHJUDSKVRQWKH:HEEURZVHUVFUHHQSUHVVWKH(GLWEXWWRQRQWKHHQHUJ\XVHVWDWXVVFUHHQWRGLVSOD\WKH display target selection screen.

Edit

$IWHUWKHGLVSOD\WDUJHWVHOHFWLRQVFUHHQDSSHDUVVHOHFWWKHGLVSOD\WDUJHWEDUJUDSKLWHPDQGOLQHJUDSKLWHPRIWKHGLVSOD\ WDUJHWFRPSDULVRQWDUJHWDQGEDUJUDSKLWHPDQGOLQHJUDSKLWHPRIWKHFRPSDULVRQWDUJHW

Display target Date of displayed Display range of data displayed target

Display item(line) of displayed target

Display item(bar) of displayed target Comparison target Date of Display range of comparison data comparison target Display item(line) of comparison target

Display item(bar) of comparison target

192 [8. Energy Management Function ]

Table Web browser screen Item Details 5HPDUNV Display range of displayed target Select the range of data to be displayed from Energy ● It is possible to set different display ranges for the /Display range of PJPWEORFN%ORFN*URXSDQG$GGUHVV display target and comparison target. comparison target 6HOHFWWKHHQHUJ\PDQDJHPHQWEORFNQDPH ● :KHQ'LVSOD\UDQJHLV(QHUJ\PJPWEORFN EORFNQDPHJURXSQDPHRUDGGUHVVQXPEHURIWKH 7KH(QHUJ\PDQDJHPHQWEORFNQDPHOLVWZLOOEH display target or comparison target. displayed. )RU(0EORFNVZKRVHQDPHVKDYHQRWEHHQ UHJLVWHUHG >(0%ORFN(0EORFNQXPEHU@ZLOOEHGLVSOD\HG ,I>@LVVHOHFWHGWKHVFUHHQZLOOUHWXUQWRWKHVWDWH with no target selected. ● :KHQ'LVSOD\UDQJHLV%ORFN 7KHEORFNQDPHOLVWZLOOEHGLVSOD\HG ³$OOEORFNV´ZLOOEHGLVSOD\HGLQWKHXSSHUPRVWOLQH ³8QUHJLVWHUHGEORFN´ZLOOEHGLVSOD\HGLQWKH lowermost line. Display target )RUEORFNVZKRVHQDPHVKDYHQRWEHHQUHJLVWHUHG /Comparison target >%ORFNEORFNQXPEHU@ZLOOEHGLVSOD\HG 7KHEORFNVRI','2FRQWUROOHUZLOOQRWEHGLVSOD\HG ● When Display range is Group. The group name list will be displayed. )RUJURXSVZKRVHQDPHVKDYHQRWEHHQUHJLVWHUHG [Group + group number] will be displayed. The groups of DIDO controller will not be displayed. ● When Display range is Address. The address list will be displayed. ● ,I³6DPHDVGLVSOD\WDUJHW´LVFKHFNHGWKHVDPH settings as those for the display target will be made.

Specify the date of the data to be displayed in ● Only the same unit can be selected for the display graphs. target and comparison target. 6HOHFWRQHRI\HDUPRQWKDQGGD\DQGVHOHFWWKHGDWH ● ,I³6DPHDVGLVSOD\WDUJHW´LVFKHFNHGWKHVDPHGDWH of the data to be displayed. as that of the display target will be set.

Date of displayed data /Date of comparison data

193 [8. Energy Management Function ]

7DEOH:HEEURZVHUVFUHHQ FRQWLQXHG Item Details 5HPDUNV ● One item can be selected for each of the display target and comparison target for each of the bar Select the bar graph item and line graph item. graph and line graph. ● The selectable items vary depending on the selected target and display range. ● To display the data on indoor units :KHQ*URXSRU$GGUHVVKDVEHHQVHOHFWHGWKHIROORZLQJLWHPVFDQEHVHOHFWHG

%DUJUDSK Line graph Electric Energy Fan operation time Outdoor Temp. Thermo-ON timeTotal Room Temp. Thermo-ON time Cool Set Temp. for cool 7KHUPR21WLPH+HDW 6HW7HPSIRUKHDW

:KHQ%ORFNRU(QHUJ\PJPWEORFNKDVEHHQVHOHFWHGRQO\(OHFWULF(QHUJ\DQG2XWGRRU7HPSFDQEH selected.

● To display the data on LOSSNAY units :KHQ*URXSRU$GGUHVVKDVEHHQVHOHFWHGWKHIROORZLQJLWHPVFDQEHVHOHFWHG

%DUJUDSK Line graph 'LVSOD\LWHP OLQH RI Fan operation time Outdoor Temp. displayed target 'LVSOD\LWHP OLQH RI ● 7RGLVSOD\WKHGDWDRQ3,FRQWUROOHU 3$&<*0&$ comparison target %DUJUDSK Line graph Meter 1 *1 Meter 2 *1 Outdoor Temp. Meter 3 *1 Meter 4 *1

*1:The display item buttons of the names of the meters connected to the PI controller will be displayed. The names have been set on the measurement setting screen. ,IWKHQDPHVKDYHQRWEHHQUHJLVWHUHG(OHFWULF(QHUJ\WR(OHFWULF(QHUJ\:DWHUTXDQWLW\ WR:DWHUTXDQWLW\DQG+HDWTXDQWLW\WR+HDWTXDQWLW\ZLOOEHGLVSOD\HGZKHQWKH PHWHUXQLWLVN:KP3DQG0-UHVSHFWLYHO\

● 7RGLVSOD\WKHGDWDRQ$,FRQWUROOHU 3$&<*0&$ RU$+&

%DUJUDSK Line graph Outdoor Temp. - Measurement 1 *2 Measurement 2 *2

7KHGLVSOD\LWHPEXWWRQVRIWKHQDPHVRIWKHVHQVRUVFRQQHFWHGWRWKH$,FRQWUROOHURU$+&ZLOO be displayed. The names have been set on the measurement setting screen.

OK button 7RXFKWKH2.EXWWRQDQGWKHJUDSKVZLOOEHGLVSOD\HG

194 [8. Energy Management Function ] <8> Display updating 7KHPDLQXQLWVFUHHQZLOOQRWEHDXWRPDWLFDOO\XSGDWHG7KHVFUHHQZLOOEHXSGDWHGE\SUHVVLQJWKH8SGDWHEXWWRQSUHVVLQJ the OK button on the display switch screen or reopening the energy use status screen. The Integrated Centralized Control :HEVFUHHQZLOOEHXSGDWHGHYHU\PLQXWHVZKLOHWKHHQHUJ\XVHVWDWXVVFUHHQLVRSHQ DWPLQXWHVDQGPLQXWHVDIWHU WKH:HEVFUHHQLVVWDUWHG +RZHYHUVLQFHWKHGDWDIRUHYHU\RQHKRXULVGLVSOD\HGWKHGDWDZLOOEHXSGDWHGRQFHDQKRXU DWPLQXWHV $OVRZKHQWKHGDWHUDQJHLV0RQWKRU

0:00 0:15 0:300:45 1:00 1:15

Electric energy Updating Updating Updating in the case of use of billing function Electric energy Updating Updating Updating in the case of non-use of billing function Updating Updating Updating Other data

Non-volatile Non-volatile

Updated when button Updated when button Updated when button is pressed is pressed is pressed LCD screen Integrated Web Start Integrated Web

10 minutes 30 minutes 30 minutes

195 [8. Energy Management Function ] <9> CSV output on energy use status screen <9-1>Output from LCD 7RRXWSXWWKHGDWDLQ&69IRUPDWIURPWKH/&'WRXFK>&69RXWSXW@RQWKHHQHUJ\XVHVWDWXVVFUHHQDQGWKHGLVSOD\HG PHDVXUHPHQWGDWDZLOOEHRXWSXWWR86%PHPRU\LQ&69IRUPDW The data will be output in the following format with the following name according to the selected date range.

■ File name [When a comparison target has been selected in Comparison target] Date range: Day (0B'DLO\7UHQGB \\\\ PP GG B GLVSOD\WDUJHW B <<<< 00 '' B FRPSDULVRQWDUJHW B W\SHRIEDUJUDSK B W\SHRI OLQHJUDSK B W\SHRIOLQHJUDSK FVY Date range: Month (0B0RQWKO\7UHQGB \\\\ PP B GLVSOD\WDUJHW B <<<< 00 B FRPSDULVRQWDUJHW B W\SHRIEDUJUDSK B W\SHRIOLQH JUDSK B W\SHRIOLQHJUDSK FVY Date range: Year (0B$QQXDO7UHQGB \\\\ B GLVSOD\WDUJHW B <<<< B FRPSDULVRQWDUJHW B W\SHRIEDUJUDSK B W\SHRIOLQHJUDSK B W\SH RIOLQHJUDSK FVY

[When a comparison target has not been selected in Comparison target] Date range: Day (0B'DLO\7UHQGB \\\\ PP GG B GLVSOD\WDUJHW B W\SHRIEDUJUDSK B W\SHRIOLQHJUDSK B W\SHRIOLQHJUDSK FVY Date range: Month (0B0RQWKO\7UHQGB \\\\ PP B GLVSOD\WDUJHW B W\SHRIEDUJUDSK B W\SHRIOLQHJUDSK B W\SHRIOLQHJUDSK FVY Date range: Year (0B$QQXDO7UHQGB \\\\ B GLVSOD\WDUJHW B W\SHRIEDUJUDSK B W\SHRIOLQHJUDSK B W\SHRIOLQHJUDSK FVY

■&RQWHQWVRI¿OHQDPH

&RQWHQWVRI¿OHQDPH Format \\\\

³%´ *URXSLQZKLFKQREORFNVKDYHEHHQUHJLVWHUHG³%´ 7RWDORIDOOEORFNV³(´ 7RWDORIDOOHQHUJ\PDQDJHPHQWEORFNV

196 [8. Energy Management Function ]

&RQWHQWVRI¿OHQDPH Format %(OHFWULFHQHUJ\ LQGRRUXQLW %)$1RSHUDWLRQWLPH %7KHUPR21WLPH WRWDO %7KHUPR21WLPH FRROLQJ W\SHRIEDUJUDSK %7KHUPR21WLPH KHDWLQJ %(OHFWULFHQHUJ\RQ3,FRQWUROOHUDQGEXLOWLQPHWHU %4XDQWLW\RIZDWHURQ3,FRQWUROOHUDQGEXLOWLQPHWHU %4XDQWLW\RIKHDWRQ3,FRQWUROOHUDQGEXLOWLQPHWHU %1RVHOHFWLRQ L00: No selection /7HPSHUDWXUHVHWWLQJ FRROLQJ /7HPSHUDWXUHVHWWLQJ KHDWLQJ L03: Indoor temperature W\SHRIOLQHJUDSK L04: AI controller temperature /$+&WHPSHUDWXUH L06: Outdoor temperature L08: AI controller humidity

197 [8. Energy Management Function ] ■ File format

Line Item Date range Format Day 401 1st line &ODVVL¿FDWLRQRI¿OH Month 402 Year 403 Day yyyy/mm/dd:YYYY/MM/DD *1 2nd line Date Month yyyy/mm:YYYY/MM *1 Year yyyy:YYYY ³$GGUHVV´DGGUHVV1R GLVSOD\WDUJHW ³$GGUHVV´DGGUHVV 1R FRPSDULVRQWDUJHW ,QWKHFDVHRI3,FRQWUROOHU$,FRQWUROOHURU$+&WKHDGGUHVVQXPEHULV Address ³DGGUHVV1RPHWHU1RRUVHQVRU1R WR ´ ,QWKHFDVHRIEXLOWLQPHWHUWKHDGGUHVVQXPEHULV³EXLOWLQPHWHU WR ´ 3rd line Target Group *URXSQDPH GLVSOD\WDUJHW JURXSQDPH FRPSDULVRQWDUJHW *3 %ORFN %ORFNQDPH GLVSOD\WDUJHW EORFNQDPH FRPSDULVRQWDUJHW *3 Energy (QHUJ\PDQDJHPHQWEORFNQDPH GLVSOD\WDUJHW management *3 EORFN HQHUJ\PDQDJHPHQWEORFNQDPH FRPSDULVRQWDUJHW ³$GGUHVV´DGGUHVV1R GLVSOD\WDUJHW EDU ³´GLVSOD\ LWHP EDU ³$GGUHVV´DGGUHVV1R FRPSDULVRQWDUJHW EDU ³´GLVSOD\LWHP EDU ³$GGUHVV´DGGUHVV1R GLVSOD\WDUJHW OLQH ³´GLVSOD\LWHP OLQH ³$GGUHVV´DGGUHVV1R FRPSDULVRQWDUJHW OLQH ³´GLVSOD\LWHP OLQH ³$GGUHVV´ Day ³7LPH´ DGGUHVV1R GLVSOD\WDUJHW OLQH ³´GLVSOD\LWHP OLQH ³$GGUHVV´DGGUHVV1R FRPSDULVRQWDUJHW OLQH ³´ GLVSOD\LWHP OLQH ,QWKHFDVHRIEXLOWLQPHWHU³EXLOWLQPHWHU´³´VHQVRU1R WR LVVHWLQSODFHRI³$GGUHVV´DGGUHVV1R Group name *3 GLVSOD\WDUJHW EDU ³´GLVSOD\LWHP EDU 4th line Measurement item Address Group group name *3 FRPSDULVRQWDUJHW EDU ³´GLVSOD\LWHP %ORFN EDU JURXSQDPH*3 GLVSOD\WDUJHW OLQH ³´GLVSOD\LWHP Month ³'D\´ Energy OLQH JURXSQDPH*3 FRPSDULVRQWDUJHW OLQH ³´ management GLVSOD\LWHP OLQH JURXSQDPH*3 GLVSOD\WDUJHW OLQH ³´ EORFN GLVSOD\LWHP OLQH JURXSQDPH*3 FRPSDULVRQWDUJHW OLQH ³´GLVSOD\LWHP OLQH %ORFNQDPH*3 GLVSOD\WDUJHW EDU ³´GLVSOD\LWHP EDU EORFNQDPH*3 FRPSDULVRQWDUJHW EDU ³´GLVSOD\LWHP EDU ³WDUJHWHOHFWULFHQHUJ\>N:K@´*2EORFNQDPH*3 GLVSOD\ WDUJHW OLQH ³´GLVSOD\LWHP OLQH EORFNQDPH*3 Year ³0RQWK´ FRPSDULVRQWDUJHW OLQH ³´GLVSOD\LWHP OLQH (QHUJ\PDQDJHPHQWEORFNQDPH*3 GLVSOD\WDUJHW EDU ³-” GLVSOD\LWHP EDU (QHUJ\PDQDJHPHQWEORFNQDPH*3 FRPSDULVRQWDUJHW EDU ³-”GLVSOD\LWHP EDU ³target HOHFWULFHQHUJ\>N:K@” *2 Day KKPP 'DWDYDOXH EDU FRPSDULVRQGDWDYDOXH EDU WDUJHWHOHFWULFHQHUJ\ WKOLQHDQG *4 value *2 following Data Month GG GDWDYDOXH OLQH FRPSDULVRQGDWDYDOXH OLQH GDWD Year PP YDOXH OLQH FRPSDULVRQGDWDYDOXH OLQH

*1: The dates will be displayed in the formats set on the basic system setting screen on the Web browser for initial setting or main unit LCD screen. 7KH³WDUJHWHOHFWULFHQHUJ\>N:K@´DQGWDUJHWHOHFWULFHQHUJ\YDOXHZLOOEHGLVSOD\HGRQO\ZKHQWKHGDWDLVGLVSOD\HGLQDJUDSK ,IWKHJURXSQDPHKDVQRWEHHQJLYHQ>³*URXS´$(QXPEHU³´JURXS1R@ZLOOEHVKRZQ,IWKHEORFNQDPHKDVQRWEHHQJLYHQ >³%ORFN´$(QXPEHU³´EORFN1R@ZLOOEHVKRZQ,IWKH(0EORFNQDPHKDVQRWEHHQJLYHQ>³(0EORFN´(0EORFN1R@ZLOOEH shown. $VWKHGDWDGHOLPLWHUVDQGGHFLPDOSRLQWGHOLPLWHUVWKHFKDUDFWHUVVHOHFWHGRQWKHPHDVXUHPHQWVHWWLQJVFUHHQRQWKH:HEEURZVHUIRU initial setting will be used. 7KHQXPEHURIOLQHVYDULHVGHSHQGLQJRQWKHVHOHFWHGGDWHUDQJH 'D\WKWRWKOLQHV0RQWKWKWRWKOLQHV

198 [8. Energy Management Function ] ■([DPSOHVRI¿OHV :KHQ'LVSOD\UDQJHLV%ORFN

Date range: Day

401 2014/08/19:2013/06/01 %ORFN%ORFN 7LPHEORFN±LQGRRUXQLWHOHFWULFHQHUJ\>N:K@EORFN±LQGRRUXQLWHOHFWULFHQHUJ\>N:K@EORFN±RXWGRRUWHPSHUDWXUH>&@EORFN – outdoor temperature [°C] :

Date range: Month

402 2014/08:2013/06 %ORFN%ORFN 'D\EORFN±LQGRRUXQLWHOHFWULFHQHUJ\>N:K@EORFN±LQGRRUXQLWHOHFWULFHQHUJ\>N:K@WDUJHWHOHFWULFHQHUJ\>N:K@EORFN±RXWGRRU WHPSHUDWXUH>&@EORFN±RXWGRRUWHPSHUDWXUH>&@ :

Date range: Year

403 2014:2013 %ORFN%ORFN 0RQWKEORFN±LQGRRUXQLWHOHFWULFHQHUJ\>N:K@EORFN±LQGRRUXQLWHOHFWULFHQHUJ\>N:K@WDUJHWHOHFWULFHQHUJ\>N:K@EORFN ±RXWGRRUWHPSHUDWXUH>&@EORFN±RXWGRRUWHPSHUDWXUH>&@ :

Remarks ● :KHQGDWDLVRXWSXWZLWKWKHGDWHUDQJHVHWWLQJ³'D\´WKHGDWDRIWKHEDUJUDSKWREHRXWSXWLQHDFKWLPH OLQHLVWKHGDWDREWDLQHGEHWZHHQWKHKRXU PLQXWH RIWKHWLPHDQGWKHKRXU PLQXWH DIWHURQH KRXU7KHGDWDRIWKHOLQHJUDSKLVWKHLQVWDQWDQHRXVYDOXHDWWKHKRXU PLQXWH RIWKHWLPH Example: WhenGDWDLVRXWSXWDWWKHSUHVHQWWLPHWKHGDWDZLOOEHRXWSXWDVVKRZQEHORZ

7KHGDWDRIEDUJUDSKDWLVEODQN

199 [8. Energy Management Function ] <9-2>Output from Web screen 7RRXWSXWWKHGDWDLQ&69IRUPDWIURPWKH:HEVFUHHQWRXFK>'RZQORDG@RQWKHHQHUJ\XVHVWDWXVVFUHHQDQGWKHGLVSOD\HG PHDVXUHPHQWGDWDZLOOEHRXWSXWWR86%PHPRU\LQ&69IRUPDW The data will be output in the following format with the following name according to the selected date range.

■ File name [When a comparison target has been selected in Comparison target] Date range: Day (0B'DLO\7UHQGB \\\\ PP GG B GLVSOD\WDUJHW B W\SHRIEDUJUDSK B W\SHRIOLQHJUDSK B <<<< 00 '' B FRPSDULVRQWDUJHW B W\SHRIEDUJUDSK B W\SHRIOLQHJUDSK FVY Date range: Month (0B0RQWKO\7UHQGB \\\\ PP B GLVSOD\WDUJHW B W\SHRIEDUJUDSK B W\SHRIOLQHJUDSK B <<<< 00 B FRPSDULVRQ WDUJHW B W\SHRIEDUJUDSK B W\SHRIOLQHJUDSK FVY Date range: Year (0B$QQXDO7UHQGB \\\\ B GLVSOD\WDUJHW B W\SHRIEDUJUDSK B W\SHRIOLQHJUDSK B <<<< B FRPSDULVRQWDUJHW B W\SH RIEDUJUDSK B W\SHRIOLQHJUDSK FVY

[When a comparison target has not been selected in Comparison target] Date range: Day (0B'DLO\7UHQGB \\\\ PP GG B GLVSOD\WDUJHW B W\SHRIEDUJUDSK B W\SHRIOLQHJUDSK FVY Date range: Month (0B0RQWKO\7UHQGB \\\\ PP B GLVSOD\WDUJHW B W\SHRIEDUJUDSK B W\SHRIOLQHJUDSK FVY Date range: Year (0B$QQXDO7UHQGB \\\\ B GLVSOD\WDUJHW B W\SHRIEDUJUDSK B W\SHRIOLQHJUDSK FVY

■&RQWHQWVRI¿OHQDPH

&RQWHQWVRI¿OHQDPH Format \\\\

³%´ *URXSLQZKLFKQREORFNVKDYHEHHQUHJLVWHUHG³%´ 7RWDORIDOOEORFNV

200 [8. Energy Management Function ]

&RQWHQWVRI¿OHQDPH Format %(OHFWULFHQHUJ\ LQGRRUXQLW %)$1RSHUDWLRQWLPH %7KHUPR21WLPH WRWDO %7KHUPR21WLPH FRROLQJ W\SHRIEDUJUDSK %7KHUPR21WLPH KHDWLQJ %(OHFWULFHQHUJ\RQ3,FRQWUROOHUDQGEXLOWLQPHWHU %4XDQWLW\RIZDWHURQ3,FRQWUROOHUDQGEXLOWLQPHWHU %4XDQWLW\RIKHDWRQ3,FRQWUROOHUDQGEXLOWLQPHWHU %1RVHOHFWLRQ /7HPSHUDWXUHVHWWLQJ FRROLQJ /7HPSHUDWXUHVHWWLQJ KHDWLQJ L03: Indoor temperature L04: AI controller temperature W\SHRIOLQHJUDSK /$+&WHPSHUDWXUH L06: Outdoor temperature L08: AI controller humidity L00: No selection

201 [8. Energy Management Function ]

■ File format

Line Item Date range Format Day 401 1st line &ODVVL¿FDWLRQ Month 402 RI¿OH Year 403 Day yyyy/mm/dd:YYYY/MM/DD *1 2nd line Date Month yyyy/mm:YYYY/MM *1 Year yyyy:YYYY ³$GGUHVV´DGGUHVV1R GLVSOD\WDUJHW ³$GGUHVV´DGGUHVV 1R FRPSDULVRQWDUJHW ,QWKHFDVHRI3,FRQWUROOHU$,FRQWUROOHURU$+&WKHDGGUHVVQXPEHULV Address ³DGGUHVV1RPHWHU1RRUVHQVRU1R WR ´ ,QWKHFDVHRIEXLOWLQPHWHUWKHDGGUHVVQXPEHULV³EXLOWLQPHWHU WR ´ 3rd line Target Group *URXSQDPH GLVSOD\WDUJHW JURXSQDPH FRPSDULVRQWDUJHW *3 %ORFN %ORFNQDPH GLVSOD\WDUJHW EORFNQDPH FRPSDULVRQWDUJHW *3 Energy (QHUJ\PDQDJHPHQWEORFNQDPH GLVSOD\WDUJHW management *3 EORFN HQHUJ\PDQDJHPHQWEORFNQDPH FRPSDULVRQWDUJHW ³$GGUHVV´DGGUHVV1R GLVSOD\WDUJHW EDU ³´GLVSOD\ LWHP EDU ³$GGUHVV´DGGUHVV1R FRPSDULVRQWDUJHW EDU ³´GLVSOD\LWHP EDU ³$GGUHVV´DGGUHVV1R GLVSOD\ Day ³7LPH´ WDUJHW OLQH ³´GLVSOD\LWHP OLQH ³$GGUHVV´DGGUHVV 1R FRPSDULVRQWDUJHW OLQH ³´GLVSOD\LWHP OLQH ,QWKHFDVHRIEXLOWLQPHWHU³EXLOWLQPHWHU´³´VHQVRU1R WR LVVHWLQSODFHRI³$GGUHVV´DGGUHVV1R Group name *3 GLVSOD\WDUJHW EDU ³´GLVSOD\LWHP Address EDU JURXSQDPH*3 FRPSDULVRQWDUJHW EDU ³´GLVSOD\ Month ³'D\´ Group LWHP EDU JURXSQDPH*3 GLVSOD\WDUJHW OLQH ³´ 4th line Measurement item %ORFN GLVSOD\LWHP OLQH JURXSQDPH*3 FRPSDULVRQWDUJHW OLQH Energy ³´GLVSOD\LWHP OLQH management *3 EORFN %ORFNQDPH GLVSOD\WDUJHW EDU ³´GLVSOD\LWHP EDU EORFNQDPH*3 FRPSDULVRQWDUJHW EDU ³´GLVSOD\LWHP EDU ³WDUJHWHOHFWULFHQHUJ\>N:K@´*2EORFNQDPH*3 GLVSOD\WDUJHW OLQH ³´GLVSOD\LWHP OLQH EORFNQDPH*3 Year ³0RQWK´ FRPSDULVRQWDUJHW OLQH ³´GLVSOD\LWHP OLQH (QHUJ\PDQDJHPHQWEORFNQDPH*3 GLVSOD\WDUJHW EDU ³-” GLVSOD\LWHP EDU (QHUJ\PDQDJHPHQWEORFNQDPH*3 FRPSDULVRQWDUJHW EDU ³-”GLVSOD\LWHP EDU ³target HOHFWULFHQHUJ\>N:K@” *2 Day KKPP WKOLQHDQG 'DWDYDOXH EDU FRPSDULVRQGDWDYDOXH EDU WDUJHWHOHFWULFHQHUJ\ Data *4 following Month GG value *2GDWDYDOXH OLQH FRPSDULVRQGDWDYDOXH OLQH Year PP

*1: The dates will be displayed in the formats set on the basic system setting screen on the Web browser for initial setting or main unit LCD screen. 7KH³WDUJHWHOHFWULFHQHUJ\>N:K@´DQGWDUJHWHOHFWULFHQHUJ\YDOXHZLOOEHGLVSOD\HGRQO\ZKHQWKHGDWDLVGLVSOD\HGLQDJUDSK ,IWKHJURXSQDPHKDVQRWEHHQJLYHQ>³*URXS´$(QXPEHU³´JURXS1R@ZLOOEHVKRZQ,IWKHEORFNQDPHKDVQRWEHHQJLYHQ>³%ORFN´ $(QXPEHU³´EORFN1R@ZLOOEHVKRZQ,IWKH(0EORFNQDPHKDVQRWEHHQJLYHQ>³(0EORFN´$(QXPEHU³´(0EORFN1R@ will be shown. $VWKHGDWDGHOLPLWHUVDQGGHFLPDOSRLQWGHOLPLWHUVWKHFKDUDFWHUVVHOHFWHGRQWKHPHDVXUHPHQWVHWWLQJVFUHHQRQWKH:HEEURZVHUIRU initial setting will be used. 7KHQXPEHURIOLQHVYDULHVGHSHQGLQJRQWKHVHOHFWHGGDWHUDQJH 'D\WKWRWKOLQHV0RQWKWKWRWKOLQHV

202 [8. Energy Management Function ] ■([DPSOHVRI¿OHV :KHQ'LVSOD\UDQJHLV%ORFN

Date range: Day

401 2014/08/19:2013/06/01 %ORFN%ORFN 7LPHEORFN±LQGRRUXQLWHOHFWULFHQHUJ\>N:K@EORFN±LQGRRUXQLWHOHFWULFHQHUJ\>N:K@EORFN±RXWGRRUWHPSHUDWXUH>&@EORFN – outdoor temperature [°C] :

Date range: Month

402 2014/08:2013/06 %ORFN%ORFN 'D\EORFN±LQGRRUXQLWHOHFWULFHQHUJ\>N:K@EORFN±LQGRRUXQLWHOHFWULFHQHUJ\>N:K@WDUJHWHOHFWULFHQHUJ\>N:K@EORFN±RXWGRRU WHPSHUDWXUH>&@EORFN±RXWGRRUWHPSHUDWXUH>&@ :

Date range: Year

403 2014:2013 %ORFN%ORFN 0RQWKEORFN±LQGRRUXQLWHOHFWULFHQHUJ\>N:K@EORFN±LQGRRUXQLWHOHFWULFHQHUJ\>N:K@WDUJHWHOHFWULFHQHUJ\>N:K@EORFN ±RXWGRRUWHPSHUDWXUH>&@EORFN±RXWGRRUWHPSHUDWXUH>&@ :

Remarks ● :KHQGDWDLVRXWSXWZLWKWKHGDWHUDQJHVHWWLQJ³'D\´WKHGDWDRIWKHEDUJUDSKWREHRXWSXWLQHDFKWLPH OLQHLVWKHGDWDREWDLQHGEHWZHHQWKHKRXU PLQXWH RIWKHWLPHDQGWKHKRXU PLQXWH DIWHURQH KRXU7KHGDWDRIWKHOLQHJUDSKLVWKHLQVWDQWDQHRXVYDOXHDWWKHKRXU PLQXWH RIWKHWLPH ([DPSOH:KHQGDWDLVRXWSXWDWWKHSUHVHQWWLPHWKHGDWDZLOOEHRXWSXWDVVKRZQEHORZ 7KHGDWDRIEDUJUDSKDWLVEODQN

203 [8. Energy Management Function ] <10> Energy management data list 7KHIROORZLQJWDEOH³'DWDLWHPV´VKRZVWKHHQHUJ\PDQDJHPHQWLWHPVZKLFKFDQEHRXWSXWLQ&69IRUPDWPHDVXUHPHQW units and data ranges for the data types. 7KHIROORZLQJWDEOH³'DWDSHULRGV´VKRZVWKHDPRXQWRIGDWD QXPEHURIPRQWKVRU\HDUV ZKLFKFDQEHFRQWDLQHGLQHDFK &69¿OH

Table Data items 'DWDW\SH LQWHUYDO Measurement Unit type Item Data range *11 PLQXWH 30-minute Daily *6 Monthly *7 Annual *8 unit Data 1 *1 – 0 to 999999.99 Data 2 *1 – 0 to 9999.99 Outdoor unit Data 3 *1 – 0 to 99.99 Outdoor temperature *2 *3 *4 &) -100.0 to 1000.0 Cooling temperature setting *2 *3 *4 &) -100.0 to 1000.0 +HDWLQJWHPSHUDWXUHVHWWLQJ *2 *3 *4 &) -100.0 to 1000.0 Room temperature *2 *3 *4 &) -100.0 to 1000.0 FAN operation time *9 *10 *10 *10 minute 0 to 2147483647 Cooling operation time *9 *10 *10 *10 minute 0 to 2147483647 +HDWLQJRSHUDWLRQWLPH *9 *10 *10 *10 minute 0 to 2147483647 Thermo On time *9 *10 *10 *10 minute 0 to 2147483647 Indoor unit Thermo ON time for cooling *9 *10 *10 *10 minute 0 to 2147483647 Thermo ON time for heating *9 *10 *10 *10 minute 0 to 2147483647 Thermo ON/OFF count *9 – 0 to 2147483647 Capacity save amount *9 *10 *10 *10 minute 0 to 21474836.47 Cooling capacity save amount *9 *10 *10 *10 minute 0 to 21474836.47 +HDWLQJFDSDFLW\VDYHDPRXQW *9 *10 *10 *10 minute 0 to 21474836.47 Apportioned electric energy *9 *10 *10 *10 N:K 0 to 999999.9999 Target electric energy *10 *10 *10 N:K 0 to 4294967 MCP1 *9 *9 *10 *10 *10 N:KP30- 0 to 999999.99 MCP MCP2 *9 *9 *10 *10 *10 N:KP30- 0 to 999999.99 3,FRQWUROOHU MCP3 *9 *9 *10 *10 *10 N:KP30- 0 to 999999.99 MCP4 *9 *9 *10 *10 *10 N:KP30- 0 to 999999.99 MCT MCT1 *2 *3 *4 &) -1000.0 to 1000.0 $,FRQWUROOHU MCT2 *2 *3 *4 &) -1000.0 to 1000.0 $+&WHPSHUDWXUH *2 *3 *4 &) -1000.0 to 1000.0 $+& $+&WHPSHUDWXUH *2 *3 *4 &) -1000.0 to 1000.0

*1: These values are for factory use only. Do not use them for any other purposes. *2: These values are temperature or humidity values measured at 00 minute and 30 minutes of every hour. *3: These values are the daily average values of the temperatures or humidity values measured at 00 minute of every hour. *4: These values are the monthly average values of the temperatures or humidity values measured every day. 7KH7KHUPR212))FRXQWLQGLFDWHVWKHQXPEHURIWLPHVWKHXQLWZDVVZLWFKHGIURPWKHWKHUPR2))PRGHWRWKHWKHUPR21PRGH :KHQWKHGDWDWREHRXWSXWLQFOXGHVWKHGDWDRQWKHFXUUHQWGD\WKHGDWDXSWRWKHSRLQWRIRXWSXWRIWKH&69¿OHZLOOEHRXWSXW 7KHGDWDLQWKHFXUUHQWPRQWKLQFOXGHVWKHGDWDXSWRWKHSRLQWRIRXWSXWRIWKH&69¿OH 7KHGDWDLQWKHFXUUHQW\HDULQFOXGHVWKHGDWDXSWRWKHSRLQWRIRXWSXWRIWKH&69¿OH 7KHVHDUHWKHYDOXHVDFFXPXODWHGVLQFHWKHVWDUWRIRSHUDWLRQ:KHQDQ\YDOXHH[FHHGVWKHPD[LPXPYDOXHLWZLOOUHWXUQWR 7KHVHYDOXHVDUHWKHVXPWRWDOVLQWKHPHDVXUHPHQWSHULRG GD\PRQWKRU\HDU 7KHQXPEHURIGLVSOD\HGGHFLPDOSODFHVYDULHVGHSHQGLQJRQWKHGDWDLWHP)RUH[DPSOHZKHQWKHGDWDUDQJHLVWRWKHYDOXHV will be displayed to two decimal places.

204 [8. Energy Management Function ] [5] Ranking 2QWKHUDQNLQJVFUHHQWKHSRZHUFRQVXPSWLRQ)$1RSHUDWLRQWLPHDQGWKHUPR21WLPH WRWDOFRROLQJDQGKHDWLQJ RILQGRRU XQLWVLQHDFKHQHUJ\PDQDJHPHQWEORFNRUEORFNRUJURXSRUXQLWDGGUHVVFDQEHGLVSOD\HGLQEDUJUDSKVLQGHVFHQGLQJRUGHU WRYLVXDOL]HWKHHQHUJ\VDYLQJVWDWH%ORFNVDQGJURXSVZKLFKFRQVXPHPRUHHOHFWULFHQHUJ\ZLOOEHYLVXDOO\LQGLFDWHGWR facilitate preparation of an energy-saving plan. (QHUJ\VDYLQJPHDVXUHVFDQEHWDNHQWLPHO\E\VHWWLQJWKHWDUJHWYDOXHVDQGFRPSDULQJWKHSUHVHQWHQHUJ\XVHVWDWXVZLWK the target value. 1RWH7RGLVSOD\WKHUDQNLQJVFUHHQ(QHUJ\0DQDJHPHQW/LFHQVH3DFNLVUHTXLUHG 7KHGDWDZLOOEHVDYHGLQWKHLQWHUQDOPHPRU\LQHDFK$($(DQG(:,Q$(WKHGDWDRQ$((:ZLOO QRWEHVDYHG7KHGDWDRQO\RQWKHXQLWVFRQQHFWHGWR01(7RIHDFKFRQWUROOHUZLOOEHVDYHGLQLW7KHUDQNLQJRIXQLWVRQWKH $((:V\VWHPFDQEHGLVSOD\HGRQWKHVFUHHQRI$($(ZLOOUHFHLYHWKHGDWDIURP$((:ZKHQWKH UDQNLQJVFUHHQIRU$((:LVGLVSOD\HG The retention periods of data are shown below.

Period of display Data retention period Day For last 24 months * Month For last 24 months * Year )RUODVW\HDUV

7KHGDWDIRUPRQWKVDUHUHWDLQHGLQWHUQDOO\+RZHYHUWKHGDWDIRUPRQWKVFDQEHGLVSOD\HGLQJUDSKV

7KHGDWDLVVDYHGLQDQ6'FDUG DQRQYRODWLOHPHPRU\GDWDZLOOQRWEHGHOHWHGHYHQLISRZHULVWXUQHGRIIIURP$($( (: HYHU\KRXURQWKHPLQXWH 7RGLVSOD\WKHJUDSKWKHLQLWLDOVHWWLQJLVUHTXLUHG7KHLQLWLDOVHWWLQJFDQEHSHUIRUPHGRQO\RQWKHHQHUJ\PDQDJHPHQW setting screen on the Web browser for initial setting. The initial setting cannot be performed on the main unit screen of AE- $(,WLVQHFHVVDU\WRSHUIRUPWKHLQLWLDOVHWWLQJLQGLYLGXDOO\RQWKH:HEEURZVHUIRULQLWLDOVHWWLQJRIHDFKVHWRI$( $(DQG(: 7RGLVSOD\WKHWDUJHWYDOXHVLWLVQHFHVVDU\WRVHWWKHWDUJHWYDOXHVIRUHDFKXQLWRQWKHWDUJHWYDOXHVHWWLQJVFUHHQRQWKH PDLQXQLW LQSHUFHQWDJHDJDLQVWDOOXQLWV 2QWKHPDLQXQLWVFUHHQRI$(WKHUDQNLQJRIWKHXQLWVFRQQHFWHGWR$((:FDQEHGLVSOD\HGE\VZLWFKLQJWKH display mode. 2QWKHPDLQXQLWVFUHHQRI$(WKHUDQNLQJRIWKHXQLWVRQO\RI$(FDQEHGLVSOD\HG 2QWKH:HEEURZVHUWKHUDQNLQJRIWKHXQLWVRIHDFKVHWRI$($((:FDQEHGLVSOD\HG2QWKHEURZVHURIHDFK VHWRI$($((:WKHUDQNLQJRIWKHXQLWVFRQQHFWHGWR01(7RIWKHFRQWUROOHUFDQEHGLVSOD\HG

Remarks ● The initial setting must be performed on the Web browsers for initial setting. ● ,QFDVHRIIDLOXUHRI$($((:LWLVUHFRPPHQGHGWRSHULRGLFDOO\VDYHWKHGDWDRQWKHHQHUJ\ XVHVWDWXVVFUHHQRQHDFK:HEEURZVHULQD¿OHLQ&69IRUPDWZLWKWKHGRZQORDGIXQFWLRQRUIURPWKH &69RXWSXWVFUHHQ )RUGHWDLOVVHH>@³'DWD'RZQORDGLQJ´DQG>@³&692XWSXW´

205 [8. Energy Management Function ] <1> Contents displayed on screens Main unit screen

Device Date Display range Display switching Display item button Ranking graph Rank Target value Name

Display of percentage against target values

Unit/scale

Item Details 5HPDUNV ● :KHQ$((:LVVHOHFWHGDIWHU$((:LV FRQQHFWHGWKHQDPHRI$((:ZLOOEH Device 7KHQDPHRI$($((:LVGLVSOD\HG displayed. ● :KHQWKHUDQNLQJRIDOOFRQWUROOHUVLVGLVSOD\HG³$OO controllers” will be displayed.

7KHGLVSOD\UDQJHRIUDQNLQJJUDSKLVGLVSOD\HG ● Display range 7KHJUDSKFDQEHGLVSOD\HGLQDQDGGUHVVJURXSEORFN 7KHUDQNLQJRIHQHUJ\PDQDJHPHQWEORFNVFDQEH RUHQHUJ\PDQDJHPHQWEORFNXQLW GLVSOD\HGZKHQ³$OOFRQWUROOHUV´KDVEHHQVHOHFWHG ● 7KHGLVSOD\LWHPLVRQHRIHOHFWULFHQHUJ\)$1 Display item 7KHLWHPGLVSOD\HGLQWKHUDQNLQJJUDSKLVGLVSOD\HG RSHUDWLRQWLPHWKHUPR21WLPH WRWDO WKHUPR21 time for cooling and thermo ON time for heating. ● Even if some units show the same power FRQVXPSWLRQ)$1RSHUDWLRQWLPHRUWKHUPR21WLPH 5DQN The units are displayed in ascending order of power WKHXQLWVZLOOQRWEHGLVSOD\HGLQWKHVDPHUDQN7KH FRQVXPSWLRQRURSHUDWLRQWLPHIURPWKH¿UVWRQH XQLWKDYLQJDORZHU(0EORFNQXPEHUEORFNQXPEHU JURXSQXPEHURUXQLWDGGUHVVQXPEHUZLOOEHUDQNHG higher. ● The name changes depending on the item selected in Display range. ● )RUDEORFNZKRVHEORFNQDPHKDVQRWEHHQ UHJLVWHUHG>(0%ORFN(0EORFNQXPEHU@ZLOOEH displayed Name 7KHHQHUJ\PDQDJHPHQWEORFNQDPHEORFNQDPH group name or unit address number is displayed. ● )RUDEORFNZKRVHEORFNQDPHKDVQRWEHHQ UHJLVWHUHG>%ORFNEORFNQXPEHU@ZLOOEHGLVSOD\HG ● For a group whose group name has not EHHQUHJLVWHUHG>*URXSJURXSQXPEHU@ZLOOEH displayed. Date 7KHGDWHRIWKHUDQNLQJJUDSKLVGLVSOD\HG 7RGLVSOD\DJUDSKWRXFKWKLVEXWWRQ¿UVWRIDOO

7KHQWKHVFUHHQIRUVHWWLQJWKHGDWDWREHGLVSOD\HGLQ ● Display switching a graph will appear. )RUGHWDLOVVHH>@ !³'LVSOD\UDQJHDQGLWHPV The graph will be displayed with the data set on the which can be displayed in graphs.” display item setting screen. ● 5DQNLQJJUDSK 7KHUDQNLQJJUDSKLVGLVSOD\HG )RUWKHGLVSOD\IRUPDWVHH>@ !³*UDSKGLVSOD\ format.” ● The target values will be displayed only when Display UDQJHLV%ORFNDQG'DWHUDQJHLV0RQWKRU@ !³*UDSKGLVSOD\ value. format.” ● :KHQWKHWDUJHWYDOXHVKDYHQRWEHHQVHWRUDUH they will not be displayed.

