LS, Horizontal Split-Case Pumps

GRUNDFOS DATA BOOKLET

Horizontal split-case pumps 50 Hz 4 5 6 8 9 27 30 12 20 22 LS 120 ...... 16 ...... 12 ...... 13 ...... 13 ...... 14 ...... 14 ...... 15 ...... 20 ...... 20 ...... 31 ...... 15 ...... 17 ...... 120 ...... 21 ...... 23 ...... 8 ...... 22 ...... 122 ...... 29 ...... 32 ...... 8 ...... 27 ...... 30 ...... 9 ...... 33 ...... 27 ...... 9 ...... 30 ...... 6 ...... 7 ...... 7 ...... 20 ...... 21 ...... 27 ...... 27 ...... 34 ...... 42 ...... 92 ...... 23 ...... 2-pole ...... 2-pole ...... 4-pole ...... 6-pole ...... motor brands. . . Other ...... Standard motor brands ...... brands. . . Standard motor ...... Overview ...... Overview ...... Certificates ...... Certificates...... curve charts. . the . to read . How ...... Pump size ...... Pump size ...... Efficiency ...... Material...... Motor size...... Pumped liquids...... test . Witness ...... conditions . . . . Curve ...... Mechanical installation.Mechanical . . . Ambient temperature and altitude and temperature Ambient LS pump, standard construction type 1 type construction standard . . . LS pump, ...... LS 4-pole ...... LS 4-pole...... LS 6-pole...... Pump range ...... Nameplate...... Type key ...... 2 type construction standard . . . LS pump, ...... 3 type construction standard . . . LS pump, ...... 4 type construction standard . . . LS pump, ...... 1.type . . . construction . optional . . . LS pump, ...... type 2. . . construction . . optional . . . . LS pump, ...... end view . . . typical . LS pump, ...... Standardand components material specification...... constructionMechanical ...... LS 2-pole ...... LS 2-pole...... Pump configurations ...... Liquidsealstemperatures and shaft ...... Pressure...... Flow rate...... sizeMaximum particle ...... Measuring instruments...... Measuring instruments...... Pipes ...... 13. data Electrical 12.data technical and curves Performance 33 11. data and technical curves to performance Introduction 31 10. Performance tests 9. of product Selection 8. Installation 7. conditions Operating 6. Construction 5. Identification 2.benefits and Features 3. range Performance 4. range Product 1. Applications

Table of contents 2 7 Grundfos ProductCenter 17. Grundfos GO 16. Other motor brands 15. Bare shaft pump 14. LS Dimensional correction tables ...... Dimensional correctiontables ...... Tap and . drain plugdimensions ...... Counterflange dimensions ...... Optional pumpflangedimensions ...... Standard pumpflangedimensions ...... 131 ...... 133 ...... 132 ...... 128 ...... 127 ...... 135 134 133 124 3 Table of contents

TM03 3903 1106 3903 TM03 GR 2910 GR LS al pressure al pressure boosting LS pump in industri LS pump irrigation in sprinkler LS pump Fig. 2 Fig. 3 Fig.

Irrigation and aquaculture and Irrigation • Field irrigation (flooding) • sprinkler irrigation. TM04 7807 2110 7807 TM04 s and cooling towers s and heating systems Grundfos single-stage LS pump Grundfos single-stage Fig. 1 Water distribution and watertreatment Water • Public waterworks • water systems. and non-potable potable Industrial systems • Process-cooling and chilled-watersystems • industrial heating systems • wash-down and cleaning systems. • systems and chilled-water Air-conditioning • system water-condensing Commercial systems • boiler-feed and condensate systems • district heating plants • district cooling plants • swimmingand pools fountains. The Grundfos LS pumps are used for liquid are used transfer TheGrundfos LS pumps andboosting pressuremainthese in fields of application: • systems Commercial • industrial systems • water distribution • irrigation. 1. Applications 4

1 Applications • Grundfos LS pumps are available inthreedifferent LS pumps are available Grundfos • motor onacommonbase and mounted are Pump • balanced. arehydraulically Impellers • The rotating assembly isdynamically balanced • enclosed totally a with long-coupled is pump The • EN to according 16 PN are flanges outlet and Inlet • The pumps are non-self-priming, centrifugalvolute • • LS pumps cover this performance range: performance pumps this LS cover • vibration. and minimises noise load and theradial reduces onmostmodels, available design, double-volute of sides the impeller.both flowinto directing The forces by axial reduces design double-suction The casing. halfof thetop the removing without and bearings seals for the of separate allow inspection housings bearing reliability. higher and lessvibration means design The themotor disturbing without parts rings,impeller,wear (bearings, and shaft seals) pump of the internal removaland dismantling enables of theLS features selling aretwoof the reliability long-term serviceand Ease of efficiency and low energy high with pump volute centrifugal single-stage, Grundfos LShorizontalThe split-casepumpisa 2. Featuresandbenefits LS base frame, see fig. Bareshaft3. motor,pump, i.e. pumpwithout without base frame, see fig. Bareshaft2. motor,pump, i.e. pumpwithout with Pumpwithmotor 1. base frame, fig. and see variants: profile. frame intheform of a 1940 classG6.3. ISOaccording to (IM1001). B3 designation IEC and DIN standards mounting and to dimensions main motor with standard fan-cooled range. low-pressure for the flanges 10 PN with available pumps also The are (DIN2501). 1092-2 horizontal shaft. a portsand outlet radial and inlet pumps radial with Motor (P2): 1.5 to630kW. m. 5to 235 Head: Flow rate: 10 to 2500 m 2500 to 10 rate: Flow life-cycle costs. 6 5 . . welded, steel C-channel C-channel steel welded, pumps. The split-casedesign 3 /h. or pipes. The two-bearing two-bearing The or pipes. 4 . Fig. 6 Fig. 5 Fig. 4 LS bare shaft pump shaft bare LS guard LS bare shaft pump with base frame, coupling and LS pump withmotor and base frame

TM05 5875 3912 TM05 5003 2712 TM04 7331 1910 5 2 Features and benefits TM07 2781 4118 2781 TM07 LS 500 Q [l/s] Q [m³/h] 400 LS 100100 2-pole, 50 Hz 90 300 80 125-100-305F 70 250 60 200 50 125-100-279E 150 40 30 100 100-80-241E

80 20 and find 8 60 50 he listed page numberin he listed page 65-50-241B 40 section on page 1010 9 30 8 7 Pump range 25 12.technical Performancecurves and data 20 30 60 50 40 80 H 120 100 140 [m] p 300 200 600 500 400 900 800 700 to findchosenyour moreon information detailed pump. the selected pump. Go to t Go to the selected pump. section 10001000 [kPa] LS 2-pole LS Grundfosavailable areLS pumps 4- or 6-pole with 2-, motors. showThenext the three pages range performance covered by these threetypes. motor Knowing your required duty point,performancethe use rangesthis: like 1.into Go the relevant performance range chart. 2. Find your duty point. 3. Note which pump typedutyyour covers point. 4. Go to the 3. Performance range 3. Performance 6

3 Performance range LS 6-pole LS 4-pole LS [kPa] [kPa] 1000 1000 2000 100 200 300 400 500 600 700 800 100 200 300 400 500 600 700 800 p p 30 40 50 60 70 80 50 60 70 80 20 [m] [m] 100 100 120 150 200 250 H H 10 12 15 20 25 30 40 50 60 80 10 12 15 20 30 40 50 60 80 5 6 8 2 3 4 5 6 8 80 20 23 6 25 7 100 65-50-241B 8 30 125-100-370Ax2 30 9 10 65-50-330D 40 150-125-415Ax2 40 150 50 150-125-381F 200-150-305C 100-80-241E 60 50 200 20 80 200-150-475Ax2 60 125-100-279E 200-150-483D 100-80-356E 250 100 70 30 80 300 125-100-370Ax2 200-150-381A 200-150-508B 90 40 150 125-100-305F 250-200-575Ax2 150-125-415Ax2 100 250-200-305C 125-100-381F 50 400 200 60 250-200-381B 250 70 150-125- 500 305E

80 1

300-200-489C 300 5

200-150-475Ax2 200-150-305C

300-250-305E

- 1

600

2 5 200-150-483D

100

400 1 F 200 200-150-508B 200-150-381A 500 300-250-381B 800 250-200-575Ax2

350-250-630B

3 5

250-200-305C

0 -

600 2

0 -

1000 4 9 250-200-381B

200 8

450-350-397B C 300 300-250-305E 300-200-489C 800 1000 350-300-508C 300 350-250-630B 400

1500

300-250-381B

- 4-pole, 50Hz 6-pole, 50Hz

400 5

1500

450-350-397B - 4

500

8 C LS LS 2000 Q [m³/h] Q [m³/h] 2000 Q [l/s] Q [l/s] 2500 2500

TM07 2783 4118 TM07 2782 4118 7 3 Performance range LS ------● ● ● ● ● ● ● -- ●● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ------● on typeconstruction Optional type not with bronze with sleeve. • High-voltage motor • up to 200 kW Siemens IE4 motor, •motor MMG-H IE3 ------● ● ● dual customer. For customised solutions,customised For dual customer. 2) ------● ● ● ● ● ● ● LS pumps are available4- or 6-pole motors; with 2-, LS pumps othernumbers motor pole are available on request. are available construction in two different LS pumps withmechanical types, both seal. shaft 1) 1234 1 2 ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● ● available with stainless steel, available stainless with 3) 11-45 11-45 7.5 - 22 5.5 - 30 -CW - clockwise CCW - counterclockwise Insulated bearing Standard configurationCast iron steelStainless steelStainless Optional configuration BronzeFlexiblegrid/Pin and bushMechanical seal(DINEN 1092-2 2501), PN 16 steel stainless Duplex - Ductile iron coupling Spacer Bronze •1092-2 EN25 10 and PN (DIN 2501), PN IE3MMG-G motor, • Siemens) motor (MG, IE3 box Stuffing steel Stainless steel, copper Nylon, stainless 4.0 - 18.5 Motor range [kW] Standard constructi n be adapted to the requirements of the indivi n be adapted of requirements the to 2-pole 4-pole 6-pole l Grundfoscompany. Construction type 1 is for 55-90 kW, 4-pole and 15-45 kW, 6-pole. 4-pole and 15-45 kW, for 55-90kW, Construction type 1 is 4-pole. above 90 kW, for values Construction type 2 is For 6-pole models with grey background, the pump impeller is only LS 250-200-575x2 - 250-600 90-220 - - - LS 200-150-475x2 - 110-315 37-90 - - LS 150-125-415x2 - 55-160 - - - LS 200-150-508LS 250-200-305 - - 55-250 15-55 75 18.5 - - LS 200-150-305LS 250-200-381 - LS 300-200-489LS 300-250-305LS 300-250-381 11-45 LS 350-250-498LS 350-250-630 - LS 350-300-508 - LS 400-350-397 - LS 450-350-397 - 30-160LS 125-100-370x2 - 110-355 - 30-90 - 55-200 11-45 37-110 - 160-500 - 250-630 - 11-30 55 18.5 - 45-200 - - 110-250 75-315 110-250 37-90 - 37-75 55-200 37-75 ------Motor bearing Pumpdirection ofrotation (seen from motor side) Pump casing Shaft Impeller Wear rings Coupling Shaft seal Flange Flushing line Motor LS 200-150-483 - 55-160 15-45 LS 200-150-381 - 18.5 - 110 Pump sizes LS 65-50-241 11-45- 5.5 1.5 - LS 65-50-330LS 100-80-241LS 100-80-356LS 125-100-279LS 125-100-305LS 125-100-381 15-75LS 125-100-388 - LS 150-125-305 18.5 - 90 - LS 150-125-381 30-90- 7.5 2.2 15 2.2 - 15 4.0 - - 30 7.5 - -22 4.0 ------11-75 - - 11-75 15-7537 5.5 ------1) 2) 3) contact your loca contact The table belowgivesof The an overview the LS pump table range (PN16). Thepump10 PNdoes range not include all impeller sizes (see individual performance curves). Therangeproduct includes found in the pumps Grundfos Product Center. Pump range To a great ca extent the pumps To Pump configurations Pump 4. Product range 4. Product 8

