LST - RSIR Hermetic Compressors R134a • 220V - 240V PL g TL-TLES-TLS-NL-NLE SC g LBP/MBP Programme b b b 8224 8217 8221 Electronic Unit (Variable Speed) Application range a1 a1 a1 The variable speed compressor motors are electronically controlled. No attempt must be made Refrigerated vending machines to start the compressor without a complete electronic unit, as specified in the data sheet for the Refrigerated display counters d d d compressor type in question. The electronic unit has a built-in overload protection as well as thermal Water coolers protection. In case of activation of this protection the electronic unit will protect the compressor Refrigerators a1 Main winding a1 Start winding Main winding a1 Start winding Main winding Start winding motor as well as itself. When the protection has been activated, the electronic unit automatically will Ice makers N N N restart the compressor after a certain time. The electronic unit provides the compressor with High Freezers Starting Torque (HST) which means that a pressure-equalization of the system before start is not necessary. The compressors are equipped with permanent magnet rotors (PM motor) and 3 identical stator N L N L N L C C C Danfoss Compressors windings. The electronic unit is mounted directly on the compressor and controls the PM motor. Run Capacitor Holder Protection Screen for PTC Winding protector Winding protector Winding protector A run capacitor holder is available for the „Energy- Note: To fulfil the requirements optimized“ and „High Energy-optimized“ compressor of EN 60355-2-34 the protection HST - CSIR range. This optional part enables to fix the run screen 103N0476 must be applied PL TL-TLS-NL SC capacitor for 220V directly and earth-connected on c c to the PTC starting device. c the compressor shell, concentrating all electrical acce- ssories on the compressor. This will save space in the machine compartment. b Code numbers: b b 8222 8219 run capacitor holder 117-0300 8225 7363 a2 screw M4 x 8 PZD 2 117-0301 a2 a2 8435 d d d Model Designation c c c 10 11 Compressor Optimization Compressor Application Start Generation 11 10 10 11 design level size range characteristics 12 13 12 13 12 13 14 14 14 PL Blank Start winding Main winding Standard energy level Blank ➞ Blank ➞ Main winding Start winding Main winding Winding protector Winding protector Start winding Winding protector Nominal displacement F universal first generation S Semi-direct intake in cm3 R134a (principal rule) LST - RSCR Variable Speed Drive LBP/(MBP) TF, TL PLE TLES-TLS-TLY-TLX-NLE-NLY TLV E Energy-optimized K = LST .2 ➞ Screw 3.5x12 mm (optimized motor) Exception: characteristics second e e Mounting Compressor g recesses For PL FT (capillary tube) generation Y,X High Energy- compressors the R134a NF, NL LBP tropical optimized capacity at rating X = HST .3 ➞ b b (high optimization level) point is stated. characteristics third 8216 8223-2 Electronic unit (expansion valve) generation a1 V Variable Speed a1 Earth connection SC etc. d d e 8385-4 e Screw 3.5x25 mm Cord relief Screw 3.5x12 mm Main winding a1 Main winding N S N S a1 Examples Start winding Start winding Cover TL ES 5.2 F K .3 Connector N L C N L Power supply NL Y 9 F K C Fan M connect. Thermostat L connect. SC 21 FT X N N C C Light L N connect. Winding