206 [8. Energy Management Function ]

● The target values will be displayed only when Display UDQJHLV%ORFNDQG'DWHUDQJHLV0RQWKRU@ !³*UDSKGLVSOD\ Display of percentage value is numerically displayed. format.” against target values :KHQWKHSUHVHQWYDOXHH[FHHGVWKHWDUJHWYDOXHWKH ● :KHQWKHWDUJHWYDOXHVKDYHQRWEHHQVHWRUDUH SHUFHQWDJHZLOOEHPRUHWKDQ they will not be displayed. ● The display and non-display can be switched on the GLVSOD\LWHPVHWWLQJVFUHHQ 7KHGHIDXOWLV'LVSOD\ ● The unit appropriate to the Display item will be displayed. Unit/scale 7KHXQLWDQGVFDOHRIWKHUDQNLQJJUDSKDUHGLVSOD\HG ● The scale will be automatically adjusted according to the maximum value in the data.

The data will be updated to the most recent ● Update information. The most recent information is retained every hour.

207 [8. Energy Management Function ] Web browser screen

Display range Date

Unit/scale

Ranking graph Target value

Detail view

Download Display item

Item Details 5HPDUNV Select the range of the units to be displayed from Display range %ORFN*URXSDQG$GGUHVV &OLFNLQWKH¿HOGWKHVHWWLQJZLQGRZZLOOEHGLVSOD\HG ● &OLFNLQWKH¿HOGWKHVHWWLQJZLQGRZZLOOEHGLVSOD\HG ● :KHQ'D\KDVEHHQVHOHFWHGLQ'DWHUDQJHWKH VHWWLQJZLQGRZZLOOEHGLVSOD\HG6HOHFWD\HDU month and day in the last 24 months from the current date. ● :KHQ0RQWKKDVEHHQVHOHFWHGLQ'DWHUDQJHVHOHFW D\HDUDQGPRQWK \\\\PP LQWKHODVWPRQWKV Date Specify the date of the data to be displayed in a graph. from the current month. ● :KHQ@ !³*UDSKGLVSOD\ format.” ● The unit appropriate to the Display item will be displayed. Unit/scale 7KHXQLWDQGVFDOHRIWKHUDQNLQJJUDSKDUHGLVSOD\HG ● The scale will be automatically adjusted according to the maximum value in the data. ● The target values will be displayed only when Display UDQJHLV%ORFNDQG'DWHUDQJHLV0RQWKRU@ !³*UDSKGLVSOD\ Target value target value. format.” ● :KHQWKHWDUJHWYDOXHVKDYHQRWEHHQVHWRUDUH they will not be displayed.

The graph data at the mouse cursor position is ● Detail view displayed. :KHQDWDEOHWLVXVHGWKLVYLHZLVQRWGLVSOD\HG ● The selectable display items vary depending on Display range. Display item Select the item to be displayed in a graph. ● )RUGHWDLOVVHH>@ !³'LVSOD\UDQJHDQGLWHPV which can be displayed in graphs.” &OLFN'RZQORDGDQGWKHGLVSOD\HGGDWDZLOOEHRXWSXW Download ● LQ&69IRUPDW )RUGHWDLOVVHH>@³'DWDGRZQORDGLQJ´

208 [8. Energy Management Function ] <2> Item which can be displayed in graphs 2QWKHUDQNLQJVFUHHQRQO\RQHRIWKHGLVSOD\LWHPVHOHFWULFHQHUJ\)$1RSHUDWLRQWLPHDQGWKHUPR21WLPHFDQEH displayed in a graph. The items which can be displayed in graphs are shown below.

Display item 5HPDUNV ● 7KHWDUJHWHOHFWULFHQHUJ\DXWRPDWLFDOO\FDOFXODWHGIURPWKHDQQXDOWRWDOSRZHUFRQVXPSWLRQUDWLRRIPRQWKO\ power consumption and ratio of daily power consumption set on the target value setting screen is displayed. Target values ● The target values are displayed only when Display item is electric energy. ● :KHQWKHWDUJHWYDOXHVDUHFKDQJHGWKHGLVSOD\HGWDUJHWYDOXHVLQWKHSDVWZLOOQRWEHFKDQJHGEXWWKHQHZ target values will be displayed on and after the day of change. ● The displayed electric energy is obtained by apportioning the power consumption of the outdoor unit to the indoor units. The power consumption of the indoor units is not displayed. ● 2QO\WKHHOHFWULFHQHUJ\PHDVXUHGE\WKH3,FRQWUROOHU 3$&<*0&$ LVGLVSOD\HG 7KHHOHFWULFHQHUJ\FDQQRWEHGLVSOD\HGE\FRQQHFWLQJWKH3/& HOHFWULFHQHUJ\FRXQWLQJVRIWZDUH ● The results of apportionment of the electric energy of the outdoor unit measured by the PI controller according to the air conditioner usage of the indoor units are displayed. ● 7RGLVSOD\WKHHOHFWULFHQHUJ\JUDSKLWLVQHFHVVDU\WRVHWWKHHOHFWULFLW\PHWHU QDPHRIHOHFWULFLW\PHWHURI3, FRQWUROOHU &K IRUHDFKLQGRRUXQLWLQDGYDQFHRQWKHHQHUJ\PDQDJHPHQWVHWWLQJVFUHHQRQWKH:HE browser for initial setting. ● The air conditioner usage of each indoor unit is calculated in advance based on the apportionment mode of indoor units set on the energy management setting screen on the Web browser for initial setting. The following three apportionment modes are available for indoor units. Select one of them. The capacity save Electric energy amount mode is recommended. &DSDFLW\VDYHDPRXQW GHIDXOW 7KHUPR21WLPH )$1RSHUDWLRQWLPH )RUWKHGHWDLOVRIWKHVHPRGHVVHH>@ !³$SSRUWLRQPHQWPRGH´ ● The power consumption is calculated from the capacity and usage of each indoor unit. Since the capacity of HDFKLQGRRUXQLWLVDXWRPDWLFDOO\REWDLQHGIURPWKHLQGRRUXQLW WKURXJK01(7 LWLVXQQHFHVVDU\WRVHWWKH FDSDFLW\RQ$($((: ● The power consumption includes the standby electricity determined by apportionment of the standby HOHFWULFLW\RIRXWGRRUXQLW)RUGHWDLOVVHH4.>@ !³0HWKRGRIFDOFXODWLQJVWDQGE\HOHFWULFLW\´ ● ,QVLJQL¿FDQWSRZHUFRQVXPSWLRQPD\EHGLVSOD\HGRQWKHJUDSKDOWKRXJKQRLQGRRUXQLWVDUHXVHG7KLVLV EHFDXVHWKHVWDQGE\HOHFWULFLW\LVDSSRUWLRQHGWRWKHXQLWVDQGWKHUHLVQRSUREOHP ● The electric energy for LOSSNAY cannot be displayed. ● Time during which the indoor unit is running. ● $($((:REWDLQVWKHRSHUDWLQJVWDWHRIWKHLQGRRUXQLW WKURXJK01(7 DQGFRXQWVWKHWLPH FAN operation time every minute. ● :KHQWKHGLVSOD\UDQJHLV*URXSWKHGDWDRQWKHXQLWKDYLQJWKHORZHVWQXPEHULQWKHJURXSLVGLVSOD\HG ● The data on LOSSNAY can be displayed. ● Time during which the indoor unit is in the thermo ON state. ● $($((:REWDLQVWKHWKHUPR21VWDWHIURPWKHLQGRRUXQLW WKURXJK01(7 DQGFRXQWVWKHWLPH 7KHUPR21WLPH WRWDO every minute. ● :KHQWKHGLVSOD\UDQJHLV*URXSWKHGDWDRQWKHXQLWKDYLQJWKHORZHVWQXPEHULQWKHJURXSLVGLVSOD\HG ● The data on LOSSNAY can be displayed. ● Time during which the indoor unit is in the thermo ON state in the cooling mode. ● $($((:REWDLQVWKHWKHUPR21VWDWHDQGPRGHIURPWKHLQGRRUXQLW WKURXJK01(7 DQG 7KHUPR21WLPH FRROLQJ counts the time every minute. ● :KHQWKHGLVSOD\UDQJHLV*URXSWKHGDWDRQWKHXQLWKDYLQJWKHORZHVWQXPEHULQWKHJURXSLVGLVSOD\HG ● The data on LOSSNAY can be displayed. ● Time during which the indoor unit is in the thermo ON state in the heating mode. ● $($((:REWDLQVWKHWKHUPR21VWDWHDQGPRGHIURPWKHLQGRRUXQLW WKURXJK01(7 DQG 7KHUPR21WLPH KHDWLQJ counts the time every minute. ● :KHQWKHGLVSOD\UDQJHLV*URXSWKHGDWDRQWKHXQLWKDYLQJWKHORZHVWQXPEHULQWKHJURXSLVGLVSOD\HG ● The data on LOSSNAY can be displayed.

209 [8. Energy Management Function ] <3> Data for graph 6HOHFWWKHGDWHUDQJHIURPWKUHHW\SHV'D\0RQWKDQG

The integrated value The target value is displayed. is displayed. The target value may be changed according to operation. The target value which was set at the time is displayed. (Even if the target value is changed, that in the past will not be changed.) The graph of data in the date range including the day of change will be displayed with the new target value.

The integrated value is displayed.

The target value is displayed. The target value may be changed according to operation. The target value which was set at the time is displayed. (Even if the target value is changed, that in the past will not be changed.) The graph of data in the date range including the day of change will be displayed with the new target value.

210 [8. Energy Management Function ]

<4> Graph display format 7KHJUDSKGLVSOD\IRUPDWVDQGFRORUVDUHVKRZQEHORZ7KHWDUJHWYDOXHVZLOOEHGLVSOD\HGZKHQWKHGLVSOD\UDQJHLV%ORFN

Main unit screen Table Display of graph on main unit screen Integrated value Integrated value Target value H[FHVVIURPWDUJHWYDOXH

Web browser screen Table Display of graph on Web browser screen Integrated value Integrated value Target value H[FHVVIURPWDUJHWYDOXH 'HHSEOXH 3LQN *UD\IUDPH + Deap blue The part over the target triangle at YDOXHLVGLVSOD\HGLQSLQN upper right FRUQHU

211 [8. Energy Management Function ] <5> Display range and items which can be displayed in graphs 6HOHFWWKHGLVSOD\UDQJHIURP$GGUHVV*URXS%ORFNDQG(0%ORFN6RPHLWHPVFDQQRWEHGLVSOD\HGLQJUDSKV GHSHQGLQJRQWKHGLVSOD\UDQJH$IWHUWKHGLVSOD\UDQJHLVVHOHFWHGWKHVHOHFWLRQEXWWRQVIRUWKHLWHPVZKLFKFDQQRWEH displayed will not be displayed on the screen. The items which can be displayed in graphs in each range are shown below.

Table Display range and items which can be displayed in graphs : Displayed –: Not displayed Display range Display item Address Group %ORFN (0%ORFN 7DUJHWYDOXH N:K –– (OHFWULFHQHUJ\ N:K )$1RSHUDWLRQWLPH PLQ –– 7KHUPR21WLPH WRWDO PLQ –– 7KHUPR21WLPH FRROLQJ PLQ –– 7KHUPR21WLPH KHDWLQJ PLQ ––

<6> Procedure for displaying graphs Main unit screen

7RGLVSOD\DJUDSKRQWKHPDLQXQLWVFUHHQWRXFKWKH'LVSOD\VZLWFKLQJEXWWRQRQWKHHQHUJ\XVHVWDWXVVFUHHQ Pressing Update will update the graphs to the most current state.

Display switching button

212 [8. Energy Management Function ] 7KHGLVSOD\LWHPVHWWLQJVFUHHQZLOODSSHDU6HWWKHGLVSOD\LWHPWRXFKWKH2.EXWWRQDQGWKHJUDSKZLOOEHGLVSOD\HG

Device Display range Date range Display of Date graduation line

Display item

Display of percentage against OK target values

Table Display item setting screen Item Details 5HPDUNV 7KHQDPHRI$($((:LVGLVSOD\HG ● ,I$($(LVVHOHFWHGZKHQ$((:KDV 7RXFKWKHEXWWRQDQGDFRQWUROOHUFDQEHVHOHFWHG EHHQFRQQHFWHGWKHQDPHRI$((:ZLOOEH 7RGLVSOD\WKHGDWDRI$(VHOHFW$(7RGLVSOD\WKH displayed. GDWDRIDQ\VHWRI$((:VHOHFWRU :KHQ³$OOFRQWUROOHUV´KDVEHHQVHOHFWHGWKHUDQNLQJ ● 2QWKHVFUHHQRI$(QREXWWRQVRUQDPHVZLOOEH of all devices will be displayed. displayed.

Device

● :KHQ'D\LVVHOHFWHGWKHGDLO\UDQNLQJJUDSKRQWKH day will be displayed. ● :KHQ0RQWKLVVHOHFWHGWKHPRQWKO\UDQNLQJJUDSK Date range 6HOHFW'D\0RQWKRU

213 [8. Energy Management Function ]

7DEOH'LVSOD\LWHPVHWWLQJVFUHHQ FRQWLQXHG Item Details 5HPDUNV Specify the date of the data to be displayed in a graph. ● When Date range is Year

Date ● When Date range is Month

214 [8. Energy Management Function ]

7DEOH'LVSOD\LWHPVHWWLQJVFUHHQ FRQWLQXHG Item Details 5HPDUNV ● When Date range is Day

Date

● 7KHGHIDXOWLV+LGH 7RGLVSOD\WKHJUDGXDWLRQOLQHRIWKHUDQNLQJJUDSK The setting will be returned to the default by turning Display of graduation line VHOHFW6KRZ1RWWRGLVSOD\VHOHFW+LGH RIIWKHSRZHUWR$($((: 6HOHFWWKHLWHPWREHGLVSOD\HGLQDUDQNLQJJUDSK

Display item

7KHGLVSOD\LWHPEXWWRQV(OHFWULF(QHUJ\)$1RSHUDWLRQWLPHDQG7KHUPR21WLPH7RWDO&RRODQG+HDWZLOO be displayed. :KHQ'LVSOD\UDQJHLV%ORFNWKHGLVSOD\LWHPEXWWRQVH[FHSW(OHFWULF(QHUJ\ZLOOQRWEHGLVSOD\HG ● The default is Show. The setting will be returned to the default by turning RIIWKHSRZHUWR UHVWDUWLQJ $($((: Display of percentage To display the percentages against target values in the against target values UDQNLQJJUDSKVHOHFW6KRZ1RWWRGLVSOD\VHOHFW+LGH ● The percentage of the present integrated value against each target value is displayed. If the value H[FHHGVWKHWDUJHWYDOXHWKHSHUFHQWDJHZLOOH[FHHG OK button 7RXFKWKH2.EXWWRQDQGWKHJUDSKZLOOEHGLVSOD\HG

215 [8. Energy Management Function ] Web browser screen

7RGLVSOD\WKHUDQNLQJJUDSKRQWKH:HEVFUHHQFOLFNWKH'LVSOD\UDQJHEXWWRQRU'DWHEXWWRQDQGVHWWKH'LVSOD\UDQJHDQG Date. ,IWKH'DWHUDQJHLVFKDQJHGRWKHUVHOHFWLRQVZLOOEHFOHDUHG

Date Display range

7KH'LVSOD\LWHPVZKLFKFDQEHGLVSOD\HGIRUWKHVHOHFWHG'LVSOD\UDQJHZLOOEHGLVSOD\HG6HOHFWDGLVSOD\LWHPDQGWKH graph will be displayed.

Display item

216 [8. Energy Management Function ]

Table Web browser screen Item Details 5HPDUNV &OLFNDQGDZLQGRZIRUVHOHFWLQJWKHGLVSOD\UDQJHDQGGDWHZLOODSSHDU Select the display range and date in the displayed window.

Display range / Date

● When Display range is Group or Address

7KHGLVSOD\LWHPEXWWRQV(OHFWULF(QHUJ\)$1RSHUDWLRQWLPHDQG7KHUPR21WLPH7RWDO Display item &RRODQG+HDWZLOOEHGLVSOD\HG

● :KHQ'LVSOD\UDQJHLV%ORFN

7KHGLVSOD\LWHPEXWWRQ(OHFWULF(QHUJ\DQG7DUJHWYDOXHZLOOEHGLVSOD\HG

<7> Display updating The main unit screen will not be automatically updated. When the display item is changed by pressing the Update button or GLVSOD\VZLWFKLQJEXWWRQWKHVFUHHQZLOOEHXSGDWHG 7KH,QWHJUDWHG&HQWUDOL]HG&RQWURO:HEVFUHHQZLOOEHXSGDWHGHYHU\PLQXWHVZKLOHWKHVFUHHQLVRSHQ DWPLQXWHVDQG PLQXWHVDIWHUWKH:HEVFUHHQLVVWDUWHG +RZHYHUVLQFHWKHGDWDIRUHYHU\RQHKRXULVGLVSOD\HGWKHGDWDZLOOEHXSGDWHGRQFHDQKRXU DWPLQXWHV

0:00 0:15 0:300:45 1:00 1:15

Electric energy Updating Updating Updating in the case of use of billing function Electric energy Updating Updating Updating in the case of non-use of billing function

Non-volatile Non-volatile

Updated when button Updated when button Updated when button is pressed is pressed is pressed LCD screen Integrated Web Start Integrated Web

10 minutes Automatic updating 30 minutesAutomatic updating 30 minutes Automatic updating

217 [8. Energy Management Function ] <8> CSV output of ranking &OLFN'RZQORDGDQGWKHGLVSOD\HGPHDVXUHPHQWGDWDZLOOEHRXWSXWLQ&69IRUPDW

The data will be output in the following format with the following name according to the selected date range.

■ File name Date range: Day (0B'DLO\5DQNLQJB \\\\ PP GG B GLVSOD\UDQJH B W\SHRIUDQNLQJJUDSK FVY Date range: Month (0B0RQWKO\5DQNLQJB \\\\ PP B GLVSOD\UDQJH B W\SHRIUDQNLQJJUDSK FVY Date range: Year (0B$QQXDO5DQNLQJB \\\\ B GLVSOD\UDQJH B W\SHRIUDQNLQJJUDSK FVY

■ &RQWHQWVRI¿OHQDPH

&RQWHQWVRI¿OHQDPH Format \\\\

7KH$(QXPEHULVEODQNZKHQ$(KDVEHHQVHOHFWHGRQHRIWRZKHQRQHRI([SWRKDVEHHQVHOHFWHGDQG$//ZKHQ$//KDV EHHQVHOHFWHG:KHQWKH$(QXPEHULVEODQN³´DIWHUWKHEODQNZLOOEHKLGGHQ

■ File format

Line Item Date range Format Day 404 &ODVVL¿FDWLRQRI 1st line ¿OH Month Year 406 Day yyyy/mm/dd *1 2nd line Date Month yyyy/mm *1 Year yyyy Address ³$OODGGUHVVHV´ Group ³$OOJURXSV´ 3rd line Display range %ORFN ³$OOEORFNV´ (0%ORFN ³$OO(0EORFNV” Address ³$GGUHVV1R´GLVSOD\LWHP Group ³*URXSQDPH*2´GLVSOD\LWHP 4th line Measurement item %ORFN ³%ORFNQDPH*2´GLVSOD\LWHP³WDUJHWHOHFWULFHQHUJ\>N:K@´*3 (0%ORFN ³(0%ORFNQDPH*2´GLVSOD\LWHP³WDUJHWHOHFWULFHQHUJ\>N:K@´*3 Address $GGUHVV1RGDWDYDOXH Group Group name *2GDWDYDOXH WKWRWKOLQHV Data *4 %ORFN %ORFNQDPH*2GDWDYDOXHWDUJHWHOHFWULFHQHUJ\YDOXH*3 (0%ORFN (0%ORFNQDPH*2GDWDYDOXHWDUJHWHOHFWULFHQHUJ\YDOXH*3

*1: The dates will be displayed in the formats set on the basic system setting screen on the Web browser for initial setting. ,IWKHJURXSQDPHKDVQRWEHHQJLYHQ>*URXSJURXS1R@ZLOOEHVKRZQ,IWKHEORFNQDPHKDVQRWEHHQJLYHQ>%ORFNEORFN1R@ZLOO EHVKRZQ,IWKH(0EORFNQDPHKDVQRWEHHQJLYHQ>(0%ORFNEORFN1R@ZLOOEHVKRZQ 7KH³WDUJHWHOHFWULFHQHUJ\>N:K@´DQGWDUJHWHOHFWULFHQHUJ\YDOXHZLOOEHGLVSOD\HGRQO\ZKHQWKHGDWDLVGLVSOD\HGLQDJUDSK $VWKHGDWDGHOLPLWHUVDQGGHFLPDOSRLQWGHOLPLWHUVWKHFKDUDFWHUVVHOHFWHGRQWKHPHDVXUHPHQWVHWWLQJVFUHHQRQWKH:HEEURZVHUIRU initial setting will be used.

218 [8. Energy Management Function ] ■([DPSOHVRI¿OHV :KHQ'LVSOD\UDQJHLV%ORFN

Date range: Day

404 2014/06/01 $OOEORFNV %ORFNQDPHLQGRRUXQLWHOHFWULFHQHUJ\>N:K@WDUJHWHOHFWULFHQHUJ\>N:K@ %ORFN %ORFN %ORFN %ORFN %ORFN

Date range: Month

2014/06 $OOEORFNV %ORFNQDPHLQGRRUXQLWHOHFWULFHQHUJ\>N:K@WDUJHWHOHFWULFHQHUJ\>N:K@ %ORFN %ORFN %ORFN %ORFN %ORFN

Date range: Year

406 2014 $OOEORFNV %ORFNQDPHLQGRRUXQLWHOHFWULFHQHUJ\>N:K@WDUJHWHOHFWULFHQHUJ\>N:K@ %ORFN %ORFN %ORFN %ORFN %ORFN

219 [8. Energy Management Function ] [6] Setting of target values 2QWKHWDUJHWYDOXHVHWWLQJVFUHHQ\RXFDQVHWWKHWDUJHWYDOXHVWREHGLVSOD\HGRQWKHHQHUJ\XVHVWDWXVVFUHHQDQGUDQNLQJ screen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

: Set value

: Automatically calculated value Annual target (annual total power consumption) Monthly target (kWh) Monthly target: Setting based on usage ratio, %

Percentage in January (against annual consumption)

Example 8000 kWh Percentage in February (against annual consumption) Example 8%

Example 100000 kWh Percentage in December (against annual consumption)

Target value (kWh) on Sunday in January Setting based on percentage Setting of usage ratio in % on each for each block day of the week Percentage on Sunday Percentage for block 1 (against weekly usage) (against usage in all blocks) Example 10%

Example 200 kWh * Percentage on monday Example 5% (against weekly usage)

Percentage for block 2 (against usage in all blocks)

Example 10 kWh Target value (kWh) for block 1 on Sunday in January

This value will be used as the target value on the energy use status screen and ranking screen. When Date period is Month or Year, the sum total in one month or year will be used.

$FWXDOO\WKHYDOXHLVFDOFXODWHGVLPSO\EDVHGRQWKHQXPEHURIGD\VRIWKHZHHNLQRQHPRQWK ,QWKLVH[DPSOHWKHYDOXHLVFDOFXODWHGRQWKHFRQGLWLRQWKDWRQHPRQWKKDVZHHNV GD\V DQGWKHUHDUHIRXU6XQGD\V in a month.

220 [8. Energy Management Function ] Set the target values based on the energy-saving plan for this year referring to the record in the previous year if available. ,QWKH¿UVW\HDUZLWKRXWWKHUHFRUGLQWKHSUHYLRXV\HDUXVHWKHPRQWKO\XVDJHUDWLRDQGWKHGDLO\XVDJHUDWLRZKLFKKDYH EHHQSUHVHWDVWKHGHIDXOWYDOXHVRUPDNHDSODQRIXVHDQGFKDQJHWKHSUHVHWYDOXHV %\GHIDXOWWKHSHUFHQWDJHVIRUFRROLQJLQWKHVXPPHUPRQWKVDQGIRUKHDWLQJLQWKHZLQWHUPRQWKVDUHVHWKLJKHUDQGWKH SHUFHQWDJHVRQWKHZHHNGD\VDUHVHWKLJKHUDQGWKRVHRQ6DWXUGD\VDQG6XQGD\VDUHVHWORZHU&KDQJHWKHYDOXHV DFFRUGLQJWRWKHDFWXDOXVDJHFRQGLWLRQV The percentages can be set to one decimal place. 7KHGHIDXOWSHUFHQWDJHIRUHDFKEORFNZLOOEHDXWRPDWLFDOO\FDOFXODWHGEDVHGRQWKHUDWLRRIWKHFDSDFLW\RIHDFKLQGRRUXQLWWR the capacity obtained from the indoor unit through M-NET. If the target values cannot be determined properly because the UHFRUGLQWKHSUHYLRXV\HDULVQRWDYDLODEOHDQGWKHXVDJHVLQWKHEORFNVDUHXQFOHDUWKHXVDJHUDWLRLQHDFKEORFNFDQEHVHW E\WKHDXWRPDWLFFDOFXODWLRQ:KHQWKHUHFRUGLQWKHSUHYLRXV\HDULVDYDLODEOHVHWWKHXVDJHUDWLRLQHDFKEORFNDFFRUGLQJWR WKHXVDJHFRQGLWLRQLQHDFKEORFNLQWKHSUHYLRXV\HDUEDVHGRQWKHHQHUJ\VDYLQJSODQIRUWKLV\HDU

Table Default percentages of usage Monthly usage ratio Daily usage ratio 8VDJHUDWLRLQHDFKEORFN Month 'HIDXOWYDOXH 'D\RIWKHZHHN 'HIDXOWYDOXH %ORFN 'HIDXOWYDOXH 1 8.0 Sunday 2.0 2 8.0 Monday 18.0 3 2.0 Tuesday 18.0 4 2.0 Wednesday 18.0 2.0 Thursday 18.0 6 6.0 Friday 18.0 (DFKEORFN Automatic calculation * 7 20.0 Saturday 8.0 8 20.0 9 20.0 10 2.0 11 2.0 12 8.0

3URFHGXUHIRUDXWRPDWLFFDOFXODWLRQRIXVDJHUDWLRLQHDFKEORFN LQWKHFDVHRIDXWRPDWLFFDOFXODWLRQRISHUFHQWDJHVIRUDOOEORFNV

Capacity Capacity ratio Usage ratio in Indoor unit N: HDFKEORFN %ORFN Address 1 Address 2 Address 3 Address 4 %ORFN 40.0 $GGUHVV 4 10.0 Address 6 4 10.0 Address 7 4 10.0 Address 8 4 10.0 %ORFN 10.0 Address 9 2 Address 10 2

Total capacity of all units 40 100.0

Remarks ● :KHQWKHXVDJHUDWLRLQHDFKEORFNLVDXWRPDWLFDOO\FDOFXODWHGWKHFDSDFLWLHVRIWKHLQGRRUXQLWVWREH XVHGIRUWKHFDOFXODWLRQZLOOEHREWDLQHGIURPWKHLQGRRUXQLWVWKURXJK01(77KHUHIRUHLWLV unnecessary to set the capacities.

221 [8. Energy Management Function ] The target values can be set on any of the main unit screen and the Web browser for initial setting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will be displayed with the new target values. 7KHQHZWDUJHWYDOXHVZLOOEHUHÀHFWHGRQWKHJUDSKVRQWKHHQHUJ\XVHVWDWXVVFUHHQDQGUDQNLQJVFUHHQDIWHUWKHQH[WKRXU 7KHJUDSKVDUHXSGDWHGRQWKHKRXUHYHU\KRXU+RZHYHUWKHVFUHHQVZLOOQRWEHDXWRPDWLFDOO\XSGDWHG,WLVQHFHVVDU\WR UHIUHVKWKHVFUHHQV

● Set the target values in the state where all units are correctly connected after they have started up.

Remarks ● 6HWWKHWDUJHWYDOXHVRQHDFKVHWRI$($(DQG(: ● :KHQVHWWLQJWKHPRQWKO\XVDJHUDWLRGDLO\XVDJHUDWLRRUSHUFHQWDJHIRUHDFKLQGRRUXQLWHQVXUHWKDW WKHVXPWRWDORIWKHSHUFHQWDJHVLV,IWKHVXPWRWDOLVQRWWKHYDOXHVFDQQRWEHVHW ● :KHQWKHSHUFHQWDJHIRUHDFKEORFNLVDXWRPDWLFDOO\FDOFXODWHGLIVRPHEORFNVKDYHWKHVDPHQXPEHU RIXQLWVZLWKWKHVDPHFDSDFLW\WKHSHUFHQWDJHVPD\QRWEHLGHQWLFDODPRQJWKHEORFNVIRUDUHDVRQRI URXQGLQJDQGGLIIHUHQFHVPD\EHFDXVHGDPRQJWKHP

222 >9HQWLODWLRQ6HWWLQJ @ 9. Ventilation Setting [1] Night purge 7KHQLJKWSXUJHIXQFWLRQLVGHVLJQHGWRWDNHWKHRXWGRRUDLULQWRDURRPLQWKHQLJKWDWORZHURXWGRRUWHPSHUDWXUHVDQG discharge the air in the room to reduce the cooling load at the start of cooling on the next day. The night purge function is activated when the room temperature is high and the difference from the outdoor temperature is large. The execution of the night purge is controlled by the main unit of LOSSNAY.

<1> Details of control

'XULQJWKHQLJKWSXUJHWKHV\VWHPLVUXQQLQJLQWKHQRUPDOYHQWLODWLRQPRGH 7KHYHQWLODWLRQPRGHFDQQRWEHFKDQJHG 7KHRXWGRRUWHPSHUDWXUHWKUHVKROGVHWWLQJUDQJHLVIURP&WR& * The setting range of indoor-outdoor temperature differential is from 0°C to 7°C. :KHQVHOHFWLQJWKHGD\RIWKHZHHNRQZKLFKWKHQLJKWSXUJHLVH[HFXWHGVHWWKHGD\RIWKHZHHNRQZKLFKWKHQLJKWSXUJHZLOOEHVWDUWHG )RUH[DPSOHZKHQWKHVWDUWWLPHLVWKHHQGWLPHLVDQG0RQGD\LVVHOHFWHGWKHQLJKWSXUJHZLOOEHVWDUWHGDWRQ0RQGD\ DQGHQGHGDWRQ7XHVGD\0RUHWKDQRQHGD\RIWKHZHHNFDQEHVHOHFWHG:KHQVRPHJURXSVDUHVHOHFWHGDQGWKHVFUHHQLVRSHQHG DOOGD\VRIWKHZHHNDUHVHOHFWHG

Starting condition Condition #1: LOSSNAY units stop at 20:00. &RQGLWLRQ%HWZHHQWKHVWDUWWLPH VHWWLQJYDOXH DQGWKHHQGWLPH VHWWLQJYDOXH &RQGLWLRQ/2661$

223 >9HQWLODWLRQ6HWWLQJ @

:KHQWKHIROORZLQJFRQGLWLRQVWRDUHPHWWKHQLJKWSXUJHZLOOEHVWRSSHG Condition 1: When the indoor temperature is 22°C or less Condition 2: When the indoor-outdoor temperature differential is lower than the set temperature Condition 3: When the end time has come

* The indoor and outdoor temperatures detected by LOSSNAY are applied. )RUWKHGHWDLOVRIQLJKWSXUJHVWDUWLQJFRQGLWLRQVVHHWKHWHFKQLFDOGDWDRQ/2661$< 7KHQLJKWSXUJHLVVWDUWHGZKHQWKHQLJKWSXUJHVWDUWLQJFRQGLWLRQVDUHPHWDQG/2661$

<2> System restrictions ➀ Grouping It is prohibited to include units compatible with the night purge and incompatible units in one group. ,IERWKW\SHVRIXQLWVDUHLQFOXGHGLQDJURXSDQGWKHSDUHQWXQLW WKHXQLWZLWKWKHORZHVWDGGUHVVLQWKHJURXS LV LQFRPSDWLEOHZLWKWKHQLJKWSXUJHWKHQLJKWSXUJHIXQFWLRQLVGLVDEOHGHYHQZKHQWKHFKLOGXQLWVDUHFRPSDWLEOHZLWKWKH night purge. * The unit with the lowest address in a group serves as the parent unit. ➁7KHQLJKWSXUJHIXQFWLRQGRHVQRWZRUNGXULQJOHYHORSHUDWLRQE\H[WHUQDOLQSXW ➂ Restart of night purge ,IWKHQLJKWSXUJHLVVXVSHQGHGWKHQLJKWSXUJHZLOOQRWEHUHVWDUWHGRQWKHGD\ ➃ Schedule setting ,IDQ\HYHQWGXULQJWKHQLJKWSXUJHSHULRGKDVEHHQVFKHGXOHGSULRULW\ZLOOEHJLYHQWRWKHVFKHGXOH ➄,QWHUORFNFRQWURO ,ILQWHUORFNFRQWUROGXULQJWKHQLJKWSXUJHSHULRGKDVEHHQVHWSULRULW\ZLOOEHJLYHQWRWKHLQWHUORFNFRQWURO

224 >1LJKW6HWEDFN&RQWURO @ 10. Night Setback Control [1] Outline 1LJKW6HWEDFNFRQWUROSUHYHQWVLQGRRUGHZRUH[FHVVLYHWHPSHUDWXUHULVHE\KHDWLQJRUFRROLQJDXWRPDWLFDOO\ZKHQWKHURRP WHPSHUDWXUHJRHVRXWVLGHRIWKHVSHFL¿FUDQJHGXULQJWKHVFKHGXOHGWLPH 7KHIROORZLQJ¿JXUHVVKRZWKHRSHUDWLRQSDWWHUQVRIWKHXQLWWKDWWKHVHWEDFNFRQWUROLVDFWLYH

Remarks ● This control starts heating operation when the control object group stops and the temperature drops below the Min. temperature. Also this control starts cooling operation when the control object group stops and the temperature rises above the Max. temperature. ● ,IWKHURRPWHPSHUDWXUHLVPHDVXUHGE\WKHDLUFRQGLWLRQHUތVVXFWLRQWHPSHUDWXUHVHQVRUWKHWHPSHUDWXUH may not be correct when the air-conditioner is inactive and the air is not fresh. When the temperature is QRWPHDVXUHGFRUUHFWO\VZLWFKWKHVHQVRUWRH[WHUQDOWHPSHUDWXUHVHQVRU 3$&6(76$3$&6(76$ or remote control sensor. ● Only air conditioner groups can be controlled. LOSSNAY and general equipment cannot be controlled.

[2] Details of control This control setting is made on the AE-200 or via the Web browser. ➀6HWWKHWLPHWRHQDEOHWKHQLJKWVHWEDFNRSHUDWLRQ ➁ Set the maximum/minimum temperature for each group. When the room temperature goes outside of the range that is set in ➁DERYHGXULQJWKHQLJKWVHWEDFNFRQWUROSHULRGQLJKW VHWEDFNFRQWUROLVDXWRPDWLFDOO\SHUIRUPHG

:KHQWKHWHPSHUDWXUHEHFRPHVORZHUWKDQWKHORZHUOLPLWKHDWLQJRSHUDWLRQZLOOEHVWDUWHG:KHQWKHWHPSHUDWXUHEHFRPHVKLJKHUWKDQ WKHXSSHUOLPLWFRROLQJRSHUDWLRQZLOOEHVWDUWHG (YHQLIWKHVHWEDFNRSHUDWLRQLVVXVSHQGHGWKHVHWEDFNFRQWUROZLOOEHUHVWDUWHGZKHQWKHUHVWDUWFRQGLWLRQVDUHPHW

225 >2XWVLGH7HPSHUDWXUH,QWHUORFN)XQFWLRQ @ 11. Outside Temperature Interlock Function [1] Outline 2XWVLGHWHPSHUDWXUHLQWHUORFNIXQFWLRQFRQWUROVWKHWHPSHUDWXUHGXULQJWKHFRROLQJRSHUDWLRQVRWKDWWKHDLUWHPSHUDWXUH GLIIHUHQFHEHWZHHQRXWVLGHDQGLQVLGH HQWUDQFHDUHD LVUHGXFHG7KLVIXQFWLRQSUHYHQWVRXUSK\VLFDOVKRFN KHDWVKRFN E\ the extreme temperature difference when entering into a building. 7KHWHPSHUDWXUHGLIIHUHQFHRI&GRHVQRWFDXVHWKHSK\VLFDOVKRFNWRPRVWSHRSOHEXWVRPHSHRSOHIHHOSK\VLFDO GLVFRPIRUWZKHQWKHWHPSHUDWXUHGLIIHUHQFHH[FHHGV&RUVR7KLVRXWVLGHWHPSHUDWXUHLQWHUORFNIXQFWLRQFRQWUROVWKH WHPSHUDWXUHVRWKDWWKHWHPSHUDWXUHGLIIHUHQFHWKDWPRVWSHRSOHIHHOFRPIRUWFDQEHNHSW This function also saves energy by raising the set temperature during the cooling operation.

AE-200 /AE-50 /EW-50

Remarks ● &RQQHFWRXU$,FRQWUROOHU 3$&<*0&$ RU$+&WRPHDVXUHRXWVLGHWHPSHUDWXUH ● Only air conditioning group can be controlled. LOSSNAY and general equipment cannot be controlled.