4 Product range Type key details the ofthe pump. gives pump nameplate The Nameplate 5. Identification LS XX: F3: F2: F1: 1 BBQE connection pipe for Code Special variant S bareshaft Oil-lubrication, separate pump with baseframe,spacer coupling X: D pumpwith motor, Oil-lubrication, 0: F2 bareshaft Oil-lubrication, pump 9: 1 bareshaft base Oil-lubrication, common frame, pump standardwith coupling 8: , (W) /273.1 pumpwith motor, Oil-lubrication, base common frame, standard coupling 7: -305X with shaftpump bare Grease-lubrication, 6: -100 125 withmotor,pump Grease-lubrication, 5: LS shaftpump bare Grease-lubrication, 4: bare shaft frame,standard Grease-lubrication, coupling common pumpwith base 3: Basic pumpwi version, grease-lubrication, 2: 1: variant Pump pump orWRAS-certified ACS- Potable-water code (optional) [mm] diameter impeller Actual "x2" double-stage= design. impeller "X" =different or construction designfo impeller used: is suffix If Maximum impeller diameter [mm] Nominal diameter of the outlet port (DN) Nominal diameter of inletthe port (DN) LS horizontal version Type range Example o.DsrpinPs ecito o.Description Pos. Description Pos. Description Pos. Fig. 7 eilnme 0Cutyo rdcin13 of Country production 10 at Head ratedflowrate(duty-point head) (duty-pointflow rate) Rated flow rate Speed 8 7 temperature and pressure Maximum 9 6 number Serial 5 yearandweek Production Place production of 4 Product number 3 Type designation 2 1 Special flanges 25 bar, DINPN25 16 bar, DINPN16 10 bar, DINPN10 Nameplate of LS pump separate baseframes, spacer coupling SW Model 7\SH separate baseframes, spacer coupling 68 separate baseframe, spacer coupling r single-stage suchasA, pump, B, C....Z. th motor,th standardbase frame, coupling common LS100-80-242E/235 1F2DSBBQE111/4 Refer LSI/Oforlubricationinstruction 16/100 Assembled in 99281199 P118320001 3 4 5 7 5 4 2 3 1 11 bar/°Cmax ;;;; 10 213 12 G3: G2: G1: ȘS n WRAS23C 400 PSI (27.6 400 PSI ANSIbar), 250LB/300LB (27.6 250 PSI ANSIbar), 250LB/300LB (17.2 125LB/150LB ANSI bar), PSI (12 175 1755 73.9 9 min % -1 DK -8850Bjerringbro,Denmark Q H 80 27 12 11 m 3 /h approved pumps approved temperaturerating,onlyforLiquid WRAS- lubrication forbearing instructions Reference to LSinstallation andoperating efficiency point efficiency pump optimum Hydraulic at

99476910

TM07 2166 3118 9 5 Identification LS x stainless steel and duplex stainless steel stainless steel and duplex x stainless Ductile iron and SS304 Ductile iron and SS316 Ductile iron and bronze steel Ductile iron and duplex stainless SS316 and SS316 Q: G: A: H: J: rings, uncooled,withfluid internal barrier and duplex stainless steel and duplex stainless Clockwise Counterclockwise Cast iron and SS316 Cast iron and bronze Cast iron and duplex steel stainless SS304 and SS304 steel Duplex stainless Special Cast iron and SS304 Direction of of rotation Direction motorend) as seen from the (Pump direction of rotation 1: 2: SQQV:BBVP: bellows Rubber balanced, seal, FKM SiC/SiC, SNEK: Rubber bellows seal, carbon/aluminium oxide, nitrile rubber box with synthetic polymer packing Stuffing DQQE:DQQV: O-ring seal,balanced,EPDM SiC/SiC, SQQE: O-ring seal,balanced,FKM SiC/SiC, bellows Rubber balanced, seal, EPDM SiC/SiC, BQQV:AQQE: bellows Rubber unbalanced, seal, FKM SiC/SiC, AQQV: O-ring seal,unbalanced, SiC/SiC, EPDM O-ring seal,unbalanced, SiC/SiC, FKM SBQE:SBQV: Rubber bellows seal, balanced, carbon/SiC, EPDM BQQE: Rubber bellows seal, balanced, carbon/SiC, FKM bellows Rubber unbalanced, seal, EPDM SiC/SiC, ABQE:ABQV:unbalanced, O-ring seal, EPDM carbon/SiC, DBQE:unbalanced, O-ring seal, FKM carbon/SiC, DBQV: O-ring seal,balanced, carbon/SiC, EPDM O-ring seal,balanced, FKM carbon/SiC, SAQV:BBQE: Rubber bellows seal, balanced, carbon*/SiC,FKM BBQV: Rubber bellows seal, unbalanced, carbon/SiC, EPDM Rubber bellows seal, unbalanced, carbon/SiC, FKM DAQE:DAQV: O-ring seal,balanced,EPDM carbon*/SiC, SAQE: O-ringFKM seal,balanced, carbon*/SiC, Rubber bellows balanced, seal, EPDM carbon*/SiC, BAQV:AAQE: Rubber bellows seal, unbalanced,FKM carbon*/SiC, AAQV:unbalanced, O-ring seal, EPDM carbon*/SiC, unbalanced, O-ring seal, carbon*/SiC, FKM X: Codeor for stuffing shaft seal box BAQE: Rubber bellows unbalanced, seal, EPDM carbon*/SiC, D: U: K: S: C: B: J:L: SS316 and no sleeveX: steel and no sleeve Duplex stainless Special Code for pump casing and materials impeller K: Duple B: SS420 and bronze Code for shaftsleevematerials and D:E: SS420 and no sleeve SS304 and no sleeve A: SS420 and SS304 C: SS420 and SS316 Example LS 125 -100 -305X /273.1 (W) , 1 F2 D S BBQE 1 * water. not approved for potable Antimony, The example shown is an LS 125-100-305F/273.1 type coupling, standard 16 with standard DIN PN flange,pumpwith cast iron casing SS304 impeller, seal andBBQE mechanical clockwise shaft direction of rotation. 10

5 Identification Codes for stuffing box forstuffing Codes contact Grundfos. shaft othermechanical For variants, seal please and (4). (2),(3) table thepositions (1), following The explains shaft mechanical seal: the about Positions (1) - (4)coverfo Codes for mechanical shaft seal LS xml 1 2 3 (4) (3) (2) (1) parts composite and rubber other and seal secondary Material, stationary seat Material, rotatingMaterial, seal face typeGrundfos designation Example (2) and Pos. Code Short description of stuffing box ofstuffing description Short Code Pos. o.Tp Material Type Pos. ofseal description Short Type Pos. o.Tp Material Type Pos. (3) (1) (4) Stuffing packing boxwith rings 3 S 2 1 4K Q Silicon carbide Silicon Q N Uncooled stuffing Uncooled box N H Cartridge seal,balanced Cartridge H seal,balanced O-ring D Tungsten carbide U E With internal barrier fluid internalbarrier With E B A balanced seal, bellows Rubber S unbalanced seal, bellows Rubber seal, unbalanced O-ring B A P Nitrile rubber(NBR) Nitrile VFKM EPDM P E oxide Aluminium V (Viton Barrier fluid Cooling method potable water) for (approved resin-impregnated Carbon, approved for potable water) (antimony,Carbon, metal-impregnated not impregnated. NBR O-ring in the pump the in O-ring NBR impregnated. polymerpackingSynthetic rings, graphite ur pieces of information of information pieces ur ® ) 11 5 Identification TM07 1143 1118 1143 TM07 LS 11a 113c 114a 53 113g 24 51 124 1 49 6a mechanical shaft seals shaft mechanical 17 11 67b 105c construction type 1, with type construction 109 truction type. For furthertruction type. -case pumps are available -case pumps 114 79 113f 195 Sectional drawing, standard standard drawing, Sectional 54 6b 45 54c 54e 113d 113e Fig. 8 in two different construction types. construction different two in constructionThetypes are available with stuffing ringsboxes as an option. and packing There are small within each cons differences information, see explodedthe detailed ofviews variants in Grundfos Product Center. 1 type construction LS pump, standard Grundfos splitLS horizontal 6. Construction 12

6 Construction LS pump,standard construction type3 LS pump,standard construction type2 LS 113e 11a 113c 53 124 51 105 6a 32 11 116 45 49 17 45 47c 116c 109 116b 79 113f 124 54 113d Fig. 9 Fig. 10 54c 54e 113d 114b 113e 114 195 58a 54e 54c 45 6b 54 Sectional drawing, standard Sectional drawing, standar 1f1411 124 113f 123 106 58 107 110 108 47d d construction type 3 0c6b105 67b 105c construction type 2, with 17 6a mechanical shaft seals 49 49 24 24 51 79 66 109 53 11a 113c 113g 114a 113 113g 116a 6b

TM07 1156 1118 TM07 1144 1118 13 6 Construction

TM07 1152 0319 1152 TM07 TM07 1157 1118 1157 TM07 LS 113g 113e 113 124 58 6b 11 24 66 d construction type 4 type construction d nstruction type 1 nal construction type 1 type construction nal 47c 109 107 Sectional drawing, optio drawing, Sectional Sectional drawing, standar drawing, Sectional 79 54c 123 54e 113f 113d 54 113 116b 106 108 47d 6a 51 45 49 45 17 116 49 116c 32 116e 105 116a 53 113c 11a 113e Fig. 12 Fig. 11 LS pump, optional co LS pump, standard construction type 4 construction standard LS pump, 14

6 Construction Non-drive end LS pump,typical endview LS pump,optionalco LS Fig. 13 Fig. 14 113e 116b 113d 113f 2 0a16 a1 12e2d15114a 195 20d 20e 11 17 54e 6a 116e 109a 110 109 124 123 54c 79 54 Sectional drawing, optio Typical end view (non-drive end) 51 24 49 nal construction type2 nstruction type2 45 116c 0 85a1353 113 58a 58 105 66 116 114 114b 116a 113c 11a 113g

TM04 1864 1108 TM07 1153 1118 15 6 Construction LS Cast ironCast Ductile iron ironCast Ductile iron ASTM A48 Class 35 ASTM A536, 65-45-12 ASTM A48 Class 35 ASTM A536, 65-45-12 Cast ironCast Ductile iron ASTM A48 Class 35 ASTM A536, 65-45-12 material specification material 11 impeller Key, Steel ASTM A216 WCB 6b Pump casing, lower 6a Pump casing, upper 3245 Flushing pipe ring Wear 4951 Impeller53 Shaft54 Bearing, drive end Bearing, non-drive end58 Seal cover65 steel Stainless 66 Snap ring Bronze O-ring for sleeve76 Steel/bronze Steel 79 Nameplate steel Stainless Slinger steel Stainless AISI 304 Cast iron NBR steel Stainless C90500 ASTM B584, ASTM CF8 AISI 420 steel Stainless Neoprene ASTM A48 Class 35 AISI 304 24 pin, Locking ring wear Steel ANSI/ASME B18.8 1720 screw Vent Drain plug Bronze Steel 114seal housing Screw for 116 sleeve Shaft Steel steel Stainless AISI 304 110113 O-ring Bearing housing Cast iron NBR ASTM A48 Class 35 11a coupling Key, Steel ASTM A216 WCB 26c Screwpump for casing 47cpacking for Retainer 54c Steel Lock washer Steel Steel ASTM A216 WCB 20c Plug, outlet Steel 123124 Shoulder ring195 Seal housing Lubricating nipple Steel Bronze 106107 Packing gland108 Packing ring109 Distribution ring O-ring Cast iron PTFE Steel NBR ASTM A48 Class 35 PTFE ASTM A216 WCB 47d Snap ring for packing54d54e Circlipbearing Roundnut for 58a Screw Carbon steel 67b72a Round nut for impeller Gasket105 seal Shaft Steel Steel steel Stainless Steel fibre Vegetable BBQV/GBQV ASTM A216 WCB ASTM A216 WCB SiC/Carbon 20d20eflushing seal Plug, shaft chamber Plug, Inlet 26b Roll pin Steel Steel Steel ANSI/ASME B18.8 20a20b Plug, drain outlet Plug, inlet Steel Steel 113fend Lip seal, non-drive NBR 116c sleeve, inner Shaft steel Stainless AISI 304 113cend drive cover, Bearing Cast iron ASTM A48 Class 35 Pos. Description Material Material standard 116e sleeve Screwshaft for Steel 113d113e non-drive end Bearing cover, Gasket113g Lip seal, drive end114a114b Screwbearing for cover Screwbearing for housing116a iron Cast 116b drive end Locking sleeve, end non-drive Locking sleeve, NBR Steel Steel fibre Vegetable steel Stainless steel Stainless ASTM A48 Class 35 304 AISI 304 AISI 105c ring Seal retaining steel Stainless 304 AISI 109a O-ring NBR Standard components and components Standard 16

6 Construction The shaft is made of stainless steel (AISI 420). 420). (AISI stainless steel of shaft made The is pump. of the end non-drive the and end shaftThe drive atboththe bybearings supported is (11a). (11) impeller the for key coupling for the key one and shaftThe withone key keywaytype the and (51) of is Shaft (DIN 2501). 1092-2 EN with accordance in are dimensions Flange pumpsThe (symmetric)design. thein-line are of port. radial outlet and inlet port radial has pump casing cast ironvolute The Pump casing section in mentioned specification material and drawings sectional the refer to section following the in numbers Position Mechanical construction LS Fig. 15 Fig. 17 Fig. 16 Schematic drawing of an in-line LS pump LS pump shaft Upper and lower pump casingof an LS pump .Construction 6. .