protector Winding protector R+ R- f Signal input R134a • LBP/MBP Programme Starting device LST and HST Legend 220-240 V • 50 Hz & 60 Hz LST is used with capillary tube control and pressure equalizing. (Pressure equalizing a1: PTC starting device Danfoss Compressors GmbH may exceed 10 minutes). The PTC starting device requires 5 minutes cooling before a2: Starting relay Mads-Clausen-Strasse 7 each start. b: Cover D-24939 Flensburg Note: To fulfil the requirements of EN 60355-2-34 the protection screen 103N0476 c: Starting capacitor Phone: +49 (0461) 4941-0 must be applied to the PTC starting device. d: Cord relief www.danfoss.com/compressors HST consisting of relay and starting capacitor, is used for expansion valve control or e: Run capacitor for capillary tube control without pressure equalizing. g: Protection screen for PTC REFRIGERATION AND AIR CONDITIONING Quick reference CB.40.I3.02 (Produced by Danfoss Compressors/DEHC 6093, 02.2004) Compressor Code numbers EN 12900 (CECOMAF) EN 12900 (CECOMAF) at ASHRAE subcooled at Displace- Recommended Voltage Electrical Equipment Compressor Dimensions TL PL Comp- Comp- Capacity [W] LBP rating point -25°C / 55°C LBP rating point -23.3°C /54.4°C ment compressor cooling and LST (RSIR) LST (RSCR) Run capacitor 4 µF HST (CSIR), LST (RSIR) 3) LST/HST Height Connectors ø16 Applications pressor pressor Cooling COP COP Cooling COP without COP with at ambient frequen- PTC device w/o run PTC device with run 1) optional Starting Starting Cord Cover [mm] location/I.D. [mm] LBP: Low Back Pressure with capacity without with Capacity run capacitor run capacitor temperature cies capacitor connector capacitor connector 2) compulsory relay capacitor relief Suc- Pro- Dis- Oil HBP: High Back Pressure Level oil cooling Evaporating temperature [°C] RC RC 32°C 38°C 43°C spades spades spades spades tion cess charge cooler 70 MBP: Medium Back Pressure 70 Application -35 -30 -20 -15 -10 -5 0 [W] [W/W] [W/W] [W] [kcal/h] [W/W] [kcal/Wh] [W/W] [kcal/Wh] [cm3] LBP LBP LBP 6.3 mm 4.8 mm 6.3 mm 4.8 mm 6.3 mm 4.8 mm 6.3 mm 6.3 mm A B C D E F ø16 Motor types PL20F 101G0100 25 37 50 65 83 16 0.38 23 20 0.54 0.47 1.41 S S 1 103N0011 103N0018 103N1010 103N0491 PL20F 129 127 6.2 6.2 5.0 170 MBP RSIR: Resistant Start Induction Run PL35F 101G0202 45 60 79 101 125 32 0.64 44 38 0.85 0.73 2.00 S S 1 103N0011 103N0018 103N1010 103N0491 PL35F 134 132 6.2 6.2 5.0 D C RSCR: Resistant Start Capacitor Run C 170 D E LBP PL50F 101G0220 14 26 56 74 95 40 0.67 56 48 0.89 0.77 2.50 S S 1 103N0011 103N0018 103N1010 103N0491 PL50F 137 135 6.2 6.2 5.0 or or CSIR: Capacitor Start Induction Run D C PL50F (HST) 101G0222 56 74 95 120 148 40 0.69 56 48 0.92 0.79 2.50 F2 F2 1 117U6021 1175014 103N1010 103N0491 (HST) PL50F 137 135 6.2 6.2 5.0 E Starting devices MBP TL2.5F 102G4200 47 65 86 110 137 32 0.59 45 39 0.79 0.68 2.61 S S 1 103N0011 103N0018 103N1010 103N2010 TL2.5F 163 159 6.2 6.2 5.0 B A LST: Low Starting Torque TL3F 102G4300 60 82 108 138 173 42 0.64 59 51 0.85 0.73 3.13 S S 1 103N0011 103N0018 117U6007 117U5014 103N1010 103N2010 TL3F 163 159 6.2 6.2 5.0 HST: High Starting Torque A B TL4F 102G4400 31 44 81 107 137 61 0.75 83 72 0.98 0.84 3.86 S S 1 103N0011 103N0018 117U6009 117U5014 103N1010 103N2010 TL4F 163 159 6.2 6.2 5.0 206 TL5F 102G4501 