[2] Details of control The set temperature variation range can be selected for each air conditioning group. Level 1 through 4 can be selected GHSHQGLQJRQWKHWHPSHUDWXUHGLIIHUHQFHRIWKHDUHDV 3UHVHWWHPSHUDWXUH&WKURXJK& 7KHFHUWDLQDUHDVFDQEH H[FOXGHGIRUWKHRXWVLGHWHPSHUDWXUHLQWHUORFNFRQWURO

226 >2XWVLGH7HPSHUDWXUH,QWHUORFN)XQFWLRQ @ The followings are the example settings. Level 4 : entrance area where the temperature difference is large Level 3 : hallway /HYHORI¿FHHQWUDQFH ([FOXGHGLQVLGHWKHRI¿FH 6HWWLQJWKHOHYHOVIRUHDFKSODFHKHOSVWRUHGXFHWKHWHPSHUDWXUHGLIIHUHQFHIURPWKHEXLOGLQJHQWUDQFHWRWKHRI¿FH7KLV VHWWLQJDOVRKHOSVWRSUHYHQWWKHSK\VLFDOVKRFNE\WKHH[WUHPHWHPSHUDWXUHGLIIHUHQFHDQGWRPDLQWDLQVSDFHFRPIRUW

,QFRROLQJRUGU\PRGH

External Temperature Set Temperature ([WHUQDO7HPSHUDWXUH Preset temperature Preset temperature +1.4°C ([WHUQDO7HPSHUDWXUH Preset temperature +1°C 3UHVHWWHPSHUDWXUH& ([WHUQDO7HPSHUDWXUH Preset temperature +2°C 3UHVHWWHPSHUDWXUH& ([WHUQDO7HPSHUDWXUH Preset temperature +3°C 3UHVHWWHPSHUDWXUH& ([WHUQDO7HPSHUDWXUH Preset temperature +4°C 3UHVHWWHPSHUDWXUH&

,QKHDWLQJPRGH

19 18 17 16 ] 15 External Temperature Set Temperature °C 14 ([WHUQDO7HPSHUDWXUH Preset temperature 13 Preset temperature -3.9°C 12 ([WHUQDO7HPSHUDWXUH 11 Preset temperature -1°C 10 Preset temperature -4.0°C ([WHUQDO7HPSHUDWXUH Temperature [ 9 Preset temperature -2°C 8 Preset temperature -6.0°C 7 ([WHUQDO7HPSHUDWXUH Preset temperature -3°C 6 Preset temperature -8.0°C ([WHUQDO7HPSHUDWXUH Preset temperature -4°C Time Preset temperature -10.0°C

227 >2XWVLGH7HPSHUDWXUH,QWHUORFN)XQFWLRQ @ [3] Required items 7DEOHVKRZVWKHUHTXLUHGLWHPVIRURXWVLGHWHPSHUDWXUHLQWHUORFNIXQFWLRQ

Parts name Manuracturer Notes Centralized controller 0,768%,6+,(/(&75,& $( CORPORATION AI controller 0,768%,6+,(/(&75,& 9'&SRZHULVUHTXLUHG 3$&<*0&$ CORPORATION $+&$'$37(5 ʊ 5HIHUWR&RQQHFWLRQRI$+&IRUGHWDLOV Temperature sensor ʊ 5HIHUWR³&RQQHFWLRQIRUWKH$,FRQWUROOHU´IRUGHWDLOV

228 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ 12. Energy-Saving/Peak-Cut Control [1] Outline 7KLVIXQFWLRQLVRSWLRQDO RQO\IRU$(($((DQG(:( 5HJLVWHU(QHUJ\0DQDJHPHQW/LFHQVH3DFNLQHDFKVHW RI$($((:WREHFRQWUROOHG 7KLVVHFWLRQH[SODLQVWKHDLUFRQGLWLRQHUHQHUJ\VDYLQJFRQWURODQGSHDNFXWFRQWURO

Notes ● The software of PLC vary depending on the method. ● 7KHHQHUJ\VDYLQJFRQWUROIXQFWLRQLVLQFOXGHGLQWKH(QHUJ\0DQDJHPHQW/LFHQVH3DFN ● 7KHFRQWUROGHYLFHVFRQQHFWHGWR','2FRQWUROOHU 3$&<*'&$ RU3/&VRIWZDUHIRUJHQHUDO HTXLSPHQWGRQRWVXSSRUWHQHUJ\VDYLQJDQGSHDNFXWFRQWURO ● 'HSHQGLQJRQWKHDLUFRQGLWLRQLQJXQLWPRGHOWKHUHVWULFWLRQVIRUHQHUJ\VDYLQJDQGSHDNFXWFRQWURO vary. ● :KHQWKHLQGRRUXQLWURWDWLRQFRQWUROLVXVHGGXULQJKHDWLQJRSHUDWLRQWLPHLVWDNHQWRUHVWDUWWKH RSHUDWLRQIURPWKHYLHZSRLQWRISUHYHQWLRQRIIHHOLQJRIFROGDLUDQGWKHSHUIRUPDQFHFDQQRWEH GHOLYHUHGIRUDFHUWDLQSHULRGDIWHUWKHUHVWDUW7RDYRLGWKLVLWLVUHFRPPHQGHGWRXVHWKHFDSDFLW\ VDYLQJIXQFWLRQ HQHUJ\VDYLQJZLWKRXWVWRSRIFRPSUHVVRU IRUWKHRXWGRRUXQLWZKHQWKHHQHUJ\VDYLQJ FRQWUROLVXVHGGXULQJKHDWLQJ:KHQWKHHQHUJ\VDYLQJFRQWUROIRULQGRRUXQLWVLVXVHGVHWWKHFRQWURO WLPHVKRUWHU VHWWLQJRIPLQXWHVLVUHFRPPHQGHG

CAUTION ● 'XULQJWKHXVHRIWKHSHDNFXWIXQFWLRQDQ\GDPDJHVXFKDVWKHH[FHHGLQJRISRZHUFRQVXPSWLRQWKDQ WKHFRQWUDFWGHPDQGGXHWRWKHWURXEOHRI$($((:3/&RU3,FRQWUROOHUVXFKGDPDJHZLOO QRWEHLQGHPQL¿HGIRUZKLFK\RXUNLQGXQGHUVWDQGLQJLVUHTXHVWHG ● :KHQSRZHUWRHLWKHUWKH$($((:XQLWV SRZHUVXSSO\XQLW RUWRWKH3/&VXSSO\LVFXWRII GXHWRLQVWDQWDQHRXVSRZHUIDLOXUHRUSRZHUIDLOXUHWKHLUSHDNFXWFRQWURODQGWKHDODUPOHYHOZLOOEH UHVHW(YHQDIWHUSRZHULVUHVWRUHGLWPD\WDNHWLPHIRUWKHSHDNFXWWRIXQFWLRQQRUPDOO\7KHUHLVD SRVVLELOLW\WKDWSRZHUFRQVXPSWLRQZLOOJRDERYHSHDNFXWOHYHO ,WLVUHFRPPHQGHGWKDWWKHXQLQWHUUXSWLEOHSRZHUVXSSO\V\VWHP 836 LVLQVWDOOHGWRWKH$($( (:ZKHQXVLQJWKHSHDNFXWIXQFWLRQ

229 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ [2] Details of control 7KHGHWDLOVRIWKHHQHUJ\VDYLQJSHDNFXWFRQWURODUHH[SODLQHGEHORZ

Number of Indoor unit Control Control energy-saving/ Details of control of indoor units control method time unit SHDNFXW control levels The set temperature is shifted. It is shifted by +2°C during cooling and drying DQGE\&GXULQJKHDWLQJ,WLVVKLIWHGE\&DWWKHFRQWUROVWDUWWLPHDQG returned to the set temperature at the control end time. 7KHWHPSHUDWXUHVKLIWHGGXULQJFRQWUROLVGLVSOD\HGRQWKHUHPRWHFRQWUROOHU etc. * The temperature is not controlled during air blowing or in the automatic operation mode. & * If the control continues after the set temperature is changed by operation or DFFRUGLQJWRWKHVFKHGXOHGXULQJWKHFRQWUROWKHQHZO\VHWWHPSHUDWXUHLV VKLIWHGE\&7KLVRSHUDWLRQLVSHUIRUPHGLQPLQF\FOHV * Even if the set temperature is changed by operation or according to the schedule during the temperature control and the temperature at the end of Selection WKHFRQWUROGLIIHUVIURPWKHVHWWHPSHUDWXUHDWWKHVWDUWRIWKHFRQWUROWKH OHYHOV from temperature will not be returned to that before the start of the control. from 0 to 4 PLQ The indoor units are set to the thermo OFF state at the start of the control and PLQ Operation returned to the original operating state at the end of the control. * Level 0 PLQ EORFN ³&RROLQJKHDWLQJ´LVNHSWGLVSOD\HGRQWKHUHPRWHFRQWUROOHUGXULQJFRQWURO corresponds to PLQ Air blowing * If the mode is changed by operation or according to the schedule during the the energy- and temperature control and the units are not in the air blowing mode at the end saving control. 30 min RIWKHFRQWUROWKH\ZLOOQRWEHUHWXUQHGWRWKHRSHUDWLRQPRGHEHIRUHWKHVWDUW of the control at the control end time. The indoor units are stopped at the start of the control and returned to the original operating state at the end of the control. The remote controller displays ³6WRS´GXULQJVWRSFRQWURO :KHQWKHFRQWUROWLPHKDVEHHQVHWWRPLQWKHLQGRRUXQLWVFDQQRWEH RSHUDWHGIURPWKHUHPRWHFRQWUROOHU/&'VFUHHQ:HEEURZVHU7*RU Stop VFKHGXOH 7KHRSHUDWLRQSURKLELWLRQVLJQZLOOEHGLVSOD\HG :KHQWKHFRQWUROWLPHKDVEHHQVHWWRWRPLQLIWKHFRQWUROFRQWLQXHV after the units are started by operation on the remote controller or according WRWKHVFKHGXOHGXULQJVWRSFRQWUROWKH\ZLOOEHVWRSSHGDJDLQ7KLVRSHUDWLRQ will be performed in 1-min cycles. Number of Outdoor unit Control Control energy-saving/ Details of control of outdoor unit control method time unit SHDNFXW control levels Selection from This control is designed to maintain the operating capacity of the outdoor unit Selection from PLQ compressor within the maximum value although its operating capacity 2QHRIOHYHOV Outdoor PLQ ÀXFWXDWHVGHSHQGLQJRQWKHORDGWRWKHLQGRRUXQLWV from 0 to 4 unit DQG PLQ * Note that the energy-saving effect is not obtained while the outdoor unit is can be set for address PLQ running at a capacity lower than that set by the compressor according to the each address. and load to the indoor units. 30 min

6HWWLQJRIGLIIHUHQFHEHWZHHQVHWWHPSHUDWXUHDQGLQGRRUWHPSHUDWXUHIRUSHDNFXWVHWWLQJ

%\VHWWLQJWKHGLIIHUHQFHEHWZHHQVHWWHPSHUDWXUHDQGLQGRRUWHPSHUDWXUHLWLVSRVVLEOHWRDYRLGWKHVWDUWRI(QHUJ\ 0DQDJHPHQW/LFHQVH3DFNRUHQHUJ\VDYLQJSHDNFXWFRQWURORQOHYHOZKHQWKHGLIIHUHQFHEHWZHHQWKHVHWFRROLQJKHDWLQJ temperature and indoor temperature is large. 7KHWHPSHUDWXUHVHWWLQJUDQJHLVDQG&WR& LQ&XQLWV 7KHGHIDXOWLVZKLFKPHDQVQRVHWWLQJ

230 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ [3] Control setting screen 7KLVVFUHHQLVXVHGWRVHWWKHHQHUJ\VDYLQJSHDNFXWFRQWUROFRQGLWLRQV

Indoor unit setting

Outdoor unit setting

231 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ [4] Control action <1> Energy-saving control for indoor unit )RUWKHHQHUJ\VDYLQJFRQWUROE\LQGRRUXQLWVVHOHFWRQHIURPPLQXWHVWRVSHFLI\KRZPDQ\PLQXWHVLQPLQXWHV WKHFRQWUROVHOHFWHGLQ³&RQWUROPHWKRG´ZLOOEHSHUIRUPHGLQHDFKJURXS7KHJURXSVLQDQRSHUDWLRQEORFNZLOOEHFRQWUROOHG in rotation in ascending order of group numbers at equal intervals. 7KLVURWDWLRQLVFRQWUROOHGVRWKDWLISRVVLEOHWKHHQHUJ\VDYLQJFRQWUROLVQRWSHUIRUPHGDWWKHVDPHWLPLQJLQVRPHJURXSVLQ WKHRSHUDWLRQEORFN6RPHH[DPSOHVRIURWDWLRQFRQWUROWLPLQJDUHVKRZQEHORZ 5HIHUHQFH:KHQ³&RQWUROPHWKRG6WRS´RU³&RQWUROWLPHPLQ´KDVEHHQVSHFLILHGIRUWKHHQHUJ\VDYLQJFRQWUROQR JURXSVLQWKHRSHUDWLRQEORFNFDQEHRSHUDWHGIURPDQ\FRQWUROOHU

Example of indoor unit rotation 1

>,QFDVHRIWKHHQHUJ\VDYLQJFRQWURORILQGRRUXQLWIRUPLQXWHVZKHQJURXSVDUHLQRQHEORFN@ 0 3 6 9 12 15 18 21 24 27 30 (min) Block A

Group 1

Group 2

Group 3

Group 4

Group 5

➀ Times of rotation: )RUPLQXWHVFRQWUROPLQXWHVFRQWUROLVDSSOLHGIRUWLPHV PLQPLQ ➁ Cycles of rotation: From the times of rotation in ➀WKHF\FOHRIURWDWLRQIRUPLQXWHVLVWREHPLQXWHV PLQWLPHV ➂ Intervals of rotation: From the rotation cycles in ➁WKHURWDWLRQLQWHUYDORIHDFKJURXSLQDEORFNFRXQWVIRUPLQXWHV PLQJURXSV ,ILQGLYLVLEOHURXQGLWWRWKHQHDUHVWZKROHQXPEHU

Example of indoor unit rotation 2

>:KHQPLQLQGRRUXQLWHQHUJ\VDYLQJFRQWUROLVLPSOHPHQWHGIRU%ORFN$FRQWDLQLQJJURXSV@ 0 3 6 9 12 15 18 21 24 27 30 (min) Block A

Group 1

Group 2

Group 3

Group 4

➀ Times of rotation: )RUPLQXWHVFRQWUROPLQXWHVFRQWUROLVDSSOLHGIRUWLPHV PLQPLQ ➁ Cycles of rotation: From the times of rotation in ➀WKHF\FOHRIURWDWLRQIRUPLQXWHVLVWREHPLQXWHV PLQWLPHV ➂ Intervals of rotation: 7KHURWDWLRQLQWHUYDORIHDFKJURXSLQWKHEORFNLVREWDLQHGIURPWKHF\FOHVRIURWDWLRQ➁PLQ :KHQWKH WLPHLVLQGLYLVLEOHWKHTXRWLHQWLVURXQGHGRII7KHUHIRUHWKHLQWHUYDOLVPLQXWHV

232 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ +RZHYHULIRQHRSHUDWLRQEORFNKDVRQO\RQHJURXSWKHFRQWUROLVDOZD\VSHUIRUPHGDWWKHVDPHWLPLQJ1RWHWKDWWKHFRQWURO is not performed in rotation in each group.

0 3 6 9 12 15 18 21 24 27 30 (min)

Block A

Group 1

Block B

Group 2

➀ Times of rotation: )RUPLQXWHVFRQWUROPLQXWHVFRQWUROLVDSSOLHGIRUWLPHV PLQPLQ ➁ Cycles of rotation: From the times of rotation in ➀WKHF\FOHRIURWDWLRQIRUPLQXWHVLVWREHPLQXWHV PLQWLPHV ➂ Intervals of rotation: 7KHURWDWLRQLQWHUYDOLQHDFKJURXSLQHDFKEORFNLVPLQXWHV PLQXWHVJURXS DFFRUGLQJWRWKHF\FOHVRIURWDWLRQ➁. :KHQWKHWLPHLVLQGLYLVLEOHWKHTXRWLHQWLVURXQGHGRII

Notes ● %ORFNVHWWLQJPXVWEHPDGHIRUHQHUJ\VDYLQJFRQWURO ● :KHQDEORFNKDVEHHQVHWDFURVV$($((:IURP7*RQO\WKHXQLWVFRQWUROOHGE\HDFK RI$($((:DUHVHWDVDEORFNLQLW,QWKLVFDVHHDFKRI$($((:FRQWUROVWKH JURXSVLQWKHEORFNLQURWDWLRQ ● :KHQWKHIDQWKHUPRVWDW2))FRQWUROLVVHOHFWHG)UHH3ODQPRGHOVDQG$FRQWURO0U6OLPPRGHOVDUH SURYLGHGZLWKWKHWKHUPRVWDW2)) FDSDFLW\VDYLQJFRQWURO FRPPDQG ● Setting energy-saving ineffective temperature difference allows not applying the level 0 control to the EORFNZLWKWKHWHPSHUDWXUHGLIIHUHQFHEHWZHHQUHWXUQDLUWHPSDQGVHWWHPSH[FHHGVWKHVHWYDOXH ● Operation control from Web browser or TG-2000A provides the screen display of [ON] for 1 minute PD[LPXP ZKHQDXWRPDWLFXSGDWLQJ EXWGRHVQRWDOORZWRUXQWKHDLUFRQGLWLRQHU ● 7KHFRQWUROLVQRWDOZD\VVWDUWHGIURP*URXS7KHJURXSFRQWUROOHG¿UVWYDULHVGHSHQGLQJRQWKHWLPH )RUH[DPSOHZKHQWKHFRQWUROLVVWDUWHGDW*URXSZLOOEHFRQWUROOHG¿UVW

233 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ <2> Energy-saving control for outdoor unit (QHUJ\VDYLQJFRQWUROIRURXWGRRUXQLWVHOHFWDWLPHSRUWLRQWREHDSSOLHGWRWKHHQHUJ\VDYLQJFRQWUROIURP PLQXWHV7KHRSHUDWLRQWLPHLVGLYLGHGHYHQO\E\WKHQXPEHURIRXWGRRUXQLWVDQGHQHUJ\VDYLQJFRQWUROLVSHUIRUPHGVRWKDW their operation times does not overlap.

Example of rotation of outdoor units

>,QFDVHRIWKHHQHUJ\VDYLQJFRQWURORIRXWGRRUXQLWVIRUPLQXWHV@ 0 3 6 9 12 15 18 21 24 27 30 (min)

Address 51

Address 61

Address 71

CAUTION ● 7KHFDSDFLW\VDYLQJFRQWUROLVDFRQWUROWRVXSSUHVVWKHPD[LPXPYDOXHRIWKHRXWGRRUXQLW7KHUHIRUH QRHQHUJ\VDYLQJHIIHFWFDQEHREWDLQHGXQGHUWKHVHWWLQJWRLIWKHRSHUDWLRQLVFRQGXFWHGZLWKWKH FDSDFLW\EHORZ

● ,QFDVHRIHQHUJ\VDYLQJFRQWUROWRRXWGRRUXQLWVFDSDFLW\VDYLQJFRQWUROLVDSSOLHGWRWKHRXWGRRUXQLW individually. )RUWKLVUHDVRQEHFDUHIXOWKDWWKHFRQWUROZLOOEHDSSOLHGWRWKHLQGRRUXQLWQRWWDUJHWHGLIWKHJURXS setting is made by stepping over the refrigerant system. ● ,QFDVHRIFDSDFLW\VDYLQJFRQWUROWRWKHRXWGRRUXQLWFRQWUROIRUDVKRUWWLPHPD\QRWSURYLGHDQRUPDO HIIHFW&RQWUROIRURUPLQXWHVLVUHFRPPHQGHG ● Do not set the capacity saving control to Multi S models other than the following models. R410A Multi S for Europe PUMY-P**KM or later R410A Multi S for Australia PUMY-P**KM-A or later R410A Multi S for U.S.A. PUMY-P**NKMU or later R410A Multi S for China 380<3 +0&6RUODWHU 380<3 +0&&RUODWHU PUMY-P**KMC-C or later R410A Multi S for Asia 380<3 <.07+ 7 RUODWHU

234 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ >@(QHUJ\VDYLQJFRQWUROV\VWHPGHVLJQÀRZ 7KHIROORZLQJDUHWKHVWHSVWREHWDNHQWRH[HFXWHDQHQHUJ\VDYLQJFRQWUROSODQ

'HFLGHWKHHQHUJ\VDYLQJFRQWURO Energy-saving control

Perform energy-saving control regardless of the consumed electricity. ⇒Energy-saving control Reduce electric power consumption charge

Perform energy-saving control according to the consumed electricity. ⇒3HDNFXWFRQWURO HOHFWULFLW\DPRXQWPRQLWRULQJPHWKRG Reduce contracted electricity charge

Perform energy-saving control in addition to the ⇒3HDNFXWFRQWURO GHPDQGFRQWUROOHUPHWKRG demand controller.

5HTXLUHG0DWHULDOV Prepare the materials required for a given energy-saving control system.

'HFLGLQJRQWKHOHYHORIHQHUJ\VDYLQJFRQWURO )LYHOHYHOVRIFRQWUROQHHGVWREHVHWWRSHUIRUPWKHSHDNFXWFRQWURO 7DNHLQWRFRQVLGHUDWLRQWKHFXUUHQWFRQWUDFWGHPDQGDQGWDUJHWFRQWUDFWGHPDQGDQGGHWHUPLQHWKHKLJKHVWOHYHO /HYHO Then determine each of the remaining levels.

>([DPSOH@7DUJHWFRQWUDFWGHPDQGN: Level 4: N:aN: Level 3: N:aN: Determine the value for each . Level 2: N:aN: The value setting is not required for a system Level 1: N:aN: running on the demand controller method because /HYHO aN: control is performed by the level signals.

6HOHFWWKHHQHUJ\VDYLQJFRQWUROPHWKRG $VDQHQHUJ\VDYLQJFRQWUROPHWKRGFKRRVHHLWKHU>HQHUJ\VDYLQJFRQWUROXVLQJLQGRRUXQLWV@ >HQHUJ\VDYLQJFRQWUROXVLQJRXWGRRUXQLWV@RUERWK [Example] Use both indoor unit and outdoor unit energy-saving control.

&RQ¿UPWKHHQHUJ\VDYLQJDUHD 7KHHQHUJ\VDYLQJFRQWURORILQGRRUXQLWVURWDWHJURXSRSHUDWLRQDPRQJRSHUDWLRQEORFN7KHHQHUJ\VDYLQJFRQWURORI outdoor units is done by rotating the outdoor unit in numerical order of small address. 7KHFRQWURORUGHULVVHTXHQFHGIURPDVPDOOJURXSQXPEHU7KHUHIRUH\RXFRQ¿UPWKHRUGHURIFRQWUROZLWKLQWKHRSHUDWLRQ EORFN >([DPSOH@ ,QWKH¿JXUHVKRZQRQWKHULJKW*URXSWR*URXSEHORQJWR WKHVDPHRSHUDWLRQEORFN 2I¿FH$ ,QWKLVFDVH*URXSDQG Group 2 on the window side will be controlled consecutively and the room temperature rises temporarily compared to the *URXSDQG*URXSVLGHRIWKHURRP LQVXPPHU %\UHDUUDQJLQJWKHJURXSV\RXFDQSURYLGHHQHUJ\VDYLQJ control with great comfort. ,QWKLVFDVH*URXSVKRXOGEHFRPH*URXS*URXSVKRXOG EHFRPH*URXS*URXSVKRXOGEHFRPH*URXSDQG*URXS VKRXOGEHFRPH*URXS%\GRLQJVR\RXFDQDYRLGWZR window side units having energy-saving control at the same time and improve the comfort level.

235 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ &RQWUROVHWWLQJV 0DNHDSSURSULDWHFRQWUROVHWWLQJVIRUWKHRSHUDWLRQEORFNDQGIRUHDFKRXWGRRUXQLW7RUXQDQHQHUJ\VDYLQJFRQWURORQERWK LQGRRUDQGRXWGRRUXQLWVDWWKHVDPHOHYHOPDNHDVHWWLQJIRUHDFKXQLW

>([DPSOH@ 7DUJHWFRQWUDFWGHPDQGN: /HYHO 2I¿FH$ 2XWGRRUXQLW Level 4: N:a 30 minutes OFF 30 minutes &DSDFLW\VDYLQJ Level 3: N:aN: 6 minutes Fan control 30 minutes &DSDFLW\VDYLQJ Level 2: N:aN: 3 minutes Fan control 30 minutes &DSDFLW\VDYLQJ Level 1: N:aN: 3 minutes Fan control 30 minutes &DSDFLW\VDYLQJ Level 0: 0 N:aN: 3 minutes Temperature 0 minutes N/A

Advantages and disadvantages of various types of control.

Items Advantages Disadvantages Not very energy-saving when room temperature is high. :KHQWKHVHWWHPSHUDWXUHLV&DQGWKHURRP WHPSHUDWXUHLV&QRHIIHFWVRIHQHUJ\VDYLQJFRQWURO Temperature control ● Although not as energy-saving as other can be expected when the set temperature is changed 6HWWHPSHUDWXUH W\SHVRIFRQWUROPDLQWDLQVFRPIRUWLQD & room. IURP&WR& ● The changes in the set temperature are indicated on the remote FRQWUROOHUVRWKHXVHUVZLOONQRZLIWKHXQLW Indoor units is running an energy-saving operation. Fan control $OWKRXJKVROLGO\HQHUJ\VDYLQJWKHOHYHORIFRPIRUWLQD Energy-saving effect can surely be obtained. 7KHUPR2)) room may be compromised. ● $OWKRXJKVROLGO\HQHUJ\VDYLQJWKHOHYHORIFRPIRUWLQ a room may be compromised. Stop control Energy-saving effect can surely be obtained. ● %HFDXVHWKHXQLWPDNHVSHULRGLFDOVWRSVLWWHQGVWREH PLVWDNHQWKDWWKHXQLWLVKDYLQJSUREOHPV Rapid temperature changes do not occur When running below the capacity saving value set by the Outdoor units Capacity saving because the capacity is limited. RXWGRRUXQLWHQHUJ\VDYLQJHIIHFWFDQQRWEHH[SHFWHG

CAUTION ● )RUFRQWURO/HYHOFKRRVHDVHWWLQJWKDWZLOOFHUWDLQO\ORZHUWKHSRZHUFRQVXPSWLRQ ([DPSOH2))7KHUPR2)) $OVRVHWWKHFRQWUROWLPH³PLQXWHV´IRU/HYHOVRWKDWWKHSRZHUFRQVXPSWLRQZLOOFHUWDLQO\ORZHU

236 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ [6] Peak-cut control method <1> Peak-cut control methods 6L[SHDNFXWFRQWUROPHWKRGVDUHDYDLODEOH 6HWWKHSHDNFXWFRQWUROFRQGLWLRQVRQWKHIROORZLQJVFUHHQRQHDFKRI$($((: The setting and required items for each method are shown below.

No. 3HDNFXWPHWKRG Required items 5HPDUNV ● (QHUJ\0DQDJHPHQW/LFHQVH 3DFNOLFHQVH The control level signals from the demand controller are input directly 1 External contact input ● External input adapter WR$($((: ● Demand controller ● (QHUJ\0DQDJHPHQW/LFHQVH 3DFNOLFHQVH $($((:SUHGLFWVWKHFRQWUROOHYHOXVLQJWKHSXOVHLQSXW IRUPHDVXUHPHQW HOHFWULFHQHUJ\SXOVHLVLQSXWGLUHFWO\WR$( ● External input adapter $((: ● Pulse detector 2 PI controller ● (QHUJ\0DQDJHPHQW/LFHQVH 3DFNOLFHQVH (OHFWULFHQHUJ\SXOVHVDUHLQSXWWRWKHPHDVXULQJ0&DQG$( ● Measuring MC $((:SUHGLFWVWKHFRQWUROOHYHO ● Pulse detector ● 3 Other systems (QHUJ\0DQDJHPHQW/LFHQVH 3DFNOLFHQVH 7KHFRQWUROOHYHOLVLQSXWWR$($((:WKURXJK/$1 ● (QHUJ\0DQDJHPHQW/LFHQVH 3DFNOLFHQVH (OHFWULFHQHUJ\SXOVHVDUHLQSXWWRWKH3/&DQG$($( Electric energy counting ● 3/& DVHWRI&38SRZHU (:SUHGLFWVWKHFRQWUROOHYHO 4 PLC VXSSO\HWF One electric energy counting PLC can be connected with 14 sets of ● Electric energy counting software $($((: ● Pulse detector ● (QHUJ\0DQDJHPHQW/LFHQVH 3DFNOLFHQVH ● 3/& DVHWRI&38SRZHU The control level signals from the demand controller are input to $($((:WKURXJKWKH3/&DQG/$1 Demand input PLC VXSSO\HWF One demand input counting PLC can be connected with 10 sets of ● Demand input PLC software $($((: ● Demand controller ● Pulse detector 7KHSHDNFXWFRQWUROOHYHOVRIRWKHU$($((:DUHUHIHUUHG to. * This method can be used only when at least one set of ● /$1FRQQHFWHG$($((:XVHVDQ\RIWKHSHDNFXW 6 Other AE (QHUJ\0DQDJHPHQW/LFHQVH 3DFNOLFHQVH PHWKRGV1RWR1R :KHQXVLQJWKLVPHWKRGXQGHUVWDQGWKDWWKHWLPLQJRIWKHSHDNFXW control is delayed because a delay of up to 1 minute is caused for UHIHUULQJWR PRQLWRULQJ WKHSHDNFXWFRQWUROOHYHOVRIRWKHU$( $((:

237 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ <2> Selection of energy-saving/peak-cut control method and setting screen 7KHVL[HQHUJ\VDYLQJSHDNFXWFRQWUROPHWKRGVDUHEULHÀ\H[SODLQHGEHORZ

([WHUQDOFRQWDFWLQSXWPHWKRG 7KHGHPDQGOHYHOVLJQDOVIURPWKHGHPDQGFRQWUROOHUDUHLQSXWGLUHFWO\WR$($((:

&RQQHFWLRQGLDJUDP Registration of “Energy Management License Pack” license is necessary.

Energy-saving control to the outdoor units - Capacity saving control (50/60/70/80/90%) AE-200

Collects current minute-by-minute Connected Outdoor unit Indoor unit to CN5 power consumption (every minute)

External input adapter PAC-YG10HA

Demand controller Energy-saving control to the indoor units Watt-hour - Set temperature control (±2°C) meter - Fan (thermo-OFF) control - Stop control Collection of current demand level from AE-200 every minute

AE-200/AE-50/EW-50 to which the demand controller is not connected can be subject to the AE-50 peak-cut control by monitoring the demand level of AE-200/AE-50/EW-50 to which the demand controller is connected.

EW-50 The license must be registered in each set of AE-200/AE-50/EW-50.

EW-50

1RWH:KHQWKHGHPDQGFRQWUROOHULVFRQQHFWHGWR$((:WKHGHPDQGOHYHOFDQEHPRQLWRUHGE\RWKHU$($((:

238 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ &RQQHFWLRQZLWKGHPDQGFRQWUROOHU

Demand controller

Red Power supply*1 Line length: Less than 10 m

Gray (Level 4) Blue (Level 3) Yellow (Level 2)

Orange (Level 1)

:KHQWKHFRQWDFWRIWKHGHPDQGFRQWUROOHUXVHGLVQRQYROWDJHSUHSDUHDQH[WHUQDOSRZHUVXSSO\ ([WHUQDO'&SRZHUVXSSO\9RU9

The control by demand level signals is performed as shown below.

Level 1 Orange Level 2

Yellow Level 3 Demand Blue Level 4 controller

Gray Level 0 Level 1 Level 2 Level 3 Level 4 Level 3 Level 2 Level 1 Level 0

Red External DC power supply: +12 V or +24 V

CAUTION ● %HFDXVHWKHHQHUJ\VDYLQJFRQWURORQ$($((:LVSHUIRUPHGRQFHSHUPLQXWHWKHFKDQJH GRHVQRWWDNHSODFHLPPHGLDWHO\ZKHQWKHOHYHORIGHPDQGFRQWUROOHULVFKDQJHG/RZHUWKHMXGJPHQW YDOXHVHWWLQJIRUWKHGHPDQGFRQWUROOHU¶VFRQWUROOHYHODVQHFHVVDU\ ● :KLOH$($((:RUWKHHTXLSPHQWFRQQHFWHGYLD/$1DUHH[SHULHQFLQJSUREOHPVRUGXULQJD SRZHURXWDJHHQHUJ\VDYLQJFRQWUROZLOOQRWIXQFWLRQ ● :KHQDGHPDQGOHYHOVLJQDOLVLQSXWWKHVLJQDOPXVWEHRYHUODSSHGZLWKWKHSUHYLRXVRQH :KHQWKHOHYHOLVVZLWFKHGIURPWRWKHOHYHOVLJQDOPXVWEHNHSWRQ ● :KHQWKHH[WHUQDOLQSXWVHWWLQJLV³(PHUJHQF\VWRS´RU³(PHUJHQF\VWRSUHVWRUDWLRQPRGH´&11RLV used as emergency stop input and cannot be used for the demand signal. ● :KHQ³212))OHYHOVLJQDO´RU³212))SURKLELWLRQSHUPLVVLRQSXOVHVLJQDO´KDVEHHQVHOHFWHGWKLV method cannot be used.

239 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ 5HTXLUHGPDWHULDOV The required items are shown in the following table.

1DPH 0RGHOQDPH 0DNHU 5HPDUNV &HQWUDOL]HGFRQWUROOHU $($((: Mitsubishi Electric (QHUJ\0DQDJHPHQW/LFHQVH3DFN Mitsubishi Electric 5HTXLUHVIRUHDFK$($((: ([WHUQDOLQSXWRXWSXWDGDSWHU 3$&<*+$ Mitsubishi Electric

240 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ 3RZHUFRQVXPSWLRQPRQLWRULQJPHWKRG PHDVXULQJSXOVHLQSXWPHWKRG (OHFWULFHQHUJ\SXOVHVDUHLQSXWGLUHFWO\WR$($((: )RUGHWDLOVVHH³0HDVXULQJSXOVHLQSXW´

&RQQHFWLRQGLDJUDP

Registration of “Energy Management License Pack” license is necessary.

Energy-saving control to the outdoor units - Capacity saving control (50/60/70/80/90%) AE-200

Connected Collects current minute-by-minute to CN7 Outdoor unit Indoor unit power consumption (every minute)

Pulse detector

Energy-saving control to the indoor units Watt-hour - Set temperature control (±2°C) meter - Fan (thermo-OFF) control - Stop control

Collection of current demand level from AE-200 every minute

AE-200/AE-50/EW-50 to which the electric energy pulses are not input can be AE-50 subject to the peak-cut control by monitoring the demand level of AE-200/ AE-50/EW-50 to which the electric energy pulses are input.

EW-50 The license must be registered in each set of AE-200/AE-50/EW-50.

EW-50

1RWH:KHQWKHHOHFWULFHQHUJ\SXOVHVDUHFRQQHFWHGWR$($((:WKHGHPDQGOHYHOFDQEHPRQLWRUHGE\RWKHU$($( (:

&RQQHFWLQJ:DWWKRXUPHWHUDOORZVFRQGXFWLQJWKHHQHUJ\VDYLQJFRQWUROGLYLGHGLQWROHYHOV /HYHOWR/HYHO E\ estimating the power consumption for 30 minutes. 0HDQWLPHWKHFRQWUROOHYHOLVMXGJHGE\$($((:ZLWKDQLQWHUYDORIPLQXWHDSSO\LQJWKHKLJKHUOHYHORIFRQWURO in accordance with the measured power consumption for the past 30 minutes and estimated value.

241 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ >+RZWRREWDLQWKHHVWLPDWHGYDOXH@ (VWLPDWHGYDOXH N: 3RZHUFRQVXPSWLRQLQWKHSDVWPLQXWHV N:K ā 3RZHUFRQVXPSWLRQIRUPLQXWHV ā N:KĺN: PLQXWHV!FRQYHUWHG ➀

$QH[DPSOHLVVKRZQLQWKHIROORZLQJ¿JXUH,WLVDVVXPHGWKDWWKHFRQWURODWWKHHQHUJ\VDYLQJ/HYHOLVEHLQJFRQGXFWHG in accordance with [Power consumption for the past 30 minutes]. ,QWKLVRFFDVLRQWKHHVWLPDWHGYDOXHDIWHUPLQXWHVLVFDOFXODWHGIURP>3RZHUFRQVXPSWLRQIRUWKHSDVWPLQXWHV@E\ Equation ➀UHDFKLQJWKHHQHUJ\VDYLQJ/HYHO,QWKLVFDVHWKHHQHUJ\VDYLQJFRQWUROVHWDWWKHHQHUJ\VDYLQJFRQWURO/HYHO 2 will be carried out. %\PDNLQJWKHHQHUJ\VDYLQJLQHIIHFWLYHWHPSHUDWXUHGLIIHUHQFHHIIHFWLYHXQGHUWKHFRQWURORI/HYHOZKHQWKHWHPSHUDWXUH GLIIHUHQFHEHWZHHQWKHVHWDQGLQOHWWHPSHUDWXUHLVH[FHHGLQJ& ) WR& ) DEOHWRVHWLQDXQLWRI& ) LWLV possible not to allow conducting the energy-saving control set at Level 0 in consideration of comfort. 7KHFRQWUROVHWDW/HYHOWR/HYHOZLOOEHFRQGXFWHGUHJDUGOHVVRIWKHWHPSHUDWXUHGLIIHUHQFH

%\VHWWLQJWKHWDUJHWGHPDQGYDOXHDQG>6WRSSLQJFRQWUROIRUPLQXWHV@RIWKHHQHUJ\VDYLQJFRQWUROLWHPWKHSHDNFXW control can be practiced as an application of the level control above.

5HTXLUHGPDWHULDOV The required items are shown in the following table.

1DPH 0RGHOQDPH 0DNHU 5HPDUNV &HQWUDOL]HGFRQWUROOHU $($((: Mitsubishi Electric (QHUJ\0DQDJHPHQW/LFHQVH3DFN Mitsubishi Electric 5HTXLUHVIRUHDFK$($((: PI controller Mitsubishi Electric It can be used with the one used for the meter charging.

242 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ 3RZHUFRQVXPSWLRQPRQLWRULQJPHWKRG 3,FRQWUROOHU3$&<*0&$ Electric energy pulses are input to the measuring MC.

&RQQHFWLRQGLDJUDP Registration of “Energy Management License Pack” license is necessary.

Energy-saving control to the outdoor units - Capacity saving control (50/60/70/80/90%) AE-200

Outdoor unit Indoor unit M-NET Collects current minute-by-minute power consumption (every minute)

PI Controller Energy-saving control to the indoor units - Set temperature control (±2°C) - Fan (thermo-OFF) control - Stop control

Watt-hour Pulse detector meter

Collection of current demand level from AE-200 every minute

AE-50 AE-200/AE-50/EW-50 to which the PI controller is not connected can be subject to the peak-cut control by monitoring the demand level of AE-200/AE-50/EW-50 to which the PI controller is connected. EW-50

The license must be registered in each set of AE-200/AE-50/EW-50. EW-50

1RWH:KHQWKHHOHFWULFHQHUJ\SXOVHVDUHFRQQHFWHGWR$($((:WKHGHPDQGOHYHOFDQEHPRQLWRUHGE\RWKHU$($( (:

243 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ >+RZWRREWDLQWKHHVWLPDWHGYDOXH@ (VWLPDWHGYDOXH N: 3RZHUFRQVXPSWLRQLQWKHSDVWPLQXWHV N:K ā 3RZHUFRQVXPSWLRQIRUPLQXWHV ā N:KĺN: PLQXWHV!FRQYHUWHG ➀

%\VHWWLQJWKHWDUJHWGHPDQGYDOXHDQG>6WRSSLQJFRQWUROIRUPLQXWHV@RIWKHHQHUJ\VDYLQJFRQWUROLWHPWKHSHDNFXW control can be practiced as an application of the level control above.

5HTXLUHGPDWHULDOV The required items are shown in the following table.

1DPH 0RGHOQDPH 0DNHU 5HPDUNV &HQWUDOL]HGFRQWUROOHU $($((: Mitsubishi Electric (QHUJ\0DQDJHPHQW/LFHQVH3DFN Mitsubishi Electric 5HTXLUHVIRUHDFK$($((:

244 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ 0HWKRGE\RWKHUV\VWHPV 'HPDQGOHYHOVLJQDOVIURPRWKHUV\VWHPVDUHLQSXWWR$($((:WKURXJK/$1

&RQQHFWLRQGLDJUDP

Registration of “Energy Management License Pack” license is necessary.

Energy-saving control to the outdoor units - Capacity saving control (50/60/70/80/90%) AE-200

Collects current minute-by-minute power consumption (every minute) Outdoor unit Indoor unit

Notification of demand level

Energy-saving control to the indoor units - Set temperature control (±2°C) Building - Fan (thermo-OFF) control management - Stop control system, etc.

AE-50

Input the demand level to each set to AE-200/AE-50/EW-50. EW-50

The license must be registered in each set of AE-200/AE-50/EW-50. EW-50

AE-200

Other AE-200/AE-50/EW-50 systems can be subject to the peak-cut control.

5HTXLUHGPDWHULDOV The required items are shown in the following table.

1DPH 0RGHOQDPH 0DNHU 5HPDUNV &HQWUDOL]HGFRQWUROOHU $($((: Mitsubishi Electric (QHUJ\0DQDJHPHQW/LFHQVH3DFN Mitsubishi Electric 5HTXLUHVIRUHDFK$($((:

245 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ 3RZHUFRQVXPSWLRQPRQLWRULQJPHWKRG 3/& (OHFWULFHQHUJ\SXOVHVDUHLQSXWE\XVLQJWKH3/& PRXQWHGZLWKWKHHOHFWULFHQHUJ\FRXQWLQJVRIWZDUH

&RQQHFWLRQGLDJUDP

Registration of “Energy Management License Pack” license is necessary.

Energy-saving control to the outdoor units - Capacity saving control (50/60/70/80/90%) AE-200

Outdoor unit Indoor unit

Installation of electric energy counting software Energy-saving control to the PAC-YG11CDA indoor units PLC - Set temperature control (±2°C) - Fan (thermo-OFF) control - Stop control

Watt-hour Pulse detector meter

AE-50

AE-200/AE-50/EW-50 to which the PLC is not connected can be subject to the peak-cut control by monitoring the demand level of AE-200/AE-50/EW-50 to which EW-50 the PLC is connected.

The license must be registered in each set of AE-200/AE-50/EW-50. EW-50

AE-200

Other AE-200/AE-50/EW-50 systems can be subject to the peak-cut control.

&RQQHFWLQJZDWWKRXUPHWHU 3/& DOORZVFRQGXFWLQJWKHHQHUJ\VDYLQJFRQWUROGLYLGHGLQWROHYHOV /HYHOWR/HYHO E\ estimating the power consumption for 30 minutes. 0HDQWLPHWKHFRQWUROOHYHOLVMXGJHGE\$($((:ZLWKDQLQWHUYDORIPLQXWHDQGWKHFRQWURORIKLJKHUOHYHOLV applied in accordance with the measured power consumption for the past 30 minutes and estimated value.

246 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ >+RZWRREWDLQWKHHVWLPDWHGYDOXH@ (VWLPDWHGYDOXH N: 3RZHUFRQVXPSWLRQLQWKHSDVWPLQXWHV N:K ā 3RZHUFRQVXPSWLRQIRUPLQXWHV ā N:KĺN: PLQXWHV!FRQYHUWHG ➀

%\VHWWLQJWKHWDUJHWGHPDQGYDOXHDQG>6WRSSLQJFRQWUROIRUPLQXWHV@RIWKHHQHUJ\VDYLQJFRQWUROLWHPWKHSHDNFXW control can be practiced as an application of the level control above.

5HTXLUHGPDWHULDOV The required items are shown in the following table.

1DPH 0RGHOQDPH 0DNHU 5HPDUNV &HQWUDOL]HGFRQWUROOHU $($((: Mitsubishi Electric (QHUJ\0DQDJHPHQW/LFHQVH3DFN Mitsubishi Electric 5HTXLUHVIRUHDFK$($((: 6HTXHQFHU 3/& Mitsubishi Electric &DQEHXVHGZLWKWKHRQHXVHGIRU:+0FKDUJLQJ (OHFWULFDPRXQWFRXQWVRIWZDUH 3$&<*&'$ Mitsubishi Electric

247 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ 3HDNFXWFRQWUROE\'HPDQGFRQWUROOHU 3/& 7KHGHPDQGOHYHOVLJQDOVIURPWKHGHPDQGFRQWUROOHUDUHLQSXWE\XVLQJWKH3/& PRXQWHGZLWKWKHGHPDQGLQSXW3/& VRIWZDUH

Note ● It is recommended to connect them by the demand level contact input method if the wiring length is not restricted.

&RQQHFWLRQGLDJUDP

Registration of “Energy Management License Pack” license is necessary.

Energy-saving control to the outdoor units - Capacity saving control (50/60/70/80/90%) AE-200

Outdoor unit Indoor unit

Notification of demand level

Input of one of demand level input PLC software PAC-YG41 Energy-saving control to the to 43ATM and PAC-YG91 to indoor units PLC 93ATM - Set temperature control (±2°C) - Fan (thermo-OFF) control - Stop control

Demand controller Watt-hour Pulse detector meter

AE-50 AE-200/AE-50/EW-50 to which the PLC is not connected can be subject to the peak-cut control by monitoring the demand level of AE-200/AE-50/EW-50 to which EW-50 the PLC is connected.

The license must be registered in each set of EW-50 AE-200/AE-50/EW-50.

AE-200

Other AE-200/AE-50/EW-50 can be subject to the peak-cut control.

5HTXLUHGPDWHULDOV The required items are shown in the following table.

1DPH 0RGHOQDPH 0DNHU 5HPDUNV &HQWUDOL]HGFRQWUROOHU $($((: Mitsubishi Electric (QHUJ\0DQDJHPHQW/LFHQVH3DFN Mitsubishi Electric 5HTXLUHVIRUHDFK$($((: 6HTXHQFHU 3/& Mitsubishi Electric &DQEHXVHGZLWKWKHRQHXVHGIRU:+0FKDUJLQJ PLC software for demand input Mitsubishi Electric 3&<*&'$HWF

248 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ [7] Energy-saving control status/History monitor <1> Current energy-saving control status

7HPSHUDWXUHVHWWLQJFRQWUROIDQFRQWURORUFDSDFLW\FRQWURORIRXWGRRUXQLWLVVHWWR21 3UHVFKHGXOHGRSHUDWLRQRUDQLQWHUORFNHGXQLWFRQQHFWLRQLFRQVZLOODOVREHGLVSOD\HG

Stop control or capacity control of outdoor unit is set to ON. 3UHVFKHGXOHGRSHUDWLRQRUDQLQWHUORFNHGXQLWFRQQHFWLRQLFRQVZLOODOVREHGLVSOD\HG

:KHQVWDWXVLVPRQLWRUHGRQO\WKHDLUFRQGLWLRQLQJJURXSXQGHUHQHUJ\VDYLQJFRQWUROZLOOKDYHLFRQVGLVSOD\HG 'XULQJOHYHOFRQWUROLIDGLIIHUHQFHEHWZHHQWKHVHWWHPSHUDWXUHDQGUHWXUQDLUWHPS,VLQHIIHFWLYHIRUHQHUJ\VDYLQJHQHUJ\VDYLQJZLOO not be executed and there will not be an energy-saving control icon on the display for the group.