TM04 0477 0708 TM04 0475 0708 TM04 0476 0708 sides and is locked in position by two round nutsround two by position in locked is and sides impeller. from both of liquid inflow has impeller The is double-suction (49) a closed LSimpeller The Impeller pipe. flushing for the connection a as acts It • thustransmitting supports housing, It thebearing • is a it system, whether sealing supports pump It the • functions: has several housing A seal shaft. no at the one and end drive the at one (124), housings seal two have All LSpumps Seal housings by lubricated are bearings The toberelubricated. type permittingthebearings areofthe open bearings The ball bearings. groove LS pumps deep- withtwo standard single-row arefitted Bearings replaced. mustbe rings thewear bereduced, and the pump will worn,the efficiency rings thewear become of When casing. pump and impeller between seal against wear. casing pump asa rings act wear The As the name indicates, the wear rings protect the casing. pump and impeller (45)between LS pumps rings wear have rings Wear the shaft. the customer dynamically and to aretrimmed All impellers for axial thrust. and thuscompensate balanced hydraulically inherently are impellers the design, standard. ClassG6.3 to their with ANSI/ISO1940 Due inaccordance balanced aredynamically All impellers Fig. 18 to the upper and lower pump casing. pump lower and upper to the shaft and bearing axial forces from and radial both shaftmechanical orastuffingseal box. Double-suction impeller Grundfos prior todelivery. prior Grundfos n-drive end of the pump pump of the end n-drive the duty point required by required point the duty balanced together with together balanced

TM03 3891 1106 17 6 Construction LS hout generatingnoise. the following features: iring careful handling

• poormechanical propertiesat low temperatures •water to resistant to 90 up °C •mineral to oils and resistant oils vegetable • not toresistant alkaline liquids at high temperatures. EPDM (xxxE) EPDM rubberliquids covers a widerrangeof a up to maximum temperature120has °C. EPDM rubber of good mechanical properties. Seal face material face Seal carbide (xBQx) Carbon/silicon Seals with one carbonseal face have the following features: •requ brittle material • particles solid containing liquids by worn •resistance good corrosion • can withstand temporary dry running. The self-lubricating properties of carbon make the seal evenuse forsuitable with poor lubricatingconditions (high temperatures) wit Secondary sealmaterial FKM (xxxV) rangevery wideacovers of liquids rubber FKM and temperatures and has However, such conditions will cause wear of the However, carbonleading seal face to reduced seal life.

TM04 0478 0708 0478 TM04 TM03 5394 3506 5394 TM03 160 kW 160 ≤ 250 kW 250 ≤ and bush coupling 400 kW 400 2-pole 4-pole 6-pole 2-pole 4-pole 6-pole ≤ Flexible grid coupling grid Flexible Flexible pin Flexible Fig. 20 Fig. 19 50 Hz 400 kW > > 250 kW > 160 kW 50 Hz LS pumps areLS supplied pumps with a BBQE sealshaft as standard. are seals available shaft These on request: • BBQV •BQQE •BQQV. Mechanical shaft seal shaft Mechanical The motor enclosed,is a totally fan-cooled motor with main dimensions accordingDIN to IEC and standards. EN 60034-categorisedto according is Motor efficiency 2-1:2007: •motors IE2: MMG • MMG andmotors Siemens IE3: MG, • IE4: Siemens motors. For special motors, please Grundfos. contact Motor Base frame The pump and the motor are mounted on a common frame. base • Flexiblecoupling grid Coupling as coupling of types two with available are pumps LS standard: • Flexible pincoupling and bush 18

6 Construction See the the table below.See However, mayvary this from oneLSpump to another. or’shut valve’ than the ’closed higher pressure. off’ 1.5 times hydrostaticis standard The testpressure inhibitor.corrosion a containing °C 20 at water with made is testing Pressure Test pressure prevent tilting. that facings parallel symmetrical,having are packingrings the thes protecting while rings packingfor life service long a ensuring for effective is which material ofbraided consist packing rings The packing rings. graphite-impregnated stuffing includes box The shaft seals. tomechanical alternative Stuffing asan theSNEK boxes of type are available Stuffing boxes LS N2 5253 3.7 2.4 1.5 37 24 15 2.5 1.6 1.0 25 16 10 PN 25 PN 16 PN 10 pressure Rated Fig. 21 o.Description Pos. A Drilled hole for flushing liquid (pumped liquid) (pumped holeforflushing liquid Drilled A Distributionring ring Packing 4 Gland 3 Shaft sleeve 2 1 flushing liquid Sectional viewof a stuffing box with internal Operating pressure Test pressure Test pressure Operating br Ma br [MPa] [bar] [MPa] [bar] haft (sleeve). When fitted, fitted, When haft (sleeve).

TM04 1849 1108 19 6 Construction TM04 0062 4907 0062 TM04 LS system with an open Pump pressure Inlet pressure Pressures in the pump Maximum operatingMaximum pressure (pressure above atmospheric pressure) suction lift rated flow rate °C. 120 °C. Fig. 23 Fig.

• the liquidis sucked throughpipes long • poor are conditions inlet the • the operating pressureislow. inletThepressurepump pressure must be lower + the than the operating maximum pressure on the(p) stated pumpnameplate. operating The maximum pressure can be checked by closing the outlet valve briefly (maximum 30 seconds). The inletThepressure must be lowerpump pressure + the than the maximum operating pressure on the(p) stated pumpnameplate. operating The maximum pressure can be checked by closing the outlet valve briefly (maximum 30 seconds). Minimumpressure inlet Thepressure minimum inlet must be according to the NPSH curve + correction for vapour pressure+ a safety margin of minimum 0.5 metres head.do, We recommend thatcalculate you the inlet however, in these cases: pressure • the liquid temperature is high • the flow rate is considerably higher than the pump's •is operating in the pump Maximum inletpressure Liquid temperatures and shaft and shaft temperatures Liquid seals Theliquid maximum temperature marked on the pump nameplate dependsonmechanical the seal shaft used: •optional): rangefor FKM (BBQV - 0-90 Temperature •rangeoptional): for EPDM (BBQE - 0- Temperature Minimum temperatureof -25 °C can be achieved for applications. the factoryContact certain for specific information. Pressure Maximum operating pressure TM04 4914 2209 4914 TM04 . 22 80 m curve 1 curve t[°C] 75 2 70 4750 temperature 22 65 Permissible ambient Fig. Fig. 60 3500 1 3 55 relation to ambient relation to ambient cessary to use a motor cessary to use with 50 2250 he motor lifetime,he motor as they 45 aringsand the insulation .89 x 0.89 = 0.79). 40 1000 35 0.25 - 0.55 kW- 0.25 0.75 - 22 kW°C +40 - -20 -20 - +60 °C -0.25 0.55 kW 0.75 - 22 kW curve 2 30 25 Relationship between motor output (P2) and and (P2) output motor between Relationship temperature ambient shows that an MG IE3 motor must shows that be not 22 20 90 80 70 60 50 P2 [%] 100 Fig. 22 Motor make Motor P2MG Derating curve MG SiemensMMG-H2MMG-H3 0.75 - 462 kWMMG-G2 0.75 - 450 kWMMG-G3 0.75 - 200 kW 0.75 - 630 kW 0.75 - 315 kW -20 - +55 °C -20 - +60 °C -30 - +60 °C -20 - +60 °C Siemens -20 - +60 °C MMG-H2MMG-H3 0.75 - 462 kWMMG-G2 0.75 - 450 kWMMG-G3 0.75 - 200 kW 0.75 - 630 kW 0.75 - 315 kW curve 3 curve 2 curve 2 curve 2 curve 2 Motor make Motor P2 loadedoutputthe rated than by more 89 % of at an ambientIf the pumpis installed temperature of 70 °C. 4750level,seametres above the motornot be must loadedcasesmore than 89 % of the ratedIn output. by where both the maximum temperaturethe and maximum altitude are exceeded,derating thefactors must be multiplied (0 Example Figure temperature and altitude Maximum motor output in Maximum motor output a higher output. a higher Ambient temperature In it may cases, such be ne Ambient temperature and altitude temperature Ambient The ambient temperature and the installation altitude factors for t are important the be theaffect of life system. ambientthe temperature If or the altitude exceeds the recommendedmaximum ambient temperature or maximum altitude abovesealevel, the motornot must be fully loadedanddensityto the low due See fig. of the air. consequently low coolingeffect 7. Operating conditions 7. Operating 20

7 Operating conditions pump when selecting it in Grundfos Product Product Center. itinGrundfos when selecting pump pages or curve performance You the rateeitherfrom canread the maximumflow overload. thereisarisk for instance,otherwise of, cavitation and as notbeexceeded maximum flowratemust The Maximum flow rate % of theflowrate at be least 25 be at must rate flow minimum,continuous The to due stress or vibration. stuffing boxes withpacking erosion, impeller damage, pump. maycauseshaftformation steaminthe of This intemperatureor anincrease cause this will as against a closed outlet valve, notrun pump The must Minimum flowrate Flow rate LS [m] 10 20 30 40 50 60 70 80 90 H 0 Fig. 24 0 20 minimum and maximum flow rate Example from Grundfos Product Center showing 40 60 Minimum flow rate 80 100 st-efficiency(BEP). point Maximum flow rate flow Maximum short life of bearings, lifeofbearings, short 120 rings or mechanicalseals rings from a curve on a specific a specific on a curve from 140 160 Density =998.2kg/m³ Liquid temperature=20°C Pumped liquid=Water / S 100-80-24 180 /241 200 , 50Hz Q [m³/h] [%] 100 20 40 60 80 eta 0

TM07 2826 4218 the impeller. tableThe passage shows the maximumfree through Maximum part S202055222.9 17.3 14.2 14.2 47.5 47.5 47.5 29.7 30.5 250-200-575x2 LS 31.8 200-150-475x2 LS 25.4 150-125-415x2 LS 26.2 125-100-370x2 LS 25.4 450-350-397 LS 22.4 400-350-397 LS 19.1 350-300-508 LS 19.1 350-250-630 LS 20.6 350-250-498 LS 25.4 300-250-381 LS 19.1 300-250-305 LS 16.0 6.4 300-200-489 LS 6.4 250-200-381 LS 250-200-305 LS 19.1 9.7 200-150-508 LS 7.9 200-150-483 LS 7.9 200-150-381 LS 4.1 200-150-305 LS 4.8 150-125-381 LS 150-125-305 LS 125-100-388 LS 125-100-381 LS 125-100-305 LS 125-100-279 LS 100-80-356 LS 100-80-241 LS 65-50-330 LS 65-50-241 LS Pump type Maximum free passage through the the through passage free Maximum icle size impeller [mm] 21 7 Operating conditions TM04 0382 4715 0382 TM04 LS lity for inspection and inspection lity for absorbingvibration, any recommend that the weightthe recommend that LS pump with accessibi LS pump crane an overhead of use for the headroom Fig. 25 Fig. We recommend that you install the pump recommend that youaon install We concretefoundationwhich is heavy enough to provide permanentrigid andentirethe support pump. The for of foundationmust be capable normal strain or shock. We concreteof the foundation is three timesof weight the the completeFor specific requirements, pump unit. or please consult the contractor or the engineer, standards. industrycomply with established In installationsoperationsilent where particularly is we recommend a foundationimportant, with up a mass to fivetimes that of the complete pumpunit. Location theas possible pump as close supplyInstall to the of pumped liquidandshortest with the most direct and inlet pipe practical. accessibility the for pump with sufficient Install inspection and maintenance. and Allow amplespace headroom for the use of an overhead crane or hoist the unit. to lift strongsufficiently Foundation nsion andnsion contraction of ll for vibrationll for to dampers Do not use expansion joints to adjust for to adjust joints Do not use expansion pipesvariations causedliquid in by temperature withpressure surges in the pipes joints). rubber bellows expansion also be taken into account also be taken %). inaccuracy in the pipes, for instance centre for instance inaccuracy in the pipes, of flanges. or misalignment displacement mustjoints Theat be fitted expansion a minimum two pipe diameters of the distance (DN) away from pump flange inleton the side. turbulenceThis prevents in the thus joints, ensuring optimum inlet conditions. At flow velocities we recommend> 2.4 m/s, that you fit matching the joints larger pipes. expansion Forpipe 100, sizes above DN we recommend that you use restrained to joints expansion restrict the spring jointforce of the itself. • reductionof mechanical influences in connection •of isolation structure-borne noise in the pipes (only Note: Expansion joints Expansion joints provideExpansion these advantages: •of absorption expa thermal Vibration dampers Vibration A specific applicationmay ca Mechanical installation •dampening desired in % (recommended valueis 70 The selection of vibration from damper differs wrong cases a installation.installation to In certain increasethe vibrationdamper may level. Vibration dampers must therefore by be sized the supplierof the vibration dampers. prevent pump vibrations from being transmittedto the buildingIn order to select or the pipes. right the you need this information: vibration damper, • transferred forces throughdamperthe •speed control,In case of motor speed. this must Reference Please read this section as on installation pumps of LS anto beof the overview installation requirements fulfilled. For full ondetails foundation, mechanical installation, alignment,please etc., electrical pipes, installation, referinstallation to theoperating and instructionsfor and InstallationLS operating pumps. the instructions can be downloadedliteraturethe from section of yourmayyou contact or GrundfosProduct Center, local Grundfos company. 8. Installation 22