43 60 110 144 183 82 0.81 112 97 1.05 0.90 5.08 S S 1 103N0011 103N0018 117U6004 117U5014 103N1010 103N2010 TL5F 173 169 6.2 6.2 5.0 Test conditions EN 12900 (CECOMAF) 8300 Application R134a TLS4F 102G4425 35 52 97 126 162 72 0.81 99 85 1.06 0.91 3.86 S S 1 103N0011 103N0018 117U6009 117U5014 103N1010 103N2010 TLS4F 163 159 6.2 6.2 5.0 222 Condensing temperature 55°C TLS5F 102G4520 48 71 131 170 216 98 0.88 134 116 1.14 0.98 5.08 S S 1 103N0011 103N0018 117U6004 117U5014 103N1010 103N2010 TLS5F 173 169 6.2 6.2 5.0 Ambient temperature 32°C 8301 TLS6F 102G4620 58 77 139 183 235 104 0.87 142 122 1.13 0.97 5.70 S S 1 103N0011 103N0018 117U6004 117U5014 103N1010 103N2010 TLS6F 173 169 6.2 6.2 5.0 130 Suction gas temperature 32°C Liquid temperature 55°C LBP TLS7F 102G4720 66 89 160 208 264 120 0.88 163 140 1.14 0.98 6.49 S S* 1 103N0011 103N0018 103N0016 103N0021 117-7117 117-7119 117U6000 117U5014 103N1010 103N2010 TLS7F 173 169 6.2 6.2 5.0 220 V / 50 Hz NL6F 105G6606 52 77 151 200 258 110 0.93 151 130 1.21 1.04 6.13 S S 1 103N0011 103N0018 117U6004 117U5015 103N1010 103N2010 NL6F 188 181 6.2 6.2 5.0 157 NL / NLE / NLY Standard NL7F 105G6706 71 99 182 238 303 136 0.93 186 160 1.20 1.03 7.27 S S 1 103N0011 103N0018 117U6000 117U5015 103N1010 103N2010 NL7F 190 183 6.2 6.2 5.0 Conversion of capacity (R134a) NL8F 105G6822 82 112 194 249 317 149 0.97 201 173 1.25 1.08 7.95 S S 1 103N0011 103N0018 117U6001 117U5015 103N1010 103N2010 NL8F 197 191 6.2 6.2 5.0 If a stated capacity is required at 32°C liquid temperature, multiply the capacity NL9F 105G6802 105G6812 80 112 208 272 346 155 0.93 212 183 1.20 1.03 8.35 S S 1 103N0011 103N0018 117U6001 117U5015 103N1010 103N2010 NL9F 197 191 8.2 6.2 6.2 6.2 TLS / TLES / TLY / TLX with the following factor: NL11F 105G6900 105G6910 102 144 271 356 455 200 0.94 274 236 1.22 1.05 11.15 O/F1 O/F1 1 103N0011 103N0018 117U6002 117U5015 103N1010 103N2010 NL11F 203 197 8.2 6.2 6.2 6.2 ø16 70 from 55°C to 32°C liquid: 1.231 NF7FX ❐ 105G6743 79 110 199 260 332 417 516 151 0.86 204 175 1.11 0.96 7.27 S F1 5/6 117U4140 117U5018 2x 117U0349 117U1023 ❐ NF7FX 203 197 8.2 6.5 6.5 1 Watt = 0.86 kcal/h ø16 LBP NF9FX ❐ 105G6842 105G6952 90 125 224 292 372 467 577 171 0.86 230 198 1.10 0.95 8.35 O/F1 O/F1 5 117U4140 117U5018 2x 117U0349 117U1021 ❐ NF9FX 203 197 8.2 6.5 6.5 6.5 1 Watt = 3.41 Btu/h 70 170 MBP NF10FX ❐ 105G6847 104 144 258 336 428 538 667 197 0.72 265 228 0.94 0.81 10.09 F1 F2 5 117U4139 117U5018 2x 117U0349 117U1021 ❐ NF10FX 203 197 8.2 6.5 6.5 D E NF11FX ❐ 105G6944 114 159 283 366 465 583 720 216 0.74 291 250 0.96 0.83 11.15 F2 F2 5 117U4139 117U5018 2x 117U0349 117U1023 ❐ NF11FX 203 197 8.2 6.5 6.5 C Compressor cooling SC15F 104G8500 104G8510 100 155 325 439 573 230 0.84 320 275 1.10 0.95 15.28 O/F1 O/F1 1 103N0002 117U6003 117U5017 103N1004 103N2009 SC15F 209 203 8.2 6.2 6.2 6.2 S = Static cooling normally sufficient C 170 D O = Oil cooling LBP SC18F 104G8800 104G8810 129 194 388 518 669 842 280 0.90 387 334 1.17 1.01 17.69 O/F1 O/F1 1 117U6005 117U5017 103N1004 103N2009 SC18F 209 203 10.2 6.2 6.2 6.2 A B F1 = Fan cooling 1.5 m/s SC21F 104G8100 104G8110 185 245 455 610 780 990 335 0.88 462 398 1.14 0.98 20.95 O/F1 O/F1 1 117U6019 117U5017 103N1004 103N2009 SC21F 219 213 10.2 6.2 6.2 6.2 (compressor compartment temp.