<2> Peak-cut status history )URPWKHPHQXEDULQWKH7*$FRQWUROVFUHHQVHOHFW>WRRO@>SHDNFXWGDWD@DQG\RXZLOOEHDEOHWRRXWSXWSHDNFXWVWDWXV KLVWRU\GDLO\UHSRUWDQGPRQWKO\UHSRUWDVD&69¿OH 7KHGDLO\DQGPRQWKO\UHSRUW¿OHVZLOODXWRPDWLFDOO\EHVWRUHGLQWKHDXWRPDWLFWUHQGRXWSXWIROGHUIRUWZR\HDUV

CAUTION Daily and monthly reports * TG-2000A is required to use this function. $XWRPDWLFRXWSXW¿OH! 7KHDXWRPDWLFRXWSXW¿OHLVDXWRPDWLFDOO\FUHDWHGGDLO\ RUPRQWKO\ DV7*$JDWKHUVLQIRUPDWLRQ IURP$($((:DQG3/&7KHUHIRUHLWLVQRWFUHDWHGLI7*$LVQRWUXQQLQJ 0DQXDORXWSXW¿OH! You can manually output each file from the TG-2000A tool bar. Monthly data will be created from 7*$GDWDEDVHZKLOHGDLO\GDWDIRUWKHFXUUHQWGD\WKHGD\EHIRUHDQGWZRGD\VEHIRUHZLOOEH FROOHFWHGIURP$($((: 7KHGDWDHDUOLHUWKDQWKDWZLOOEHFUHDWHGIURP7*$GDWDEDVH

3HDNFXWVWDWXVKLVWRU\ GDLO\UHSRUW &RQWUROOHYHODWHYHU\RQHPLQXWHDQGSRZHUFRQVXPSWLRQ N:K GDWDE\WKHXQLWRIPLQXWHVFDQEHRXWSXWDVD&69¿OH 7KHGDLO\UHSRUWFDQEHVHOHFWHGDQGRXWSXWIRUWKHSDVWGD\V 0D[LPXP * This function for consumed electricity in each 30 minutes is available only in the electricity amount monitoring method. 3RZHUFRQVXPSWLRQIRUHDFKPLQXWHVHTXDOVWKHDPRXQWRISRZHUFRQVXPSWLRQ N:K [

3HDNFXWVWDWXVKLVWRU\ PRQWKO\UHSRUW 3RZHUFRQVXPSWLRQGDWDSHUGD\FDQEHRXWSXWDVD&69¿OH7KHPRQWKO\UHSRUWFDQEHVHOHFWHGDQGRXWSXWIRUWKHSDVW GD\V 0D[LPXP * This function is available only for the electricity amount monitoring method.

&UHDWLRQRIGDLO\UHSRUWPRQWKO\UHSRUWWUHQGJUDSKV

249 >(QHUJ\6DYLQJ3HDN&XW&RQWURO @ >3HDNFXWVWDWXVKLVWRU\RQ$($(DQG:(%EURZVHU@ 3HDNFXWVWDWXVKLVWRU\ GDLO\UHSRUW 7KHFRQWUROOHYHODWPLQXWHLQWHUYDOVDQGWKHSRZHUFRQVXPSWLRQLQPLQXWHVLQFUHPHQWV N:K FDQEHRXWSXWLQWKH&69 IRUPDW7KHGDLO\UHSRUWVRIWRGD\\HVWHUGD\DQGWKHGD\EHIRUH\HVWHUGD\FDQEHVHOHFWHGWREHRXWSXW * The power consumption in 30 minutes increments is output only when electric amount monitoring method is selected. 3RZHUFRQVXPSWLRQLQPLQXWHVLQFUHPHQWVHTXDOVWKHDPRXQWRISRZHUFRQVXPSWLRQ N:K [

'DLO\WUHQGJUDSK 6HOHFW>(QHUJ\PDQDJHPHQW@RQWKH:HEEURZVHURUWKHVFUHHQRI$($(DQGVHOHFW>3HDNFXWFRQWUROVWDWXV@7KH SHDNFXWVWDWXVKLVWRU\ GDLO\UHSRUW ZLOOEHGLVSOD\HGLQJUDSKIRUP7KHJUDSKFDQVKRZWKHSHDNFXWVWDWXVKLVWRU\RI WRGD\\HVWHUGD\DQGWKHGD\EHIRUH\HVWHUGD\$OVRWKHGLVSOD\HGGDWDFDQEHGRZQORDGHGLQWKH&69IRUPDW

250 >,QWHUORFN&RQWURO @ 13. Interlock Control [1] Outline 7KHLQWHUORFNFRQWUROLVGHVLJQHGWRLQWHUORFNWKHDLUFRQGLWLRQHUVFRQQHFWHGWR$($((: 7RXVHWKHLQWHUORFNFRQWUROLWLVQHFHVVDU\WRUHJLVWHUWKH,QWHUORFNFRQWUROOLFHQVH

<1> Operations which can be realized by interlock control 7KHIROORZLQJWDEOHVKRZVH[DPSOHVRIXVHVRIWKHLQWHUORFNFRQWUROZKLFKFDQEHUHDOL]HGE\UHJLVWHULQJWKHRSWLRQDO,QWHUORFN FRQWUROOLFHQVHLQ$($((:

&ODVVL¿FDWLRQRI Example ,QWHUORFNLWHP Usage LQWHUORFNPHWKRG :KHQWKHUHSUHVHQWDWLYHLQGRRUXQLWLVVWDUWHGRUVWRSSHGRWKHULQGRRUXQLWVDUH started or stopped in conjunction with the unit. ,QWHUORFNDPRQJDLU conditioners 1 SUHYHQWLRQRI ZDVWHIXORSHUDWLRQ Representative indoor unit: Other indoor units: Started/stopped Started/stopped :KHQWKHRSHUDWLRQPRGHRIWKHUHSUHVHQWDWLYHLQGRRUXQLWLVFKDQJHGWKH operation mode of other indoor units is changed in conjunction the unit. ,QWHUORFNDPRQJDLU ,QWHUORFNFRQWURO conditioners among air 2 V\QFKURQL]DWLRQRI conditioners RSHUDWLRQPRGH Indoor unit: Heating An alternative air conditioner is operated in conjunction with the trouble signal of an indoor unit. ,QWHUORFNDPRQJDLU 3 conditioners EDFNXSRSHUDWLRQ

Indoor unit: In trouble Alternative: Started ● All air conditioners in the target group are stopped in conjunction with the exit signal of the last exiting person. ,IQHFHVVDU\LWLVSRVVLEOHWRVHWWKHFRQGLWLRQWRSURKLELWWKHRSHUDWLRQRIWKH UHPRWHFRQWUROOHUVLQFRQMXQFWLRQZLWKWKHH[LWVLJQDO FRQWDFW RIWKHODVWH[LWLQJ person. ● The prohibition of operation of the remote controllers of all air conditioners in the target group is canceled in conjunction with the cancel of the exit signal FRQWDFW RIWKHODVWH[LWLQJSHUVRQ 4 6HFXULW\LQWHUORFN

Security system: Exit signal ON/OFF Indoor unit group: Stopped Remote controllers: Operation prohibited/ canceled ,QWHUORFNFRQWURO between general ● The air conditioner in a hotel room is started in conjunction with insertion of the FDUGNH\ SUHVHQFH equipment and air conditioners ● The air conditioner in a hotel room is stopped in conjunction with removal of the ,QWHUORFNEHWZHHQ FDUGNH\ DEVHQFH FDUGNH\DQGDLU conditioner

Card key: Inserted/removed Indoor unit: Started/stopped The air conditioner is started and stopped in conjunction with ON/OFF of lighting equipment.

,QWHUORFNZLWKOLJKWLQJ 6 equipment

Lighting equipment: ON/OFF Indoor unit: Started/stopped

251 >,QWHUORFN&RQWURO @

&ODVVL¿FDWLRQRI Example ,QWHUORFNLWHP Usage LQWHUORFNPHWKRG The air conditioner is stopped or started in conjunction with window operation RSHQLQJRUFORVLQJ )RUKRWHOVHWFLWLVUHTXLUHGWRVWRSWKHDLUFRQGLWLRQHULQHDFKURRPZKHQWKH ,QWHUORFNEHWZHHQ window is opened. 7 window operation and air conditioner

Window: Open/closed Indoor unit: Stopped/started $QRWKHUPDQXIDFWXUHU¶VYHQWLODWRULVVWDUWHGDQGVWRSSHGLQFRQMXQFWLRQZLWKVWDUW and stop of air conditioner.

,QWHUORFNZLWKDQRWKHU 8 PDQXIDFWXUHU¶V ventilator Indoor unit: Started/stopped Another manufacturer’s ventilation fan: Stopped/started :KHQDQ\RIWKHDLUFRQGLWLRQHUV$DQG%LVVWDUWHGDQRWKHUPDQXIDFWXUHU¶V ventilation fan will be started. :KHQDOODLUFRQGLWLRQHUV$DQG%DUHVWRSSHGDQRWKHUPDQXIDFWXUHU¶VYHQWLODWLRQ ,QWHUORFNEHWZHHQDLU fan will be stopped. conditioners and 9 another $LUFRQGLWLRQHUV$DQG%2QHRIWKHPVWDUWHGĺ$QRWKHUPDQXIDFWXUHU¶VYHQWLODWLRQIDQ6WDUWHG PDQXIDFWXUHU¶V ventilator

$LUFRQGLWLRQHUV$DQG%$OOVWRSSHGĺ$QRWKHUPDQXIDFWXUHU¶VYHQWLODWLRQIDQ6WRSSHG /LJKWLQJHTXLSPHQWLVWXUQHGRIILQFRQMXQFWLRQZLWKWKHH[LWVLJQDO FRQWDFW RIWKH last exiting person. ([DPSOHZKHQQRLQWHUORFNLVSURYLGHGEHWZHHQVHFXULW\V\VWHPDQGDLU conditioner ,QWHUORFNEHWZHHQ 10 6HFXULW\LQWHUORFN general equipment

Security system: Exist signal ON Lighting: OFF

<2> Operations which cannot be realized by interlock control &RQWUROZKLFKFDQQRWEHUHDOL]HGE\WKHLQWHUORFNFRQWUROLVH[SODLQHGEHORZ

Example ,QWHUORFNLWHP Usage 5HPDUNV The room temperature ● :KHQWKHURRPWHPSHUDWXUH VXFWLRQWHPSHUDWXUH UHDFKHV&FRROLQJ ,QWHUORFNEHWZHHQ operation will be started. VXFWLRQWHPSHUDWXUH A room temperature cannot be used as an ● and operation mode :KHQWKHURRPWHPSHUDWXUH VXFWLRQWHPSHUDWXUH UHDFKHV&KHDWLQJ LQWHUORFNLQJVRXUFH operation will be started. condition. 7KHLQWHUORFN ,QWHUORFNEHWZHHQ ● :KHQDJXHVWLVDEVHQWLQDKRWHOURRP WKHFDUGNH\KDVEHHQUHPRYHG WKH operation activated by FDUGNH\DQGDLU set cooling temperature will be raised in the summer. % one signal cannot be conditioner ● :KHQDJXHVWLVDEVHQWLQDKRWHOURRP WKHFDUGNH\KDVEHHQUHPRYHG WKH varied between temperature setting set heating temperature will be reduced in the winter. cooling and heating. ● The set cooling and heating temperatures of air conditioner are shifted in conjunction with the demand signal. The temperature shift ● :KHQWKHGHPDQGVLJQDOLVFDQFHOHGWKHVHWFRROLQJKHDWLQJWHPSHUDWXUHRIDLU function is not ,QWHUORFNEHWZHHQ conditioner is returned to the value before the activation. provided. C demand signal and The function to return ● air conditioner The air conditioner is stopped in conjunction with activation of demand signal. the operation to the ● :KHQWKHGHPDQGVLJQDOLVFDQFHOHGWKHDLUFRQGLWLRQHULVUHWXUQHGWRWKHVWDWH previous state is not before the activation. provided. ,WLVSRVVLEOHRQO\WRVWRSWKHDLUFRQGLWLRQHUE\WKHGHPDQGVLJQDO The air conditioner is stopped or the ventilator is started in conjunction with the outdoor temperature. )DFWRUVVXFKDV ,QWHUORFNE\RXWGRRU ● :KHQWKHRXWGRRUWHPSHUDWXUHLVFRPIRUWWKHDLUFRQGLWLRQHULVVWRSSHG D WHPSHUDWXUHKXPLGLW\ temperature ● :KHQWKHRXWGRRUWHPSHUDWXUHLVORZHUWKDQWKHLQGRRUWHPSHUDWXUHWKHDLU and CO2 FRQGLWLRQHULVVWRSSHGDQGWKHYHQWLODWRULVRSHUDWHGWRWDNHLQWKHRXWGRRUDLU FRQFHQWUDWLRQZKLFK for cooling. change linearly cannot Switching of The ventilation fan speed level is changed according to the CO2 sensor value. EHVHWDVLQWHUORFNLQJ ventilation fan speed E 7KHIDQVSHHGFDQEHXVHGDVDQLQWHUORFNLQJVRXUFHFRQGLWLRQLIDVLJQDOLVJLYHQsource conditions. according to CO2 when the concentration reaches the set value on the CO2VHQVRUVLGH sensor value ● The capacity of outdoor unit is saved by the contact input from the host system. ,QWHUORFNFRQWUROWR ,QWHUORFNFRQWURORI F ● outdoor unit cannot be outdoor unit The outdoor unit is operated in the night mode by the contact input from the host system. performed.

252 >,QWHUORFN&RQWURO @ >@6HOHFWLRQRILQWHUORFNFRQWUROPHWKRGDQGV\VWHPFRQ¿JXUDWLRQ <1> Selection of interlock control method 7KHLQWHUORFNFRQWUROFDQEHDFKLHYHGE\XVLQJ$($((:RU3/&IRUJHQHUDOHTXLSPHQW 7KLVGRFXPHQWH[SODLQVWKHPHWKRGE\XVLQJ$($((:

Method 0HWKRGE\XVLQJ$($((: Item ● ,QWHUORFNFDQEHVHWDFURVV$($(DQG(:9HURUODWHU. ● 0RUHWKDQRQHGHYLFHFDQEHVHOHFWHGDVLQWHUORFNLQJVRXUFHVIRURQHLQWHUORFNFRQWUROFRQGLWLRQ ● ,QWHUORFNFRQWURODPRQJDLUFRQGLWLRQHUVFDQEHUHDOL]HG ● ,QWHUORFNFRQWUROEHWZHHQJHQHUDOHTXLSPHQWFRQQHFWHGWRWKH','2FRQWUROOHUDQGDLUFRQGLWLRQHUVFDQ Features be realized. ● ,QWHUORFNFRQWURODPRQJJHQHUDOHTXLSPHQWFRQQHFWHGWRWKH','2FRQWUROOHUFDQEHUHDOL]HG * Up to 6 contacts can be connected to one address of the DIDO controller. One contact is counted as one connected device. ● $JHQHUDOHTXLSPHQWFRQQHFWHGWRDIUHHFRQWDFWRIDQLQGRRUXQLWFDQEHVHWDVDQLQWHUORFNLQJVRXUFH or destination. 3ODFHRIUHJLVWUDWLRQRILQWHUORFN (DFKVHWRI$($((: conditions ● IRU9HURUHDUOLHU FRQGLWLRQVIRUHDFKVHWRI$($((: 1XPEHURILQWHUORFNFRQGLWLRQV ,QWHUORFNHGFRQWURORIXQLWVWKDWDUHFRQQHFWHGYLDDQH[SDQVLRQFRQWUROOHULVSRVVLEOHRQ9HURU later. ● 7REHVHWIURPWKH,QLWLDO6HWWLQJ7RRORQ9HURUODWHU ,QWHUORFNVHWWLQJ ● 7REHVHWIURPWKH,QLWLDO6HWWLQJ:HERQ9HURUHDUOLHU RUIURPWKHLQWHUORFNVHWWLQJWRRO ● 0DLQXQLWRI$($((: Required items 1 ● ,QWHUORFNFRQWUROOLFHQVH Required items 2 ● ,QLWLDO6HWWLQJ7RRO SHUVRQDOFRPSXWHUDQG/$1 Items required only for setting Required items 3 ● ','2FRQWUROOHU 3$&<*'&$ For connection of general ● $GDSWHUIRUUHPRWHVWDUWVWRS 3$&6(5$ :KHQIUHHFRQWDFWLVXVHG equipment ● 0FRQWUROUHPRWHGLVSOD\NLW 3$&<8+. :KHQIUHHFRQWDFWLVXVHG

<2> System outline The system outline is explained below.

,QWKHFDVHRILQWHUORFNFRQWURODPRQJDLUFRQGLWLRQHUV!

AE-200

When the indoor unit 1 starts, also the indoor unit 2 starts. Indoor unit 1

Registration of “Interlock control” license

Indoor unit 2 Indoor unit 3

Interlock setting across AE-200, AE-50, and EW-50 is possible.

EW-50 Indoor unit 4

253 >,QWHUORFN&RQWURO @ ,QWHUORFNFRQWUROEHWZHHQDLUFRQGLWLRQHUDQGJHQHUDOHTXLSPHQWFRQQHFWHGWRJHQHUDOSXUSRVH'&!

AE-200/AE-50/EW-50

Indoor unit

DIDO controller Power supply unit

Security system

Registration of The indoor unit stops in conjunction with “Interlock control” license turning on the final exit signal (contact).

,QWHUORFNFRQWUROEHWZHHQDLUFRQGLWLRQHUDQGJHQHUDOHTXLSPHQWFRQQHFWHGWRIUHHFRQWDFW!

AE-200/AE-50/EW-50

Indoor unit Lighting equipment

Registration of Connected to free The indoor unit starts/stops in conjunction with “Interlock control” license contact of indoor unit ON/OFF operation the lighting equipment.

Remarks ● )RUWKHLWHPVDQGVHWWLQJQHFHVVDU\IRULQWHUORFNFRQWUROE\XVLQJ$($((:VHH ³,QWHUORFNFRQWUROXVLQJ$($((:´ ● )RUWKHFRQQHFWLRQRIJHQHUDOHTXLSPHQWWRWKH','2FRQWUROOHUVHH³','2FRQWUROOHU´

254 >,QWHUORFN&RQWURO @ [3] Interlock control using AE-200/AE-50/EW-50 <1> Features 7KHLQWHUORFNFRQWURORI$($((:VHQGVDSUHGHWHUPLQHGVLJQDOWRWKHLQWHUORFNLQJGHVWLQDWLRQV RXWSXW GHVWLQDWLRQV ➄ZKHQDQ\FKDQJHLVFDXVHGLQWKHVWDWXVRIWKHLQWHUORFNLQJVRXUFHV LQSXWVRXUFHV ➀ as shown in the IROORZLQJ¿JXUH 7KHGHYLFHVWDWXVVHWLQWKHLQWHUORFNLQJVRXUFHWDEOHLVREWDLQHGHYHU\WRVHFRQGVDQGLIDQ\FKDQJHLVIRXQGLQWKH LQWHUORFNLQJVRXUFHWDEOH➁WKHXQLWVUHJLVWHUHGLQWKHLQWHUORFNLQJGHVWLQDWLRQWDEOH➂ are operated as specified in the LQWHUORFNRSHUDWLRQWDEOH➃. 7KHVHVHWWLQJVKDYHEHHQUHJLVWHUHGLQ$($((:

➀Interlocking sources ➄Interlocking destinations (input sources) (output destinations) Status of general AE-200/AE-50/EW-50 Operation of air conditioners equipment (free contact) ON/OFF, Mode, Interlock processing Set temp., Air direction, ➁ Information on Interlocking interlocking source Fan speed, source table Prohibition of remote Card key, etc. Indoor unit devices is compared with previous information Previous status operation (ON/OFF, ➂ of interlocking Mode, Set temp.) Interlocking every 3 to 5 seconds. source devices Status of air conditioner source table If any change is found Start/stop of general in the status, the interlock equipment (free contacts) ➃Interlocking operation is performed. ON/OFF source table Mode Error Air conditioner Indoor unit Lighting equipment, ventilation fan, etc. Status of DIDO controller Start/stop of DIDO controller Latest status of devices

Another Card key, etc. DIDO controller DIDO controller manufacturer’s fan coil, etc.

,QWHUORFNVRI$($((:FDQEHVHWE\WZRPHWKRGVE\UHJLVWHULQJGLUHFWO\IURPWKH:HEEURZVHURI$( $((:DQGE\XVLQJWKHLQWHUORFNVHWWLQJWRRO )RUWKHSURFHGXUHVIRUUHJLVWHULQJIURPWKH:HEEURZVHUVHH>@ !³,QWHUORFNVHWWLQJE\:HEEURZVHU´DQG³2SHUDWLRQ RI:HE%URZVHUIRU,QLWLDO6HWWLQJ´LQWKH,QVWUXFWLRQ%RRN )RUWKHSURFHGXUHVE\XVLQJWKHLQWHUORFNVHWWLQJWRROVHH>@ !³,QWHUORFNFRQWUROVHWWLQJE\LQWHUORFNVHWWLQJWRRO´DQG WKH,QVWUXFWLRQ%RRNIRULQWHUORFNVHWWLQJWRROIRU$($(

Remarks ● 0DNHWKHVHWWLQJVIRU$(ZKHQSHUIRUPLQJLQWHUORFNHGFRQWURODFURVV$($(RU(: :KHQWKHUDQJHRIFRQWUROLVOLPLWHGZLWKLQ$($(RU(:PDNHWKHVHWWLQJVIRUHDFKW\SHRI controllers. ● ³212))´DQG³(UURU´RIJHQHUDOHTXLSPHQW³&RQWDFWLQSXW212))´RIIUHHFRQWDFWVDQG³212))´RI DLUFRQGLWLRQHUVFDQEHXVHGDVLQSXWVLJQDOVIURPWKHLQWHUORFNLQJVRXUFHV ● )RUWKHLQWHUORFNFRQWUROWRJHQHUDOHTXLSPHQW³212))´FDQEHVHW ● )RUWKHLQWHUORFNFRQWUROWRIUHHFRQWDFWV³212))´FDQEHVHW

CAUTION ● Do not set conditions under which processing as shown below is repeated. 7KH212))RSHUDWLRQVLQWKHFRQGLWLRQVDQGZLOOEHUHSHDWHGSHUPDQHQWO\DQGWKHDLUFRQGLWLRQHUV may be disordered. &RQGLWLRQ:KHQ*URXSLVWXUQHGRQ*URXSLVWXUQHGRII &RQGLWLRQ:KHQ*URXSLVWXUQHGRII*URXSLVWXUQHGRQ

255 >,QWHUORFN&RQWURO @ <2> Required materials Required items Description $($((: 7KHOLFHQVHPXVWEHUHJLVWHUHGLQHDFKVHWRI$($((:FRQQHFWHGWRWKH ,QWHUORFNFRQWUROOLFHQVH GHYLFHVWREHLQWHUORFNHG Personal computer for Web browser *1 5HTXLUHGWRVHWWKHLQWHUORFNVRI$($((: 7RROIRUFUHDWLQJLQWHUORFNVHWWLQJGDWDRQDSHUVRQDOFRPSXWHUDQGZULWLQJDQGUHDGLQJ ,QWHUORFNVHWWLQJWRRO*1 WKHGDWDLQWRDQGIURP$($((:WKURXJK/$1RU86%

7KHLQWHUORFNVRI$($((:FDQEHVHWE\DQ\RIWKHVHPHWKRGV %RWKDUHQRWUHTXLUHG

:KHQJHQHUDOHTXLSPHQWDUHFRQQHFWHGWRWKH','2FRQWUROOHUWKHIROORZLQJLWHPVDUHUHTXLUHG Required items Description 6 general equipment can be connected one DIDO controller. DIDO controller One M-NET address is used for one general equipment. 3$&<*'&$ :KHQJHQHUDOHTXLSPHQWDUHFRQQHFWHGWRRQH','2FRQWUROOHU01(7DGGUHVVHV DUHXVHG :KHQRUJHQHUDOHTXLSPHQWDUHFRQQHFWHGWRRQH','2FRQWUROOHURQHXQLWRIWKH External input/output adapter IROORZLQJH[WHUQDOLQSXWRXWSXWDGDSWHULVUHTXLUHG:KHQRUJHQHUDOHTXLSPHQWDUH 3$&<*+$ FRQQHFWHGWRRQH','2FRQWUROOHUWZRXQLWVDUHUHTXLUHG :KHQWKH','2FRQWUROOHULVFRQQHFWHGWR$($((:WKHSRZHUVXSSO\XQLW Power supply unit for transmission line IRUWUDQVPLVVLRQOLQHLVUHTXLUHG7KH','2FRQWUROOHUFDQEHFRQQHFWHGWR(: 3$&6&.8$ ZLWKRXWWKHSRZHUVXSSO\XQLW+RZHYHULID','2FRQWUROOHURUDV\VWHPUHPRWH Power supply extension unit for transmission line FRQWUROOHUZKRVHSRZHUVXSSO\FDSDFLW\H[FHHGVWKDWRI(:LVFRQQHFWHGWRWKH PAC-SF46EPA WUDQVPLVVLRQOLQHIRUFHQWUDOL]HGFRQWUROWKHSRZHUVXSSO\XQLWIRUWUDQVPLVVLRQOLQHRU the power supply expansion unit for transmission line is required. Connection with general equipment 7RFRQQHFWJHQHUDOHTXLSPHQWDQG','2FRQWUROOHU 3$&<*'&$ ¿HOG UHOD\FLUFXLWSRZHUVXSSO\HWF LQVWUXPHQWDWLRQZRUNVXFKDVFRQQHFWLRQWKURXJKDUHOD\LVUHTXLUHG

* The distance from general-purpose DC to general equipment must be up to 100 m. It is recommended to connect them within 10 m.

7RFRQQHFWDJHQHUDOHTXLSPHQWWRWKHIUHHFRQWDFWRIDQLQGRRUXQLWDOVRWKHIROORZLQJLWHPVDUHUHTXLUHG Required items Description Required to connect general equipment to free contact of indoor unit. Adapter for remote start/stop 7KHVWDWXVRIWKHJHQHUDOHTXLSPHQWFDQEHFRQQHFWHGWRWKHLQSXW SRLQWV Required to connect general equipment to free contact of indoor unit. 0FRQWUROUHPRWHGLVSOD\NLW 7KHVWDWXVRIWKHJHQHUDOHTXLSPHQWFDQEHFRQQHFWHGWRWKHLQSXW SRLQWV DQGWKH RXWSXWIRURSHUDWLRQ SRLQWV Connection with general equipment 7RFRQQHFWDJHQHUDOHTXLSPHQWDQGWKHIUHHFRQWDFWRIDQLQGRRUXQLW¿HOG UHOD\FLUFXLWSRZHUVXSSO\HWF LQVWUXPHQWDWLRQZRUNVXFKDVFRQQHFWLRQWKURXJKDUHOD\LVUHTXLUHG

* The distance from the free contact of an indoor unit to a general equipment must be up to 10 m.

256 >,QWHUORFN&RQWURO @ <3> Interlock setting

Remarks ● 7RXVHWKHLQWHUORFNFRQWUROIXQFWLRQDQRWKHUOLFHQVHLVUHTXLUHG(QVXUHWKDWWKHUHTXLUHGOLFHQVHKDV been correctly registered on the Optional function license registration screen. ● ,I\RXKDYHORJJHGLQDVDQDGPLQLVWUDWRUXVHUWKHLQWHUORFNFRQWUROVHWWLQJPD\EHSURKLELWHG ● :KHQ³([WHUQDOLQSXWVHWWLQJ´KDVEHHQVHWWR³212))PRGH OHYHOLQSXW ´WKHLQWHUORFNFRQWUROLVQRW enabled. ● :KHQFKDQJLQJRUGHOHWLQJDJURXSVHOHFWHGDVDQLQWHUORFNLQJVRXUFHGHYLFHRUDQLQWHUORFNLQJ GHVWLQDWLRQGHYLFHRQWKHJURXSVHWWLQJVFUHHQGHOHWHWKHLQWHUORFNFRQWUROVHWWLQJVIRUWKHJURXSDQG reset the conditions as needed.

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%HIRUHFKDQJHRIVWDWXVRILQWHUORFNLQJ $IWHUFKDQJHRIVWDWXVRILQWHUORFNLQJ source device source device Stop of one or more groups Start of all groups Start of one or more groups Stop of all groups Stop of all groups Start of one or more groups Start of all groups Stop of one or more groups

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6HWWLQJRILQWHUORFNLQJGHVWLQDWLRQW\SHDQGLQWHUORFNRSHUDWLRQ 6HOHFWDQLQWHUORFNLQJGHVWLQDWLRQW\SHDQGLQWHUORFNRSHUDWLRQUHIHUULQJWRWKHIROORZLQJWDEOH ,QWHUORFNRSHUDWLRQRIHDFKLQWHUORFNLQJGHVWLQDWLRQW\SHDQGVHOHFWLRQXQLW Options for ,QWHUORFNLQJ 2SWLRQVIRULQWHUORFNRSHUDWLRQ*1 LQWHUORFNLQJ destination Selection unit destination type icon Item Options ON/OFF ON|OFF $LUFRQGLWLRQHU &RRO| Dry | Fan | +HDW| Auto | Mode 6HWEDFN /2661$< %\SDVV| +HDW5HFRYHU\| Auto WR& &RRO'U\ Set Temp. WR& +HDW WR& $XWR Group 0LG_0LG_0LG_0LG_+RUL]RQWDO_ Air Direction Group *1 *2 *3 Swing | Auto Fan Speed Low | Mid 2 | Mid 1 | +LJK| Auto Prohibit Remote Controller Operation Permitted | Prohibited 212)) 0RGH 6HW7HPS

Free output Unit ON/OFF ON | OFF points FRQWDFW

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259 >,QWHUORFN&RQWURO @ <5> System design for the general equipment to be connected to the free contact point on the indoor unit

,QGRRUXQLWVHOHFWLRQDQGVZLWFKVHWWLQJPHWKRG ,QRUGHUWRPRQLWRUDQGFRQWUROJHQHUDOHTXLSPHQWFRQQHFWHGWRWKHIUHHFRQWDFWSRLQWRQWKHLQGRRUXQLWFKRRVHDQ R410A-compatible indoor unit.*1 ,QRUGHUWRPDNHWKHIXQFWLRQRIWKHIUHHFRQWDFWSRLQWHIIHFWLYHVHWWKHGLSVZLWFK 6: DVWKHIROORZLQJZKLOHWKHXQLWLV stopped. )UHHFRQWDFWSRLQWPD\EHXVHGE\5$FRPSDWLEOHLQGRRUXQLWVRU5&FRPSDWLEOHLQGRRUXQLWV 6:YHUVLRQRUODWHU &KHFNWKH S/W version of the indoor units with the Maintenance Tool.

Indoor unit SW1 Function 1R No.9 No.10 ON ON ON )UHHFRQWDFWSRLQWIXQFWLRQLVHIIHFWLYH $XWRUHFRYHU\DIWHUSRZHUIDLOXUH OFF ON ON )UHHFRQWDFWSRLQWIXQFWLRQLVHIIHFWLYH 1RUPDORSHUDWLRQ UHPDLQVVWRSSHGDIWHUSRZHUUHVWRUDWLRQ

9HULI\LQJWKHLQSXWRXWSXWVSHFL¿FDWLRQVRIWKHJHQHUDOHTXLSPHQW &RQ¿UPWKHJHQHUDOHTXLSPHQWWREHFRQQHFWHGWRWKHIUHHFRQWDFWSRLQWRQWKHLQGRRUXQLW Those general equipment to be controlled must be able to handle the following signals because controlling and monitoring of the equipment is performed via the connected indoor unit.

6LJQDOVSHFL¿FDWLRQV &RQWDFWSRLQWVSHFL¿FDWLRQV Connector number Contact Output signal1 to 3 point ON 2XWSXW&1 Relay contact point Operation Contact 2XWSXW&1 output point OFF 2XWSXW&1 Output OFF Output Output OFF ON

Contact Intput signal1 to 4 point ON Input 1 : CN32-2 Level input with or Input 2 : CN32-3 Monitor without voltage Contact ,QSXW&1 point OFF ,QSXW&1 Input OFF Input ON Input OFF

6SHFL¿FDWLRQVIRUIUHHFRQWDFWSRLQWFRQQHFWLRQ :KHQXVLQJLQSXWDQG &1 FRQQHFWDUHPRWHPDQHXYHULQJDGDSWHU 3$&6(5$ RQWKHLQGRRUXQLWDQGVHQGLQSXW signals to the indoor unit via a relay.

CN32 Remote maneuvering adapter(PAC-SE55RA) Indoor unit controller board Relay Orange1 CN32 SW1 Switch for input 1 CN32-2 port power source SW2 X Red2 SW2 Switch for input 2 CN32-3 port X Relay SW1 Y ;< &RQWDFWSRLQW0LQLPXPDSSOLHGORDG9'& Brown3 P$ Y

Maximum allowable length of wiring is 10 m.

260 >,QWHUORFN&RQWURO @ )RUXVLQJWKHLQSXW &1 LQSXWRXWSXWRXWSXWRXWSXW &1 LQSXWWKHVLJQDOYLDDUHOD\XVLQJDGDSWHU3$& SA88MA connected to indoor unit.

,QWKHFDVHRIZLWKYROWDJHLQSXW ZLWKSRODULW\ ! External power supply WR9'&,QSXWFXUUHQW SHUDFRQWDFW DERXWP$ 9'& SW12 6ZLWFKIRU,QSXW&1SRUW SW22 6ZLWFKIRU,QSXW&1SRUW

SW11 6ZLWFKIRU,QSXW&1SRUW SW21 6ZLWFKIRU,QSXW&1SRUW &RQWDFWUDWLQJFXUUHQW9'&P$

Power supply for the 9'&$$'&$'&$ display L1 Operation status display lamp L2 Error status display lamp L3 /DPSIRU2XWSXW&1SRUW L4 /DPSIRU2XWSXW&1SRUW / /DPSIRU2XWSXW&1SRUW ;$WR;( 5HOD\ FXUUHQWFDSDFLW\P$WR$

261 >&RQQHFWLRQRI$+& @ 14. Connection of AHC [1] Outline 7KHRSHUDWLRQFRQGLWLRQHUURUVWDWXVWHPSHUDWXUHDQGKXPLGLW\RIWKHGHYLFHVFRQQHFWHGWRWKH$+&FDQEHPRQLWRUHGRQWKH VFUHHQRI$($(RUWKH:HEEURZVHU 1RWH7KHGHYLFHVFRQQHFWHGWRWKH$+&FDQQRWEHVWDUWHGRUVWRSSHGIURP$($((:

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8SWR$+&VFDQEHFRQQHFWHGWRHDFKVHWRI$($((:+RZHYHUZKHQDLUFRQGLWLRQHUVDUHFRQQHFWHGWKH following restrictions are imposed. :KHQWKHPDLQWHQDQFHPRQLWRUVDUHFRQQHFWHG7KHPD[LPXPQXPEHURILQGRRUXQLWVDQG$+&VLV :KHQPDLQWHQDQFHPRQLWRUVDUHQRWFRQQHFWHG7KHPD[LPXPQXPEHURILQGRRUXQLWVDQG$+&VLV

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PC for setting

A program appropriate to the customer’s requirements can be prepared.

Food manufacturing company Hotel/hospital

AHC AHC AHC AHC AE-200 ADAPTER Į AE-200 ADAPTER Į

When the temperature When windows are opened, becomes 10°C or lower, the air conditioner will be turned off. Air the heater will be turned on. Temperature Air conditioner sensor conditioner When the card key is turned When the humidity becomes off, the air conditioner will be Windows 20% or lower, the humidifier turnedoff. will be turned on. Humidity Humidifier sensor Card key When the CO2 concentration exceeds 700 ppm, LOSSNAY LOSSNAY will be turned on.

CO2 sensor

Note: The indication of the power supplies is omitted.

262 >&RQQHFWLRQRI$+& @ >@6\VWHPFRQ¿JXUDWLRQ <1> Connected devices

The AHC can be connected through any of the transmission line for centralized control and the transmission line between indoor and outdoor units. The power consumption factor of the AHC adapter is 0.5. Please connect the power supply unit (PAC-SC51KUA) or transmission booster (PAC-SF46EPA) as needed. AE-200

AHC ADAPTER

The information on M-NET devices is sent to ALPHA2. The operation condition, error status and temperature of the devices When the ALPHA2 connected to the AHC and the M-NET indoor unit Control according to the program devices can be checked on the screen goes down, input from the PC of AE-200/AE-50 or the Web browser. the preliminary heater will be Example (Devices connected to AHC) turned on. Heater: Error occurring Heater Fan: In operation When the fan is turned on, When the room Humidifier: Stopped the indoor unit will be temperature Temperature sensor: 26°C ME remote turned off. FAN becomes 10°C controller or lower, When the occupancy sensor of the the heater will be Example (M-NET devices) ME remote controller is turned on, turned on. the humidifier will be turned on. * Room temp (I/C) (address 1) Humidifier : 26°C * Air conditioner (address 5) : OFF Temperature sensor

AE-50 Interlock control across AE-200 and AE-50 cannot be performed.

Note: The indication of the power supplies is omitted.

PC for setting When AE-200/AE-50/EW-50 is connected, the Maintenance Tool can be used without the NM converter (CMS-MNF-B/CMS- MNG-E).

Register the devices connected to ALPHA2 and the Register the program LQĮ2 from the PC on which the information on M-NET to be displayed on the main unit of programming tool has been installed. AE-200/AE-50 or the Web browser using the Maintenance Tool. AND or OR condition programming for devices connected to the AHC and M-NET are available. Example (Registration of AHC connection information) Device DI1: Heater error connected to Input Į Output DI2: Start/stop of humidifier AHC Room temperature AI1: Temperature sensor Device DO1: Fan of 10°C or lower [Conditions] 10°C or connected to AHC higher AND The heater is Fan OFF turned on. Fan stopped AND Example (Information on M-NET devices) Motion * Room temp (I/C) (address 1) sensor ON * Outdoor temp (address 51) AND * Air conditioner ON/OFF (address 5) Failure in Group (1)

The motion sensor of the Failure occurs in the air ME remote controller is conditioner in Group 1. For the details of setting procedure, see Chapter 3.18 “Initial turned on. Settings and Monitoring AHC ADAPTER” of the manual for Device connected Maintenance Tool for MN Converter & Centralized Controller. to M-NET Note: After the completion of setting of the AHC, the PC for setting will not be required. For the details of setting procedure, see “AHC Technical Manual.”

263 >&RQQHFWLRQRI$+& @ <2> Required devices Table Required devices Device name Manufacturer 5HPDUNV 7KH'&W\SHDQG$&W\SHDUHDYDLODEOH)RUWKH'&W\SHD9 SIMPLE APPLICATION DC power supply is required. Mitsubishi Electric Corporation &21752//(5Į 7RXVHDQDORJLQSXWDQGRXWSXW WHPSHUDWXUHKXPLGLW\VHQVRUDQG &2VHQVRU WKH'&W\SHĮLVUHTXLUHG 7KHSRZHUFRQVXPSWLRQIDFWRULV $+&$GDSWHU Mitsubishi Electric Corporation Connect the power supply unit or transmission booster unit as needed. It is necessary to install the Maintenance Tool on the PC for setting. The Maintenance Tool must be installed without fail for the input of Maintenance Tool Mitsubishi Electric Corporation WKHGHYLFHVFRQQHFWHGWRWKH$+&,WFDQEHLQVWDOOHGDOVRRQWKH PC for Web browser. 7KHOLFHQVHPXVWEHUHJLVWHUHGIRUHDFKVHWRI$($( (: 0DLQWHQDQFH7RROOLFHQVH Mitsubishi Electric Corporation :KHQFRQQHFWLQJXVLQJWKH01FRQYHUWHU &0601)%&06 01*( WKHOLFHQVHLVXQQHFHVVDU\ )RUSURJUDPPLQJLWLVQHFHVVDU\WRLQVWDOOWKLVWRRORQWKH3&IRU ĮSURJUDPPLQJWRRO Mitsubishi Electric Corporation setting. It can be installed also on the PC for Web browser. ,WLVQHFHVVDU\WRGRZQORDGWKHSURJUDPSUHSDUHGRQWKH3&WRĮ &RQQHFWLRQFDEOH $/&$% Mitsubishi Electric Corporation The connection cable is required only when the program is EHWZHHQĮDQG3& GRZQORDGHGWRĮ

<3> Examples of control Table Examples of control $+&IXQFWLRQ Example of control Supplementary note &RQWURORIDQRWKHU ● Since the sensor of the indoor unit or PDQXIDFWXUHU¶VGHYLFHXVLQJ $QRWKHUPDQXIDFWXUHU¶VKHDWHUFDQEHLQWHUORFNHGE\ using the temperature sensor of the indoor unit or remote UHPRWHFRQWUROOHUFDQEHXVHGLWLV suction sensor of indoor unit or controller. unnecessary to install a new sensor. remote controller sensor ● ,QWHUORFNFRQWUROFDQEHSHUIRUPHGWRUXQDQRWKHU &RQWURORIDQRWKHU PDQXIDFWXUHU¶VKHDWHUZKHQDQLQGRRUXQLWLVUXQQLQJRU PDQXIDFWXUHU¶VGHYLFH in the heating mode. LQWHUORFNHGZLWKXQLWFRQQHFWHG ● ,QWHUORFNFRQWUROFDQEHSHUIRUPHGWRUXQDQRWKHU to M-NET PDQXIDFWXUHU¶VKXPLGL¿HUZKHQHYHQRQHRILQGRRUXQLWV is running. &RQWURORIXQLWFRQQHFWHGWR ● 2QRIIFRQWURORILQGRRUXQLWLQWHUORFNHGZLWKFRQQHFWLRQ M-NET and disconnection of card reader can be performed. &RQWUROLQFRPELQDWLRQRIDERYH ● The drying operation of indoor unit can be controlled by WR using the humidity sensor on the remote controller. 0RQLWRULQJRILQSXWRXWSXWVWDWXV RIĮRQ$($((:

>,QWKHFDVHRILQWHUORFNFRQWUROZLWKDQRWKHUPDQXIDFWXUHU¶VKHDWHU@

Outline drawing Input Operation of indoor unit in heating mode

Output Centralized Controller

Remote The indoor temperature drops AHC Indoor unit Controller (temperature sensor).