8 Installation lower. be may which butavalue documentation, technical the pressurestated not the will show in flange the outlet Consequently,flanges. two the on gauge pressure the in results velocities different, different which flow in are outletflanges and pumps, inlet the thediameters of On LS pressure). pressure(velocity register dynamic doesnot notethat a pressure gauge please flanges, pump the on gauges pressure with measuring When pressure. outlet pump maximum the must 20%above pressuregauge be side meas The for testpurposes. opened be only tappings should gauge pressure The vacuum. of measuring capable must be side inlet the on pressuregauge The and outlet flanges. pump inlet the on gauges pressure install you that recommend To we of monitoring operation, continuous ensure Measuring instruments contact please grouting, expert an grouting. on questions doubts or Ifyouhave the about grout. preventsand shifting. non-shrinking Use an approved, ofthe vibrations unit, dampens weight the distributes for foundation, uneven compensates Grouting Grouting LS 19 to 32mm Fig. 26 Formwork Base frame grout grouting and base framegrouting andbase Sectional viewof foundation with anchor bolt,

5-10 mm uring range of range the outlet uring Grout (rough) Top of foundation shims leftshims inplace or Levelling wedges

TM04 0384 0608 • Always allow sufficient for allow space/accessibility Always • of bymeans Provide for expansion material pipe of • inside that joints ensure are used, flanged Where • avoid and Install aspossible pipes straight as • • When expansion When joints are • directtothepump. run the pipes Always • precautions: these installing the pipes, observe When General precautions Positive Suction Head. (NPSHR). than the NPSHrequired NPSH =Net (NPSHA)ishigher NPSHavailable the that Make sure (port). and (port) inlet 3 m/s(9ft/sec)pipe outletpipe for the notexceed 2 m/s must flow velocities (6 ft/sec) for the ports. Typically, outlet pumpinlet and the than larger sizes or two are one that pipes choose pipes, the in noise hydraulic and losses friction minimise to In order Inlet and outlet pipe Pipes maintenance and inspection. inspection. and maintenance pump. expansion ofthe joints bothsides on properly. match diameters °fittings sweep 90 long necessary, bends. Where unnecessary use45°or optimum suction conditions. joints, the ensuring thus prevents in This turbulence pumpontheinlet side. fromthe diameters away fit the joints aminimumdistanceat of two pipe supports with necessary spacing to provide support. spacing support. supports toprovide with necessary orother bolts Usepipe hangers aretightened. the flange pump when to the istransmitted strain no that so pump the near supported independently Note: Make sure that both inlet and outlet pipes are pipes outlet and inlet both that sure Make to reduce friction loss. friction to reduce used in the used in pipe system, 23 8 Installation

TM04 0098 4907 0098 TM04 4907 0097 TM04 TM04 0148 4907 0148 TM04 LS Pipe sloping up towards pump Pipe sloping down towards pump quid level is below the quid level let port diameter, use an let port diameter, Air pocket ationthe pump. of When Wrong Correct Correct Pipe sloping towards down pump Eccentric reducer Eccentric reducer Eccentric reducer Correctlymounted inlet pipe pockets in air pipe resulting Inlet Correctlymounted inlet pipe Fig. 30 Fig. 31 Fig. Fig. 29 Fig.

eccentric reducer with the eccentric side down to avoid air pockets Flooded systems Flooded liquid the where open systems and (Closed systems levelabove the pump is inlet). systems Suction lift li the where (Open systems pump inlet). the inletInstall pipe sloping upwards towardsinlet the port. Any high point in the pipe will be filled with air and thus prevent proper oper reducingthe pipesthe in to

TM04 0093 4907 0093 TM04 TM04 0092 4907 0092 TM04 1) (flooded systems), (flooded Air pocket inlet pressure will be ed in two types of system: ed in two types 1) Wrong Concentric reducer Correct Turbulent flow Turbulent Eccentric reducer the pump inlet the pump Reducers resulting in air pockets and turbulence and air pockets in resulting Reducers Correctly mounted reducer mounted Correctly . The sizing and inletthe installation pipes of is 27 available. pumpinlet (suction meaning lift), a negative that inlet pressure will be available. level is above is level meaning that a positive Fig. 28 Fig. 27 atmospheric pressure. . Instead, use an eccentric reducer as illustrated in 2. Open systems whereliquid the is level below the General inlet pipe guidelines pipe inlet General or turbulence air in pockets the inletAvoid pipe. Never use reducers in a horizontalpipe inletin as shown fig. 28 fig. 1) ambient Positive pressure in relation to or negative inlet extremely important. extremely Locate the below pump whenever level system priming,possible. facilitate a steady assure This will liquid flowprovide and a positivesuction head. pipesthe inletManycan be avoidedNPSH problems if are properlyinstalled. System types can be install pumps These 1.where Closed thesystems systems or open liquid Inlet pipes Note: 24

8 Installation reducing the hydraulic performance. hydraulic the reducing and wear rapid bearings, causing the overheating other. resultinheavy, This will thrust loads unbalanced than the sideofthe impeller one willenter more liquid vertical, otherthan inaposition the pump near pipe elbow. Seefig. an through flow turbulent anuneven, always is There impellers. of sides the double-suction both to flowisevenly distributed liquid Make the sure that Inlet pipe with ahorizontal elbow in the feed line space Installations with vertical throttle thesystemor and air Avoid spots, collect asloops, will such high asthey horizontal planes indifferent comes line ifthe feed pipes Inlet LS Fig. 33 Fig. 32 Fig. 34 Eccentric reducer Eccentric Inlet pipe resulting in airpockets Correctly mounted inlet pipe Suction diffuser (1) inthe inlet pipe Eccentric reducer 36 . If an elbow is installed in the inlet inlet the in installed is elbow an . If Correct Wrong lead to unevenpumping. lead inlet pipe in confined confined in pipe inlet Air pocket Air

TM04 0096 4907 TM04 0094 4907 TM04 0095 4907 valve with aminimumpressure of loss. must valve be non-return The pum primethe to having avoid to pipe inlet the valvein non-return install a conditions, static under If thepumpisoperating suctionlift Valves in inlet pipes Closed system Closed system Open increases herecausing increases Fig. 36 Fig. 35 a greater flow to one to flow a greater side of the impeller than to the than tothe other Water pressure close to the pump throughuneven flow due to Unbalanced loading of adouble-suction impeller and pump length of straight pipe between horizontal elbow Recommended inletpipe installation with a DN DN Correct Wrong

[ DN 10 x DN Uneven flow Uneven of the flap of theflap type orafoot- p each time itisstarted. time each p expansion joint plus 3-5 xDN expansion joint  10 x DN 10xDN plus ahorizontal elbow

TM04 0149 4907 TM04 0150 4907 - TM07 2908 4418 25 8 Installation LS he packing gland/stuffing gland/stuffing he packing lead to uneven pumping. When pumping hot liquids, we recommend Drains pipes drain pump and casingInstall from stuffing boxesto a convenient disposal point. boxes fitted with stuffing Pumps pressure, ambient below is pressure inlet When boxes with liquid provide tosupply stuffing the This is lubricationand prevent the ingressof air. normally achieved a flushing via from the pipe may fit a box.pump You side outletthe stuffing to control valve or orifice plate in the flushing pipe to control the pressure to t anysupplythat the external of flushing or cooling liquid is continued stopping after the pump. This must be done to avoid seal damage. box. If the pumpedand liquid cannot is dirty used be for flushing the seals, we recommend a separate liquidclean, compatible supply box at to the stuffing above the1 bar inletpsi) (15 pressure. fitted with mechanicalseals Pumps requiringSeals re-circulation will normally be provided with a flushing pipe from the pump casing. Note: 2. Auxiliary pipes Auxiliary 1. 3. Outlet pipes Outlet Theoutletpipe usually is non-returna preceded by valveisolatingoutletan and valve. Thethrottle non- or return pump against the excessive valve protects back-pressureand reversethe pump rotationand of backprevents flow through the pump in case of operational stop or failureof the motor. minimiseIn order tohydrauliclosses andfriction noise inpipes, the flow velocitiesexceed must not 3 m/s (9 outlet pipe in the (port). ft/sec) it is desirable runs,On longkeep to horizontal the pipespossible. as level as as they high such will as loops, collectAvoid spots, air and throttle the system or 26

8 Installation 1. Select one thefollowin one of Select 1. method for motorselection. To following the recommend this, we accomplish power. have you that recommend theprimarydutypoint, we around duty conditions uncertainties insyst power. rated motor's your be However, ofthe because theory inthispoint (P2) could in absorbed the power point, specificduty one in thepump run to If youintend be. can selection motor your specific and refined more the understood, parameters these are specific more of operation trouble-free will lifeand run importantis your pump toensurelong which under conditions theoperating Understanding Parameter 1- flow rate ma for made both hasto parameters.be A selection safety motor margin. • • flow rate margin, the maximu the margin, rate flow • parameters: these on based size mustbe of motor selection The Motor size tobe pumped. the liquid basisof onthe beselected material The variant must Material partgreater duty the of time. the covering range duty the efficiencybest within falls whose select a consumption, pump In caseofvarying efficiency tothebest ofthe pump. corresponding point inaduty isoperating which apump duty point, select same the in operate always to pump the expect If you Efficiency best efficiency theestimateddutypoint. at • etc.) valves, bends, (pipes, pipes the in loss friction • lossasa differences pressure result height of • pressure and rate flow required • data: following onthe size pump must bebased of Selection Pump size 9. Selectionofproduct LS your application your (geometric lifting(geometric height) – Duty point +10%. – Dutypoint +20% – Dutypoint +30% – Dutypoint totheend of – Dutypoint your pump: in CAPS) em calculations or theadditionof em calculations both pump and motor.both pumpand The a safety margin for P2 rgin in your application g flow rate margins for g flowrate the actual the actual curve (default m required flow rate in m requiredflow Flow rate Flow rate margin Establishing P2 margin. rate flow Establish P2for the selected 2. [kW] Fig. 37 Fig. 38 [m] [m] P2 12 16 20 24 28 32 36 40 20 40 60 80 12 16 20 24 28 32 36 40 H H 0 4 8 0 0 4 8 0 0 0 /210.8 /234.3 /257.8 /281.3 /304.8 /210.8 /234.3 /257.8 /281.3 /304.8 P2 for + 30 % 30 + for P2 uncertainties in system calculations conditions around the primary duty point and of flow ratemarginonthebasis Selection ofa 30 % Establishing P2 for a selected flow rate margin of 200 200 200 400 400 400 NPSH NPSH 600 600 600 Flow ratemargins 800 800 800 Duty Duty point /210.8 Dutypoint +10% +10% / / /234.3 ISO 9906Grade 2 S 300-250-305 ISO 9906Grade 2 300-250-305 S 1000 1000 1000 +20% +20% +30% + 30 % 30 + /257.8 /281.3 Q [m³/h] Q [m³/h] Q [m³/h] /304.8 margin rate flow Max. margin flow rate Max. NPSH NPSH [m] [%] Eta 0 4 8 12 [m] 0 20 40 60 80 0 4 8 12

TM07 2824 4218 TM07 2823 4218 27 9 Selection of product LS P2 [kW] Motor power Motor ition of a safety marginition of h the Grundfos Product to the maximum P2 found 99816849402619 110 90 75 55 45 30 22 9.16.14.33.22.31.71.1 11 7.5 5.5 4 3 2.2 1.5 119 132 568505450405360320284225180144 630 560 500 450 400 355 315 250 200 160 32.515.912.8 37 18.5 15 [kW] Safety margins according to ISO 5199 ISO to according margins Safety Required pump power up to Fig. 40 Fig.