Output Temperature sensor

When the indoor temperature is M-NET transmission line very low, the heater is simultaneously operated. Signal line

Heater

264 >&RQQHFWLRQRI$+& @

<4> List of functions which can be displayed on AE-200/AE-50 7KHGDWDGLVSOD\HGRQ$($(DUHVKRZQEHORZ +RZHYHUWKHQDPHVFDQEHFKDQJHGRQWKH:HEEURZVHU )RUGHWDLOVVHH>@ !³6HWWLQJRILQGLYLGXDOQDPHVRI$+&SRUWV´

Table Function list 'LJLWDO,QSXW 2QRIIGLVSOD\ Analog Input 'LJLWDO2XWSXW 2QRIIGLVSOD\ $QDORJ2XWSXW GLVSOD\ ● +HDWHU(UURU ● 5RRP7HPS &) ● +HDWHU ● +HDWHU /LQHDU ● +HDWHU(UURU ● 2XWGRRU7HPS &) ● +HDWHU ● +XPLGL¿HU /LQHDU ● +HDWHU(UURU ● 6$7HPS &) ● +HDWHU ● 'DPSHU /LQHDU ● +XPLGL¿HU(UURU ● :DWHU7HPS &) ● +XPLGL¿HU ● )DQ /LQHDU ● 'HKXPLGL¿HU(UURU ● 2WKHU7HPS &) ● 'HKXPLGL¿HU ● 9DOYH /LQHDU ● Fan Error ● 5RRP+XPLGLW\ ● Fan ● 3XPS /LQHDU ● )DQ(UURU +HDWHU ● 2XWGRRU+XPLGLW\ ● )DQIRU+HDWHU ● ([WHUQDO8QLW /LQHDU ● )DQ(UURU +XPLGL¿HU ● CO26HQVRU SSP ● )DQIRU+XPLGL¿HU ● External Unit Error ● 6WDWLF3UHVVXUH6HQVRU ● Damper ● %ULJKWQHVV6HQVRU ● %ULJKWQHVV6HQVRU ● 9DOYH ● Occupancy Sensor ● :DWHU/HYHO ● Pump ● 3RPS,QWHUORFN ● 2WKHU6HQVRU ● Error Output ● Key Input ● Light ● Other Input ● 9HQWLODWLRQ ● Key Output ● External Unit

<5> List of connected models The input/output data held by our air conditioners include information input from the units connected to M-NET and data output to operate the units connected to M-NET. Table shows a list of the units holding input data and the units which can be operated.

7DEOH3RVVLELOLW\RILQWHUORFNFRQWURO

Unit name ,QSXW FDSWXUHRILQIRUPDWLRQ 2XWSXW XQLWRSHUDWLRQ ,QGRRU8QLW ,8 Possible Possible 2XWGRRU8QLW 28 Possible Possible 5HPRWH&RQWUROOHU 5& Possible Impossible LOSSNAY Possible Possible $LUWR:DWHU 3:)< Possible Possible +RW:DWHU+HDW3XPS &$+9 Possible Possible $+& Impossible Possible

+RW:DWHU+HDW3XPS &$+9 LVQRWDYDLODEOHLQ1RUWK$PHULFD

265 >&RQQHFWLRQRI$+& @

[3] Initial setting of AHC <1> Transition of initial setting 7RFRQWUROWKHV\VWHPZLWKWKH$+&LWLVQHFHVVDU\WRSHUIRUPSURJUDPPLQJZLWK³$/9/63URJUDPPLQJ6RIWZDUH´LQLWLDO VHWWLQJIRU$+&$'$37(5DQGUHJLVWUDWLRQRIWKH$+&JURXS

3URJUDPPLQJ 3URJUDPWKHLQWHUORFNFRQWUROEHWZHHQWKHGHYLFHVFRQQHFWHGWRWKH$+&DQGWKHGHYLFHVRQ01(7XVLQJ³$/9/6 Programming Software”.

,QLWLDOVHWWLQJIRU$+&$'$37(5 Register the settings of operation information on the 5HJLVWHURWKHUPDQXIDFWXUHUV¶GHYLFHVFRQQHFWHGWRWKH XQLWVWREHFRQWUROOHGE\WKH$+&DPRQJWKH01(7 $+& devices.

Register the information on the sensors to be controlled Register the settings for operation of the M-NET devices E\WKH$+&DPRQJWKH01(7GHYLFHV IURPWKH$+&

6HWWLQJRILQGLYLGXDOQDPHVRI [LCD] [LCD] GHYLFHVFRQQHFWHGWR$+& The operation condition of the 7RXFK6WDWXVRIUHODWHGHTXLSPHQW The data set by the Maintenance GHYLFHVFRQQHFWHGWRWKH$+&FDQ DQGWKHRSHUDWLRQFRQGLWLRQ 7RROZLOOEHGLVSOD\HGLQ³$+& EHFKHFNHGRQWKH/&'RUWKH WHPSHUDWXUHKXPLGLW\DQGHUURU port names” on the administrator administrator Web browser. status of the M-NET devices set by Web browser. the Maintenance Tool can be Change the names as needed. FKHFNHG

266 >&RQQHFWLRQRI$+& @ <2> Programming 7RFRQWUROWKHDLUFRQGLWLRQHUVFRQQHFWHGWR01(7DQGRWKHUPDQXIDFWXUHUV¶DLUFRQGLWLRQHUVE\XVLQJWKH$+&SURJUDPWKH FRQWURORQD3&RQZKLFK³$/9/63URJUDPPLQJ6RIWZDUH´KDVEHHQLQVWDOOHG )RUWKHGHWDLOVRISURJUDPPLQJVHHWKHWHFKQLFDOPDQXDOIRU$+&

[Example]

[Another manufacturer’s sensor] Yes Is the humidity lower than the humidity setting? ON [Another manufacturer’s heater] The heater is turned on.

[M-NET] Yes AND Is the indoor unit running? conditions

ON [Another manufacturer’s fan] The fan is turned on and kept on for 60 seconds after the heater is turned [M-NET] Yes off. Is the unit in the heating mode?

Humidity Heater sensor FAN

URC temperature setting The fan is kept on for 60 seconds after the heater is turned off. AC ON/OFF

AC Mode

267 >&RQQHFWLRQRI$+& @ <3> Registration of AHC in group 5HJLVWHUWKH01(7DGGUHVVRIWKH$+&LQ$($((: 1RWH2QO\RQH$+&FDQEHUHJLVWHUHGLQRQHJURXS 1RWH5HJLVWHUWKH$+&LQDJURXSLQZKLFKLQGRRUXQLWVKDYHEHHQUHJLVWHUHG 7KH$+&FDQEHUHJLVWHUHGLQDQ\JURXSRILQGRRUXQLWV 1RWH'RQRWUHJLVWHUWKH$+&LQDQ\JURXSLQZKLFKZDWHUKHDWHUV/2661$<+:+3 &$+9 RU','2FRQWUROOHUKDYHEHHQ registered. 1RWH:KHQFRQQHFWLQJPRUHWKDQRQH$+&UHJLVWHUHDFK$+&LQDQRWKHUJURXSRILQGRRUXQLWV 1RWH,IWKHLQGRRUXQLWVLQDJURXSLQZKLFKWKH$+&KDVEHHQUHJLVWHUHGDUHGHOHWHGWKHUHJLVWHUHG$+&ZLOOEHDOVRGHOHWHG

Register the address of the AHC.

Do not register the AHC in any group other than indoor unit groups.

Register the address of the second AHC.

7KH01(7DGGUHVVRI$+&FDQEHVHHQE\UHPRYLQJWKHFRYHURIĮ

M-NET address switches

268 >&RQQHFWLRQRI$+& @ <4> Initial setting for AHC ADAPTER (devices connected to AHC) ,2SRUWVHWWLQJ $VVRFLDWHWKHLQIRUPDWLRQRQWKHGHYLFHVFRQQHFWHGWRWKHSRUWVRIĮRQD3&RQZKLFKWKH0DLQWHQDQFH7RROKDVEHHQ installed.

)RUWKHGHWDLOVRIVHWWLQJSURFHGXUHVHH&KDSWHU³,QLWLDO6HWWLQJVDQG0RQLWRULQJ$+&$'$37(5´RIWKHPDQXDOIRU 0DLQWHQDQFH7RROIRU01FRQYHUWHU &HQWUDOL]HG&RQWUROOHU

7KHIROORZLQJH[DPSOHVKRZVWKHUHJLVWUDWLRQLQWKHFDVHZKHUHDWHPSHUDWXUHVHQVRUDKXPLGLW\VHQVRUDPRWLRQ VHQVRUDIDQDQGDSXPSDUHFRQQHFWHG

Temperature sensor

Humidity sensor

Motion sensor

FAN PUMP

Connected device Digital/Analog Not Use/Use Function Name DI/AI 01 Temperature sensor Analog Use 5RRP7HPS &) DI/AI 02 +XPLGLW\VHQVRU Analog Use 5RRPKXPLGLW\ DI/AI 03 Motion sensor Digital Use %ULJKWQHVVVHQVRU DO 01 FAN Digital Use FAN DO 02 Pump Digital Use Pump

Remarks ● 7RGLVSOD\WKHRXWGRRUWHPSHUDWXUHE\WKHHQHUJ\PDQDJHPHQWIXQFWLRQFRQQHFWWKHWHPSHUDWXUHVHQVRU WR',$,RU',$,,ILWLVFRQQHFWHGWRDQRWKHUSRUWWKHRXWGRRUWHPSHUDWXUHZLOOQRWEHGLVSOD\HGRQ the energy management screen. ● 7KH)XQFWLRQQDPHVWREHGLVSOD\HGRQWKH/&'VFUHHQRU:HEEURZVHUFDQEHFKDQJHG)RUGHWDLOV VHH>@ !³6HWWLQJRI$+&SRUWQDPHV´

269 >&RQQHFWLRQRI$+& @ <5> Initial setting for AHC ADAPTER (devices connected to M-NET) 6HWWKHRSHUDWLRQLQIRUPDWLRQDQGFRQWHQWVRIRSHUDWLRQVRIWKHVHQVRUVDQGXQLWVWREHFRQWUROOHGE\WKH$+&DPRQJWKH0 NET devices. )RUWKHGHWDLOVRIVHWWLQJSURFHGXUHVHH&KDSWHU³,QLWLDO6HWWLQJVDQG0RQLWRULQJ$+&$'$37(5´RIWKHPDQXDOIRU 0DLQWHQDQFH7RROIRU01FRQYHUWHU &HQWUDOL]HG&RQWUROOHU

 6HWWLQJRIVHQVRULQIRUPDWLRQ &OLFNWKH6HQVRU6HWWLQJWDJDQGUHJLVWHUWKHVHQVRUVDQG01(7DGGUHVVHVRIWKH01(7GHYLFHVWREHFRQWUROOHGE\WKH $+&

Name M-NET address range 5RRPWHPS ,8 WR 5RRPWHPS 5& WR ,QGRRUKXPLGLW\ WR ,QGRRURFFXSDQF\VHQVRU WR ,QGRRUEULJKWQHVVVHQVRU WR 2XWGRRUWHPS WR ,QOHWZDWHUWHPS 3:)< WR 2XWOHWZDWHUWHPS 3:)< WR ,QOHWZDWHUWHPS &$+9 WR 2XWOHWZDWHUWHPS &$+9 WR 5HSUHVHQWDWLYHZDWHUWHPS &$+9 WR

 6HWWLQJRIRSHUDWLRQLQIRUPDWLRQ &OLFNWKH2SHUDWLRQDO6WDWXV6HWWLQJWDJDQGUHJLVWHUWKHRSHUDWLRQDOVWDWXVDQG01(7DGGUHVVHVRIWKH01(7GHYLFHV WREHFRQWUROOHGE\WKH$+&

Name M-NET address range 6HWWHPSIRUKHDWLQJ WR 6HWWHPSIRUFRROLQJ WR $LUFRQGLWLRQHU212)) WR $LUFRQGLWLRQHUPRGH WR ,QGRRUXQLWWKHUPR WR ,QGRRUXQLWFDSDFLW\VDYH WR Set humidity – 9HQWLODWLRQ212)) WR +XPLGL¿HU212)) WR 2XWGRRUXQLWFDSDFLW\VDYH WR +HDWVRUFH212)) WR 6HWZDWHUWHPS &$+9 WR $QDORJVLJQDO – XQLWHUURU WR M-NET communication error – 01(7SRSZHUVXSSO\VWDWXVLQI" – GHIURVW WR

 6HWWLQJRIRSHUDWLRQGHYLFHV &OLFNWKH2SHUDWLRQDO6HWWLQJWDJDQGUHJLVWHUWKHFRQWHQWVRIRSHUDWLRQVDQG01(7DGGUHVVHVRIWKH01(7GHYLFHVWR EHRSHUDWHGE\WKH$+&

Name M-NET address range 212))RSHUDWLRQ WR 0RGHRSHUDWLRQ WR Indoor unit capacity save operation WR )DQVSHHGRSHUDWLRQ WR 9HQWLODWLRQRSHUDWLRQ WR Outdoor unit capacity save WR RSHUDWLRQ +HDWVRXUFH212))RSHUDWLRQ WR 2 'LUHFWFRQWURORSHUDWLRQ WR

270 >&RQQHFWLRQRI$+& @ <6> Setting of individual names of AHC ports 6HWWKHQDPHVRIWKHGHYLFHVFRQQHFWHGWRWKH$+&DQGWKHHUURULQIRUPDWLRQQDPHVRQWKH$+&SRUWQDPHVHWWLQJVFUHHQ The names set by the Maintenance Tool have been registered as the default names.

1RWH,ILWLVQRWUHTXLUHGWRFKDQJHWKHGHIDXOWQDPHVWKLVVHWWLQJLVXQQHFHVVDU\ Note: The names can be set only on the Web browser for initial setting. 1RWH,IDQDGPLQLVWUDWRUZKRLVQRWDOORZHGWRVHWWKH$+&FRQGLWLRQVKDVORJJHGLQWKHDGPLQLVWUDWRUFDQQRWLQSXWWKH names. 1RWH7KHVHWQDPHVZLOOEHGLVSOD\HGRQWKH/&'VFUHHQDGPLQLVWUDWRU:HEEURZVHUDQG$+&PRQLWRUVFUHHQ 1RWH2QWKH$+&VWDWXVPRQLWRUVRIWKH/&'VFUHHQDQG:HEEURZVHUWKHQDPHVRIWKHSRUWQXPEHUVQRWFRQQHFWHGWRWKH $+&ZLOOQRWEHGLVSOD\HG

Extended input

Output port name

Unit address

Port No. Extended output Input port name

Digital input Analog output

Analog input

Updating Saving of settings

Item Details 5HPDUNV Unit address 7KH01(7DGGUHVVRIWKH$+&LVGLVSOD\HG The port number is displayed regardless of Port No. 7KHSRUWQXPEHURIWKH$+&LVGLVSOD\HG ZKHWKHUWKH$+&SRUWLVFRQQHFWHGRUQRW 6HWWKHQDPHVWREHGLVSOD\HGRQWKH$+&PRQLWRUVFUHHQIRUWKH Each name must be 20 characters or less long. Input port name error status of the connected devices and input status of the ,QWKH,QSXWSRUWQDPHFROXPQWKHIROORZLQJ LOOXPLQDQFHVHQVRUVHWF FKDUDFWHUVFDQQRWEHXVHG ! Ǝ¶ 7KHGDWDVHWLQ',$,WRDQG',WRRIWKH0DLQWHQDQFH7RRO The digital input 1 to 8 or the analog output 1 Digital input are displayed. to 8 can be used. The analog input cannot be extended. Extended input Up to four points of digital input can be added. :KHQWKHH[WHQGHGLQSXWLVXVHGWKHH[WHQGHG WR The data set in EI01 to 04 of the Maintenance Tool are displayed. output and analog output cannot be used. 6HWWKHQDPHVWREHGLVSOD\HGRQWKH$+&PRQLWRUVFUHHQIRUWKH Each name must be 20 characters or less long. Output port name error status and the operation condition output status of the ,QWKH2XWSXWSRUWQDPHFROXPQWKHIROORZLQJ connected devices. FKDUDFWHUVFDQQRWEHXVHG ! Ǝ¶ Digital output The data set in DO 01 to 09 of the Maintenance Tool are displayed. :KHQWKHH[WHQGHGRXWSXWLVXVHGWKH Up to four points of digital output can be added. Extended output extended input and analog output cannot be The data set in EO 01 to 04 of the Maintenance Tool are displayed. used. 7RGLVSOD\WKHWHPSHUDWXUHDQGKXPLGLW\LWLV Analog input The data set in AI01 to 08 of the Maintenance Tool are displayed. QHFHVVDU\WRSHUIRUPWKHVHWWLQJZLWKWKHĮ programming tool. Up to two points of analog output can be added. :KHQWKHDQDORJRXWSXWLVXVHGWKHH[WHQGHG Analog output The data set in AO 01 and 02 of the Maintenance Tool are displayed. input and extended output cannot be used.

271 >&RQQHFWLRQRI$+& @ [4] AHC status monitor

Main unit screen

Display item

AHC Icon

AHC Address

Input status Output status

Status of related equipment

Item Details 5HPDUNV 7RGLVSOD\WKHGDWDRI$(VHOHFW$(7RGLVSOD\WKHGDWDRI $(VHOHFWRU

Display item

7KHVWDWXVRIWKH$+&LVGLVSOD\HGZLWKRQHRIWKHIROORZLQJLFRQV

:Normal Even if an error occurs in any device connected $+&LFRQ WRWKH$+&WKHHUURULFRQZLOOQRWEHGLVSOD\HG The display will be updated every minute. : When a communication error occurs or an error signal is LQSXWWRWKH$+&

272 >&RQQHFWLRQRI$+& @

Item Details 5HPDUNV 7KH01(7DGGUHVVRIWKHFRQQHFWHG$+&LVGLVSOD\HG

$+&DGGUHVV

● ,IWKHQXPEHUVRISRUWVQRWFRQQHFWHGWRĮ KDYHEHHQVHWZLWKWKH0DLQWHQDQFH7RRO the input status of the ports are displayed. +RZHYHUWKHGLJLWDOGHYLFHVDUHNHSW2)) DQGWKHDQDORJGHYLFHVDUHNHSW ● )RU',WR',DQG(,WR(,WKH212)) $PRQJWKHGHYLFHVFRQQHFWHGWRWKH$+&WKHLWHPVVHWLQ>@ ! status is displayed. ³,QLWLDOVHWWLQJIRU$+&$'$37(5 GHYLFHVFRQQHFWHGWR$+& ´DUH ● GLVSOD\HGLQWKHIRUPDW³LQSXWSRUW1R LQSXWSRUWQDPHLQSXW )RU$,WR$,WKHYDOXHVDQGXQLWVDUH displayed. status.” Input status ● ',WR',DUHGLJLWDOLQSXWSRUWV(,WR(,DUHH[WHQGHGGLJLWDO :KHQWKH$+&KDVEHHQVHWWRGLVSOD\WKH WHPSHUDWXUHWKHYDOXHVRI$,WR$,ZLOOEH LQSXWSRUWVDQG$,WR$,DUHDQDORJLQSXWSRUWV displayed in °C or °F. When it has been set :KHQWKHQDPHVKDYHEHHQVHWLQ>@ !³6HWWLQJRILQGLYLGXDO WRGLVSOD\WKHKXPLGLW\WKHYDOXHVZLOOEH QDPHVRI$+&SRUWV´WKHQDPHVZLOOEHGLVSOD\HG GLVSOD\HGLQ ● In the case of CO2SSPZLOOEHGLVSOD\HGDV WKHXQLW,QRWKHUFDVHV³´ QRXQLW ZLOOEH displayed. ● The display will be updated when the screen is switched. ● ,IWKHQXPEHUVRISRUWVQRWFRQQHFWHGWRĮ KDYHEHHQVHWZLWKWKH0DLQWHQDQFH7RRO $PRQJWKHGHYLFHVFRQQHFWHGWRWKH$+&WKHLWHPVVHWLQ>@ ! the input status of the ports are displayed. ³,QLWLDOVHWWLQJIRU$+&$'$37(5 GHYLFHVFRQQHFWHGWR$+& ´DUH +RZHYHUWKHGLJLWDOGHYLFHVDUHNHSW2)) GLVSOD\HGLQWKHIRUPDW³RXWSXWSRUW1R RXWSXWSRUWQDPHRXWSXW DQGWKHDQDORJGHYLFHVDUHNHSW status.” Output status ● DO1 to DO9 and EO1 to EO4: ON or OFF is '2WR'2DUHGLJLWDORXWSXWSRUWV(2WR(2DUHH[WHQGHG displayed. GLJLWDORXWSXWSRUWVDQG$2WR$2DUHDQDORJRXWSXWSRUWV ● AO1 to AO2: The values and units are :KHQWKHQDPHVKDYHEHHQVHWLQ>@ !³6HWWLQJRILQGLYLGXDO GLVSOD\HG 8QLW¿[HG QDPHVRI$+&SRUWV´WKHQDPHVZLOOEHGLVSOD\HG ● The display will be updated when the screen is switched. &OLFN6WDWXVRIUHODWHGHTXLSPHQWDQGWKHVWDWXVRIWKHUHODWHGGHYLFHVFRQQHFWHGWRWKH$+&ZLOOEHGLVSOD\HG 7KHLWHPVVHWLQ>@ !³,QLWLDOVHWWLQJIRU$+&$'$37(5 GHYLFHVFRQQHFWHGWR01(7 ´DUHGLVSOD\HG )RUWKHGLVSOD\HGQDPHVDQGXQLWVVHHWKHIROORZLQJSDJH Note: The display will be updated when Status of related equipment is touched. ,WFDQQRWEHXSGDWHGE\SUHVVLQJWKHSDJHFKDQJLQJEXWWRQŸRUź

Status of related devices

273 >&RQQHFWLRQRI$+& @

Web browser screen

AHC Icon

AHC Address

Status of related Output status equipment

Input status

Item Details 5HPDUNV &OLFNWRVKRZWKHPRVWUHFHQWFRQGLWLRQV Update :KHQ>$XWR@LVVHOHFWHGWKHFRQGLWLRQVDUHXSGDWHGDXWRPDWLFDOO\ every minute. 7KHVWDWXVRIWKH$+&LVGLVSOD\HGZLWKRQHRIWKHIROORZLQJLFRQV Even if an error occurs in any device connected WRWKH$+&WKHHUURULFRQZLOOQRWEHGLVSOD\HG

:Normal $+&LFRQ

: When a communication error occurs or an error signal is LQSXWWRWKH$+&

7KH01(7DGGUHVVRIWKHFRQQHFWHG$+&LVGLVSOD\HG:KHQVRPH $+&DGGUHVV $+&VDUHFRQQHFWHGWKHQH[W$+&DGGUHVVHVZLOOEHGLVSOD\HGE\ moving the scroll bar downward. ● The status of the ports not in use is not displayed. ● When a communication error occurs in the $+&WKHSRUWLQIRUPDWLRQZLOOQRWEH displayed. $PRQJWKHGHYLFHVFRQQHFWHGWRWKH$+&WKHLWHPVVHWLQ>@ ! ● )RU',WR',DQG(,WR(,WKH212)) ³,QLWLDOVHWWLQJIRU$+&$'$37(5 GHYLFHVFRQQHFWHGWR$+& ´DUH status is displayed. GLVSOD\HGLQWKHIRUPDW³LQSXWSRUW1R LQSXWSRUWQDPHLQSXW ● status.” )RU$,WR$,WKHYDOXHVDQGXQLWVDUH Input status displayed. ',WR',DUHGLJLWDOLQSXWSRUWV(,WR(,DUHH[WHQGHGGLJLWDO LQSXWSRUWVDQG$,WR$,DUHDQDORJLQSXWSRUWV ● :KHQWKH$+&KDVEHHQVHWWRGLVSOD\WKH :KHQWKHQDPHVKDYHEHHQVHWLQ>@ !³6HWWLQJRILQGLYLGXDO WHPSHUDWXUHWKHYDOXHVRI$,WR$,ZLOOEH displayed in °C or °F. QDPHVRI$+&SRUWV´WKHQDPHVZLOOEHGLVSOD\HG ● :KHQWKH$+&KDVEHHQVHWWRGLVSOD\WKH KXPLGLW\WKHYDOXHVZLOOEHGLVSOD\HGLQ ● In the case of CO2SSPZLOOEHGLVSOD\HGDV WKHXQLW,QRWKHUFDVHV³´ QRXQLW ZLOOEH displayed. $PRQJWKHGHYLFHVFRQQHFWHGWRWKH$+&WKHLWHPVVHWLQ>@ ! ● The status of the ports not in use is not ³,QLWLDOVHWWLQJIRU$+&$'$37(5 GHYLFHVFRQQHFWHGWR$+& ´DUH displayed. displayed. ● 7KHQDPHVVHWLQ>@ !³6HWWLQJRILQGLYLGXDOQDPHVRI$+& When a communication error occurs in the $+&WKHSRUWLQIRUPDWLRQZLOOQRWEH ports” are displayed. Output status displayed. ● )RU'2WR'2DQG(2WR(2WKH21 7KHQDPHVDUHGLVSOD\HGLQWKHIRUPDW³RXWSXWSRUW1R OFF status is displayed. + output port name + output status.” ● '2WR'2DUHGLJLWDORXWSXWSRUWV(2WR(2DUHH[WHQGHG )RU$2WR$2WKHYDOXHVDQGXQLWVDUH GLVSOD\HG 8QLW¿[HG GLJLWDORXWSXWSRUWVDQG$2WR$2DUHDQDORJRXWSXWSRUWV

274 >&RQQHFWLRQRI$+& @

Item Details 5HPDUNV &OLFN6WDWXVRIUHODWHGHTXLSPHQWDQGWKHVWDWXVRIWKHUHODWHGGHYLFHVFRQQHFWHGWRWKH$+&ZLOOEHGLVSOD\HG 7KHLWHPVVHWLQ>@ !³,QLWLDOVHWWLQJIRU$+&$'$37(5 GHYLFHVFRQQHFWHGWR01(7 ´DUHGLVSOD\HG )RUWKHGLVSOD\HGQDPHVDQGXQLWVVHH7DEOH³/LVWRIUHODWHGGHYLFHVWDWXVHV´1RWH7KHGLVSOD\ZLOOEHXSGDWHGZKHQ Status of related equipment is touched.

Status of related devices

275 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ 15. Apportioned Electricity Billing Function [1] Outline 7KHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQFDQEHLPSOHPHQWHGE\XVLQJ$(RUWKHLQWHJUDWHGVRIWZDUH 7*$ 7KLV document explains the procedures for implementing the apportioned electricity billing function by AE-200.

7KHIROORZLQJIHDWXUHVFDQEHXVHGE\LQWURGXFLQJWKHRSWLRQDO&KDUJHOLFHQVHLQWR9HURUODWHURI$($((:

● 7KHHOHFWULFHQHUJ\FRQVXPHGE\DLUFRQGLWLRQHUVFDQEHFDOFXODWHGDQGWKHHOHFWULFHQHUJ\ N:K DQGJUDSKVFDQEH displayed. ● 2QHRIWZRPHWKRGVHOHFWULFHQHUJ\PHDVXUHPHQWPHWKRGDQGHOHFWULFHQHUJ\PDQXDOLQSXWPHWKRGFDQEHVHOHFWHG The electric energy measurement method enables calculation of electric energy used by each tenant and charge to the tenant. 7KHHOHFWULFHQHUJ\PDQXDOLQSXWPHWKRGHQDEOHVFDOFXODWLRQRIUDWLRRIFRQVXPSWLRQ FKDUJHUDWH E\HDFKWHQDQW ● The results of calculation of electric energy and charges can be printed on a printer from a personal computer. ● 7KHUHVXOWVRIFDOFXODWLRQRIHOHFWULFHQHUJ\DQGFKDUJHVFDQEHRXWSXWWRD&69¿OHIURPDSHUVRQDOFRPSXWHU ● The charges in each day or month or in both can be automatically calculated. ● 1RWRQO\WKHHOHFWULFHQHUJ\FRQVXPHGE\DLUFRQGLWLRQHUVEXWDOVRWKHYDOXHVLQGLFDWHGE\PHWHUVVXFKDVJDVPHWHUV DQGZDWHUPHWHUVFDQEHGLVSOD\HGDQGWKHFKDUJHVFDQEHFDOFXODWHG ● $(DSSRUWLRQVWKHHOHFWULFHQHUJ\DQGUHWDLQVWKHUHVXOWV7KHUHVXOWVRIDSSRUWLRQPHQWDUHVDYHG EDFNHGXS DOVRLQ WKHH[SDQVLRQFRQWUROOHUV$((:WRHQKDQFHWKHUHOLDELOLW\

Notes The user using the apportioned electricity billing function of Mitsubishi Air Conditioning Control System AE-200 is considered to have agreed on the following terms. ● 0LWVXELVKL(OHFWULF&RUSRUDWLRQDQGLWVGLVWULEXWRUVGRQRWDFFHSWOLDELOLW\IRULQFLGHQWDOFRQVHTXHQWLDORU special damages to customers in any cases even if the seller has been informed of the possibility of occurrence of such damages. They do not assume any liability for claims of rights from third parties.

%HIRUHXVLQJWKHIXQFWLRQWKHEXLOGLQJRZQHUVKDOOJDLQDJUHHPHQWDQGVLJQLQGLYLGXDOFRQWUDFWVZLWKHDFK WHQDQWRQFRQGLWLRQWKDWWKHWHQDQWZLOOEHFKDUJHGIRUXVHRIHOHFWULFLW\ LQFOXGLQJWHPSRUDU\PHDVXUHVDJDLQVW IDLOXUH EDVHGRQDSSRUWLRQPHQWLQFRQVLGHUDWLRQRIWKHRSHUDWLRQFRQGLWLRQRIDLUFRQGLWLRQHUV ● 7KLVV\VWHPLVGHVLJQHGWRHVWLPDWHWKHHOHFWULFHQHUJ\FRQVXPH GE\DLUFRQGLWLRQHUV7KHUHIRUHthe function FDQQRWEHXVHGIRUWUDGLQJDQGFHUWL¿FDWLRQGH¿QHGE\WKH0HDVXUHPHQW$FW EDVHGRQPHDVXUHPHQW $OVRWKHHOHFWULFLW\PHWHUVFDQQRWEHXVHGIRUWUDGLQJFHUWLILFDWHVEHFDXVHWKH\FRXQWHOHFWULFLW\WKURXJK pulse conversion. ● It is not a system that measures the electric energy consumed by each air conditioner directly at the power VXSSO\SRLQW QRUDQHTXLYDOHQWV\VWHP ● Since the function apportions electric energy based on the operation conditions of air conditioner indoor XQLWVWKHSRZHUFRQVXPSWLRQPD\YDU\GHSHQGLQJRQWKHRXWGRRUXQLWFRQ¿JXUDWLRQDQGRSHUDWLRQFRQGLWLRQV even if the indoor units were operated for the same time. 7KHDSSRUWLRQHGHOHFWULFHQHUJ\PD\EHGLIIHUHQWIURPWKDWPHDVXUHGE\WKHHOHFWULFLW\PHWHULQVWDOOHGIRU HDFKDLUFRQGLWLRQHU ● Current is being applied to air conditioners even while they are stopped. The electricity will be apportioned as standby electricity even if the air conditioners are not used. ● 7KHHOHFWULFHQHUJ\ZDWHUXVDJHDQGJDVXVDJHDUHFDSWXUHGWKURXJKSXOVHFRQYHUVLRQ7KHSHUIRUPDQFH DQGDFFXUDF\GHSHQGRQWKHPHWHUV7KHUHIRUHZHGRQRWKDYHDQ\UHVSRQVLELOLW\IRUWKHP ● 7KHFKDUJHWRHDFKWHQDQW HQHUJ\PDQDJHPHQWEORFN LVFDOFXODWHGE\URXQGLQJGRZQWRWKHLQGLFDWHGGLJLW IRUHDFKXQLWSULFH7KHUHIRUHWKHFDOFXODWHGFKDUJHPD\GLIIHUIURPWKHFKDUJHIRURYHUDOOSRZHU consumption. ● ,IDWLPHODJRFFXUVHUURUVZLOOEHFDXVHGLQWKHDSSRUWLRQPHQWUHVXOWV3HULRGLFDOO\VHWWKHFORFNWRWKHULJKW time on AE-200. (YHQLIWKHFORFNRQ$((:LVVHWWKHWLPHZLOOEHRYHUZULWWHQE\WKHWLPHRQ$(

276 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @

Remarks ● 7KHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQWREHXVHGRQ$(PDLQXQLWLVDSSOLFDEOHWR9HURU later. ● When the apportioned electricity billing function on AE-200 main unit and TG-2000A are used VLPXOWDQHRXVO\WKHIROORZLQJUHVWULFWLRQVDUHLPSRVHG 8VH9HURUODWHURI7*$ 'RQRWXVHWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQRI7*$ ● )RUWKHELOOLQJE\7*$VHHWKH,QVWUXFWLRQ%RRNIRU7*$ ● ,IWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQRQ$(PDLQXQLWLVXVHGWKH01(7 RXWGRRUXQLWVDQG LQGRRUXQLWV FDQQRWEHFRQQHFWHGWR$(7RFRQQHFWWKHPDQH[SDQVLRQFRQWUROOHULVUHTXLUHG ● 7KH3,FRQWUROOHU UHFRPPHQGHG DQG$((:ZLWKEXLOWLQSXOVHLQSXW 3, FDQEHXVHGWRFDSWXUH electric energy data to be used by the apportioned electricity billing function on AE-200 main unit. $(ZLWKEXLOWLQSXOVHLQSXW 3, DQG3/&VRIWZDUHIRUHOHFWULFDPRXQWFRXQWFDQQRWEHXVHG ● Electric energy data must be captured to each AE-200 system. Capture the electric energy data to each $(V\VWHPE\WKH3,FRQWUROOHU UHFRPPHQGHG RU$((:ZLWKEXLOWLQSXOVHLQSXW 3,

277 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ 7KHLPDJHRIWKHV\VWHPFRQ¿JXUDWLRQLVVKRZQEHORZ

The apportioned electric energy Data from some sets of AE-200 can be checked on the table. are collected, and the charges are calculated.

CSV files can be automatically or manually output from the Charge Calculation Tool.

CSV data (Apportionment results) “Energy management block”

CSV data The results can be automatically AE-200 (Apportionment results) CSV data or manually printed from the No.1 “Meter” (Results of charge Charge Calculation Tool. calculation)

Printer Charge Calculation (Print of results of USB memory charge calculation) or Tool LAN connection

PI Controller Electricity meter 1 Electricity meter 1-2 1-1 Pulse input communication line

LAN Tenant A Tenant B Tenant C LAN AE-50/ Outdoor unit EW-50 A No.1-1

M-NET Indoor unit Indoor unit Indoor unit A1 A2 A3 Initial Setting Tool Tenant D

Setting related to apportioned Outdoor unit electricity billing function B

Indoor unit Indoor unit Indoor unit B1 B2 B3

M-NET Tenant E

AE-50/ Outdoor unit EW-50 C No.1-2

Indoor unit Indoor unit Indoor unit C1 C2 C3

Explanatory notes AE-200 Outdoor unit power line No.2 Indoor unit power line M-NET Pulse input communication line LAN AE-50/ LAN (connected only for setting) EW-50 No.2-1

278 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ <1> Functions of devices %HORZDUHJLYHQEULHIGHVFULSWLRQVRIWKHPDMRUGHYLFHVXVHGE\WKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQH[SODLQHGLQWKLV section. The details are explained in each item.

➀ Electricity meter with pulse oscillator The electricity meter with pulse oscillator is used to output pulses according to the power consumed by air conditioners. 7KHUHDUHVRPHSXOVHXQLWV ZHLJKW VXFKDVN:KSXOVHDQGN:KSXOVH N:KSXOVHRUOHVVLVUHFRPPHQGHG 7KLVHOHFWULFLW\PHWHULVUHTXLUHGZKHQWKHHOHFWULFHQHUJ\PHDVXUHPHQWPHWKRGRUPHWHUSXOVHFRXQW GLUHFWUHDGLQJ method is used. It is not required for the electric energy manual input method. ,IDQHOHFWULFLW\PHWHUZLWKRXWSXOVHRVFLOODWRULVXVHGLWLVQHFHVVDU\WRLQVWDOODSXOVHGHWHFWRU

➁3,FRQWUROOHU 3$&<*0&$ 7KH3,FRQWUROOHULVDGHYLFHWRVHQGWKHSXOVHVRXWSXWIURPWKHPHWHUVWR$((:,WLQWHJUDWHVWKHPHDVXUHPHQWLQ HDFKRIWKHWLPHVORWVRIXQLWSULFHVWR Up to 4 electricity meters with pulse oscillator can be connected to one PI controller.

Pulse count Example) +1 at 1 kW/pulse Charging Charging Charging Charging Charging time slot 1 time slot 2 time slot 3 time slot 4 time slot 5

PI controller

$((:KDVDEXLOWLQSXOVHLQSXW 3, IXQFWLRQDQGXSWRHOHFWULFLW\PHWHUVZLWKSXOVHRVFLOODWRUFDQEHFRQQHFWHGWR RQHVHWRI$((:DVWRWKH3,FRQWUROOHU When AE-50/EW-50 with built-in pulse input (PI) is used, pulses cannot be obtained during power interruption in AE- 50/EW-50 and software updating, and the measured electric energy may be different from the actual value. Accordingly, the measurement by PI controller is recommended. When using AE-50/EW-50 with built-in pulse input (PI), ensure that the customer understands the above restriction.

Pulse count Example) +1 at 1 kW/pulse Charging Charging Charging Charging Charging time slot 1 time slot 2 time slot 3 time slot 4 time slot 5

AE-50/EW-50 with built-in pulse input (PI)

8SWR3,FRQWUROOHUVFDQEHFRQQHFWHGWRRQH$(V\VWHPDQGXSWR3,FRQWUROOHUVFDQEHFRQQHFWHGWRRQHVHWRI $((::KHQ$((:ZLWKEXLOWLQSXOVHLQSXW 3, LVXVHGLWLVFRXQWHGDVRQH3,FRQWUROOHU

Remarks ● The apportioned electricity billing function of AE-200 cannot use the PLC software for electric amount count.

279 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ ➂$((: $((:PRQLWRUVWKHRSHUDWLRQDPRXQWVRILQGRRUXQLWVHYHU\PLQXWHDQGUHWDLQVWKHGDWDLQHDFKFKDUJLQJWLPHVORW

There are the following three Information collection operation amounts. Data of each indoor unit in each and integration ➀ Capacity save amount charging time slot is retained. every minute ➁ Thermo ON time ➂ Capacity Fan Fan operation time Thermo save operation ON time amount time AE-50/EW-50

$((:PRQLWRUVWKHLQIRUPDWLRQRQLQWHJUDWHGYDOXHVRIHOHFWULFHQHUJ\LQWKH3,FRQWUROOHUHYHU\PLQXWHV ;; DQG;; DQGUHWDLQVWKHGDWDLQHDFKFKDUJLQJWLPHVORW

Information collection Information from each meter and integration in each charging time slot is retained. every 30 minutes

Charging Charging Charging Charging Charging time slot 1 time slot 2 time slot 3 time slot 4 time slot 5

AE-50/EW-50

PI controller

➃ AE-200 $(FROOHFWVWKHRSHUDWLRQLQIRUPDWLRQDQGPHDVXUHPHQWLQIRUPDWLRQIRUPLQXWHVIURP$((:DWDQG minutes past the hour and apportions the electric energy. ,WFDOFXODWHVWKHHOHFWULFHQHUJ\FRQVXPSWLRQIURP;;WR;;DWPLQXWHVSDVWWKHKRXUDQGWKDWIURP;;WR;; at 40. 7KHHOHFWULFHQHUJ\RUDSSRUWLRQPHQWSDUDPHWHUFDQEHGLVSOD\HGLQWKHHQHUJ\PDQDJHPHQWOLVWDIWHURQWKHGD\DIWHU the adjustment date in each month. :KHQWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQLVXVHGRQ$(PDLQXQLWWKH01(7RI$(FDQQRWEHXVHG

Example: Apportionment calculation at 05:40

Collection at 05:40

Data from 05:01 to 05:30

Operation Measure- ment Apportionment information information calculation AE-200 AE-50/EW-50

Operation Measure- ment information information

AE-50/EW-50 Collection at 05:40

280 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ ➄ Charge Calculation Tool 7KH&KDUJH&DOFXODWLRQ7RROLVGHGLFDWHGWR$($((: ,WFDQGLVSOD\DQGSULQWWKHFKDUJHWRHDFKHQHUJ\PDQDJHPHQW ELOOLQJ EORFNRIWHQDQWDQGRXWSXWWKHGDWDWRD&69¿OH using the results of apportionment of electric energy by AE-200. ,WFDQGLVSOD\WKHYDOXHVQRWRQO\RIHOHFWULFHQHUJ\FRQVXPHGE\DLUFRQGLWLRQHUVEXWDOVRRIWKHYDOXHVPHDVXUHGE\ HOHFWULFLW\PHWHUVJDVPHWHUVDQGZDWHUPHWHUVFDOFXODWHWKHFKDUJHVIRUWKHPSULQWWKHGDWDDQGRXWSXW&69¿OHV 7KH&KDUJH&DOFXODWLRQ7RROLVVXSSOLHGZLWKWKH&KDUJHOLFHQVH

LAN connection Results of Calculation apportionment of charges calculation Charge Calculation AE-200 Tool Results of apportionment calculation AE-200 or

Results of Calculation apportionment of charges calculation Charge Calculation USB memory AE-200 Tool

7KHFKDUJHVIRUVHWVRI$((:LQDOO XSWRDLUFRQGLWLRQHUV FDQEHFDOFXODWHGFROOHFWLYHO\

AE-200 system No.1

AE-200 EW-50 EW-50 EW-50 EW-50

In this example of M-NET M-NET M-NET M-NET configuration, 8 sets of Air conditioner Air conditioner Air conditioner Air conditioner AE-50/EW-50 are Charge Calculation 50 units 50 units 50 units 50 units connected in all. Tool AE-200 system No.2 The charges to other 32 sets can be calculated simultaneously. AE-200 AE-50

M-NET Air conditioner 50 units

AE-200 system No.3

AE-200 AE-50 EW-50 EW-50

M-NET M-NET M-NET Air conditioner Air conditioner Air conditioner 50 units 50 units 50 units

281 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ ➅ Initial Setting Tool 7KH,QLWLDO6HWWLQJ7RROLVGHGLFDWHGWR$($((: The apportioned electricity billing function conditions are set with the Initial Setting Tool. 7KHVHWWLQJGDWDFUHDWHGE\WKH,QLWLDO6HWWLQJ7RROLVORDGHGWR$($((:IURPWKHSHUVRQDOFRPSXWHUWKURXJK LAN. 8SWRVHWVRI$((:FDQEHLQLWLDOL]HGFROOHFWLYHO\ 7KH,QLWLDO6HWWLQJ7RROLVVXSSOLHGZLWKWKH&KDUJHOLFHQVH

LAN connection

Initial Setting AE-200 Tool

AE-200

282 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ !'H¿QLWLRQVRIWHUPV 7KHPDMRUWHUPVUHODWHGWRWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQDUHGH¿QHGEHORZ

➀(OHFWULFLW\PHWHUPHDVXUHPHQW ZLWKPHWHUV PHWKRG The electric energy consumed by each of outdoor and indoor units is apportioned according to the ratio of use of the indoor unit. 7KH3,FRQWUROOHURU$((:ZLWKEXLOWLQSXOVHLQSXW 3, LQWHJUDWHVWKHHOHFWULFHQHUJ\SXOVHVRXWSXWIURPWKHHOHFWULFLW\ meter with pulse oscillator by unit price.