Method 2 margin a 5 % safety Add 1. when determining parameter the motor size is If notcustomer, the specified by determined accordance in wit Centerdefaultslisted above.This means a motor which covers the full performance range and with a motor safetyaccording marginto ISO 5199. in accordancein in defaultwith Grundfos this standard; Center.) Product Method 1 Method 1 margin as outlineda safety Add 5199 in ISO the to P2 foundmaximum 1. when determining parameter (Grundfos recommends the add TM07 2825 4218 2825 TM07 8 4 0 80 60 40 20 0 12 [m] Eta [%] NPSH /304.8 Q [m³/h] Q [m³/h] /281.3 /257.8 Max. flow rate margin 1000 1000 m P2 when P2 decreases P2 decreases when m P2 S 300-250-305 ISO 9906 Grade 2 9906 Grade ISO /234.3 / /210.8 safety margin takes the the takes safety margin 800 800 the input power actually 600 600 NPSH 400 400 200 200 P2 max P2 Establishing the maximu the Establishing as the flow rate increases rate flow as the Duty pointDuty /210.8 /304.8 /281.3 /257.8 /234.3 0 0 0 8 4 0 H 80 60 40 20 16 12 32 28 24 20 40 36 P2 described9906.inwill This ISO increase the required P2. described9906.inwill This ISO increase the required P2. [m] [kW] Fig. 39 •atthe tolerance the low end is Pump of efficiency •lowis at the end. Motor efficiency 1 method select safety margin, the motor establish To or alternatively method 2: following into account: • The actual head is at the high end of the tolerance Parametersafetymotor margin 2 - and where uncertainties As with any system, exist, the motor tolerances In some cases, however, however, In some cases, decreasesincreases.flow as the thus be It willrate found at some point other within this flow range. This is typically the casethe impeller when is trimmedto the smallestdiameter. Decreaseincrease withP2 of of flow rate 28

9 Selection of product water. different a viscosity thatof from with for liquids pump theright youselect can help Center Product Grundfos efficiency andpump bereduced. will flowrate Head, • w consumption power The • several ways: affects liquid A high-viscosity in acentrifugal pump performance The effectofhigh viscosity oncentrifugal pump water. dens a with liquids for pump theright youselect can help Center Product Grundfos An oversize motor will often be required. • ratio at a increase will consumption power The • remain efficiency pump will and rate flow head, The • acentrifugal pump: of consumption affects only liquid A high-density thepower performance pump on centrifugal density ofhigh effect The outputs. higher correspondingly higher than thatwaof viscosity and/or withadensity If liquids you pump viscosity and density Liquid sealfaces. the between crystallisation/precipitation toavoid shaft seals 80 °C, usespecial above is temperature the if and liquids forsuch pump the use to want If you deposits. or calcareous system corrosion effects negative prevent to as such containsadditives Water systemsoften ventilating and in heating liquid. The mechanical shaftseal mechanically. or chemically materials attack mustnot thepump liquid The particles orfibres. liquids, not containing solid non-explosive aggressive, Wenon- recommend LSpumpsclean and thin, for Pumped liquids LS larger motor isrequired. larger power input. larger of gravity specific a with increase in density. tothe corresponding A liquid unchanged. ter, usemotors with must be suitable for the the for suitable be must 1.2 will thus require a 20 % 20 a require thus 1.2 will ity different fromthat of ill be increased, i.e. a ill be increased, 29 9 Selection of product LS duty point), the pump will forthe customer to witness guaranteed bya certified eport is suppliedwiththe 10204-2.1) Witness test Witness When are the being pumps tested or are tested with a it is possiblecertification, the testing procedure according to ISO 9906. If the customer towants witness the testing of the pump performance, place this request on the order. • test pump sheet. Certificateshaveconfirmedbe to for everyand order are available on request as follows: • certificate of compliance with the order (EN Certificates Therequested duty split-case point is pump for every 9906,tested according ISO to and Grade without 2B, certification, and no test r point.beefficiency testedat the best Theprimary dutyis point performance test. Additional point(s), on request, are A testing certificate has to offered for referenceonly. beseparately. ordered 10. Performance tests 10. Performance pump. onimpeller the ordered basis of In case of pumps diameter onlyrequested (no

Performance tests 30 10 1) How toreadthecurvecharts 11. Introductiontoperformanc LS For NPSH otherimpelle NPSH of For H = Total head pump total [kW] [m] P2 H 10 20 30 40 50 60 70 80 90 10 12 14 16 18 20 22 24 26 28 30 32 34 36 0 0 2 4 6 8 0 0 /203.2 /228.6 /254.0 /279.4 /304.8 rs, please contactrs, please Grundfos. 50 50 Size of Size impeller 100 100 150 150 200 200 250 250 300 300 350 350 400 400 /203.2 450 450 500 500 e curvesandtechnicaldata /203.2 550 550 /203.2 /228.6 /228.6 600 600 /228.6 650 650 LS 250-200-305C /254.0 /254.0 50 Hz, n=1490 min /254.0 700 700 ISO 9906Grade 2B /279.4 /279.4 750 750 /279.4 800 800 /304.8 /304.8 Q [m³/h] Q [m³/h] /304.8 -1 Pump type and speed and type Pump NPSH least 0.5 least m add a safety margin of at sizingthepumps,When The The pump. individual QH curve The The range performance the Eta [%] 15 0 10 20 30 40 50 60 70 80 90 0 5 10 [m] recommended bold NPSH curves NPSH pumps shown the efficiency ofthe The The power [Ppower pumpinput indicate pumps shown The curveindicates power curves power eta curves for the 2 ] for the ] for 1)

. show show

TM07 2645 4018 31 11 Introduction to performance curves and technical data LS , the 3 . 105 dyn to + H 32 stat stat lies here, you must lies here, you must select + H geo operating range. =H , motors with correspondingly higher 3 total part of the curves show the of part H /s (1 cSt). /s 2 Calculatedvalues basedon the velocity the pumped of pump. of the side and the outlet the inlet liquid on Height difference between measuringpoints. Heightdifference the of side headbetween inlet and the outlet the Differential pump. bold curves.point duty If your a smaller or larger pump type. temperatureaof kinematic °C and of 20 viscosity a 1 mm impellerdiameters at the nominal speed. recommended efficiency of the pumpthe efficiencyfor the of impeller different diameters. under the same conditions as the performance curves. Whensizingatmargin the of pump, add a safety m. 0.5 least outlet pressureoutlet is proportional to the density. 1000 kg/m outputs must be used. outputs stat dyn geo H H H • Thecurves applythe pumping to of airless water at •of the operatenot Do along the pump the thin parts •The •The •accordingto ISO 9906, Grade 2B. Tolerances • The curves show pump performance with different • NPSH: Theshow curvesvalues average measured • In case of densities other than 1000 kg/m • The linesshow values of the hydraulic ETA: • Whenpumpingliquids density higher with a than Calculation of total head of total Calculation of the height difference pump head consists Thetotal between the measuring +points the differential head + the dynamic head. Curve conditions Curve The guidelines below apply to the curves shown in the onperformance pages charts

Introduction to performance curves and technical data 32 11 Overview curves 12. Performance uptp e aePm yeSepg uptp See page Pump type See page Pump type See page LS 65-50-241 Pump type LS 100-80-241 LS 125-100-279 LS 125-100-305 -oe4pl 6-pole 4-pole 2-pole 34 36 38 40 LS 65-50-241 LS 65-50-330 LS 100-80-241 LS 100-80-356 LS 125-100-279 LS 125-100-305 LS 125-100-381 LS 150-125-305 LS 150-125-381 LS 200-150-305 LS 200-150-381 LS 200-150-483 LS 200-150-508 LS 250-200-305 LS 250-200-381 LS 300-200-489 LS 250-200-575x2 LS 200-150-475x2 LS 150-125-415x2 LS 125-100-370x2 LS 450-350-397 LS 350-250-630 LS 350-250-498 LS 300-250-381 LS 300-250-305 andtechnicaldata 42 44 46 48 50 52 54 56 58 60 62 64 66 68 70 72 90 88 86 84 82 80 78 76 74 LS 150-125-381 LS 200-150-305 LS 200-150-381 LS 250-200-305 LS 200-150-483 LS 200-150-508 LS 250-200-381 LS 300-200-489 LS 300-250-305 LS 300-250-381 LS 350-250-498 LS 350-250-630 LS 350-300-508 LS 450-350-397 LS 200-150-475x2 LS 250-200-575x2 100 102 104 106 108 110 112 114 116 118 92 93 94 95 96 98 33 12 Performance curves and technical data TM07 2689 4018 2689 TM07 [m] 10 0 12 8 4 0 70 60 50 40 30 20 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /241.0 /241.0 /213.0 /213.0 /185.0 /171.0 /171.0 /185.0 65 65 60 60 ISO 9906 Grade 2B 9906 Grade ISO LS 65-50-241B LS 50 Hz, n = 2940 min50 Hz, 55 55 50 50 45 45 40 40 35 35 30 30 /171.0, /185.0, /213.0, /241.0 /213.0, /185.0, /171.0, 25 25 20 20 15 15 10 10 5 5 /171.0 /213.0 /185.0 /241.0 0 0 5 0 5 0 15 10 30 25 20 35 25 20 15 10 50 45 40 35 30 70 65 60 55 90 85 80 75 95 H P2 [m] 100 [kW] 2-pole LS 65-50-241

Performance curves and technical data 34 12 LS 65-50-241 dimensions 65-50-241 LS sketches dimensional 65-50-241 LS [kW] [kW] 8510 M- 10201 9 6 . 8-3 07 4 1 0.859 213 140 73 50 0.57 247 30 111 73 - 69 30 18 4 8.5 360 - 390 - 18 10 4 200 1120 8.5 360 2 390 MMG-G - 160L 18.5 10 200 1120 2 MG 160LB 18.5 8510 M- 1 4 0 4262629292062594 3 42 3 539 652 270 209 42 216 534 216 625 24 270 305 209 209 545 216 216 510 24 305 2 545 MMG-G 160L 18.5 510 2 MG 160LB 18.5 P2 P2 525AMGG215 0 04540468561 09 330431.227 1.092 413 1.092 373 0.908 340 338 300 0.830 253 73 265 73 203 180 90 73 130 69 73 0.79 0.69 69 73 20 19 0.69 0.62 20 477 0.54 357 6 20 330 328 266 214 22 234 - 185 73 126 73 98 30 - 73 73 112 - 73 35 - 18 35 30 20 18 6 9 - 20 18 6 8.5 20 22 18 436 8.5 6 30 480 6 406 8.5 - 18 450 425 8.5 406 - 4 415 450 376 20 - - 420 8.5 415 20 200 18 360 - 1250 390 200 20 18 390 1230 6 18 2 200 18 18 6 1230 8.5 2 200 - MMG-G 1180 8.5 436 18 6 6 2 225MA MMG-G 480 406 10 2 8.5 8.5 4 45 200LB 450 425 MMG-G 200 406 376 8.5 1120 MMG-G 37 415 200LA 450 420 20 360 180M 30 415 390 20 2 200 390 1250 200 22 20 18 MMG-G 1230 - 2 200 200 160MB 1180 1230 2 15 Siemens 10 2 2 Siemens 225M 200 1120 200L Siemens 45 2 MG 200L 37 30 180MB MG 22 160MD 15 525AMGG25055352 1 1 5 5 7 1 0 54 4 4 4 55 55 3 706 4 55 655 4 811 48 655 770 4 4 270 570 770 270 259 42 672 270 234 3 216 55 270 539 234 216 55 216 214 686 216 216 608 55 48 24 638 216 819 216 270 24 638 589 305 769 216 270 209 42 24 305 769 651 270 259 24 216 545 305 534 270 270 234 259 305 216 545 581 234 214 234 216 545 24 270 234 214 216 545 216 510 305 209 216 216 216 24 510 209 216 216 24 510 545 305 216 510 24 24 2 305 216 2 545 305 305 MMG-G 545 2 24 225MA MMG-G 510 2 545 545 45 200LB 305 MMG-G MMG-G 37 200LA 510 180M 510 545 30 2 510 510 22 MMG-G 2 160MB 2 510 15 Siemens 2 2 Siemens 225M 200L Siemens 45 2 MG 200L 37 30 180MB MG 22 160MD 15 110AMGG212 0 0-30308541 067 3 0 0.830 203 130 73 0.54 6 222 86 30 73 9 - 30 18 4 8.5 - 360 390 - 18 10 4 200 8.5 1120 360 2 390 MMG-G - 160MA 11 10 200 1120 2 MG 160MB 11 110AMGG25055352 1 1 0 0 7 0 3 23 42 3 539 608 270 42 209 216 534 216 581 24 270 305 209 209 545 216 216 24 510 305 545 2 MMG-G 160MA 510 11 2 MG 160MB 11

Frame Frame size size Motor Motor rn oeL F RL1H EH n HG HE HA LF1 HR LF2 LB Pole Brand Pole Brand LF2 HR Mechanical Mechanical CP seal LF1 WHT W Ø CP U Base frame dimensions frame Base Stuffing Stuffing LB box Ø [mm] MU Pump dimensions W n x LM Ø HH [mm] ∅ YH SH MHM LM HZ HS HD YY X U LF2 ∅ HM HH Mechanical Mechanical

seal HS HZ Overhang [mm] Stuffing Stuffing YY box Motor dimensions dimensions Motor HA HE Motor end X [mm] upMtrTotal Motor Pump HG Net weights ∅ HD UHT MU [kg] Distance between between Distance shaft ends [mm] ends shaft Shipping volume volume [m 3 ]

TM07 2172 3118 35 12 Performance curves and technical data TM07 2626 4018 2626 TM07 [m] 10 8 6 4 2 0 80 70 60 50 40 30 20 10 0 [%] Eta NPSH -1 /241.3 /241.3 /241.3 Q [m³/h] Q [m³/h] 150 150 /216.0 /216.0 140 140 /216.0 /190.5 ISO 9906 Grade 2B 9906 Grade ISO /190.5 130 130 50 Hz, n = 2965 min50 Hz, /190.5 LS 100-80-241E LS /165.0 /165.0 120 120 /165.0 110 110 100 100 90 90 80 80 70 70 60 60 50 50 40 40 30 30 20 20 10 10 /190.5 /165.0 /216.0 /241.3 0 0 0 5 0 10 50 40 30 20 80 70 60 15 10 40 35 30 25 20 60 55 50 45 80 75 70 65 95 90 85 H P2 [m] [kW] LS 100-80-241

Performance curves and technical data 36 12 LS 100-80-241 dimensions 100-80-241 LS sketches dimensional 100-80-241 LS [kW] [kW] 8510 M- 10202 6 9 4 . 8-2 08 4 2 1.043 220 140 80 50 0.71 20 254 111 80 - 69 18 20 6 8.5 346 390 - 365 20 200 1130 18 2 6 8.5 MMG-G 346 160L 390 18.5 365 20 200 1130 2 MG 160LB 18.5 8510 M- 1 4 0 4292922222062544 3 42 564 3 652 290 222 279 42 279 560 24 625 305 290 545 222 222 279 279 510 24 305 2 545 MMG-G 160L 18.5 510 2 MG 160LB 18.5 P2 P2 520AMGG215 0 0556060962 0168 5 3 1.937 633 1.541 1.249 553 1.350 545 1.249 380 80 420 465 345 300 1.089 340 116 80 265 80 1.008 80 260 100 80 1.25 20 69 210 180 110 725 69 1.11 20 130 80 0.83 20 530 20 0.94 80 588 0.83 - 20 51 80 372 420 0.77 480 6 - 343 214 0.68 63 20 330 80 - 270 - 185 23 80 - 80 126 241 20 6 90 80 18 20 35 80 98 9 132 18 6 18 - 35 20 18 600 8.5 4 6 80 62 20 640 20 506 - 8.5 4 8.5 - 525 550 20 425 436 8.5 18 9 475 460 20 20 480 425 - 6 20 200 415 460 18 - - 1450 - 8.5 23 200 20 20 6 - 1350 346 - 2 6 20 200 390 8.5 18 - 1230 2 200 20 346 9 375 MMG-G 18 1230 18 6 2 390 250MA 200 MMG-G 20 600 18 1230 4 8.5 2 - 6 365 75 250SA 640 200 MMG-G 18 506 8.5 4 8.5 2 1150 20 55 525 225MA MMG-G 550 425 436 8.5 6 200 45 200LA 2 20 460 475 MMG-G 480 1130 425 18 8.5 37 200LA 200 415 460 20 MMG-G 346 - 2 1450 6 30 180MA 200 390 20 - 8.5 1350 2 MMG-G 22 375 20 200 346 1230 2 160M Siemens 200 20 20 390 1230 280S 2 200 200 15 365 Siemens 1150 1230 2 250M 75 Siemens 20 2 2 Siemens 225M 55 200 1130 200L Siemens 45 2 MG 200L 37 30 180MB MG 22 160MD 15 520AMGG25055352 7 7 1 1 9 075816 4 4 4 4 4 4 65 60 55 851 773 4 55 3 1037.5 706 4 921 55 290 655 48 4 811 317 290 655 4 770 279 590 272 290 4 4 770 65 279 290 279 247 42 672 222 290 60 279 279 24 851 564 290 3 279 222 55 279 24 305 783 222 960 55 279 279 608 24 305 686 279 887 55 48 290 279 545 24 290 638 305 279 819 316 290 24 545 222 638 305 609 769 24 316 42 271 290 279 545 305 769 651 279 290 305 271 545 246 510 279 560 279 222 290 290 279 246 545 510 24 581 545 222 222 222 279 279 24 510 305 279 222 222 2 290 279 510 24 305 279 279 279 222 2 510 24 545 MMG-G 305 279 279 510 222 545 24 2 280SA 305 MMG-G 2 279 24 24 75 545 250MA 305 MMG-G 279 2 55 545 225MA 305 305 MMG-G 510 2 545 510 45 24 200LB MMG-G 545 545 MMG-G 37 200LA 510 305 180M 30 2 510 2 510 545 22 MMG-G 2 510 510 Siemens 160MB 280S 2 15 Siemens 2 250M 510 75 Siemens 2 2 Siemens 225M 55 200L Siemens 45 2 MG 200L 37 30 180MB MG 22 160MD 15

seal HS HZ Overhang [mm] Stuffing Stuffing YY box Motor dimensions HA HE Motor end [mm] X upMtrTotal Motor Pump HG Net weights ∅ HD UHT MU [kg] Distance between between Distance shaft ends [mm] ends shaft Shipping volume volume [m 3 ]

TM07 2172 3118 37 12 Performance curves and technical data TM07 2629 4018 2629 TM07 [m] 0 12 8 4 0 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /279.4 /279.4 /279.4 Q [m³/h] Q [m³/h] /229.0 /229.0 200 200 ISO 9906 Grade 2B 9906 Grade ISO 180 180 50 Hz, n = 2970 min50 Hz, LS 125-100-279E LS /229.0 160 160 140 140 120 120 100 100 80 80 60 60 40 40 20 20 /279.4 /229.0 0 0 0 0 40 20 80 60 20 10 50 40 30 80 70 60 90 H P2 [m] 120 100 160 140 100 120 110 [kW] LS 125-100-279

Performance curves and technical data 38 12 LS 125-100-279 dimensions 125-100-279 LS sketches dimensional 125-100-279 LS [kW] [kW] 8510 M- 20205 2 3 8 81 62 6 4 0 1.264 304 140 164 23 0.94 56 354 126 164 13 45 18 56 6 9 286 13 334 425 50 18 200 6 1250 9 2 286 MMG-G 334 160L 425 18.5 50 200 1250 2 MG 160LB 18.5 8510 M- 3 7 6 4353524243062684 3 42 3 618 652 370 244 42 305 634 305 625 34 290 368 244 674 244 305 305 631 34 368 2 545 MMG-G 160L 18.5 510 2 MG 160LB 18.5 P2 P2 020AMGG215 0 7556050861 65 3 6 2 8 2.029 2.000 784 1.780 1.576 717 620 629 553 504 164 1.498 465 164 340 1.498 133 164 464 1.317 110 164 429 300 93 59 1.44 344 83 265 164 56 1.39 180 891 164 56 1.20 72 164 56 799 615 16 72 1.06 659 13 530 14 164 56 1.04 0.99 420 13 164 577 56 59 18 13 56 461 164 422 330 23 6 86 214 185 13 108 6 23 164 56 8 23 13 164 164 6 56 9 550 41 13 4 56 600 9 570 23 41 28 8.5 575 610 13 23 526 446 6 56 575 47 18 560 485 13 8.5 6 56 56 13 51 200 525 6 394 8.5 1550 - 23 200 435 51 8.5 394 1550 2 13 6 23 460 200 435 346 51 23 1450 2 390 13 13 460 51 6 200 9 MMG-G 1350 440 4 2 280MA 200 51 MMG-G 570 9 23 1320 8.5 50 90 2 280SA 200 610 MMG-G 23 18 526 446 6 1320 2 200 75 575 250MA 560 485 MMG-G 1280 8.5 6 6 2 55 51 225MA 525 MMG-G 394 2 8.5 8.5 - 45 200 200LB 435 MMG-G 51 394 346 1550 MMG-G 37 460 200LA 435 200 390 51 1450 2 180M 30 460 440 51 200 1350 2 Siemens 200 22 51 50 1320 280S 2 200 200 Siemens 1320 1280 2 250M 75 Siemens 2 2 Siemens 225M 55 200L Siemens 45 MG 200L 37 30 180MB 22 020AMGG26164383 0 0 9 9 7 075866 30 4 4 4 4 4 65 4 65 856 4 60 55 856 1037.5 4 55 370 1037.5 797 735 4 55 370 290 709 4 48 811 921 290 305 709 4 4 770 65 305 644 305 264370 370 770 305 60 370 305 244 856 34 672 244 55 370 305 305 34 807 368 960 370 55 305 244 305 34 368 715 244 887 55 48 290 305 305 674 692 34 368 305 819 290 305 290 674 34 692 663 368 769 305 290 264 290 34 674 368 769 651 34 305 290 264 244 674 631 368 305 244 290 290 305 368 244 674 631 244 244 244 305 305 34 674 631 674 305 244 244 305 2 34 368 631 305 305 305 2 631 34 368 MMG-G 305 305 545 34 2 631 280MA MMG-G 368 631 34 34 90 545 2 280SA 368 MMG-G 2 75 545 250MA 368 368 MMG-G 545 2 510 55 225MA MMG-G 2 545 545 45 200LB 510 MMG-G MMG-G 37 200LA 510 2 180M 510 30 2 510 510 Siemens 22 280S 2 Siemens 2 250M 75 Siemens 2 2 Siemens 225M 55 200L Siemens 45 MG 200L 37 30 180MB 22

seal HS HZ Overhang [mm] Stuffing Stuffing YY box Motor dimensions dimensions Motor HA HE Motor end [mm] X upMtrTotal Motor Pump HG Net weights ∅ HD UHT MU [kg] Distance between between Distance shaft ends [mm] ends shaft Shipping volume volume [m 3 ]

TM07 2172 3118 39 12 Performance curves and technical data TM07 2631 4018 2631 TM07 [m] 0 10 5 0 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /304.8 /304.8 /304.8 /279.4 360 360 /279.4 /279.4 /254.0 ISO 9906 Grade 2B 9906 Grade ISO /254.0 50 Hz, n = 2975 min50 Hz, /254.0 LS 125-100-305F LS 320 320 /228.6 /228.6 /228.6 /203.2 280 280 /203.2 /203.2 240 240 200 200 160 160 120 120 80 80 40 40 /203.2 /254.0 /228.6 /279.4 /304.8 0 0 0 0 40 20 80 60 30 20 10 60 50 40 90 80 70 H P2 [m] 120 100 160 140 130 120 110 100 150 140 [kW] LS 125-100-305