Calculation of Apportionment charges Operation amount calculation (Charge Calculation Results of apportionment calculation Results of charge information (AE-200) Tool) calculation Electricity consumed by outdoor unit Standby electricity of outdoor unit Charge Measurement Electricity consumed by indoor unit information Standby electricity of indoor unit

➁(OHFWULFHQHUJ\PDQXDOLQSXW ZLWKRXWPHWHUV PHWKRG The charge rate of each of outdoor and indoor units is determined. The charge can be determined by separately multiplying the electric energy and unit price by the charge rate.

Calculation of Apportionment charge rate Calculation of calculation (Charge Calculation charges (AE-200) Results of apportionment Tool) Results of calculation (Manual) Results of charge calculation of charge rate calculation Operation amount information Outdoor unit apportionment Charge rate of Charge for parameter outdoor unit outdoor unit Indoor unit apportionment Charge rate of Charge for parameter indoor unit indoor unit

The apportionment parameter is determined by the rated capacity and operation time of indoor unit and used as the basis of FDOFXODWLRQRIWKHUDWLRWRWKHWRWDOHOHFWULFLW\XVHGE\DOOEORFNV7KHDSSRUWLRQPHQWSDUDPHWHULVXVHGIRUUHIHUHQFHIRU calculation of the charge rate.

➂ Apportionment of electric energy The electric energy consumed by each of outdoor and indoor units is determined according to the ratio of use of the indoor unit. )RUH[DPSOHLQWKHFDVHRIWKHIROORZLQJFRQ¿JXUDWLRQWKHHOHFWULFLW\PHWHUIRURXWGRRUXQLWVPHDVXUHVWKHHOHFWULFHQHUJ\ FRQVXPHGE\WKHRXWGRRUXQLWV$DQG%DQGDSSRUWLRQVWKHHQHUJ\WRHDFKLQGRRUXQLW 7KHHOHFWULFLW\PHWHUIRULQGRRUXQLWVPHDVXUHVWKHHOHFWULFHQHUJ\FRQVXPHGE\WKHLQGRRUXQLWV$$%DQG%DQG apportions the energy to each indoor unit.

1.0 kWh Electricity meter Electricity for outdoor units meter for indoor units 12.5 kWh Outdoor unit A Indoor unit A1 Explanatory notes Outdoor unit power line Indoor unit power line M-NET

Indoor unit A2 Apportionment to outdoor units Apportionment to indoor units Electricity consumed by outdoor unit Indoor unit B1 Outdoor unit B Standby electricity of outdoor unit Electricity consumed by indoor unit

Indoor unit B2 Standby electricity of indoor unit

283 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ ➃ Charges &KDUJHVIRUHOHFWULFLW\JDVDQGZDWHUDFWXDOO\FRQVXPHGE\DLUFRQGLWLRQHUVDQGWHQDQWV 7KHFKDUJHVFDQEHRXWSXWWRDSULQWHUDQGWRD&69¿OH The charges can be calculated by the following three methods.

● &DOFXODWLRQRQDGMXVWPHQWGDWH DXWRPDWLFFDOFXODWLRQ The charges are automatically calculated by the Charge Calculation Tool connected with AE-200 main unit through LAN. The monthly and daily charges can be calculated. 'DLO\7KHFKDUJHIRUHDFKXWLOLW\LQWKHSUHYLRXVGD\LVDXWRPDWLFDOO\FDOFXODWHGDWDP 0RQWKO\ 7KHFKDUJHIRUHDFKXWLOLW\LQRQHPRQWKLVDXWRPDWLFDOO\FDOFXODWHGDWDPRQWKHGD\DIWHUWKHDGMXVWPHQW date registered in the Charge Calculation Tool. 7KHDGMXVWPHQWGDWHFDQEHVHOHFWHGIURPWZRW\SHVHQGRIPRQWKDQGGHVLJQDWHGGDWH)RUWKHGHVLJQDWHG GDWHDQGFDQQRWEHGHVLJQDWHG 7KHDGMXVWPHQWUHVXOWVFDQEHRXWSXWWRDSULQWHUDQGRUD&69¿OH

Remarks ● 3UHSDUHDSHUVRQDOFRPSXWHU &KDUJH&DOFXODWLRQ7RRO PHHWLQJWKHIROORZLQJUHTXLUHPHQWV ● The personal computer and AE-200 must be connected through LAN. ● 7KHSHUVRQDOFRPSXWHUPXVWEHRQDQGQRWLQWKHVWDQGE\RUVOHHSPRGHDWWKHWLPH DP DWZKLFK the data is automatically output. ,QWKHFDVHRIDSHUVRQDOFRPSXWHUZKLFKPXVWEHORJJHGLQWKHSHUVRQDOFRPSXWHUPXVWKDYHEHHQ logged in. ● 7KHSULQWHUPXVWEHRQDWWKHWLPH DP DWZKLFKWKHGDWDLVDXWRPDWLFDOO\RXWSXW RQO\ZKHQWKH GDWDPXVWEHSULQWHG ● 7KH&KDUJH&DOFXODWLRQ7RROPXVWQRWEHVWDUWHGEHIRUHWKHWLPH DP DWZKLFKWKHGDWDLV automatically output. ● :KHQXVLQJWKHDXWRPDWLFFDOFXODWLRQREVHUYHWKHIROORZLQJLQVWUXFWLRQV ● 6HWWKHFORFNVRIWKHSHUVRQDOFRPSXWHUDQG$(WRWKHULJKWWLPHDERXWRQFHDPRQWKWRDYRLGWLPH lag between them. 7KHFORFNVRI$((:DUHDXWRPDWLFDOO\V\QFKURQL]HGZLWKWKHWLPHLQ$( ● Some unauthorized operations may be caused while the personal computer is running for a long time. Periodically restart the personal computer. ● 3HULRGLFDOO\UHSOHQLVKWKHSULQWHUZLWKSDSHUWRSUHYHQWUXQQLQJRXWRISDSHU 2QO\ZKHQWKHGDWDPXVW EHSULQWHG

● &DOFXODWLRQRIFKDUJHVLQVSHFL¿HGSHULRG PDQXDOFDOFXODWLRQE\REWDLQLQJGDWDWKURXJK/$1 The charges are calculated with AE-200 main unit and the Charge Calculation Tool connected through LAN. It is unnecessary to connect AE-200 and personal computer through LAN except when the charges are calculated. 7KHFKDUJHVLQDQ\GHVLUHGSHULRGRIGD\VEHIRUHWKHSUHYLRXVGD\ LQFOXGLQJWKHSUHYLRXVGD\ FDQEHFDOFXODWHG

● &DOFXODWLRQRIFKDUJHVLQVSHFL¿HGSHULRG PDQXDOFDOFXODWLRQE\REWDLQLQJGDWDIURP86% 7KHFKDUJHVDUHFDOFXODWHGE\XVLQJWKH&69¿OHRIDSSRUWLRQPHQWFDOFXODWLRQUHVXOWVRXWSXWWRDQ86%PHPRU\IURP$( main unit. 7KHGDWDIRUGD\VIURPWKHSUHYLRXVGD\ LQFOXGLQJWKHSUHYLRXVGD\ FDQEHRXWSXWWRDQ86%PHPRU\7KHFKDUJHVLQ WKHVSHFL¿HGSHULRGDUHFDOFXODWHGIURPWKH&69¿OHFRQWDLQLQJWKHGDWDLQWKHSHULRG

284 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ ➄ Charging time slot 2QHGD\FDQEHGLYLGHGLQWRXSWRWLPHVORWVDQGWKHXQLWSULFHVLQWKHVHWLPHVORWVFDQEHVHOHFWHGIURPXQLWSULFHV DFFRUGLQJWRRSHUDWLRQDPRXQWVDQGPHDVXUHGYDOXHVWRFKDQJHWKHFKDUJHXQLWSULFHVLQWKHPRUQLQJDIWHUQRRQRYHUWLPH ZRUNKRXUVDQGZHHNHQG 6LQFHWKHXQLWSULFHFDQEHVHWIRUHDFKPHWHUXQLW N:K0-P3 QRXQLWVSHFLILHG WKHFKDUJHFDQEHGHWHUPLQHG SUHFLVHO\E\HDFKPHWHU7KHXQLWSULFHV \HQPHWHUXQLW DUHFRPPRQWRWKHZHHNVVHDVRQVDQGVSHFL¿FGD\V 2QHFKDUJLQJWLPHVORWVHWWLQJFDQEHPDGHRQRQH$(V\VWHPDQGRQHFKDUJHXQLWSULFH \HQN:K VHWWLQJFDQEH made by the Charge Calculation Tool. Different settings for meters or tenants cannot be made. 7KHUHIRUHZKHQWKHFKDUJHXQLWSULFHVRIDOOEXLOGLQJVDUHWKHVDPHDOWKRXJKWKHFKDUJLQJWLPHVORWVYDU\E\EXLOGLQJ $( V\VWHP WKHFKDUJHVWRWKHEXLOGLQJVFDQEHFROOHFWLYHO\FDOFXODWHGE\WKH&KDUJH&DOFXODWLRQ7RRO

([DPSOHRIVHWWLQJZLWKFKDUJHXQLWSULFHGLYLVLRQVWRDQG From 0:00 to 7:00 From 7:00 to 12:00 )URPWR )URPWR From 23:00 to 24:00 Charge setting Charge unit price 1 Charge unit price 2 Charge unit price 3 Charge unit price 2 Charge unit price 1 0LGQLJKWFKDUJH 'D\WLPHFKDUJH 3HDNFKDUJH 'D\WLPHFKDUJH 0LGQLJKWFKDUJH \HQN:K \HQN:K \HQN:K \HQN:K \HQN:K

➅:HHNO\FKDUJH 7KHFKDUJLQJWLPHVORWVIRUGD\VIURP0RQGD\WR6XQGD\FDQEHVHW7KLVHQDEOHVIRUH[DPSOHWRFKDUJHIRUHOHFWULFLW\ XVHGRQO\IRURYHUWLPHKRXUVRQZHHNGD\VDQGFKDUJHIRUHQWLUHGD\RQKROLGD\V

From 0:00 to 7:00 From 7:00 to 17:00 From 17:00 to 24:00 Monday &KDUJHXQLWSULFH &KDUJHG &KDUJHXQLWSULFH 1RWFKDUJHG &KDUJHXQLWSULFH &KDUJHG \HQN:K \HQN:K \HQN:K Tuesday From 0:00 to 7:00 From 7:00 to 17:00 From 17:00 to 24:00 Wednesday From 0:00 to 7:00 From 7:00 to 17:00 From 17:00 to 24:00 Thursday From 0:00 to 7:00 From 7:00 to 17:00 From 17:00 to 24:00 Friday From 0:00 to 7:00 From 7:00 to 17:00 From 17:00 to 24:00 From 0:00 to 24:00 Saturday &KDUJHXQLWSULFH &KDUJHG \HQN:K Sunday From 0:00 to 24:00

➆ Seasonal charge 7KHZHHNO\FKDUJHVFDQEHPDQDJHGLQWZRFDWHJRULHVIRUH[DPSOHVHDVRQDOFKDUJHLQVXPPHUDQGUHJXODUFKDUJH 7KLVHQDEOHVIRUH[DPSOHWRFKDUJHDWDKLJKHUXQLWSULFHWKDQWKHUHJXODUSULFHLQWKHVXPPHUPRQWKV -XO\WR6HSWHPEHU because the electricity usage for air conditioning is high in these months.

Example of setting of seasonal charge periods Seasonal )URP-DQWR-XQH )URP-XO\WR6HSW From Oct. 1 to Dec. 31 setting Regular charge Seasonal charge Regular charge

➇6SHFL¿FGD\V VSHFL¿FGD\VFDQEHVHWLQWKHUDQJHRIWKHQH[WPRQWKV LQFOXGLQJWKHFXUUHQWPRQWK VHSDUDWHO\IURPWKHDERYH ZHHNO\FKDUJHDQGVHDVRQDOFKDUJH 6HW¿YHVSHFL¿FGD\SDWWHUQVDQGDVVLJQWKHSDWWHUQVWRXSWRGD\V 7KLVHQDEOHVIRUH[DPSOHWRDSSO\WKHKROLGD\FKDUJHWRKROLGD\V

From 0:00 to 24:00 Pattern A &KDUJHXQLWSULFH &KDUJHG \HQN:K

The holiday charge is applied to May 4 and 5.

285 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ ➈(QHUJ\PDQDJHPHQWEORFN Unit for displaying and outputting the results of calculation of electric energy and charges. Up to 200 energy management EORFNVFDQEHVHWSHURQH$(V\VWHP 6HWHDFKWHQDQWDVDQHQHUJ\PDQDJHPHQWEORFN 7KHEORFNFRUUHVSRQGVWRWKH&KDUJH%ORFNRQ7*$

2QHHQHUJ\PDQDJHPHQWEORFNFRQVLVWVRIRQHRUPRUHRSHUDWLRQEORFNVRQHRUPRUH2$3URFHVVLQJXQLWVLQ)8DWWULEXWH or both.

Energy management block Energy management block

Operation block Operation block Operation block Group Group Group Group

Indoor unit OA processing unit (FU)

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Energy management block Energy management block Operation block Operation block

M-NET Group Group Group

AE-200 AE-50/ EW-50 Indoor unit

LAN

Energy management block Operation block Operation block

Group Group Group

Indoor unit

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Controller Under more than one expansion controller Under more than one AE-200 Type $((: Group ✕✕ 2SHUDWLRQEORFN ✕✕ (QHUJ\PDQDJHPHQWEORFN Possible only for Charge Calculation Tool

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598.3 kWh Energy management block 4th floor 119.66 [EUR] M-NET “ABC Trading Company”

AE-200 AE-50/ EW-50 Indoor unit LAN Energy management block 3rd floor 673.5 kWh “DEF Software” 135.7 [EUR]

Although one tenant has these blocks, the blocks are charged individually because 321.0 kWh Energy management block 2nd floor the block on each floor is managed “DEF Software” 64.2 [EUR] independently.

498.1 kWh Energy management block 1st floor 97.62 [EUR] “GHI Securities Company”

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Energy management block 4th floor 598.3 kWh 119.66 [EUR] M-NET “ABC Trading Company”

AE-200 AE-50/ EW-50 Indoor unit LAN Energy management block 3rd floor 994.5 kWh “DEF Software” 198.9 [EUR]

Since these blocks belong to one tenant, the charges for Energy management block 2nd floor the blocks are integrated. “DEF Software”

498.1 kWh Energy management block 1st floor “GHI Securities Company” 97.62 [EUR]

287 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ <3> Operations which can be performed by apportioned electricity billing function 7KHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQRQ$(PDLQXQLWWKHVWDQGDUGHQHUJ\PDQDJHPHQWIXQFWLRQ ZLWKRXW&KDUJH OLFHQVH DQGWKHDSSRUWLRQHGHOHFWULFLW\ELOOLQJIXQFWLRQRI7*$DUHFRPSDUHGLQWKHIROORZLQJWDEOHWRH[SODLQWKH differences among these functions.

: Possible ✕: Impossible 5HIHUHQFH AE-200 $($((: TG-2000A No. Function Apportioned electricity Energy management function Apportioned electricity billing function ZLWKRXW&KDUJHOLFHQVH billing function VHWVRI$($( Each set of Centralized controller VHWVRI$((: (:$*$*%$'$ $($((: RU*$*%$ Air conditioner 200 units XQLWV 2000 units Max. number 3,FRQWUROOHUV PHWHUV 1 of units in 1 3,FRQWUROOHUV PHWHUV RUXQLWVRI3/&VRIWZDUHIRU XQLWVSHUVHWRI$((: system PHWHUV 3,FRQWUROOHUV PHWHUV HOHFWULFDPRXQWFRXQW Meter * At least 1 unit per AE-200 system $WOHDVWXQLWSHU$($( PHWHUV DWOHDVWXQLWVZKHQDOVR (: * At least 1 unit per TG-2000A electricity for indoor units is V\VWHP DWOHDVWXQLWVZKHQDOVR PHDVXUHG electricity for indoor units is PHDVXUHG VHWVRI$($( Max. number of sets for charge VHWVRI$((: 2 ✕ (:$*$*%$'$ calculation &KDUJH&DOFXODWLRQ7RRO RU*$*%$ Calculating equipment AE-200 $($((: TG-2000A Electric energy measurement Electric energy measurement ZLWKPHWHUV PHWKRG Electric energy measurement ZLWKPHWHUV PHWKRG Method Electric energy manual input ZLWKPHWHUV PHWKRG Electric energy manual input ZLWKRXWPHWHUV PHWKRG ZLWKRXWPHWHUV PHWKRG Apportionment 3 calculation 2XWGRRUXQLWV FRQVXPHGDQG 2XWGRRUXQLWV FRQVXPHGDQG VWDQGE\HOHFWULFLW\ 2XWGRRUXQLWV FRQVXPHGDQG VWDQGE\HOHFWULFLW\ Intended units ,QGRRUXQLWV FRQVXPHGDQG VWDQGE\HOHFWULFLW\ ,QGRRUXQLWV FRQVXPHG VWDQGE\HOHFWULFLW\ HOHFWULFLW\ *3 Cycle Every 30 min Every 30 min Every day Calculating equipment Charge Calculation Tool TG-2000A ● Charge to each energy ● &KDUJHWRHDFKFKDUJHEORFN Intended units PDQDJHPHQWEORFN ● Charge by each meter ● Charge by each meter %DVLFFKDUJH ✕ Calculation of 3HULRG IRUDXWRPDWLF 4 Every day or month✕ Every month charges FDOFXODWLRQ Max. period for manual For 122 days before current For 62 days before current day calculation day 3ULQWLQJDQGRXWSXWWLQJWR&69 3ULQWLQJRXWSXWWLQJWR&69¿OH Outputting method ¿OH &KDUJH&DOFXODWLRQ7RRO and sending e-mail Assist in preparing bills ✕ *4

Graphical display of apportioned Energy management and Energy management and ✕ electric energy UDQNLQJ UDQNLQJ Data updating timing SDVWWKHKRXU SDVWWKHKRXU Display of apportioned electric energy in table Energy management list Air conditioning charge 6 RQGD\DIWHUDGMXVWPHQW ✕ 4:40 on day after adjustment Data updating timing date date Data retention period PRQWKV 3 months Output of apportioned electric energy IRUELOOLQJWR&69¿OH (YHU\PRQWKPRQWKVEHIRUH 7 current month ✕ Every month: 3 months before Type of output and Every day: 62 days before current month retention period current day Every day: 122 days before Every 30 min: Past 3 days from current day current day ● In the case of automatic RXWSXWWKHSHUVRQDO computer must be constantly ● Operation of personal computer for on. The dedicated personal 8 ✕ computer must be constantly billing ● ,QWKHFDVHRIPDQXDORXWSXW on. start the personal computer only when calculating the charges. 9 Apportionment to K-control models ✕✕ 10 Apportionment to heat storage models ✕✕

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5HIHUHQFH AE-200 $($((: TG-2000A No. Function Apportioned electricity Energy management function Apportioned electricity billing function ZLWKRXW&KDUJHOLFHQVH billing function ● Stored in AE-200 main unit ● 6WRUHGLQ$((:DV EDFNXSGDWD Destination to save apportioned ● Retained in each of AE-200/ 11 ● ● Retained in TG-2000A electric energy data Retained in the personal $((:PDLQXQLWV computer with Charge Calculation Tool after calculation of charges

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Electric energy measurement Electric energy manual input No. Function ZLWKPHWHUV PHWKRG ZLWKRXWPHWHUV PHWKRG AE-200 $((: 4 units 4 units Max. number 1 Air conditioner 200 units 200 units of units in 1 *3 Meter 3,FRQWUROOHUV PHWHUV í system XQLWVSHUVHWRI$((: PHWHUV 8SWRVHWVRI$((: 8SWRVHWVRI$((: 2 Max. number of Charge Calculation Tools 8SWRDLUFRQGLWLRQHUV 8SWRDLUFRQGLWLRQHUV 2XWGRRUXQLWV FRQVXPHGDQGVWDQGE\ HOHFWULFLW\ 2XWGRRUXQLWV FRQVXPHGHOHFWULFLW\ Intended units ,QGRRUXQLWV FRQVXPHGDQGVWDQGE\ ,QGRRUXQLWV FRQVXPHGHOHFWULFLW\ Apportionment 3 HOHFWULFLW\ calculation &DOFXODWLRQRIHOHFWULFHQHUJ\IURP;;WR &DOFXODWLRQRIHOHFWULFHQHUJ\IURP;;WR Cycle ;;DWPLQSDVWWKHKRXUDQGWKDWIURP ;;DWPLQSDVWWKHKRXUDQGWKDWIURP ;;WR;;DWPLQSDVWWKHKRXU ;;WR;;DWPLQSDVWWKHKRXU ● Charge rate of outdoor unit in each ● HQHUJ\PDQDJHPHQWEORFN Intended units Charge to each energy management EORFN ● Charge rate of indoor unit in each energy Calculation of PDQDJHPHQWEORFN 4 charges 3HULRG IRUDXWRPDWLF Every day or month Every day or month FDOFXODWLRQ &DOFXODWHGDWDP &DOFXODWHGDWDP Max. period for manual For 62 days before current day For 62 days before current day calculation AE-200 ● Outdoor unit apportionment parameter for ● HDFKHQHUJ\PDQDJHPHQWEORFN Display on For air conditioners Electric energy consumed by each energy AE-200 LCD PDQDJHPHQWEORFN ● Indoor unit apportionment parameter for VFUHHQ HQHUJ\ HDFKHQHUJ\PDQDJHPHQWEORFN management For meters ● 9DOXHPHDVXUHGE\HDFKPHWHU í OLVW Data retention period )RUPRQWKVEHIRUHFXUUHQWPRQWK )RUPRQWKVEHIRUHFXUUHQWPRQWK ● Electric energy consumed by each energy ● Charge rate of outdoor unit in each Display on PDQDJHPHQWEORFN HQHUJ\PDQDJHPHQWEORFN For air conditioners personal ● Charge to each energy management ● Charge rate of indoor unit in each energy computer with 6 EORFN PDQDJHPHQWEORFN Charge ● 9DOXHPHDVXUHGE\HDFKPHWHU For meters í Calculation ● Tool Charge by each meter Data retention period PRQWKV PRQWKV (YHU\PRQWKPRQWKVEHIRUHFXUUHQW (YHU\PRQWKPRQWKVEHIRUHFXUUHQW AE-200 Results of apportionment month month 7 2XWSXWRI&69 calculation Every day: 62 days before current day Every day: 62 days before current day ¿OH Every 30 min: Past 3 days from current day Every 30 min: Past 3 days from current day 2XWSXWRI&69 Results of charge calculation Daily or monthly Daily or monthly ¿OHRI&KDUJH IRUDXWRPDWLFFDOFXODWLRQ &DOFXODWHGDQGRXWSXWDWDP &DOFXODWHGDQGRXWSXWDWDP 8 Calculation Results of charge calculation 'HVLJQDWHGSHULRG IRUGD\VEHIRUH 'HVLJQDWHGSHULRG IRUGD\VEHIRUH Tool IRUPDQXDOFDOFXODWLRQ FXUUHQWGD\ FXUUHQWGD\ Print of data of Results of charge calculation Daily or monthly Daily or monthly Charge IRUDXWRPDWLFFDOFXODWLRQ &DOFXODWHGDQGRXWSXWDWDP &DOFXODWHGDQGRXWSXWDWDP 9 Calculation Results of charge calculation 'HVLJQDWHGSHULRG IRUGD\VEHIRUH 'HVLJQDWHGSHULRG IRUGD\VEHIRUH Tool IRUPDQXDOFDOFXODWLRQ FXUUHQWGD\ FXUUHQWGD\

*1: The PLC software for electric amount count cannot be used. *2: The PI controller can be connected for any purpose other than the apportioned electricity billing function. XQLWV PHWHUV SHUVHWRI$((::KHQ$((:ZLWKEXLOWLQSXOVHLQSXW 3, LVXVHGLWLVFRXQWHGDVRQH3,FRQWUROOHU

289 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ <4> Models to which apportioned electricity billing function is applicable The models to which the apportioned electricity billing function is applicable are shown below.

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*4 Separately install an electricity meter $FRQWUROXQLW 0U6OLP *3 for Mr. Slim air conditioner.

*3 Apportioned in the same manner as $.FRQWUROXQLW 0U6OLP to City Multi. 5RRPDLUFRQGLWLRQHU 5$& ✕ +RXVLQJDLUFRQGLWLRQHU +$& ✕ $LU7R:DWHU%RRVWHUXQLW$LU7R :DWHU+(;XQLW +:+3 &$+9&5+94$+9 ✕✕ Chiller unit ✕✕

General equipment via DIDO ✕ controller

General equipment via indoor unit ✕ Cannot be monitored or operated free contact ZLWKWKH$($((: Cannot be monitored or operated K-control unit ✕✕ ZLWKWKH$($((: *1: Some types of this model of units do not support the apportioned electricity billing function. *2: REPLACE Multi is included. 2QO\ZKHQWKHIROORZLQJ01(7DGDSWHULVXVHGDSSRUWLRQPHQWLVSRVVLEOHE\VHWWLQJWKHDSSRUWLRQLQJPRGHIRUWKHRXWGRRUXQLWHOHFWULF energy to [Capacity save amount]. 3$&6-0$3$&6-0$3$&6-0$ :KHQRWKHUPRGHORI01(7DGDSWHULVXVHGLQWKHV\VWHPVHWWKHDSSRUWLRQLQJPRGHWR>7KHUPR21WLPH@RU>)DQRSHUDWLRQWLPH@ 6HOHFWRQHRIWKH³3RZHUVRXUFHRI$FRQWUROXQLW´VHWWLQJRSWLRQVIURP>6DPHSRZHUVRXUFH 28,8 @DQG>6HSDUDWHGSRZHUVRXUFH 28,8 @

290 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ <5> Number of connected units and M-NET address The number of connected air conditioners and the M-NET address range are shown below.

M-NET M-NET max. number Unit or controller Symbol address setting Method for determining M-NET address of connected range units *1 City Multi Equipment PAC indoor IC unit Mr. Slim $GDSWHUIRU01(7 AIC Assign the lowest address to the indoor unit FRQQHFWLRQ %DVHXQLWVXEXQLW WREHXVHGDVWKHEDVHXQLWLQDJURXSDQG WR assign sequential numbers as the Room air conditioner addresses to the indoor units in the same ,QWHUIDFHIRU01(7 RA group. FRQWURO Free Plan Lossnay/ OA processing unit /&)8 LOSSNAY · OA processing unit Set to the lowest indoor unit address in the Main remote controller WR M-NET remote same group + 100. ME 100 controller Set to the address of the main remote Sub remote controller WR FRQWUROOHU It is unnecessary to set the address. +RZHYHUZKHQWZRUHPRWHFRQWUROOHUVDUH MA remote controller MA íí XVHGIRURSHUDWLRQDPDLQVXEVHOHFWRU VZLWFKVHWWLQJLVUHTXLUHG Set to the lowest indoor unit address Outdoor unit OC WR among the indoor units in the refrigerant &LW\0XOWLHTXLSPHQW3$&RXWGRRUXQLW V\VWHP Sub outdoor unit 2626 +HDWVWRUDJHXQLW TU Set to the outdoor unit address in the Distribution controller refrigerant system + 1. %& Auxiliary outdoor unit %DVHXQLW WR Set to the lowest indoor unit address Distribution controller %6%6 among the indoor units connected to the 6XEXQLWVXEXQLW GLVWULEXWLRQVXEFRQWUROOHU Group remote Set to the lowest No. of group to be GR controller controlled + 200. System remote 656& Set any address in the range shown left. controller 4 WR System controller ON/OFF remote Set to the lowest No. of group to be ANR controller controlled + 200. Schedule timer ST Set any address in the range shown left. Integrated monitoring $($( 0 6HWWR+RZHYHUZKHQWKH%0DGDSWHULV í system (: WR FRQQHFWHGVHWDQ\RIWKHPWRWR

*1: The number of connected units may be restricted depending on the connected device. See the instruction manual for the connected device.

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Are meters connected for apportionment? (Determination whether to connect meters for apportionment)

Connected Not connected

Electric energy measurement Electric energy manual input (with meters) method (without meters) method

What power supply method is used for Mr. Slim model? See (2) “System construction for (Determination of power supply for A-control model) electric energy manual input Supply of power for Different power No A-control (without meters) method.” indoor units from supplies for outdoor Mr. Slim models outdoor unit and indoor units are connected.

Electric energy for Electric energy for Mr. Slim model from Mr. Slim model from the the same power supply different power supplies for outdoor and indoor for outdoor and indoor units is apportioned. units is apportioned.

How to apportion the electricity consumed by outdoor unit? (Determination of outdoor unit consumed electricity apportionment mode) Amount according to Thermo Operating time operating capacity ON time

Apportionment of Apportionment of Apportionment of energy consumed by energy consumed by energy consumed by outdoor unit based on outdoor unit based on outdoor unit based on capacity save amount thermo ON time fan operation time

Is the standby electricity of outdoor unit apportioned? (Determination of outdoor unit standby electricity apportionment mode) Apportioned Not apportioned. All standby electricity is included in consumed electricity.

The outdoor unit The outdoor unit standby electricity is standby electricity is apportioned. not apportioned.

Is the electricity consumed by indoor units apportioned? (Determination of indoor unit consumed electricity apportionment mode) Apportioned Not apportioned

The indoor unit The indoor unit consumed electricity is consumed electricity is apportioned. not apportioned.

When the energy consumed by indoor Is the standby electricity of indoor unit apportioned? units is not apportioned, (Determination of indoor unit standby electricity apportionment mode) also the indoor unit Apportioned Not apportioned. All standby standby electricity is not electricity is included in apportioned. consumed electricity.

The indoor unit The indoor unit standby electricity is standby electricity is apportioned. not apportioned.

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How to handle the standby electricity? (Determination of charge for standby electricity)

Charged to tenant Borne by owner * If both of outdoor unit standby electricity and indoor unit standby electricity are not apportioned, all standby electricity is charged as the Included in charge to Not included in charge consumed electricity to the tenant. tenant to tenant

Are there tenants having units under several sets of AE-200? (Determination whether to integrate energy management blocks having the same name)

There are such tenants, Although there are such No such tenants and the charge is billed tenants, the charge for each collectively. AE-200 is calculated.

The blocks of tenant The blocks of tenant are not integrated. are integrated.

How to calculate the charge? (Decision on automatic output)

Charge is automatically Charge is automatically Charge in designated period calculated on calculated every day. is manually calculated. adjustment day.

* These three Automatic output on Automatic output on methods can be No automatic output monthly basis daily basis used in combination.

How to automatically output? How to manually output? (Decision on automatic output) (Decision on manual output)

Print by printer Output of Calculation Calculation through USB CSV file through LAN memory from main unit

Manual output of data * These four Automatic output by Automatic output to Manual output to methods can be obtained from AE-200 printer CSV file CSV file used in through LAN combination.

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Are meters connected for apportionment? (Determination whether to connect meters for apportionment) Connected Not connected

Electric energy measurement Electric energy manual input (with meters) method (without meters) method

See (1) “System How to apportion the electricity consumed by outdoor unit? (Determination of outdoor unit consumed electricity apportionment mode) construction for electric energy measurement Amount Thermo Operating time (with meters) method.” according to ON time operating capacity

Is the standby electricity of outdoor unit apportioned? (Determination of outdoor unit standby electricity apportionment mode)

Not apportioned. All standby electricity is included in consumed electricity.

The outdoor unit standby electricity is not apportioned.

Is the electricity consumed by indoor units apportioned? (Determination of indoor unit consumed electricity apportionment mode) Apportioned

The indoor unit consumed electricity is apportioned.

Is the standby electricity of indoor unit apportioned? (Determination of indoor unit standby electricity apportionment mode)

Not apportioned. All standby electricity is included in consumed electricity.

The indoor unit standby electricity is not apportioned.

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Are there tenants having units under several sets of AE-200? (Determination whether to integrate energy management blocks having the same name)

There are such tenants, Although there are such No such tenants and the charge is billed tenants, the charge for each collectively. AE-200 is calculated.

The blocks of tenant The blocks of tenant are not integrated. are integrated.

How to calculate the charge? (Decision on automatic output)

Charge is automatically Charge in designated period calculated every day. is manually calculated.

* These three methods can be Automatic output on Automatic output on No automatic output used in monthly basis daily basis combination.

How to automatically output? How to manually output? (Decision on automatic output) (Decision on manual output)

Print by printer Output of Calculation Calculation through USB CSV file through LAN memory from main unit

* These four Manual output of data methods can be Automatic output by Automatic output to Manual output to obtained from AE-200 used in printer CSV file CSV file combination. through LAN

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➀ Connection diagram

CSV data (Apportionment results) “Energy management block”

CSV data AE-200 (Apportionment results) Explanatory notes No.1 “Meter” CSV data Outdoor unit power line (Results of charge calculation) Indoor unit power line M-NET Pulse input communication line Printer LAN Charge Calculation (Print of results of USB memory Tool charge calculation) or LAN connection PI Controller Electricity meter 1 Electricity meter 1-2 1-1 Pulse input communication line

LAN Tenant A Tenant B Tenant C

AE-50/ Outdoor unit EW-50 A No.1-1

Indoor unit Indoor unit Indoor unit A1 A2 A3

Initial Setting Tool Tenant D

Outdoor unit B

Indoor unit Indoor unit Indoor unit B1 B2 B3

M-NET Tenant E

AE-50/ Outdoor unit EW-50 C No.1-2

Indoor unit Indoor unit Indoor unit C1 C2 C3

* The power lines other than those for outdoor units and indoor units are omitted. :KHQWKHHOHFWULFLW\PHWHUVGRQRWKDYHSXOVHRVFLOODWRUVSXOVHGHWHFWRUVDUHUHTXLUHG

296 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ ➁ Required devices

'HYLFHQDPH PRGHOQDPH Manufacturer 5HPDUNV Mitsubishi Electric AE-200 Corporation Mitsubishi Electric $((: Corporation A device through which the pulses from the electricity meters are automatically PI controller Mitsubishi Electric LQWURGXFHGWR$($((: PAC-YG60MCA Corporation Up to 4 meters can be connected to one PI controller. $( :KHQWKH3,FRQWUROOHUV\VWHPUHPRWHFRQWUROOHUHWFDUHFRQQHFWHGWRWKH Power supply unit WUDQVPLVVLRQOLQHIRUFHQWUDOL]HGFRQWURODSRZHUVXSSO\XQLWLVUHTXLUHG 3$&6&.8$ Mitsubishi Electric (::KHQWKHSRZHUFRQVXPSWLRQIDFWRURIWKH3,FRQWUROOHUV\VWHPUHPRWH Transmission booster Corporation FRQWUROOHUHWFFRQQHFWHGWRWKHWUDQVPLVVLRQOLQHIRUFHQWUDOL]HGFRQWURO PAC-SF46EPA H[FHHGVDSRZHUVXSSO\XQLWLVUHTXLUHG 7KHOLFHQVHPXVWEHUHJLVWHUHGLQDOOVHWVRI$($((: Mitsubishi Electric &KDUJHOLFHQVH 5HJLVWHULWLQ$((:ZKLFKGRQRWKDYHXQLWVWREHVXEMHFWHGWR Corporation apportionment under AE-200 system. Mitsubishi Electric This tool is used for initial setting. Initial Setting Tool Corporation ,WLVVXSSOLHGZLWKWKH(QHUJ\0DQDJHPHQW/LFHQVH3DFN Mitsubishi Electric This tool is used for charge calculation. Charge Calculation Tool Corporation ,WLVVXSSOLHGZLWKWKH(QHUJ\0DQDJHPHQW/LFHQVH3DFN For measurement of electric energy consumed by outdoor units. )RUWKHVSHFL¿FDWLRQVIRUHOHFWULFLW\PHWHUDSSOLFDEOHWRWKH3,FRQWUROOHUVHHWKH Pulse type electricity meter Commercially available UHPDUNVRQWKHSXOVHGHWHFWRU IRURXWGRRUXQLWV product ,QDV\VWHPWKDWLQFOXGHVERWKWKH+95)VHULHVRI&LW\0XOWLXQLWVDQGRWKHUVHULHV RI&LW\0XOWLXQLWVXVHDWOHDVWRQHHOHFWULFLW\PHWHUIRUHDFKVHULHV For measurement of electric energy consumed by indoor units. :KHQWKHHOHFWULFHQHUJ\FRQVXPHGE\LQGRRUXQLWVLVQRWDSSRUWLRQHGLWLVQRW required. Pulse type electricity meter Commercially available )RUWKHVSHFL¿FDWLRQVIRUHOHFWULFLW\PHWHUDSSOLFDEOHWRWKH3,FRQWUROOHUVHHWKH IRULQGRRUXQLWV product UHPDUNVRQWKHSXOVHGHWHFWRU ,QDV\VWHPWKDWLQFOXGHVERWKWKH+95)VHULHVRI&LW\0XOWLXQLWVDQGRWKHUVHULHV RI&LW\0XOWLXQLWVXVHDWOHDVWRQHHOHFWULFLW\PHWHUIRUHDFKVHULHV Pulse width: 100 to 300 ms Commercially available 3XOVHXQLWN:KSXOVHUHFRPPHQGHG Pulse detector product N:KSXOVHUHFRPPHQGHG * Required only when the electricity meters are not provided with pulse oscillators. A personal computer on which the Initial Setting Tool and Charge Calculation Tool are installed. The hardware requirements for the personal computer are shown below. Item Requirement *+]RUPRUH CPU *+]RUPRUHUHFRPPHQGHG Memory *% Commercially available Personal computer Screen resolution îRUPRUH product :LQGRZV :LQGRZV ELWELW Operation environment :LQGRZV ELW 1(7)UDPHZRUNRUODWHU %XLOWLQ/$1SRUWRU/$1 %$6(7;RUKLJKHU card Pointing device 0RXVHHWF

Commercially available A printer is required to print the results of charge calculation from the Charge Printer product Calculation Tool. Commercially available $Q86%PHPRU\LVUHTXLUHGWRREWDLQWKH&69GDWD UHVXOWVRIDSSRUWLRQPHQW 86%PHPRU\ product FDOFXODWLRQ Commercially available LAN cable product $/$1FDEOHLVUHTXLUHGWRFRQQHFW$($((:DQGSHUVRQDOFRPSXWHU Commercially available Switching hub product

297 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ ➂ Required setting %HIRUHVHWWLQJWKHIROORZLQJLWHPVFRPSOHWHWKHXQLWVHWWLQJQHWZRUNVHWWLQJOLFHQVHUHJLVWUDWLRQJURXSVHWWLQJRSHUDWLRQ EORFNVHWWLQJDQGPHDVXUHPHQWVHWWLQJ

&ODVVL¿FDWLRQRI Setting screen Setting item Description setting Maintenance License registration 5HJLVWHUWKH&KDUJHOLFHQVHLQDOOVHWVRI$($((: AE-200 Initial setting Unit information The apportionment function of AE-200 is enabled. Set the conditions of connection of outdoor units and indoor units Refrigerant system setting Unit setting to the refrigerant system. (QHUJ\PDQDJHPHQWEORFNVHWWLQJ 6HWHDFKWHQDQWDVDQHQHUJ\PDQDJHPHQWEORFN Apportionment by connected 6HWWR³&RQQHFWHG´ meters Specify whether to use the same power supply or different power A-control model power supply supplies for the outdoor units and indoor units of Mr. Slim model. Select one of the following three apportionment modes for outdoor units. Outdoor unit consumed electricity ➀&DSDFLW\VDYHDPRXQW RSHUDWLQJDELOLW\ «'HIDXOW apportionment mode ➁7KHUPR21WLPH WLPHGXULQJZKLFKUHIULJHUDQWLVEHLQJIHG %LOOLQJVHWWLQJ ➂)DQRSHUDWLRQWLPH RSHUDWLQJWLPH Outdoor unit standby electricity Specify whether or not to apportion the standby electricity of apportionment mode outdoor units. Indoor unit consumed electricity Specify whether or not to apportion the energy consumed by apportionment mode indoor units. Specify whether or not to apportion the standby electricity of Indoor unit standby electricity indoor units. apportionment mode * This item can be set only when the indoor unit consumed HOHFWULFLW\DSSRUWLRQPHQWPRGHLV³$SSRUWLRQ´ Input the following data on each of the outdoor units and sub outdoor units. ➀2XWGRRUXQLWVWDQGE\HOHFWULFLW\ N: Outdoor unit setting 6WDQGE\HOHFWULFLW\RIN:LVUHFRPPHQGHG Initial Setting Tool +RZHYHUIRUDPRGHOSURYLGHGZLWKWZRFRPSUHVVRUVLQRQH RXWGRRUXQLWDGGUHVVVHWWKHVWDQGE\HOHFWULFLW\WZLFHDVKLJK N: 6HOHFWWKHPRGHORIHDFKLQGRRUXQLWDQGLQSXWWKHIROORZLQJGDWD ➀,QGRRUXQLWFRROLQJFDSDFLW\ N: ➁,QGRRUXQLWIDQSRZHUFRQVXPSWLRQ FRROLQJ N: Indoor unit setting ➂&RROLQJXQLWVWDQGE\HOHFWULFLW\ N: 6WDQGE\HOHFWULFLW\RIN:LVUHFRPPHQGHG * When a model not included in the database in the Initial Setting 7RROLVXVHGVHHWKHFDWDORJDQGLQSXWWKHPRGHOQDPH Set the following conditions. Measurement setting ➀ Correspondence between outdoor units and meters ➁ Correspondence between indoor units and meters 'HWHUPLQHZKHWKHURUQRWWRDSSO\WZRXQLWSULFHVIRUH[DPSOH Period of seasonal charge VHDVRQDODQGUHJXODUSULFHVLQVXPPHUDQGGHWHUPLQHWKH periods. 3UHGHWHUPLQHGFKDUJH]RQHVFDQEHVHWLQXSWRWLPHVORWVRQ HDFKGD\RIZHHN:KHQWKHVHDVRQDOFKDUJHKDVEHHQVHWVHW :HHNO\FKDUJHWLPH the charge zones in each of the two periods. Charge setting 7KLVVHWWLQJLVFRPPRQWRDOOHQHUJ\PDQDJHPHQWEORFNVDQG meters. 6HW¿YHFKDUJLQJWLPHVORWSDWWHUQVDQGWKH¿YHSDWWHUQVFDQEH &KDUJHWLPHRQVSHFL¿FGD\V VHWRQGD\VLQWKHUDQJHIURPWKHFXUUHQWPRQWKWRWKHWK month. Set the period for totalizing the data in one month on the energy Adjustment date management list.