Performance curves and technical data 40 12 LS 125-100-305 dimensions 125-100-305 LS sketches dimensional 125-100-305 LS [kW] [kW] 6 1L M- 70205 5 6 2 31 5291413 142.758 2.630 1194 1124 1030 960 164 164 289 289 55 55 2.82 12 2.75 1264 12 980 1184 23 900 164 6 23 164 264 6 9 264 620 9 56 660 620 56 650 660 51 600 13 200 51 1700 13 200 2 1600 23 2 MMG-G 6 23 315LA MMG-G 160 6 9 315MA 132 600 9 650 600 600 650 50.5 600 200 1600 50.5 200 2 1600 2 Siemens 315L Siemens 160 315M 132 6 1L M- 3 7 6 4353535353016 8 54 4 65 65 986 1366 986 370 4 1266 325 370 4 305 325 305 305 34 305 65 368 34 65 970 368 1217 970 674 370 1217 674 325 370 325 325 631 305 325 631 305 305 2 34 305 2 368 34 MMG-G 315LA 368 MMG-G 160 674 315MA 132 674 631 631 2 2 Siemens 315L Siemens 160 315M 132 1 1S M- 60205 0 6 2 31 529149016 2.565 1064 900 164 239 55 2.49 12 1124 840 23 164 6 99 9 620 56 660 600 51 13 200 1600 2 23 MMG-G 6 315SA 110 9 600 650 600 50.5 200 1600 2 Siemens 315S 110 1 1S M- 3 7 6 4353535353011 8 54 65 986 1216 370 4 325 305 305 34 65 368 970 1052 674 370 325 325 631 305 305 2 34 368 MMG-G 315SA 110 674 631 2 Siemens 315S 110 P2 P2 020AMGG215 0 1556050962 35 1 6 2 8 2.000 2.000 784 1.780 1.576 717 620 629 553 504 164 1.498 465 164 340 1.498 110 164 464 110 164 429 300 93 56 83 265 164 56 1.53 164 56 1.44 72 56 13 1.32 891 72 806 13 1.13 615 56 689 530 13 56 23 164 1.04 13 569 420 164 23 1.04 6 169 330 164 461 13 6 59 23 9 23 432 164 214 13 6 86 56 9 570 4 185 108 164 56 610 570 9 23 8.5 575 164 610 56 23 526 446 6 41 56 575 51 560 485 13 8.5 6 41 51 200 525 13 394 8.5 1550 - 56 200 435 51 394 13 1550 56 2 23 460 13 200 435 51 1450 2 23 460 51 6 200 MMG-G 1350 2 13 280MA 6 200 23 51 MMG-G 9 1320 23 90 2 280SA 13 200 6 9 MMG-G 570 1320 2 4 75 250MA 610 MMG-G 570 9 23 2 8.5 55 225MA 575 MMG-G 610 23 526 446 6 45 200LB 575 MMG-G 51 560 485 8.5 6 37 200LA 51 200 525 394 8.5 1550 - 30 200 435 51 394 1550 2 460 435 200 51 1450 2 460 51 Siemens 200 1350 2 280M Siemens 200 51 1320 280S 2 200 90 Siemens 1320 2 250M 75 Siemens 2 Siemens 225M 55 200L Siemens 45 200L 37 30 020AMGG26164383 0 0 9 9 7 075866 4 4 4 4 4 4 65 65 60 856 55 1037.5 856 797 55 370 4 1037.5 735 4 921 55 370 290 709 4 811 290 305 370 709 770 4 305 305 264 370 4 770 305 370 305 244 34 65 4 65 244 370 305 305 34 368 856 305 244 60 305 34 856 368 305 305 1070 55 674 34 368 807 960 55 305 370 674 34 368 715 887 55 370 290 34 674 692 368 819 290 290 370 674 631 692 368 769 290 305 674 264 370 631 769 305 370 305 674 264 244 631 305 244 370 305 2 244 34 631 244 244 2 305 305 34 631 368 MMG-G 305 244 305 2 631 280MA 34 368 MMG-G 305 305 90 674 2 280SA 34 368 MMG-G 305 2 674 34 75 250MA 368 MMG-G 2 34 55 674 225MA 368 MMG-G 45 200LB 674 631 368 MMG-G 674 631 37 200LA 674 30 631 2 631 2 631 Siemens 2 280M 631 Siemens 280S 2 90 Siemens 2 250M 75 Siemens 2 Siemens 225M 55 200L Siemens 45 200L 37 30

TM07 2172 3118 41 12 Performance curves and technical data TM07 2690 4018 2690 TM07 [m] 10 0 12 8 4 0 70 60 50 40 30 20 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /241.0 /241.0 /241.0 50 50 ISO 9906 Grade 2B 9906 Grade ISO /213.0 LS 65-50-241B LS 50 Hz, n = 1440 min50 Hz, 45 45 /213.0 /213.0 40 40 /185.0 /185.0 /185.0 35 35 /171.0 /171.0 /171.0 30 30 25 25 20 20 15 15 10 10 5 5 /171.0 /213.0 /185.0 /241.0 0 0 3 2 1 0 6 5 4 0 7 6 4 2 8 10 16 14 12 20 18 22 H P2 [m] [kW] 4-pole LS 65-50-241

Performance curves and technical data 42 12 LS 65-50-241 dimensions 65-50-241 LS sketches dimensional 65-50-241 LS [kW] [kW] . 3SMGG410 0 0-35228541 0-7 6190.723 149 76 0.47 0.653 0.704 73 113 102 178 - 40 29 54 0.42 0.41 73 73 73 30 146 135 18 - - 25 17 - 73 20 73 20 30 3 16 18 - 4 - - 20 20 8.5 272 18 315 18 18 4 - - - 6 4 8.5 8.5 8.5 286 10 286 272 330 200 330 18 18 315 1000 260 - 6 4 - 4 20 8.5 8.5 20 200 MMG-G 286 286 10 200 920 330 330 132S 200 880 1000 260 4 5.5 - 4 20 4 MMG-G 200 20 MMG-G 100LA 920 200 MG 090L 2.2 880 4 1.5 132SB 4 5.5 MG MG 100LB 2.2 090LC 1.5 . 3SMGG45055352 1 1 0 0 7 6 0 83 3 3 3 38 509 3 466 3 38 28 24 270 500 209 484 545 459 216 369.5 392 28 270 270 216 270 24 464 209 209 24 209 424 209 395 209 216 305 216 270 371 216 216 216 209 270 216 545 24 209 209 24 24 305 216 209 305 305 216 216 510 545 216 545 24 545 24 305 4 305 510 510 545 510 MMG-G 545 132S 4 5.5 4 4 510 MMG-G MMG-G 510 100LA MG 090L 2.2 4 1.5 132SB 4 5.5 MG MG 100LB 2.2 090LC 1.5 P2 P2 1MMGG490202 7 3 8 . 8-2 35 2 0.671 0.653 126 115 53 42 0.43 73 0.42 73 156 1 150 35 - 29 20 73 73 20 20 3 - 20 - 20 18 6 18 - 8.5 - 6 286 8.5 330 18 286 270 330 18 6 20 260 6 8.5 200 20 8.5 286 940 200 330 286 920 4 330 270 260 20 4 MMG-G 20 200 112M MMG-G 940 200 100LB 920 4 4 3 4 MG MG 112MC 100LC 4 3 1MMGG45055352 1 1 0 0 7 1. 9 83 3 3 3 28 28 491 484 412.5 28 270 392 28 475 209 270 464 216 432 209 395 216 270 216 270 209 24 216 209 209 305 24 209 216 305 216 216 545 216 24 545 24 305 510 305 545 510 545 4 4 MMG-G 510 510 112M MMG-G 100LB 4 4 3 4 MG MG 112MC 100LC 4 3

TM07 2172 3118 43 12 Performance curves and technical data TM07 2691 4018 2691 TM07 [m] 0 6 4 2 0 70 60 50 40 30 20 10 [%] Eta NPSH -1 /330.0 Q [m³/h] Q [m³/h] /330.0 /330.0 75 75 /305.0 /305.0 /305.0 70 70 ISO 9906 Grade 2B 9906 Grade ISO /279.0 65 65 LS 65-50-330D LS 50 Hz, n = 1465 min50 Hz, /279.0 /279.0 /254.0 60 60 /254.0 /254.0 55 55 /229.0 /229.0 /229.0 50 50 45 45 40 40 35 35 30 30 25 25 20 20 15 15 10 10 5 5 /254.0 /229.0 /305.0 /279.0 /330.0 0 0 2 0 8 6 4 8 6 4 2 0 10 14 12 16 14 12 10 26 24 22 20 18 34 32 30 28 40 38 36 H P2 [m] [kW] LS 65-50-330

Performance curves and technical data 44 12 LS 65-50-330 dimensions 65-50-330 LS sketches dimensional 65-50-330 LS [kW] [kW] . 3MMGG411 0 03530268561 02 59 8 0.873 0.857 188 171 93 76 95 95 22 - 20 20 - - 18 18 6 6 8.5 286 8.5 330 286 305 330 305 20 20 200 1010 200 1010 4 4 MMG-G MMG-G 132M 132S 7.5 5.5 . 3M G411 0 03530268561 0-9 8260.64 0.64 216 202 68 54 95 95 - - 20 20 - - 3 3 18 18 6 6 8.5 38 286 8.5 38 330 286 547 305 330 547 504 305 20 466 355 20 200 1010 355 209 200 1010 4 209 254 4 254 254 MG 254 24 MG 24 132MB 305 7.5 132SB 305 5.5 545 545 510 510 4 4 MMG-G MMG-G 132M 132S 7.5 5.5 . 3M G45055352 5 5 0 0 5 0 3 83 3 38 38 538 538 509 459 355 355 209 209 209 209 254 254 254 254 24 24 305 305 545 545 510 510 4 4 MG MG 132MB 7.5 132SB 5.5 P2 P2 510 M- 10202 7 9 4 . 8-2 09 5 4 0.996 245 150 95 40 20 - 18 6 8.5 346 390 370 20 200 1140 4 MMG-G 160L 15 510BM 10202 7 9 4 . 8-2 99 1 7 0.61 274 115 95 59 20 - 3 18 6 8.5 42 346 390 577 370 652 20 355 200 1140 209 4 254 254 MG 24 160LB 305 15 545 510 4 MMG-G 160L 15 510BM 1 4 0 4242429293565524 3 42 572 655 355 209 209 254 254 24 305 545 510 4 MG 160LB 15 110 M- 10202 7 9 4 . 8-2 510250.966 225 130 95 - 20 - 18 6 8.5 346 390 370 20 200 1140 4 MMG-G 160M 11 110BM 10202 7 9 4 . 8-2 59 5 0.59 254 95 95 - 20 - 3 18 6 8.5 42 346 390 577 370 608 20 355 200 1140 209 4 254 254 MG 24 160MB 305 11 545 510 4 MMG-G 160M 11 110BM 1 4 0 4242429293551524 3 42 572 581 355 209 209 254 254 24 305 545 510 4 MG 160MB 11 1MMGG490202 7 3 8 . 8-2 55 4 0.805 148 53 95 1 20 - 18 6 8.5 286 330 270 20 200 940 4 MMG-G 112M 4 1M G490202 7 3 8 . 8-2 53 7 0.64 178 35 95 - 20 - 3 18 6 8.5 286 330 28 270 529 20 412.5 200 355 940 209 4 254 254 MG 24 112MC 305 4 545 510 4 MMG-G 112M 4 1M G45055352 5 5 0 0 5 3 1 83 28 513 432 355 209 209 254 254 24 305 545 510 4 MG 112MC 4

TM07 2172 3118 45 12 Performance curves and technical data TM07 2627 4018 2627 TM07 [m] 0 5 4 3 2 1 0 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /241.3 Q [m³/h] Q [m³/h] /241.3 /241.3 90 90 85 85 /216.0 80 80 /216.0 /216.0 ISO 9906 Grade 2B 9906 Grade ISO 75 75 50 Hz, n = 1450 min50 Hz, LS 100-80-241E LS /190.5 70 70 /165.0 /190.5 65 65 60 60 /165.0 /190.5 /165.0 55 55 50 50 45 45 40 40 35 35 30 30 25 25 20 20 15 15 10 10 5 5 /190.5 /165.0 /216.0 /241.3 0 0 2 1 0 6 5 4 3 8 7 4 3 2 1 0 9 8 7 6 5 14 13 12 11 10 19 18 17 16 15 22 21 20 H P2 [m] [kW] LS 100-80-241

Performance curves and technical data 46 12 LS 100-80-241 dimensions 100-80-241 LS sketches dimensional 100-80-241 LS [kW] [kW] . 3MMGG411 0 03535218561 02 09 7 0.896 0.879 173 156 93 76 0.791 0.60 0.58 80 80 120 199 185 22 40 - 68 0.53 54 80 20 80 152 80 20 - 25 27 - 80 - 20 20 - 20 3 18 18 6 - - 20 6 8.5 - 271 8.5 315 271 18 18 305 315 - 18 6 6 305 20 8.5 6 8.5 20 200 271 1010 271 8.5 200 315 18 315 1010 271 4 260 305 315 6 4 20 305 MMG-G 8.5 20 200 MMG-G 271 132M 20 200 1010 920 315 132S 200 7.5 1010 260 4 4 5.5 20 4 MMG-G 200 MG 100LA 920 MG 2.2 132MB 4 7.5 132SB 5.5 MG 100LB 2.2 . 3MMGG45055352 7 7 2 2 9 0 3 83 3 3 3 38 3 38 534 534 504 3 38 466 290 38 28 525 290 222 525 222 509 279 509 459 279 290 279 392 28 290 279 222 290 24 489 222 222 24 222 305 395 222 279 279 305 290 279 279 545 279 222 279 545 24 24 222 24 305 305 279 510 305 279 510 545 545 24 545 4 305 4 510 MMG-G 510 545 510 MMG-G 132M 132S 7.5 4 4 5.5 4 510 MMG-G MG 100LA MG 2.2 132MB 4 7.5 132SB 5.5 MG 100LB 2.2 P2 P2 1MMGG490202 6 1 7 . 8-2 18 3130.810 0.791 133 122 53 42 0.55 0.53 80 80 161 156 11 35 - 29 20 80 80 20 30 3 - 20 - 20 18 6 18 - 8.5 - 6 271 8.5 315 18 271 265 315 18 6 20 260 6 8.5 200 20 8.5 271 930 200 315 271 920 4 315 265 260 20 4 MMG-G 20 200 112M MMG-G 930 200 100LB 920 4 4 3 4 MG MG 112MC 100LC 4 3 1MMGG45055352 7 7 2 2 9 1. 1 83 3 3 3 28 28 516 509 412.5 28 290 392 28 500 222 290 489 279 432 222 395 279 290 279 290 222 24 279 222 222 305 24 222 279 305 279 279 545 279 24 545 24 305 510 305 545 510 545 4 4 MMG-G 510 510 112M MMG-G 100LB 4 4 3 4 MG MG 112MC 100LC 4 3