298 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @

&ODVVL¿FDWLRQRI Setting screen Setting item Description setting Apportionment by connected 6HWWR³&RQQHFWHG´ meters Determine whether or not to charge for standby electricity. Calculation of charge for standby :KHQWKHSULFHIRUVWDQGE\HOHFWULFLW\LVQRWFKDUJHG QRW electricity LQFOXGHGLQWKHFKDUJH VHWWKHVWDQGE\HOHFWULFLW\DSSRUWLRQPHQW PRGHLQWKH,QLWLDO6HWWLQJ7RROWR³$SSRUWLRQ´ Set the currency unit and the number of decimals. Currency unit The charges will be rounded down to the set number of decimals. 6HWWKHVRUWLQJRUGHURIHQHUJ\PDQDJHPHQWEORFNVWREH Order of display of results of GLVSOD\HGRQWKHVFUHHQRIWKH&KDUJH&DOFXODWLRQ7RRORXWSXWWR charge calculation D&69¿OHDQGSULQWHGWR³%\1R´RU³%\QDPH´ Determine whether or not to integrate the results of calculation of Detailed setting Integration of energy FKDUJHVWRHQHUJ\PDQDJHPHQWEORFNVKDYLQJWKHVDPHQDPH Charge for charge PDQDJHPHQWEORFNVKDYLQJWKH When the air conditioners of one tenant are controlled under some Calculation Tool calculation same name VHWVRI$(WKHUHVXOWVRIFKDUJHFDOFXODWLRQFDQEHLQWHJUDWHG LIWKHHQHUJ\PDQDJHPHQWEORFNVKDYHWKHVDPHQDPH 'HFLPDOPDUNHUIRU&69¿OH 6HWWKHVDPHGHFLPDOPDUNHUDQGVHSDUDWRUDVWKRVHIRU&69¿OH 6HSDUDWRUIRU&69¿OH in AE-200. 6HWXSWR¿YHFKDUJHXQLWSULFHVIRUHDFKRIHOHFWULFLW\PHWHUVDQG Charge unit price setting other meters. 'HWHUPLQHZKHWKHURUQRWWRDXWRPDWLFDOO\SULQWRURXWSXWD&69 Automatic output setting ¿OHHYHU\GD\RUPRQWK Set the date for automatic output of monthly data. The data will be automatically output on the day after the set date. Adjustment date setting * Set the same adjustment date as that set by the Initial Setting Tool. IP address setting Set the IP address of AE-200 which will automatically output data.

299 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ ➃:KHQDV\VWHPLQFOXGHVERWKWKH+95)VHULHVDQGRWKHUVHULHVRI&LW\0XOWLXQLWVLQVWDOODVHSDUDWHHOHFWULFLW\PHWHUIRU each series.

Electricity meter for indoor unit (Excluding HVRF)

Electricity meter Electricity meter for indoor unit Electricity meter for outdoor unit (HVRF) for outdoor unit PI Controller (HVRF) Pulse input communication line (Excluding HVRF)

Outdoor unit (HVRF)

Indoor unit Indoor unit Indoor unit

Outdoor unit (HVRF)

Indoor unit Indoor unit Indoor unit

Outdoor unit (Excluding HVRF)

Indoor unit Indoor unit Indoor unit

Outdoor unit (Excluding HVRF)

Indoor unit Indoor unit Indoor unit

300 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ ➄%LOOLQJE\DSSRUWLRQPHQWWR0U6OLPPRGHOVDQG/2661$< Since the charges for electric energy consumed by these units may not be precisely calculated owing to their energy-saving FDSDELOLWLHVLWLVUHFRPPHQGHGWRLQVWDOODQHOHFWULFLW\PHWHUIRURXWGRRUXQLWRIHDFKPRGHODVVKRZQEHORZ

Electricity meter Electricity meter for indoor unit Electricity meter for Mr. Slim PI Controller for outdoor unit Pulse input communication line outdoor unit

Outdoor unit

Indoor unit Indoor unit Indoor unit LOSSNAY

Outdoor unit

Indoor unit Indoor unit Indoor unit LOSSNAY

Mr. Slim Mr. Slim outdoor unit indoor unit

301 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ <2> Electric energy measurement (without meters) method $((:FROOHFWVWKHRSHUDWLRQDPRXQWVRIDLUFRQGLWLRQHUV 2. AE-200 calculates the apportionment parameters of outdoor unit for each indoor unit and indoor units every 30 minutes. 7KHFDOFXODWLRQUHVXOWVDUHVWRUHGDVPRQWKO\GDWDIRUPRQWKVGDLO\GDWDIRUGD\VDQGGDWDREWDLQHGHYHU\ minutes for 4 days. 7KHFDOFXODWLRQUHVXOWVFDQEHFKHFNHGRQWKHHQHUJ\PDQDJHPHQWOLVWRQWKH/&'VFUHHQRI$(DQGRXWSXWWRD&69 ¿OH 4. The Charge Calculation Tool can calculate the charge rates of the outdoor and indoor units in each energy management EORFNDQGRXWSXWWKHUDWHVWRDSULQWHURUD&69¿OH$SSRUWLRQWKHVHSDUDWHO\REWDLQHGHOHFWULFHQHUJ\WRHDFKWHQDQWXVLQJ WKHFKDUJHUDWHVRIRXWGRRUDQGLQGRRUXQLWVLQHDFKHQHUJ\PDQDJHPHQWEORFNFDOFXODWHGE\WKH&KDUJH&DOFXODWLRQ7RRO

➀ Connection diagram

CSV data (Apportionment results) AE-200 No.1 “Energy management block” CSV data (Results of charge Explanatory notes calculation) Outdoor unit power line Indoor unit power line M-NET Printer Charge Calculation LAN USB memory (Print of results of or Tool charge calculation) LAN connection

M-NET Tenant A Tenant B Tenant C LAN

AE-50/ Outdoor unit EW-50 A No.1-1

Indoor unit Indoor unit Indoor unit A1 A2 A3

Initial Setting Tool Tenant D

Outdoor unit B

Indoor unit Indoor unit Indoor unit B1 B2 B3

Tenant E

AE-50/ Outdoor unit EW-50 C No.1-2

Indoor unit Indoor unit Indoor unit C1 C2 C3

* The power lines other than those for outdoor units and indoor units are omitted.

302 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ ➁ Required devices

'HYLFHQDPH PRGHOQDPH Manufacturer 5HPDUNV Mitsubishi Electric AE-200 Corporation Mitsubishi Electric $((: Corporation 7KHOLFHQVHPXVWEHUHJLVWHUHGLQDOOVHWVRI$($((: Mitsubishi Electric &KDUJHOLFHQVH 5HJLVWHULWLQ$((:ZKLFKGRQRWKDYHXQLWVWREHVXEMHFWHGWR Corporation apportionment under AE-200 system. Mitsubishi Electric This tool is used for initial setting. Initial Setting Tool Corporation ,WLVVXSSOLHGZLWKWKH&KDUJHOLFHQVH Mitsubishi Electric This tool is used for charge calculation. Charge Calculation Tool Corporation ,WLVVXSSOLHGZLWKWKH&KDUJHOLFHQVH A personal computer on which the Initial Setting Tool and Charge Calculation Tool are installed The hardware requirements for the personal computer are shown below. Item Requirement *+]RUPRUH CPU *+]RUPRUHUHFRPPHQGHG Memory *% Commercially available Personal computer Screen resolution îRUPRUH product :LQGRZV :LQGRZV ELWELW Operation environment :LQGRZV ELW 1(7)UDPHZRUNRUODWHU %XLOWLQ/$1SRUWRU/$1 %$6(7;RUKLJKHU card Pointing device 0RXVHHWF

303 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ ➂ Required setting %HIRUHVHWWLQJWKHIROORZLQJLWHPVFRPSOHWHWKHXQLWVHWWLQJQHWZRUNVHWWLQJOLFHQVHUHJLVWUDWLRQJURXSVHWWLQJRSHUDWLRQ EORFNVHWWLQJDQGPHDVXUHPHQWVHWWLQJ

&ODVVL¿FDWLRQRI Setting screen Setting item Description setting Maintenance License registration 5HJLVWHUWKH&KDUJHOLFHQVHLQDOOVHWVRI$($((: AE-200 Initial setting Unit information The apportionment function of AE-200 is enabled. Set the conditions of connection of outdoor units and indoor units Refrigerant system setting Unit setting to the refrigerant system. (QHUJ\PDQDJHPHQWEORFNVHWWLQJ 6HWHDFKWHQDQWDVDQHQHUJ\PDQDJHPHQWEORFN Apportionment by connected 6HWWR³1RWFRQQHFWHG´ meters Select one of the following three apportionment modes for outdoor units. ➀&DSDFLW\VDYHDPRXQW RSHUDWLQJDELOLW\ «'HIDXOW ➁ Outdoor unit consumed electricity 7KHUPR21WLPH WLPHGXULQJZKLFKUHIULJHUDQWLVEHLQJIHG %LOOLQJVHWWLQJ ➂ apportionment mode )DQRSHUDWLRQWLPH RSHUDWLQJWLPH ,QDV\VWHPWKDWLQFOXGHVERWKWKH+95)VHULHVRI&LW\0XOWLXQLWV DQGRWKHUVHULHVRI&LW\0XOWLXQLWVVHWWKHDSSRUWLRQLQJVHWWLQJ for the electricity use by outdoor units to Thermo-ON time or to fan operation time to ensure appropriate measurement. Indoor unit consumed electricity Specify whether or not to apportion the energy consumed by apportionment mode indoor units. Initial Setting Tool 6HOHFWWKHPRGHORIHDFKLQGRRUXQLWDQGLQSXWWKHIROORZLQJGDWD ➀,QGRRUXQLWFRROLQJFDSDFLW\ N: Indoor unit setting ➁,QGRRUXQLWIDQSRZHUFRQVXPSWLRQ FRROLQJ N: * When a model not included in the database in the Initial Setting 7RROLVXVHGVHHWKHFDWDORJDQGLQSXWWKHPRGHOQDPH 'HWHUPLQHZKHWKHURUQRWWRDSSO\WZRXQLWSULFHVIRUH[DPSOH Period of seasonal charge VHDVRQDODQGUHJXODUSULFHVLQVXPPHUDQGGHWHUPLQHWKH periods. 3UHGHWHUPLQHGFKDUJH]RQHVFDQEHVHWLQXSWRWLPHVORWVRQ HDFKGD\RIZHHN:KHQWKHVHDVRQDOFKDUJHKDVEHHQVHWVHW :HHNO\FKDUJHWLPH the charge zones in each of the two periods. Charge setting 7KLVVHWWLQJLVFRPPRQWRDOOHQHUJ\PDQDJHPHQWEORFNV 6HW¿YHFKDUJLQJWLPHVORWSDWWHUQVDQGWKH¿YHSDWWHUQVFDQEH &KDUJHWLPHRQVSHFL¿FGD\V VHWRQGD\VLQWKHUDQJHIURPWKHFXUUHQWPRQWKWRWKHWK month. Set the period for totalizing the data in one month on the energy Adjustment date management list. Apportionment by connected 6HWWR³1RWFRQQHFWHG´ meters 6HWWKHVRUWLQJRUGHURIHQHUJ\PDQDJHPHQWEORFNVWREH Order of display of results of GLVSOD\HGRQWKHVFUHHQRIWKH&KDUJH&DOFXODWLRQ7RRORXWSXWWR charge calculation D&69¿OHDQGSULQWHGWR³%\1R´RU³%\QDPH´ Determine whether or not to integrate the results of calculation of Integration of energy FKDUJHVWRHQHUJ\PDQDJHPHQWEORFNVKDYLQJWKHVDPHQDPH PDQDJHPHQWEORFNVKDYLQJWKH When the air conditioners of one tenant are controlled under some same name VHWVRI$(WKHUHVXOWVRIFKDUJHFDOFXODWLRQFDQEHLQWHJUDWHG Detailed setting LIWKHHQHUJ\PDQDJHPHQWEORFNVKDYHWKHVDPHQDPH Charge for charge 'HFLPDOPDUNHUIRU&69¿OH 6HWWKHVDPHGHFLPDOPDUNHUDQGVHSDUDWRUDVWKRVHIRU&69¿OH Calculation Tool calculation 6HSDUDWRUIRU&69¿OH in AE-200. 6HWXSWR¿YHFKDUJHXQLWSULFHVIRUHDFKRIHOHFWULFLW\PHWHUVDQG Charge unit price setting other meters. 'HWHUPLQHZKHWKHURUQRWWRDXWRPDWLFDOO\SULQWRURXWSXWD&69 Automatic output setting ¿OHHYHU\GD\RUPRQWK Set the date for automatic output of monthly data. Adjustment date setting The data will be automatically output on the day after the set date. * Set the same adjustment date as that set by the Initial Setting Tool. IP address setting Set the IP address of AE-200 which will automatically output data.

304 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ [3] Apportionment calculation This section explains the procedures for apportioning the electric energy to air conditioners based on the operation amount FRQVXPHGHOHFWULFLW\ RIHDFKLQGRRUXQLW

<1> In the case of City Multi 2XWOLQHRIDSSRUWLRQPHQW 7KHHOHFWULFHQHUJ\FRQVXPHGE\RXWGRRUXQLWV$DQG%LVPHDVXUHGDQGWKHHQHUJ\LVDSSRUWLRQHGWRHOHFWULFLW\FRQVXPHG by outdoor units and standby electricity of the units. 7KHHOHFWULFHQHUJ\FRQVXPHGE\LQGRRUXQLWV$$%DQG%LVPHDVXUHGDQGWKHHQHUJ\LVDSSRUWLRQHGWRHOHFWULFLW\ consumed by indoor units and standby electricity of the units. :KHQWKHFKDUJHXQLWSULFHKDVEHHQVHWIRUHDFKWLPHVORWWKHHOHFWULFHQHUJ\LVFRXQWHGE\XQLWSULFH

The apportionment in this case is schematically shown below.

1.0 kWh Electricity meter Electricity for outdoor units meter for indoor units 12.5 kWh Outdoor unit A Indoor unit A1 Explanatory notes Outdoor unit power line Indoor unit power line M-NET

Indoor unit B2 Standby electricity of indoor unit

$($((:3,FRQWUROOHUDQGSXOVHGHWHFWRUDUHRPLWWHG

305 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ 0HWKRGIRUFDOFXODWLQJRXWGRRUXQLWVWDQGE\HOHFWULFLW\ The calculation method varies depending on how to handle the outdoor unit standby electricity. The standby electricity is calculated on condition that it is consumed for 24 hours.

Outdoor unit standby electricity Calculation of charge for standby electricity Calculation method apportionment mode &KDUJH&DOFXODWLRQ7RRO ,QLWLDO6HWWLQJ7RRO ➀ Apportion the standby electricity together Not apportioned – with the consumed electricity. ➁6HSDUDWHO\DSSRUWLRQWKHVWDQGE\HOHFWULFLW\ Apportioned Included in charge DQGFKDUJHWRHDFKWHQDQW 'HIDXOW ➂6HSDUDWHO\DSSRUWLRQWKHVWDQGE\HOHFWULFLW\ Apportioned Not included in charge and do not charge to each tenant.

,QWKHFDVHRIWKHHOHFWULFHQHUJ\PDQXDOLQSXWPHWKRGWKHFDOFXODWLRQPHWKRGLVFRQVWDQWO\³➀ Apportion the standby electricity together with the consumed electricity.”

➀ Apportion the standby electricity together with the consumed electricity. Charge to tenant Consumed electricity: 10 kWh

Charging time slot 1 Charging time slot 1 ➁ Separately apportion the standby electricity, and Overall Consumed charge to each tenant. consumed electricity Charge to tenant Consumed electricity: 9.93 kWh electricity for Standby electricity: 0.07 kWh 30 min Ex) 10 kWh Standby electricity ➂ Separately apportion the standby electricity, and do not charge to each tenant. (0.07 kWh × 0.5 hrs) × number of units Charge to tenant Consumed electricity: 9.93 kWh

The method for calculating outdoor unit standby electricity for each indoor unit is explained below. The calculation is performed for each outdoor unit every 30 minutes.

Outdoor unit A Indoor unit A1

Method for calculating standby electricity of outdoor unit for indoor unit A1 Indoor unit A2 Indoor unit A1 Outdoor unit A Cooling Outdoor Indoor unit A1 capacity unit B Indoor unit B1 4.5 kW Standby electricity = × 0.07 kW Standby Indoor unit A1 Indoor unit A2 Indoor unit B2 electricity × Cooling Cooling Apportion- of outdoor unit capacity + capacity ment 0.5 hours 4.5 kW 5.6 kW time

Total standby electricity of 2 indoor units connected to refrigerant system of outdoor unit A

Electricity meter for outdoor unit Explanation of wiring 10 kWh Outdoor unit power line Indoor unit power line M-NET

306 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ [Exceptional case of calculation of standby electricity of outdoor unit] ,IWKHLQGRRUXQLWVDUHQRWUXQQLQJWKHFDOFXODWLRQUHVXOW VWDQGE\HOHFWULFLW\RIRXWGRRUXQLW VKRZQRQWKHSUHYLRXVSDJHPD\ be different from the increase on the electricity meter for outdoor unit. The calculation result shown on the previous page may be larger than the increase on the electricity meter for outdoor unit depending on the pulse input timing. In such a case, the ratio of outdoor unit standby electricity is calculated as shown below in place of the calculation shown on the previous page to make the standby electricity equal to the increase on the electricity meter for outdoor unit. In this case, the electricity consumed by outdoor unit is 0.

Method for calculating the ratio of outdoor unit standby electricity to electricity consumed by outdoor unit for indoor unit A1 when the indoor units are not running and the outdoor unit standby electricity is not equal to or is larger than the increase on the electricity meter for outdoor unit

Outdoor unit A Electricity meter for outdoor unit Standby Outdoor unit A electricity 0.07 kW 1 kWh = × Standby Outdoor unit A Outdoor unit B electricity of Standby Standby outdoor unit electricity + electricity 0.07 kW 0.07 kW

Total electricity of 2 outdoor units connected to electricity meter for outdoor unit

Indoor unit A1 Cooling Outdoor unit A Indoor unit A1 capacity 4.5 kW

Standby = × Indoor unit A1 Indoor unit B2 electricity of Standby outdoor unit Cooling ... Cooling electricity of capacity + + capacity outdoor unit 4.5 kW 5.6 kW

Total electricity of 4 indoor units associated with electricity meter for outdoor unit

Indoor unit A1

Electricity = 0 consumed by outdoor unit

307 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ 0HWKRGIRUFDOFXODWLQJHOHFWULFLW\FRQVXPHGE\RXWGRRUXQLW 7KHUHDUHWKHIROORZLQJWKUHHNLQGVRIEDVHGDWDIRUDSSRUWLRQPHQWRIHOHFWULFLW\FRQVXPHGE\RXWGRRUXQLW6HOHFWRQHRI them.

Capacity save amount Thermo ON time Fan operation time 9DOXHDSSUR[LPDWHWRDPRXQWRI Time during which refrigerant is Measurement method Indoor unit operation time refrigerant used by indoor unit being fed to indoor unit *1 The consumed electricity is The cooling thermo ON or heating Apportionment accuracy calculated with the highest accuracy thermo ON time is counted. The fan operation time is counted. because a value approximate to the The time is not counted during air The time is counted also during air amount of refrigerant fed into the EORZLQJ ZKLOHWKHUHIULJHUDQWLVQRW blowing. indoor unit is used. XVHG

(OHFWULFLW\XVHRIWKH+95)VHULHVRI&LW\0XOWLXQLWVLVDSSRUWLRQHGEDVHGRQ7KHUPR21WLPH

Capacity save amount (operating ability)

50% 100% The consumed electricity is integrated according to the Operation information operating capacity. on outdoor unit Example: For 1 min at 50% 0.5

Thermo ON time (time during which refrigerant is being fed)

Thermo ON! The thermo ON time is integrated.

Fan operation time (operating time) The time during which the ON! indoor unit is running is integrated.

* Time during which it is operating regardless of thermo ON/OFF

$((:LQWHJUDWHVWKHVHGDWDRIHDFKLQGRRUXQLWLQHDFKFKDUJLQJWLPHVORWDQG$(FROOHFWVWKHGDWDHYHU\ minutes.

308 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ The method for calculating the electricity consumed by outdoor unit for each indoor unit is explained below. The calculation is performed on each meter for outdoor unit every 30 minutes. 7KHPHWHUIRURXWGRRUXQLWUHJDUGVWKHRXWGRRUXQLWVDVRQHODUJHRXWGRRUXQLW7KHUHIRUHWKHLQÀXHQFHRIWKHHQHUJ\ saving capabilities of the outdoor units is not included in the calculation. 7RWDNHWKHHQHUJ\VDYLQJFDSDELOLWLHVRIWKHRXWGRRUXQLWVLQWRDFFRXQWLWLVUHFRPPHQGHGWRLQVWDOODQHOHFWULFLW\PHWHUIRU each outdoor unit.

Outdoor unit A Indoor unit A1

Indoor unit A2

Outdoor unit B Indoor unit B1

Indoor unit B2

Electricity meter for outdoor unit Explanation of wiring 10 kWh Outdoor unit power line Indoor unit power line M-NET

Method for calculating electricity consumed by outdoor unit for indoor unit A1

Indoor unit A1

Cooling capacity 4.5 kW Electricity meter × Outdoor units A and B for outdoor unit Base data for Indoor unit A1 apportionment 0.5 hours Standby 10 kWh electricity = × í 0.07 kW Electricity × 2 units consumed by outdoor unit Indoor unit A1 Indoor unit B2 Apportion- × ment Cooling Cooling 0.5 hours time capacity capacity 4.5 kW ... 5.6 kW × + + × Base data for Base data for apportionment apportionment The outdoor unit standby electricity is subtracted 0.5 hours 0.5 hours from the measurement. * Only when the standby electricity is apportioned

Total electricity of 4 indoor units connected to refrigerant system of outdoor units A and B

309 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ [Exceptional case of calculation of electricity consumed by outdoor unit] :KHQWKHRXWGRRUXQLWVWDQGE\HOHFWULFLW\DSSRUWLRQPHQWPRGHLV³1RWDSSRUWLRQHG´WKHSXOVHRIWKHHOHFWULFLW\PHWHUIRU outdoor unit may be increased by the outdoor unit standby electricity even if no indoor unit is running. In this case, the ratio of outdoor unit consumed electricity is calculated in place of the calculation shown on the previous page to make the electricity equal to the increase on the electricity meter for outdoor unit.

Method for calculating the ratio of electricity consumed by outdoor unit for the indoor unit A1 when the outdoor unit standby electricity apportionment mode is “Not apportioned,” the indoor units are not running and the increase on the electricity meter for outdoor unit is larger than 0.

Indoor unit A1 Electricity meter for outdoor unit Cooling Indoor unit A1 capacity 4.5 kW 1 kWh Electricity = × consumed by Indoor unit A1 Indoor unit B2 outdoor unit Cooling ... Cooling capacity + + capacity 4.5 kW 5.6 kW

Total electricity of 4 indoor units connected to refrigerant system of outdoor units A and B

Remarks ● :KHQWKHRXWGRRUXQLWVWDQGE\HOHFWULFLW\DSSRUWLRQPHQWPRGHLV³1RWDSSRUWLRQHG´LQWKHDERYH H[FHSWLRQDOFDVHthe electricity consumed by outdoor unit may increase as if all indoor units were running although they are not running.

310 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ 0HWKRGIRUFDOFXODWLQJLQGRRUXQLWVWDQGE\HOHFWULFLW\ The calculation method varies depending on how to handle the indoor unit standby electricity. The standby electricity is calculated on condition that it is consumed for 24 hours.

Indoor unit standby electricity Calculation of charge for standby electricity Calculation method apportionment mode &KDUJH&DOFXODWLRQ7RRO ,QLWLDO6HWWLQJ7RRO ➀ Apportion the standby electricity together Not apportioned – with the consumed electricity. ➁6HSDUDWHO\DSSRUWLRQWKHVWDQGE\HOHFWULFLW\ Apportioned Included in charge DQGFKDUJHWRHDFKWHQDQW 'HIDXOW ➂6HSDUDWHO\DSSRUWLRQWKHVWDQGE\HOHFWULFLW\ Apportioned Not included in charge and do not charge to each tenant.

,QWKHFDVHRIWKHHOHFWULFHQHUJ\PDQXDOLQSXWPHWKRGWKHFDOFXODWLRQPHWKRGLVFRQVWDQWO\³➀ Apportion the standby electricity together with the consumed electricity.”

➀ Apportion the standby electricity together with the consumed electricity. Charge to tenant Consumed electricity: 2 kWh

Charging time slot 1 Charging time slot 1 ➁ Separately apportion the standby electricity, and Overall Consumed charge to each tenant. consumed electricity Charge to tenant Consumed electricity: 1.99 kWh electricity for Standby electricity: 0.01 kWh 30 min Ex) 2 kWh Standby electricity ➂ Separately apportion the standby electricity, and do not charge to each tenant. (0.005 kWh × 0.5 hrs) × number of units Charge to tenant Consumed electricity: 1.99 kWh

The method for calculating indoor unit standby electricity for each indoor unit is explained below. The calculation is performed for each indoor unit every 30 minutes.

Outdoor unit A Indoor unit A1

Method for calculating standby electricity Indoor unit A2 of indoor unit A1

Indoor unit A1 Outdoor Indoor unit A1 unit B Indoor unit B1 Standby electricity 0.005 kW Standby = Indoor unit B2 electricity of indoor unit Apportion- × ment 0.5 hours time

Electricity meter for indoor unit

2 kWh

Explanation of wiring Outdoor unit power line Indoor unit power line M-NET

311 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ [Exceptional case of calculation of standby electricity of indoor unit] ,IWKHLQGRRUXQLWVDUHQRWUXQQLQJWKHFDOFXODWLRQUHVXOW VWDQGE\HOHFWULFLW\RILQGRRUXQLW VKRZQRQWKHSUHYLRXVSDJHPD\ be different from the increase on the electricity meter for indoor unit. The calculation result shown on the previous page may be larger than the increase on the electricity meter for indoor unit depending on the pulse input timing. In such a case, the ratio of indoor unit standby electricity is calculated as shown below in place of the calculation shown on the previous page to make the standby electricity equal to the increase on the electricity meter for indoor unit. In this case, the electricity consumed by the indoor unit is 0.

Method for calculating the ratio of indoor unit standby electricity to electricity consumed by indoor unit for indoor unit A1 when the indoor units are not running and the indoor unit standby electricity is not equal to or is larger than the increase on the electricity meter for indoor unit

Indoor unit A1 Electricity meter for indoor unit Standby Indoor unit A1 electricity 0.005 kW 1 kWh

Standby = × electricity of Indoor unit A1 Indoor unit B2 indoor unit Standby ... Standby electricity + + electricity 0.005 kW 0.005 kW

Total standby electricity of 4 indoor units connected to electricity meter for indoor unit

Indoor unit A1

Indoor unit = 0 consumed electricity

 0HWKRGIRUFDOFXODWLQJHOHFWULFLW\FRQVXPHGE\LQGRRUXQLW )RUDSSRUWLRQPHQWRIHOHFWULFLW\FRQVXPHGE\LQGRRUXQLWWKHIDQRSHUDWLRQWLPHLVXVHG

Fan operation time (operating time)

Operation ON! information The time during which the indoor unit on indoor is running is integrated. unit * Time during which it is operating regardless of thermo ON/OFF

$((:LQWHJUDWHVWKLVGDWDRIHDFKLQGRRUXQLWLQHDFKFKDUJLQJWLPHVORWDQG$(FROOHFWVWKHGDWDHYHU\ minutes.

312 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ The method for calculating the electricity consumed by indoor unit for each indoor unit is explained below. The calculation is performed on each indoor unit meter every 30 minutes.

Outdoor unit A Indoor unit A1

Indoor unit A2

Outdoor unit B Indoor unit B1

Indoor unit B2

Electricity meter for indoor unit

2 kWh

Explanation of wiring Outdoor unit power line Indoor unit power line M-NET

Method for calculating electricity consumed by indoor unit A1

Indoor unit A1

Electricity consumed by fan 0.08 kW

× Electricity meter Indoor units A1 to B2 Fan for indoor unit operation Indoor unit A1 time 0.5 hours Standby 2 kWh electricity 0.005 kW Electricity = × í × 4 units consumed by Indoor unit A1 Indoor unit B2 indoor unit Apportion- × Electricity Electricity ment consumed consumed time 0.5 hours by fan by fan 0.08 kW +...+ 0.09 kW × × Fan Fan operation operation time time The indoor unit standby electricity is subtracted 0.5 hours 0.5 hours from the measurement. * Only when the standby electricity is apportioned

Total electricity of 4 indoor units A1 to B2 connected to electricity meter for indoor unit

313 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ [Exceptional case of calculation of electricity consumed by indoor unit] :KHQWKHLQGRRUXQLWVWDQGE\HOHFWULFLW\DSSRUWLRQPHQWPRGHLV³1RWDSSRUWLRQHG´WKHSXOVHRIWKHHOHFWULFLW\PHWHUIRU indoor unit may be increased by the indoor unit standby electricity even if no indoor unit is running. In this case, the ratio of indoor unit consumed electricity is calculated in place of the calculation shown on the previous page to make the electricity equal to the increase on the electricity meter for indoor unit.

Method for calculating the electricity consumed by the indoor unit A1 when the indoor unit standby electricity apportionment mode is “Not apportioned,” the indoor unit is not running and the increase on the electricity meter for indoor unit is larger than 0.

Indoor unit A1 Electricity meter Electricity for indoor unit Indoor unit A1 consumed by fan 0.08 kW 1 kWh Electricity = × Indoor unit B2 consumed by Indoor unit A1 indoor unit Electricity ... Electricity consumed + + consumed by fan by fan 0.08 kW 0.09 kW

Total electricity of 4 indoor units A1 to B2 associated with electricity meter for indoor unit

Remarks ● :KHQWKHLQGRRUXQLWVWDQGE\HOHFWULFLW\DSSRUWLRQPHQWPRGHLV³1RWDSSRUWLRQHG´LQWKHDERYH H[FHSWLRQDOFDVHthe electricity consumed by indoor units may increase as if all indoor units were running although they are not running.

314 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ 9DFDQWVWRUHV :KHQWKHUHDUHYDFDQWVWRUHVRQHRIWKHIROORZLQJWKUHHNLQGVRIPHDVXUHVFDQEHVHOHFWHG

Measures 9DFDQWVWRUHV Other stores Consumed electricity: 0 Consumed electricity: The charge for consumed electricity and standby electricity of ➀ The charge for consumed electricity and vacant stores is added to the charges to other standby electricity of vacant stores are tenants according to the ratio of electricity apportioned to all other tenants. consumed by the tenants.

Standby electricity: 0 Standby electricity: Calculated as usual Consumed electricity: Calculated as usual Consumed electricity: The charge for ➁ The charge for standby electricity of vacant consumed electricity of vacant stores is added stores is apportioned to all other tenants. to the charges to other tenants according to The charge for electricity consumed by the ratio of electricity consumed by the vacant stores is borne by the building tenants. owner. Standby electricity: 0 Standby electricity: Calculated as usual ➂ The charge for consumed electricity and Consumed electricity: Calculated as usual Consumed electricity: Calculated as usual standby electricity of vacant stores is borne by the building owner. Standby electricity: Calculated as usual Standby electricity: Calculated as usual

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Measures Outdoor unit setting Indoor unit setting ➀ The charge for consumed electricity and &RROLQJFDSDFLW\N: standby electricity of vacant stores are 2XWGRRUXQLWVWDQGE\HOHFWULFLW\N: )DQSRZHUFRQVXPSWLRQN: apportioned to all other tenants. ,QGRRUXQLWVWDQGE\HOHFWULFLW\N: ➁ The charge for standby electricity of vacant Cooling capacity: Set a value appropriate to stores is apportioned to all other tenants. the indoor unit. The charge for electricity consumed by 2XWGRRUXQLWVWDQGE\HOHFWULFLW\N: Fan power consumption: Set a value vacant stores is borne by the building appropriate to the indoor unit. owner. ,QGRRUXQLWVWDQGE\HOHFWULFLW\N: Cooling capacity: Set a value appropriate to the indoor unit. ➂ The charge for consumed electricity and Outdoor unit standby electricity: Set a value Fan power consumption: Set a value standby electricity of vacant stores is borne appropriate to the outdoor unit. appropriate to the indoor unit. by the building owner. Indoor unit standby electricity: Set a value appropriate to the indoor unit.

Remarks ● When any method other than ➂LVVHOHFWHGchange the vacant store settings every time a tenant moves in or out. ● :KHQWKHRXWGRRUXQLWVWDQGE\HOHFWULFLW\DSSRUWLRQPHQWPRGHLV³1RWDSSRUWLRQHG´LWLVXQQHFHVVDU\WR set the outdoor unit standby electricity. ● :KHQWKHLQGRRUXQLWFRQVXPHGHOHFWULFLW\DSSRUWLRQPHQWPRGHLV³1RWDSSRUWLRQHG´LWLVXQQHFHVVDU\WR set the indoor unit cooling capacity. ● :KHQWKHLQGRRUXQLWVWDQGE\HOHFWULFLW\DSSRUWLRQPHQWPRGHLV³1RWDSSRUWLRQHG´LWLVXQQHFHVVDU\WR set the indoor unit standby electricity.

315 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ <2> In the case of Mr. Slim (with same power supply for outdoor and indoor units) When the apportioned electricity billing function is used for Mr. Slim models using the same power supply for outdoor and LQGRRUXQLWVVHW³$FRQWUROPRGHOSRZHUVXSSO\´WR³6DPHSRZHUVXSSO\IRURXWGRRUDQGLQGRRUXQLWV´E\WKH,QLWLDO6HWWLQJ Tool.

The apportionment in this case is schematically shown below.

Electricity meter for outdoor units

12.5 kWh Mr. Slim outdoor unit A Explanatory notes Mr. Slim indoor unit A × 2 units Outdoor unit power line Indoor unit power line (used also as control line)

Apportionment to outdoor units

Electricity consumed by outdoor unit

Standby electricity of Mr. Slim outdoor unit B Mr. Slim indoor unit B × 2 units outdoor unit

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316 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ 0HWKRGIRUFDOFXODWLQJRXWGRRUXQLWVWDQGE\HOHFWULFLW\ The calculation method varies depending on how to handle the outdoor unit standby electricity. The standby electricity is calculated on condition that it is consumed for 24 hours.

Outdoor unit standby electricity apportionment mode Calculation of charge for standby electricity Calculation method Indoor unit standby electricity &KDUJH&DOFXODWLRQ7RRO apportionment mode ,QLWLDO6HWWLQJ7RRO ➀ Apportion the standby electricity together Not apportioned – with the consumed electricity. ➁6HSDUDWHO\DSSRUWLRQWKHVWDQGE\HOHFWULFLW\ Apportioned Included in charge DQGFKDUJHWRHDFKWHQDQW 'HIDXOW ➂6HSDUDWHO\DSSRUWLRQWKHVWDQGE\HOHFWULFLW\ Apportioned Not included in charge and do not charge to each tenant.

,QWKHFDVHRIWKHHOHFWULFHQHUJ\PDQXDOLQSXWPHWKRGWKHFDOFXODWLRQPHWKRGLVFRQVWDQWO\³➀ Apportion the standby electricity together with the consumed electricity.”

➀ Apportion the standby electricity together with the consumed electricity. Charge to tenant Consumed electricity: 10 kWh

Charging time slot 1 Charging time slot 1 ➁ Separately apportion the standby electricity, and Overall Consumed charge to each tenant. consumed electricity Charge to tenant Consumed electricity: 9.92 kWh electricity Standby electricity: 0.08 kWh for 30 min Ex) 10 kWh Standby electricity ➂ Separately apportion the standby electricity, and do not charge to each tenant. For outdoor units: (0.07 kW × 0.5 hrs) × number of outdoor units Charge to tenant Consumed electricity: 9.92 kWh For indoor units: (0.005 kW × 0.5 hrs) × number of indoor units

The method for calculating outdoor unit standby electricity for each indoor unit is explained below. The standby electricity of each outdoor unit is calculated every 30 minutes. When the outdoor units and indoor units are powered by the same power supply, the indoor unit standby electricity is added to the outdoor unit standby electricity.

Outdoor Indoor unit A unit A

Outdoor unit A Indoor unit A Indoor unit A Standby

Outdoor Standby electricity unit B = electricity + 0.005 kW 0.07 kW × 2 units Standby electricity of outdoor unit Apportion- ××Apportion- ment ment 0.5 hours 0.5 hours time time

Indoor unit B

Standby electricity of outdoor unit Standby electricity of indoor units * Added only when the outdoor unit * Added only when the indoor unit standby electricity is apportioned standby electricity is apportioned

Electricity meter for outdoor unit

10 kWh Explanation of wiring Outdoor unit power line Indoor unit power line (used also as control line)

317 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ [Exceptional case of calculation of standby electricity of outdoor unit] ,IWKHLQGRRUXQLWVDUHQRWUXQQLQJWKHFDOFXODWLRQUHVXOW VWDQGE\HOHFWULFLW\RIRXWGRRUXQLW VKRZQRQWKHSUHYLRXVSDJHPD\ be different from the increase on the electricity meter for outdoor unit. The calculation result shown on the previous page may be larger than the increase on the electricity meter for outdoor unit depending on the pulse input timing. In such a case, the ratio of outdoor unit standby electricity is calculated as shown below in place of the calculation shown on the previous page to make the standby electricity equal to the increase on the electricity meter for outdoor unit. In this case, the electricity consumed by the outdoor unit is 0.

Total electricity of 2 outdoor units connected to electricity meter for outdoor unit

Outdoor unit A Indoor unit A

Standby Standby electricity electricity + Outdoor unit A 0.07 kW 0.005 kW Indoor unit A × 2 units = × Standby Outdoor unit A Indoor unit A Outdoor unit B Indoor unit B Standby electricity of electricity of outdoor unit outdoor unit Standby Standby Standby Standby electricity + electricity + electricity + electricity 0.07 kW 0.005 kW 0.07 kW 0.005 kW × 2 units × 2 units

Total electricity of 2 outdoor units and 4 indoor units associated with electricity meter for outdoor unit * The outdoor unit standby electricity is added only when the outdoor unit standby electricity is apportioned The indoor unit standby electricity is added only when the indoor unit standby electricity is apportioned Indoor unit A = 0 Electricity consumed by outdoor unit

318 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ 0HWKRGIRUFDOFXODWLQJHOHFWULFLW\FRQVXPHGE\RXWGRRUXQLW 7KHUHDUHWKHIROORZLQJWKUHHNLQGVRIEDVHGDWDIRUDSSRUWLRQPHQWRIHOHFWULFLW\FRQVXPHGE\RXWGRRUXQLW6HOHFWRQHRI them.

The consumed electricity is The cooling thermo ON or heating Apportionment accuracy calculated with the highest accuracy thermo ON time is counted. The fan operation time is counted. because a value approximate to the The time is not counted during air The time is counted also during air amount of refrigerant fed into the EORZLQJ ZKLOHWKHUHIULJHUDQWLVQRW blowing. indoor unit is used. XVHG

Capacity save amount (operating ability)

The consumed electricity is 50% 100% integrated according to the Operation information operating capacity. on outdoor unit Example: For 1 min at 50% 0.5

Thermo ON time (time during which refrigerant is being fed)

Thermo ON! The thermo ON time is integrated.

Fan operation time (operating time) The time during which the ON! indoor unit is running is integrated.

* Time during which it is operating regardless of thermo ON/OFF

$((:LQWHJUDWHVWKHVHGDWDRIHDFKLQGRRUXQLWLQHDFKFKDUJLQJWLPHVORWDQG$(FROOHFWVWKHGDWDHYHU\ minutes.

Remarks ● 2QO\ZKHQDQ\RIWKHIROORZLQJPRGHOVRI01(7FRQQHFWLRQDGDSWHUVLVXVHGDSSRUWLRQPHQWFDQEH SHUIRUPHGLQWKHRXWGRRUXQLWSRZHUFRQVXPSWLRQDSSRUWLRQPHQWPRGH³FDSDFLW\VDYHDPRXQWPRGH´ 3$&6-0$3$&6-0$3$&6-0$ :KHQDQRWKHUPRGHORI01(7FRQQHFWLRQDGDSWHULVXVHGVHWWKHDSSRUWLRQPHQWPRGHWR³WKHUPR21 WLPH´RU³IDQRSHUDWLRQWLPH´

319 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ The method for calculating the electricity consumed by outdoor unit for each indoor unit is explained below. The calculation is performed on each outdoor unit meter every 30 minutes. 7KHRXWGRRUXQLWPHWHUUHJDUGVWKHRXWGRRUXQLWVDVRQHODUJHRXWGRRUXQLW7KHUHIRUHWKHLQÀXHQFHRIWKHHQHUJ\VDYLQJ capabilities of the outdoor units is not included in the calculation. 7RWDNHWKHHQHUJ\VDYLQJFDSDELOLWLHVRIWKHRXWGRRUXQLWVLQWRDFFRXQWLWLVUHFRPPHQGHGWRLQVWDOODQHOHFWULFLW\PHWHU for each outdoor unit.

When the outdoor units and indoor units are powered by the same power supply, the indoor unit standby electricity is added to the outdoor unit standby electricity.

Outdoor Indoor unit A unit A

Method for calculating electricity consumed by indoor units A

Outdoor The electricity consumed by the indoor units (power consumption × fan operation time) unit B in the same electricity meter system is subtracted from the measurement.

Standby electricity Electricity consumed Electricity meter of outdoor unit for for outdoor unit indoor units A and B by indoor units A and B

Indoor unit B 10 kWh Electricity consumed by = ííIndoor unit A Indoor unit A Explanation of wiring outdoor units Outdoor unit power line Electricity meter Indoor unit power line for outdoor unit (used also as control line) Indoor unit B Indoor unit B

10 kWh

Then, the electricity consumed by outdoor units is apportioned, and the electricity consumed by indoor units is added.

Indoor unit A

Cooling capacity 4.5 kW Electricity consumed × by indoor units A Base data for Indoor unit A apportionment 0.5 hours Electricity = × consumed by + Electricity Indoor unit A Indoor unit B outdoor units consumed by outdoor unit Cooling Cooling capacity capacity 4.5 kW 5.6 kW × + × Base data for Base data for apportionment apportionment 0.5 hours 0.5 hours

Total electricity of 4 indoor units A and B connected to refrigerant system of outdoor units A and B

Electricity consumed by outdoor units Electricity consumed by indoor units

320 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ [Exceptional case of calculation of electricity consumed by outdoor unit] When the outdoor unit standby electricity apportionment mode and indoor unit standby electricity apportionment mode are ³1RWDSSRUWLRQHG´WKHSXOVHRIWKHHOHFWULFLW\PHWHUIRURXWGRRUXQLWPD\EHLQFUHDVHGE\WKHRXWGRRUDQGLQGRRUXQLWVWDQGE\ electricity even if no indoor unit is running. In this case, the ratio of outdoor unit consumed electricity is calculated in place of the calculation shown on the previous page to make the electricity equal to the increase on the electricity meter for outdoor unit.

Method for calculating the ratio of electricity consumed by outdoor unit for indoor unit A when the outdoor unit standby electricity apportionment mode and indoor unit standby electricity apportionment mode are “Not apportioned,” the indoor units are not running and the increase on the electricity meter for outdoor unit is larger than 0.

Indoor unit A Electricity meter for outdoor unit Cooling Indoor unit A capacity 4.5 kW = × 1 kWh Indoor unit A Indoor unit B Electricity consumed by Cooling Cooling outdoor unit capacity + capacity 4.5 kW 5.6 kW

Total electricity of 4 indoor units A and B connected to refrigerant system of outdoor units A and B

Remarks ● When the outdoor unit standby electricity apportionment mode and indoor unit standby electricity DSSRUWLRQPHQWPRGHDUH³1RWDSSRUWLRQHG´LQWKHDERYHH[FHSWLRQDOFDVHWKHHOHFWULFLW\FRQVXPHGE\ outdoor unit may increase as if all indoor units were running although they are not running.

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322 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ <3> In the case of Mr. Slim (with different power supplies for outdoor and indoor units) When the apportioned electricity billing function is used for Mr. Slim models using the different power supplies for outdoor and LQGRRUXQLWVVHW³$FRQWUROPRGHOSRZHUVXSSO\´WR³'LIIHUHQWSRZHUVXSSOLHVIRURXWGRRUDQGLQGRRUXQLWV´E\WKH,QLWLDO6HWWLQJ Tool.

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1.0 Electricity kWh Electricity meter meter for for outdoor units indoor units

12.5 kWh Mr. Slim indoor unit Explanatory notes Mr. Slim A × 2 units outdoor unit A Outdoor unit power line Indoor unit power line Control line

Apportionment to outdoor units Apportionment to indoor units Electricity consumed by outdoor unit Mr. Slim indoor unit Standby electricity of Mr. Slim outdoor unit outdoor unit B B × 2 units Electricity consumed by indoor unit

Standby electricity of indoor unit

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323 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ <4> In the case of LOSSNAY 2XWOLQHRIDSSRUWLRQPHQW 7KHHOHFWULFHQHUJ\FRQVXPHGE\LQGRRUXQLWV$DQG$DQG/2661$<%DQG%LVPHDVXUHGDQGWKHHQHUJ\LV apportioned to electricity consumed by indoor units and standby electricity of the units. :KHQWKHFKDUJHXQLWSULFHKDVEHHQVHWIRUHDFKWLPHVORWWKHHOHFWULFHQHUJ\LVFRXQWHGE\XQLWSULFH

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1.0 kWh Electricity meter Electricity for outdoor units meter for indoor units

12.5 kWh Explanatory notes Indoor unit A1 Outdoor unit A Outdoor unit power line Indoor unit power line M-NET

Apportionment to Indoor unit A2 outdoor units Apportionment to indoor units Electricity consumed by outdoor unit Standby electricity of LOSSNAY B1 outdoor unit Electricity consumed by indoor unit

Standby electricity of indoor unit LOSSNAY B2

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324 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ <5> In the case of OA processing unit (individually operated by remote controller) 2XWOLQHRIDSSRUWLRQPHQW 7KHHOHFWULFHQHUJ\FRQVXPHGE\RXWGRRUXQLWV$DQG%LVPHDVXUHGDQGWKHHQHUJ\LVDSSRUWLRQHGWRHOHFWULFLW\FRQVXPHG by outdoor units and standby electricity of the units. 7KHHOHFWULFHQHUJ\FRQVXPHGE\LQGRRUXQLWV$DQG%DQGWKH2$SURFHVVLQJXQLWV$DQG% LQGLYLGXDOO\RSHUDWHGE\ UHPRWHFRQWUROOHU LVPHDVXUHGDQGWKHHQHUJ\LVDSSRUWLRQHGWRWKHHOHFWULFLW\FRQVXPHGE\LQGRRUXQLWVDQGVWDQGE\ electricity of the units. :KHQWKHFKDUJHXQLWSULFHKDVEHHQVHWIRUHDFKWLPHVORWWKHHOHFWULFHQHUJ\LVFRXQWHGE\XQLWSULFH

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1.0 kWh Electricity meter Electricity for outdoor units meter for indoor units

12.5 kWh Explanatory notes Outdoor unit A Indoor unit A1 Outdoor unit power line Indoor unit power line M-NET

OA processing Apportionment to unit A2 outdoor units Apportionment to indoor units Electricity consumed by outdoor unit Indoor unit B1 Standby electricity of Outdoor unit B outdoor unit Electricity consumed by indoor unit

Standby electricity of OA processing indoor unit unit B2

$($((:3,FRQWUROOHUDQGSXOVHGHWHFWRUDUHRPLWWHG

325 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ <6> In the case of OA processing unit (interlocked with City Multi) 2XWOLQHRIDSSRUWLRQPHQW 7KHHOHFWULFHQHUJ\FRQVXPHGE\RXWGRRUXQLWV$DQG%LVPHDVXUHGDQGWKHHQHUJ\LVDSSRUWLRQHGWRHOHFWULFLW\FRQVXPHG by outdoor units and standby electricity of the units. 7KHHOHFWULFHQHUJ\FRQVXPHGE\LQGRRUXQLWV$DQG%DQGWKH2$SURFHVVLQJXQLWV$DQG% LQWHUORFNHGZLWK&LW\0XOWL LVPHDVXUHGDQGWKHHQHUJ\LVDSSRUWLRQHGWRWKHHOHFWULFLW\FRQVXPHGE\LQGRRUXQLWVDQGVWDQGE\HOHFWULFLW\RIWKHXQLWV :KHQWKHFKDUJHXQLWSULFHKDVEHHQVHWIRUHDFKWLPHVORWWKHHOHFWULFHQHUJ\LVFRXQWHGE\XQLWSULFH

The apportionment in this case is schematically shown below.

1.0 kWh Electricity meter Electricity for outdoor units meter for indoor units

12.5 Explanatory notes kWh Outdoor unit power line Outdoor unit A Indoor unit Indoor unit power line A1 M-NET

Interlocked OA processing Apportionment to unit A2 outdoor units Apportionment to indoor units Electricity consumed by outdoor unit Indoor unit Outdoor unit B B1 Standby electricity of outdoor unit Electricity consumed by indoor unit OA processing Standby electricity of unit B2 indoor unit

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Outdoor unit A Indoor unit A

Indoor unit B

Indoor unit Indoor unit OA processing Indoor unit Indoor unit Outdoor A B unit E C D unit B Indoor unit C

Indoor unit D

Tenant 1 Tenant 2 OA processing unit E

Explanation of wiring Electricity Electricity Outdoor unit power line meter for meter for Indoor unit power line outdoor unit indoor unit M-NET

,QWKLVFDVHWKHHOHFWULFHQHUJ\LQWKH2$SURFHVVLQJXQLWFDQEHDOORFDWHGWRWKHWHQDQWVRQWKHVDPHHOHFWULFLW\PHWHU V\VWHPE\VHWWLQJWKH2$SURFHVVLQJXQLW LQWHUORFNHGZLWK&LW\0XOWL DVVKRZQEHORZ ● %\WKHUHIULJHUDQWV\VWHPVHWWLQJIXQFWLRQRIWKH,QLWLDO6HWWLQJ7RROGLVFRQQHFWWKH2$SURFHVVLQJXQLW(VRWKDWWKHRXWGRRU unit consumed electricity and standby electricity are not apportioned to the OA processing unit E. ,QWKHDFWXDOHQYLURQPHQWWKHUHIULJHUDQWV\VWHPLVFRQQHFWHGDVVKRZQDERYH The settings for this case are shown below. 2XWGRRUXQLW$,QGRRUXQLW$LQGRRUXQLW% 2XWGRRUXQLW%,QGRRUXQLW&LQGRRUXQLW'

● %\WKHPHWHUVHWWLQJIXQFWLRQRIWKH,QLWLDO6HWWLQJ7RROGLVFRQQHFWWKH2$SURFHVVLQJXQLW(IURPWKHLQGRRUXQLWPHWHUVR that the indoor unit consumed electricity and standby electricity are not apportioned to the OA processing unit E. ,QWKHDFWXDOHQYLURQPHQWWKHHOHFWULFHQHUJ\LVPHDVXUHGDVVKRZQDERYH The settings for this case are shown below. (OHFWULFLW\PHWHUIRURXWGRRUXQLW2XWGRRUXQLW$RXWGRRUXQLW% (OHFWULFLW\PHWHUIRULQGRRUXQLW,QGRRUXQLW$LQGRRUXQLW%LQGRRUXQLW&LQGRRUXQLW'

● 8QUHJLVWHUWKH2$SURFHVVLQJXQLW(IURPWKHHQHUJ\PDQDJHPHQWEORFN The settings for this case are shown below. (QHUJ\PDQDJHPHQWEORFN WHQDQW ,QGRRUXQLW$LQGRRUXQLW% (QHUJ\PDQDJHPHQWEORFN WHQDQW ,QGRRUXQLW&LQGRRUXQLW'

:KHQWKHFRQGLWLRQVDUHVHWDVVKRZQDERYHWKHHOHFWULFHQHUJ\IRUWKH¿YHXQLWVWKHLQGRRUXQLWV$WR'DQG2$SURFHVVLQJ XQLW(DUHDSSRUWLRQHGWRWKHLQGRRUXQLWV$WR'DQGWKHHOHFWULFHQHUJ\IRUWKH2$SURFHVVLQJXQLW(LVDSSRUWLRQHG according to the use ratio of the indoor units A to D.

Electric energy for indoor unit A + electric energy for Apportionment OA processing unit E apportioned by ratio of indoor unit A Energy management calculation Indoor unit A block 1 Electric energy for indoor unit B + electric energy for (Tenant 1) OA processing unit E apportioned by ratio of indoor unit B Indoor unit B Electric energy Electric energy for indoor unit C + electric energy for for 5 units OA processing unit E apportioned by ratio of indoor unit C Energy management Indoor unit C block 2 Electric energy for indoor unit D + electric energy for (Tenant 2) Indoor unit D OA processing unit E apportioned by ratio of indoor unit D

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Outdoor unit A Indoor unit A

Indoor unit B

Outdoor unit B Indoor unit C Indoor unit Indoor unit OA processing Indoor unit Indoor unit OA processing A B unit E C D unit F

Indoor unit D

OA processing unit E Tenant 1 Tenant 2

OA processing unit F

Explanation of wiring Electricity Electricity Outdoor unit power line meter for meter for Indoor unit power line outdoor unit indoor unit M-NET

,QWKLVFDVHWKHHOHFWULFHQHUJ\IRUWKH2$SURFHVVLQJXQLWVFDQEHLQFOXGHGLQWKHFKDUJHVWRWKHWHQDQWVE\VHWWLQJWKH2$ SURFHVVLQJXQLWV LQWHUORFNHGZLWK&LW\0XOWL DVVKRZQEHORZ ● Set the OA processing units E and F by the refrigerant system setting function of the Initial Setting Tool. The settings for this case are shown below. 2XWGRRUXQLW$,QGRRUXQLW$LQGRRUXQLW% 2XWGRRUXQLW%,QGRRUXQLW&LQGRRUXQLW'2$SURFHVVLQJXQLW(DQG2$SURFHVVLQJXQLW)

● Set the OA processing units E and F for the indoor unit meter by the meter setting function of the Initial Setting Tool. The settings for this case are shown below. (OHFWULFLW\PHWHUIRURXWGRRUXQLW2XWGRRUXQLW$RXWGRRUXQLW% (OHFWULFLW\PHWHUIRULQGRRUXQLW,QGRRUXQLW$LQGRRUXQLW%LQGRRUXQLW&LQGRRUXQLW'2$SURFHVVLQJXQLW(2$ processing unit F

● 5HJLVWHUWKH2$SURFHVVLQJXQLWVLQWKHHQHUJ\PDQDJHPHQWEORFNV The settings for this case are shown below. (QHUJ\PDQDJHPHQWEORFN WHQDQW ,QGRRUXQLW$LQGRRUXQLW%2$SURFHVVLQJXQLW( (QHUJ\PDQDJHPHQWEORFN WHQDQW ,QGRRUXQLW&LQGRRUXQLW'2$SURFHVVLQJXQLW)

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Apportionment Electric energy for indoor unit A calculation Indoor unit A Energy management Electric energy for indoor unit B block 1 Indoor unit B (Tenant 1)

Electric energy for OA processing unit E Electric OA processing unit E energy for 6 units Electric energy for indoor unit C Indoor unit C Energy management Electric energy for indoor unit D block 2 Indoor unit D (Tenant 2) Electric energy for OA processing unit F OA processing unit F

328 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ <7> In the case of meter pulse count (direct reading) 2XWOLQHRIDSSRUWLRQPHQW Apportionment calculation is not performed. 6\VWHPVVXFKDV06HULHV 5$& WKDWGLUHFWO\UHDGHOHFWULFHQHUJ\XVHGLUHFWO\WKHHOHFWULFHQHUJ\GDWDFROOHFWHGE\WKH meters.

Explanatory notes Direct reading 3 2 Indoor unit power line kWh meter kWh Directly read electric energy

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Explanatory notes Direct 3 2 Indoor unit power line reading kWh kWh meter Directly read electric energy

Tenant 1 Tenant 2 $($((:3,FRQWUROOHUDQGSXOVHGHWHFWRUDUHRPLWWHG

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329 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ <8> In the case of electric energy manual input (without meters) method ,QWKHFDVHRIWKHHOHFWULFHQHUJ\PDQXDOLQSXWPHWKRGWKHHOHFWULFHQHUJ\LVFDOFXODWHGE\XVLQJWKHPHWHUUHDGLQJVZLWKRXW the use of PI controller.

2XWOLQHRIDSSRUWLRQPHQWSDUDPHWHUV The electric energy manual input method is used to calculate the apportionment parameters that indicate the power consumption by AE-200 instead of apportioning electric energy. The apportionment parameters calculated by AE-200 will be used for calculation of the charge rate to the total of all energy PDQDJHPHQWEORFNVE\WKH&KDUJH&DOFXODWLRQ7RRO

Outdoor Indoor unit Explanatory notes A1 unit A M-NET

Outdoor unit apportionment parameter Indoor unit Indoor unit apportionment parameter A2

Outdoor Indoor unit unit B B1

Indoor unit B2 $(DQG$((:DUHRPLWWHG

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Capacity save amount (operating ability)

The consumed electricity is 50% 100% integrated according to the Operation information operating capacity. on outdoor unit Example: For 1 min at 50% 0.5

Thermo ON time (time during which refrigerant is being fed)

Thermo ON! The thermo ON time is integrated.

Fan operation time (operating time) The time during which the ON! indoor unit is running is integrated.

* Time during which it is operating regardless of thermo ON/OFF

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The method for calculating the outdoor unit apportionment parameter for each indoor unit is explained below. The calculation is performed for each indoor unit every 30 minutes.

Outdoor unit A Indoor unit A1

Method for calculating outdoor unit apportionment Indoor unit A2 parameter for indoor unit A1

Indoor unit A1 Indoor unit A1 Outdoor unit B Indoor unit B1 Cooling capacity 4.5 kW Outdoor unit = Indoor unit B2 apportionment × parameter Base data for apportionment 0.5 hours

Explanation of wiring M-NET

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Fan operation time (operating time)

Operation ON! Time during which the fan is information running on indoor unit * Time during which it is operating regardless of thermo ON/OFF

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The method for calculating the indoor unit apportionment parameter for each indoor unit is explained below. The calculation is performed for each indoor unit every 30 minutes.

Outdoor unit A Indoor unit A1 Method for calculating indoor unit apportionment parameter for indoor unit A1

Indoor unit A2 Indoor unit A1 Indoor unit A1 Electricity consumed Outdoor unit B by fan Indoor unit B1 = 0.08 kW Indoor unit apportionment × parameter Fan Indoor unit B2 operation time 0.5 hours

Explanation of wiring M-NET

332 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ [4] Charge calculation The methods for calculating the charges with the Charge Calculation Tool based on the results of apportionment calculation are explained.

<1> Electric energy measurement (with meters) method ,QWKHFDVHRIWKHHOHFWULFHQHUJ\PHDVXUHPHQW ZLWKPHWHUV PHWKRGWKHFKDUJHIRUHDFKHQHUJ\PDQDJHPHQWEORFNLV calculated based on the apportioned electric energy to each unit output from AE-200.

(AE-200 No.3) (AE-200 No.2) Explanatory notes Apportionment calculation results CSV file (AE-200 No.1) Electricity consumed by outdoor unit Charge unit price 1 Charge unit price 5 Standby electricity of outdoor unit Electric energy Electric energy Electricity consumed by indoor unit Unit 1 10/1 Standby electricity of indoor unit

Unit 1 10/2 Total charge for each energy management block in designated period Unit 1 10/31 Unit 50 10/31

Charge unit price 1 Charge unit price 5 Electric energy Electric energy

Energy management kWh kWh The charge for each of outdoor unit consumed block 1 electricity and standby electricity and indoor unit consumed electricity and standby electricity is From Oct. 1 calculated with each unit price by rounding off to to Oct. 31 one decimal place.

Charge unit price number Charge unit price 1 0.2 EUR/kWh 2 0.15 EUR/kWh 3 0 EUR/kWh 4 0 EUR/kWh 5 0 EURkWh Charge Calculation Tool Charge unit price 1 Charge unit price 5 Charge unit price setting The charge for each of outdoor unit consumed electricity and standby electricity and indoor Energy unit consumed electricity and standby electricity management kWKĺ(85 kWKĺ(85 is calculated with each unit price. block 1 Charge = electric energy × unit price From Oct. 1 to Oct. 31 * The charge for each of outdoor unit consumed electricity and standby electricity and indoor unit consumed electricity and standby electricity calculated with each unit price is rounded off to the number of decimal places specified on the currency setting screen.

When the standby electricity is included in Charge unit price 1 Charge unit price 5 charge: Totalize the following four charges calculated Energy with all unit prices. EUR EUR management Charge for outdoor unit consumed electricity ... Charge for outdoor unit standby electricity block 1 + + Amount billed Charge for indoor unit consumed electricity Charge for indoor unit standby electricity From Oct. 1 to Oct. 31 When the standby electricity is not included in charge: Totalize the following two charges calculated with all unit prices. Charge for outdoor unit consumed electricity Charge for indoor unit consumed electricity

333 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ <2> Electric energy manual input (without meters) method ,QWKHFDVHRIWKHHOHFWULFHQHUJ\PDQXDOLQSXW ZLWKRXWPHWHUV PHWKRGWKHFKDUJHUDWHVRIRXWGRRUXQLWVDQGLQGRRUXQLWVLQ HDFKHQHUJ\PDQDJHPHQWEORFNDUHFDOFXODWHGEDVHGRQWKHLUDSSRUWLRQPHQWSDUDPHWHUVRXWSXWIURP$( 7KHWRWDOUDWHIRUDOOVHWVRI$(FDOFXODWHGE\WKH&KDUJH&DOFXODWLRQ7RROLV The charge to each tenant can be determined by multiplying the total energy charge by the charge rate.

(AE-200 No.3) (AE-200 No.2) Apportionment calculation results CSV file (AE-200 No.1) Explanatory notes Outdoor unit Charge unit price 1 Charge unit price 5 apportionment parameter Apportionment parameter Apportionment parameter Indoor unit Unit 1 apportionment parameter 10/1

Total charge for each energy Unit 1 10/2 management block in designated period Unit 1 10/31 Unit 50 10/3150 10/3 1

Charge unit price 1 Charge unit price 5 Apportionment parameter Apportionment parameter

Energy management Each outdoor unit apportionment block 1 parameter/indoor unit apportionment parameter for each unit price is rounded off to From Oct. 1 one decimal place. to Oct. 31

Charge unit price number Charge unit price 1 0.2 EUR/kWh 2 0.15 EUR/kWh 3 0 EUR/kWh 4 0 EUR/kWh 5 0 EUR/kWh Charge Calculation Tool Charge unit price setting

Charge unit price 1 Charge unit price 5 The charge parameter (obtained by multiplying Apportionment parameter Apportionment parameter the apportionment parameter by the charge unit price) for each of outdoor units and indoor units Energy Charge parameter is calculated. management for outdoor units block 1 Charge parameter = (apportionment parameter for charge unit price 1 × charge unit price 1) + From Oct. 1 Charge parameter (apportionment parameter for charge unit price to Oct. 31 for indoor units 2 × charge unit price 2) + … (apportionment parameter for charge unit price 5 × charge unit price 5)

The charge rate for each of outdoor units Charge rate for and indoor units is calculated. Energy outdoor units Charge rate for outdoor units = Charge parameter management for outdoor units Charge parameter for outdoor units in relevant block block 1 Sum of charge parameters for outdoor units in all blocks Charge rate for From Oct. 1 Charge parameter Charge rate for indoor units = to Oct. 31 for indoor units indoor units Charge parameter for indoor units in relevant block Sum of charge parameters for indoor units in all blocks

334 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ [5] Screen display and output <1> AE-200 LCD 7KHUHVXOWVRIPRQWKO\DSSRUWLRQPHQWFDOFXODWLRQFDQEHFKHFNHGRQWKH/&'VFUHHQRI$(7KHUHVXOWVRIDSSRUWLRQPHQW FDOFXODWLRQFDQEHRXWSXWWRD&69¿OHIURPWKLVVFUHHQ 7KHGDWDIRUSDVWPRQWKVIURPWKHSUHYLRXVPRQWKFDQEHGLVSOD\HG

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● Example of display of data on meters The value measured by each meter in each month is output.

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Kind Period of data which can be output 1-month intervals )RUPRQWKVEHIRUHFXUUHQWPRQWK 1-day intervals For 62 days before current day 30-minute intervals For past 3 days from current day

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● Example of display of data on meters The values measured by each meter are output.

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Remarks ● Out-of-date data will be automatically deleted. It is recommended to periodically output the data to a &69¿OHDQGVDYHWKH¿OH ● ,WLVUHFRPPHQGHGWRSHULRGLFDOO\RXWSXWWKHGDWDWRD&69¿OHDQGVDYHWKH¿OHLQFDVH$(JRHV down. ● 'RQRWUHPRYHWKH86%PHPRU\ZKLOHWKHGDWDLVEHLQJZULWWHQWRLW ● 8VHD86%PHPRU\GHYLFHWKDWPHHWVWKHIROORZLQJFRQGLWLRQV ● SupporWV86% ● )RUPDWWHGZLWK)$7RU)$7 )$7 ● Security function is not provided or not required to be set. ● ,IWKHGDWDFDQQRWEHRXWSXWWRWKH86%PHPRU\GHYLFHDIWHUDZULWLQJHUURURFFXUVDQGWKHGHYLFHLV UHSODFHGUHERRWWKH$($( WXUQRIIWKHSRZHUDQGUHVWDUW 'RQRWXVHWKH86%PHPRU\GHYLFH that has experienced writing error once. ● The data in the addresses of unconnected devices are not output.

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● Example of display of data on meters The measurement and charge determined by each meter are displayed.

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348 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ <5> Printing from Charge Calculation Tool The results of calculation of electric energy and charges obtained by the Charge Calculation Tool can be printed.

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● Example of output of data on meters The measurement and charge obtained by each meter are output.

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351 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ [6] Charging system 7RGHWHUPLQHWKHFKDUJHVRQWKLVV\VWHPKRXUVIURPWRRQHDFKGD\RIZHHNFDQEHGLYLGHGLQWRFKDUJLQJ WLPHVORWVDQGRQHRIXQLWSULFHVFDQEHDOORFDWHGWRHDFKVORWDVVKRZQEHORZ $SSRUWLRQPHQWLVSHUIRUPHGIRUHDFKXQLW SULFH

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352 >$SSRUWLRQHG(OHFWULFLW\%LOOLQJ)XQFWLRQ @ [7] Cautions when using apportioned electricity billing function

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<2> Calculation of air conditioning charge ● 7KHDLUFRQGLWLRQLQJFKDUJHLVFDOFXODWHGE\RXUXQLTXHDLUFRQGLWLRQLQJFKDUJHFDOFXODWLRQV\VWHPWKHFRQVXPHGHOHFWULF HQHUJ\LVDSSRUWLRQHGE\XVLQJWKHELOOLQJSDUDPHWHUGDWDEDVHGRQWKHRSHUDWLRQFRQGLWLRQVRIDLUFRQGLWLRQHUV7KHUHIRUH the results differ from those obtained by electricity meters installed at the power supply points of air conditioners. :KHQWKHHOHFWULFHQHUJ\FRQVXPHGE\VRPHRXWGRRUXQLWVLVDSSRUWLRQHGE\RQHHOHFWULFLW\PHWHUWKHXQLWVDUHFRQVLGHUHG WREHRQHODUJHRXWGRRUXQLWDQGWKHFKDUJHLVFDOFXODWHG7KHUHIRUHWKHHQHUJ\VDYLQJFDSDELOLW\RIHDFKRXWGRRUXQLW FDQQRWEHWDNHQLQWRFRQVLGHUDWLRQ 7RWDNHWKHHQHUJ\VDYLQJFDSDELOLWLHVRIWKHRXWGRRUXQLWVLQWRFRQVLGHUDWLRQLWLVUHFRPPHQGHGWRLQVWDOODQHOHFWULFLW\ meter for each outdoor unit. ● :KHQDV\VWHPWURXEOHRFFXUVWDNHDSSURSULDWHPHDVXUHVHJH[HFXWLRQRIDSSRUWLRQPHQWFDOFXODWLRQRQWKHIROORZLQJ day or discontinuation of apportionment calculation. ● 6LQFHWKHDLUFRQGLWLRQLQJFKDUJHLVFDOFXODWHGIRUHDFKHQHUJ\PDQDJHPHQWEORFNWKHHOHFWULFHQHUJ\FRQVXPHGE\LQGRRU XQLWVQRWUHJLVWHUHGLQWKHHQHUJ\PDQDJHPHQWEORFNZLOOQRWEHUHÀHFWHGLQWKHFKDUJH ● 6LQFHWKHDLUFRQGLWLRQLQJFKDUJHLVURXQGHGGRZQWRWKHLQGLFDWHGGLJLWDQHUURUZLOORFFXUEHWZHHQWKHFKDUJHREWDLQHG E\WKHPHWHUVDQGWKHWRWDOFKDUJHIRUWKHEORFN

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No. 4XHVWLRQ Answer Is it necessary to register the license on each 5HJLVWHUWKHOLFHQVHRQHDFKVHWRI$($( 1 VHWRI$(" 7KHOLFHQVHVIRU$( WR FDQEHUHJLVWHUHGRQWKHPDLQXQLWVFUHHQRI$( 7KHEDFNOLJKWZLOOJRRXWZKHQPLQXWHVKDYHSDVVHGZLWKRXWLQSXWRIDQ\RSHUDWLRQ :KHQZLOOWKHEDFNOLJKWRIWKHPDLQXQLW/&' 2 +RZHYHUWKHEDFNOLJKWZLOOEHNHSWRQZKLOHDQHUURULVSHQGLQJ JRRXW"&DQLWEHNHSWRQFRQVWDQWO\" ,WFDQQRWEHNHSWRQFRQVWDQWO\ &DQHUURUFRGHVWREHQRWL¿HGWKURXJKHPDLO 3 (UURUFRGHVWREHQRWL¿HGFDQEHVHOHFWHGE\WKHHUURUFRGHQRWL¿FDWLRQVHWWLQJ EHVHOHFWHG" &DQWKH.WUDQVPLVVLRQFRQYHUWHU .$ EH 4 7KH.WUDQVPLVVLRQFRQYHUWHU .$ LVQRWFRPSDWLEOH UHJLVWHUHGLQDJURXS" ● 8VH86%PHPRULHVIRUPDWWHGZLWK)$7RU)$7 ● 8VHWKRVHFRPSDWLEOHZLWK86% ● Use those without security function or which can be used without security function. 7KHRSHUDWLRQVRIWKHIROORZLQJPRGHOVKDYHEHHQFRQ¿UPHG $UHWKHUHUHFRPPHQGHG86%PHPRULHV" 0DQXIDFWXUHU7UDQVFHQG 0RGHO76*-) *%\WHV 0DQXIDFWXUHU7UDQVFHQG 0RGHO76*-) *%\WHV 0DQXIDFWXUHU7UDQVFHQG 0RGHO76*-) *%\WHV 0DQXIDFWXUHU6RQ\ 0RGHO860*8% *%\WHV 0DQXIDFWXUHU6RQ\ 0RGHO860*5% *%\WHV 0DQXIDFWXUHULPDWLRQ 0RGHO1DQRI *%\WHV 7KH\FDQEHORFNHGRQWKHORJLQVFUHHQE\VHOHFWLQJ,QLWLDOVHWWLQJVFUHHQ±8QLW LQIRUPDWLRQVFUHHQDQGHQDEOLQJWKHVFUHHQORFNIXQFWLRQ &DQ$($(EHORFNHGWRDYRLG 6 :KHQWKHVFUHHQORFNIXQFWLRQLVHQDEOHGWKH\ZLOOEHDXWRPDWLFDOO\ORFNHGLIWKH\DUH DFFLGHQWDORSHUDWLRQ" QRWRSHUDWHGIRUDFHUWDLQSHULRG PLQXWHV +RZHYHUZKHQDQHUURURFFXUVWKHVFUHHQVZLOOQRWEHDXWRPDWLFDOO\ORFNHG +RZPDQ\LFRQVFDQEHDUUDQJHGRQRQH 2QHDUHDRQDÀRRUFDQFRQWDLQJURXSV LFRQV 7 ÀRRU" :KHQDÀRRULVGLYLGHGLQWRDUHDVXSWRJURXSVFDQEHDUUDQJHGRQWKHÀRRU 3ULRULW\ZLOOEHJLYHQWRWKHVFKHGXOHRIZHHNDQGWKHVFKHGXOHZLOOEHH[HFXWHG ,IVRPHRIWKHVFKHGXOHVIRUWKH¿UVWWR¿IWK 7KHRUGHURISULRULW\LVVKRZQEHORZ KLJKHUSULRULW\IRUWKHOHIW 8 ZHHNVDUHVHWRQWKHVDPHGD\ZKLFK Schedule on current day > Annual schedule > VFKHGXOHZLOOEHH[HFXWHG" ZHHN!ZHHN!ZHHN!ZHHN!ZHHN It is necessary to register it in a group. Is it necessary to register the ME remote 9 7KH0(UHPRWHFRQWUROOHUDQGV\VWHPUHPRWHFRQWUROOHUPXVWEHUHJLVWHUHGLQD FRQWUROOHU" JURXS+RZHYHULWLVXQQHFHVVDU\WRUHJLVWHUWKH0$UHPRWHFRQWUROOHULQDJURXS ,WLVSRVVLEOHWRVHOHFWRQHRI³'LVSOD\´³1RQGLVSOD\´DQG³'LVSOD\RQO\GXULQJ operation”. Can the display or non-display of the indoor 10 :KHQ³'LVSOD\´LVVHOHFWHGWKHLQGRRU VXFWLRQ WHPSHUDWXUHZLOOEHGLVSOD\HG VXFWLRQ WHPSHUDWXUHEHVHOHFWHG" FRQVWDQWO\:KHQ³'LVSOD\RQO\GXULQJRSHUDWLRQ´LVVHOHFWHGLWZLOOEHGLVSOD\HGRQ the upper right of the group icon only during operation. No. Can the plan view of TG-2000A be used as 11 6LQFHWKHSODQYLHZRI$($(GLIIHUVLQVL]HDQGIRUPDWIURPWKDWRI7*$ WKHSODQYLHZRI$($(" prepare the plan views separately. :KDWPHDVXUHVVKRXOGEHWDNHQZKHQZH ,QIRUPWKHDJHQF\RUGLVWULEXWRURIWKHVHULDOQXPEHURI$($( 12 IRUJHWWKHDGPLQLVWUDWRUORJLQSDVVZRUG"

355 >4 $ @

No. 4XHVWLRQ Answer When four indoor units are controlled by one 0(UHPRWHFRQWUROOHUFDQWKHLFRQVRIWKH 1R7RSODFHWKHLFRQVLQGLYLGXDOO\LWLVQHFHVVDU\WRGLYLGHWKHJURXSIRUHDFKXQLW 23 LQGLYLGXDOIRXUXQLWVEHSODFHGLQWKHÀRRU +RZHYHUWKH0(UHPRWHFRQWUROOHUFDQFRQWURORQO\RQHJURXSDQGWKHUHPDLQLQJ OD\RXWRI$($(QRWE\JURXSEXWE\ three indoor units cannot be controlled. XQLW" ,I$($(JRHVGRZQDIWHUWKHVHWWLQJ for prohibiting operation of remote controller 7KHSURKLELWLRQZLOOEHFDQFHOHGDSSUR[PLQXWHVDIWHUFRPPXQLFDWLRQIURP 24 LVSHUIRUPHGIURP$($(FDQWKH $($(LVLQWHUUXSWHG prohibition of operation of remote controller EHFDQFHOHG" They will stop. +RZZLOOWKHDLUFRQGLWLRQHUVRSHUDWHLISRZHU +RZHYHUWKH\FDQEHRSHUDWHGFRQWLQXRXVO\LIWKHUHPRWHFRQWUROOHURUV\VWHP LVGLVFRQQHFWHGIURP$($(RZLQJWR controller is available. SRZHUIDLOXUH" ,IQRWWKH\ZLOOVWRSDIWHUPLQXWHVRUOHVV Yes. Set the conditions in accordance with the following procedure. 6HOHFW>)XQFWLRQVHWWLQJ@±>3HDNFXWVHWWLQJ@±>6\VWHPVHWWLQJ@RQWKH:HE &DQWKHSHDNFXWFRQWUROEHSHUIRUPHGRQWKH EURZVHUIRULQLWLDOVHWWLQJRI$(DQGVHOHFW>2WKHU$(@ 26 $(V\VWHPE\FRQQHFWLQJDGHPDQG 7KH,3DGGUHVVLQSXW¿HOGZLOOEHGLVSOD\HG,QSXWWKH,3DGGUHVVRI$(WR FRQWUROOHUWRWKHH[WHUQDOLQSXWRI$(" which the external input is connected. 1RWH7KHSHDNFXWFRQWURORI$($(IRUZKLFK>2WKHU$(@KDVEHHQVHOHFWHG will be started with a delay of up to 1 minute. ,I$($(JRHVGRZQGXULQJ emergency stop caused by the external input 27 The emergency stop will be canceled after 30 minutes or less. RI$($(FDQWKHHPHUJHQF\VWRS EHFDQFHOHG" The length varies depending on the optical media converter. 28 ,VWKHRSWLFDOFDEOHOHQJWKOLPLWHG" )RUPRUHLQIRUPDWLRQVHHWKHLQVWUXFWLRQPDQXDOIRUWKHRSWLFDOPHGLDFRQYHUWHUWREH used. &DQ$($(EHFRQQHFWHGZLWK 29

4. About energy management

No. 4XHVWLRQ Answer 7KHGDWDFDQQRWEHRXWSXWIURPWKH/&'&OLFN'RZQORDGRQWKHHQHUJ\XVHVWDWXV Can the energy management data be output 1 VFUHHQRIWKHDGPLQLVWUDWRU:HEEURZVHURUFOLFN&69¿OHRXWSXWRQWKH&69RXWSXW IURPWKHPDLQXQLWVFUHHQ" screen. &DQWKHHOHFWULFHQHUJ\IURPWKH3/& HOHFWULFThe electric energy cannot be displayed by the energy management function even if 2 HQHUJ\FRXQWLQJVRIWZDUH EHGLVSOD\HGE\ WKH3/& HOHFWULFHQHUJ\FRXQWLQJVRIWZDUH LVFRQQHFWHG WKHHQHUJ\PDQDJHPHQWIXQFWLRQ" 7RXVHWKHHQHUJ\PDQDJHPHQWIXQFWLRQXVHWKH3,FRQWUROOHU Can the energy management graphs be 1R+RZHYHUWKH&69GDWDFDQEHRXWSXWIURPWKH:HEEURZVHUDQGWKH&69GDWD 3 SULQWHG" can be processed on Excel and displayed and printed in graphs. Why are graphs not displayed even if the The initial setting on the Web browser must be done. 4 HQHUJ\XVHVWDWXVDQGUDQNLQJFRQGLWLRQVDUH )RUGHWDLOVVHH>@³,QLWLDO6HWWLQJRI(QHUJ\0DQDJHPHQW)XQFWLRQ´ VHW" When the apportionment mode is changed IURPWKHFDSDFLW\VDYHDPRXQWPRGHWRWKH The electric energy will be calculated in the apportionment mode which is active at WKHUPR21WLPHPRGH RQLQZKLFK WKHWLPHRIDSSRUWLRQPHQWFDOFXODWLRQ PLQRUPLQ 7KHUHIRUHWKDWIURPWR apportionment mode is the electric energy 13:30 will be calculated in the thermo ON time mode. IURPWRFDOFXODWHG" :KHQDQDLUFRQGLWLRQHULVDGGHGRQ The electric energy will be apportioned to the air conditioner at next 1 minute after it 6 when will the air conditioner be subject to LVUHJLVWHUHGLQDJURXSDQGDEORFN DVQHHGHG DQGWKHVHWWLQJVWDWHGLQ>@³,QLWLDO DSSRUWLRQPHQW" Setting of Energy Management Function” is completed.

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No. 4XHVWLRQ Answer &DQWKHHQHUJ\IRURWKHUPDQXIDFWXUHUV¶DLU 1R7KHHQHUJ\VDYLQJFRQWUROSHUIRUPHGE\WKH$($(V\VWHPFDQFRYHU 1 FRQGLWLRQHUVDQGOLJKWVEHVDYHG" RQO\0LWVXELVKL¶VDLUFRQGLWLRQHUV SURGXFWVSURYLGHGZLWK01(7 :KDWLVWKHHQHUJ\VDYLQJSHDNFXWFRQWURO 7KHFRQWURORILQGRRUXQLWVLVSHUIRUPHGE\JURXSLQWKHRSHUDWLRQEORFN 2 XQLW" The control of outdoor units is performed by outdoor unit. Can the power consumption be reduced to 7KHPD[LPXPIUHTXHQF\RIFRPSUHVVRUZLOOEHVDYHGWR 3 ZKHQWKHFDSDFLW\VDYHDPRXQWRI 7KHHOHFWULFHQHUJ\ZLOOQRWEHUHGXFHGWR RXWGRRUXQLWLVUHGXFHGWR" Is the outdoor unit capacity saving function It is not applicable to room air conditioners. 4 DSSOLFDEOHWRDOORIURRPDLUFRQGLWLRQHUV0U It is applicable to the inverter outdoor units of CITY MULTI and Mr. Slim. 6OLPDQG0XOWLDLUFRQGLWLRQHUV" It is not applicable to City Multi S. Can only the energy-saving control be ,I(QHUJ\0DQDJHPHQW/LFHQVH3DFNKDVEHHQUHJLVWHUHGWKHFRQWUROFDQEH performed when the PI controller is not performed. FRQQHFWHG"

356 Warning ŶDo not use refrigerant other than the type indicated in the manuals provided with the unit and on the nameplate. - Doing so may cause the unit or pipes to burst, or result in explosion or fire during use, during repair, or at the time of disposal of the unit. - It may also be in violation of applicable laws. - MITSUBISHI ELECTRIC CORPORATION cannot be held responsible for malfunctions or accidents resulting from the use of the wrong type of refrigerant. ŶOur air-conditioning equipments and heat pumps contain a fluorinated greenhouse gas, R410A.

New publication effective Mar. 2017 MEES16K115 Specifications subject to change without notice