TM07 2172 3118 47 12 Performance curves and technical data TM07 2628 4018 2628 TM07 [m] 0 12 8 4 0 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /355.6 /355.6 Q [m³/h] Q [m³/h] /330.0 /330.0 /355.6 /330.0 140 140 /304.8 /304.8 /304.8 /279.4 130 130 ISO 9906 Grade 2B 9906 Grade ISO /279.4 /254.0 /279.4 50 Hz, n = 1470 min50 Hz, 120 120 LS 100-80-356E LS /254.0 /254.0 110 110 100 100 90 90 80 80 70 70 60 60 50 50 40 40 30 30 20 20 10 10 /279.4 /254.0 /330.0 /304.8 /355.6 0 0 5 0 8 4 0 10 30 25 20 15 40 35 20 16 12 32 28 24 40 36 48 44 H P2 [m] [kW] LS 100-80-356

Performance curves and technical data 48 12 LS 100-80-356 dimensions 100-80-356 LS sketches dimensional 100-80-356 LS [kW] [kW] 8510 M- 20204 0 6 . 33 93 7 9 7 1.325 372 195 177 34 79 36 23 4 8.5 360 400 - 41 200 1250 4 MMG-G 180M 18.5 8510 imn 20204 0 6 . 33 93 7 2 7 0.96 374 126 177 35 79 36 23 4 8.5 360 400 - 41 200 1250 4 Siemens 180M 18.5 8510 M- 4 8 6 4353527273062614 4 48 641 672 380 247 305 305 34 368 687 644 4 MMG-G 180M 18.5 8510 imn 4 8 6 4353527273072604 4 48 660 712 380 247 247 305 305 34 368 687 644 4 Siemens 180M 18.5 . 3MMGG419 0 03535218561 67 5179 7 1.157 270 93 177 25 79 36 18 6 8.5 271 315 345 40 200 1090 4 MMG-G 132M 7.5 . 3M G419 0 03535218561 67 0176 0 0.82 300 68 177 30 79 36 18 6 8.5 271 315 345 40 200 1090 4 MG 132MB 7.5 . 3MMGG46467383 0 0 4 4 8 0 8 83 38 585 504 380 247 305 305 34 368 687 644 4 MMG-G 132M 7.5 . 3M G46467383 0 0 4 4 8 0 7 83 38 576 509 380 247 247 305 305 34 368 687 644 4 MG 132MB 7.5 P2 P2 020 M- 30204 5 2 7 83 98 7 8 6 1.507 1.359 462 382 285 205 1.288 177 177 327 82 72 150 79 177 79 43 36 79 36 18 23 6 36 4 9 8.5 372 360 18 420 400 6 450 - 8.5 40 346 200 41 390 1300 200 410 1250 4 40 4 200 MMG-G 1220 MMG-G 200L 4 180L 30 MMG-G 22 160L 15 020 imn 30204 5 2 7 83 96 7 0 4 1.06 0.98 449 394 0.91 200 146 177 361 177 115 63 65 177 79 46 79 79 36 36 36 18 23 6 4 9 18 8.5 372 360 6 420 400 8.5 450 346 - 390 40 410 200 41 1300 40 200 1250 4 200 1220 4 Siemens 4 200L Siemens 180L 30 MG 22 160LB 15 020 M- 4 8 6 4353527273070765 4 4 3 55 48 706 641 770 42 710 380 615 380 247 652 247 305 380 305 305 247 305 34 305 34 368 305 368 687 34 687 368 687 644 644 4 644 4 MMG-G MMG-G 200L 4 180L 30 MMG-G 22 160L 15 020 imn 4 8 6 4353527273079795 4 4 3 55 48 709 42 660 769 611 712 380 655 380 247 380 247 247 247 247 305 247 305 305 305 305 34 305 34 368 34 368 687 368 687 687 644 644 644 4 4 Siemens 4 200L Siemens 180L 30 MG 22 160LB 15 110 M- 20204 1 9 4 . 83 9-1710371.250 307 130 177 - 79 36 18 6 8.5 346 390 410 40 200 1220 4 MMG-G 160M 11 110BM 20204 1 9 4 . 83 9-179 4 0.88 341 95 177 - 79 36 18 6 8.5 346 390 410 40 200 1220 4 MG 160MB 11 110 M- 4 8 6 4353527273068654 3 42 615 608 380 247 305 305 34 368 687 644 4 MMG-G 160M 11 110BM 4 8 6 4353527273051614 3 42 611 581 380 247 247 305 305 34 368 687 644 4 MG 160MB 11

TM07 2172 3118 49 12 Performance curves and technical data TM07 2630 4018 2630 TM07 [m] 0 8 6 4 2 0 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /279.4 /279.4 /279.4 Q [m³/h] Q [m³/h] 150 150 /254.0 140 140 /254.0 /254.0 ISO 9906 Grade 2B 9906 Grade ISO 130 130 50 Hz, n = 1465 min50 Hz, /229.0 LS 125-100-279E LS 120 120 /229.0 110 110 100 100 90 90 80 80 70 70 /229.0 60 60 50 50 40 40 30 30 20 20 10 10 /229.0 /254.0 /279.4 0 0 4 2 0 8 6 6 4 2 0 8 12 10 16 14 12 10 18 16 14 24 22 20 28 26 H P2 [m] [kW] LS 125-100-279

Performance curves and technical data 50 12 LS 125-100-279 dimensions 125-100-279 LS sketches dimensional 125-100-279 LS [kW] [kW] . 3MMGG410 0 03035218561 35 5149 5 1.130 1.108 257 240 93 76 1.038 164 164 204 25 - 40 56 164 56 - 13 13 56 18 18 6 13 6 8.5 271 8.5 315 271 18 350 315 350 6 50 8.5 50 200 1100 271 200 1100 315 4 310 4 MMG-G 50 MMG-G 132M 200 1020 132S 7.5 4 5.5 MMG-G 100LA 2.2 . 3M G410 0 03035218561 35 9146 8 0.81 0.78 289 275 68 0.76 54 164 164 245 39 39 25 56 164 56 39 13 56 13 18 18 6 13 6 8.5 271 8.5 315 271 18 350 315 6 350 50 8.5 50 200 271 1100 200 315 1100 4 310 4 50 MG 200 1020 MG 132MB 4 7.5 132SB 5.5 MG 100LB 2.2 . 3MMGG46164383 0 0 4 4 7 0 8 83 3 38 8 38 588 588 504 466 370 28 370 244 244 305 563 305 305 392 305 370 34 34 244 368 305 368 674 305 674 34 368 631 631 674 4 4 MMG-G 631 MMG-G 132M 132S 7.5 4 5.5 MMG-G 100LA 2.2 . 3M G46164383 0 0 4 4 7 0 7 83 3 8 38 38 579 579 509 459 370 28 370 244 543 244 244 395 244 305 370 305 305 244 305 34 244 34 368 305 368 305 674 34 674 368 631 674 631 4 4 631 MG MG 132MB 4 7.5 132SB 5.5 MG 100LB 2.2 P2 P2 510 M- 20205 2 3 8 81 62 6 5 1 1.264 314 150 164 23 56 13 18 6 9 286 334 425 50 200 1250 4 MMG-G 160L 15 510BM 20205 2 3 8 81 64 6 1 4 0.92 343 115 164 45 56 13 18 6 9 286 334 425 50 200 1250 4 MG 160LB 15 510 M- 3 7 6 4353524243062684 3 42 618 652 370 244 305 305 34 368 674 631 4 MMG-G 160L 15 510BM 3 7 6 4353524243065644 3 42 634 655 370 244 244 305 305 34 368 674 631 4 MG 160LB 15 110 M- 20205 2 3 8 81 6-1410241.244 294 130 164 - 56 13 18 6 9 286 334 425 50 200 1250 4 MMG-G 160M 11 110BM 20205 2 3 8 81 6-149 2 0.90 323 95 164 - 56 13 18 6 9 286 334 425 50 200 1250 4 MG 160MB 11 110 M- 3 7 6 4353524243068684 3 42 618 608 370 244 305 305 34 368 674 631 4 MMG-G 160M 11 110BM 3 7 6 4353524243051644 3 42 634 581 370 244 244 305 305 34 368 674 631 4 MG 160MB 11 1MMGG412 0 0303527961 35 9145 1 1.054 1.038 217 206 53 42 164 164 19 - 56 56 13 13 18 6 18 9 6 267 8.5 315 271 310 315 50 310 200 50 1020 200 4 1020 4 MMG-G 112M MMG-G 100LB 4 3 1M G412 0 0303527961 35 3143 5 0.77 0.76 255 35 249 164 29 164 23 39 56 56 13 13 18 6 18 9 6 8.5 267 315 271 315 310 310 50 50 200 1020 200 1020 4 4 MG MG 112MC 100LC 4 3 1MMGG46164383 0 0 4 4 7 1. 7 88 8 28 28 570 563 412.5 370 392 244 370 305 244 305 305 34 305 368 34 368 674 674 631 631 4 4 MMG-G 112M MMG-G 100LB 4 3 1M G46164383 0 0 4 4 7 3 7 88 8 28 28 574 543 432 395 370 370 244 244 244 244 305 305 305 305 34 34 368 368 674 674 631 631 4 4 MG MG 112MC 100LC 4 3

TM07 2172 3118 51 12 Performance curves and technical data TM07 2632 4018 2632 TM07 [m] 0 8 4 0 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /304.8 /304.8 /304.8 220 220 /279.4 /279.4 /279.4 ISO 9906 Grade 2B 9906 Grade ISO 200 200 50 Hz, n = 1470 min50 Hz, /254.0 LS 125-100-305F LS /254.0 /254.0 180 180 /228.6 160 160 /228.6 /228.6 /203.2 140 140 /203.2 /203.2 120 120 100 100 80 80 60 60 40 40 20 20 /203.2 /228.6 /279.4 /254.0 /304.8 0 0 8 4 0 6 4 2 0 8 24 20 16 12 32 28 14 12 10 22 20 18 16 30 28 26 24 34 32 H P2 [m] [kW] LS 125-100-305

Performance curves and technical data 52 12 LS 125-100-305 dimensions 125-100-305 LS sketches dimensional 125-100-305 LS [kW] [kW] 8510 M- 20205 4 9 4 . 81 61 6 9 5 1.317 359 195 164 14 56 13 18 6 8.5 346 390 440 50 200 1280 4 MMG-G 180M 18.5 8510 imn 20205 4 9 4 . 81 62 6 2 6 0.97 363 126 164 28 56 13 4 18 6 8.5 346 48 390 440 644 50 672 200 1280 370 244 4 305 Siemens 180M 305 18.5 34 368 674 631 4 MMG-G 180M 18.5 8510 imn 3 7 6 4353524243072634 4 48 663 712 370 244 244 305 305 34 368 674 631 4 Siemens 180M 18.5 . 3MMGG410 0 03035218561 35 5149 5 1.130 1.108 257 240 93 76 164 164 25 - 56 56 13 13 18 18 6 6 8.5 271 8.5 315 271 350 315 350 50 50 200 1100 200 1100 4 4 MMG-G MMG-G 132M 132S 7.5 5.5 . 3M G410 0 03035218561 35 9146 8 0.81 0.78 289 275 68 54 164 164 39 39 56 56 13 13 18 3 18 6 3 6 8.5 271 8.5 315 271 350 315 38 350 50 38 588 50 200 1100 588 504 200 1100 4 466 370 4 370 244 244 MG 305 MG 305 305 132MB 305 7.5 132SB 34 5.5 34 368 368 674 674 631 631 4 4 MMG-G MMG-G 132M 132S 7.5 5.5 . 3M G46164383 0 0 4 4 7 0 7 83 3 38 38 579 579 509 459 370 370 244 244 244 244 305 305 305 305 34 34 368 368 674 674 631 631 4 4 MG MG 132MB 7.5 132SB 5.5 P2 P2 210 M- 20205 4 9 4 . 81 65 6 0 6 1.351 1.264 369 205 314 164 150 164 52 23 56 56 13 13 18 6 18 8.5 6 346 390 9 440 286 50 334 200 425 1280 50 4 200 1250 MMG-G 4 180L MMG-G 22 160L 15 210 imn 20205 4 9 4 . 81 65 6 4 8 0.99 0.92 383 343 146 115 164 164 58 45 56 56 13 13 4 18 18 6 6 3 8.5 9 346 48 390 286 334 440 644 425 50 42 710 50 200 618 1280 370 200 1250 652 244 4 4 370 305 Siemens 244 305 180L MG 305 34 22 305 160LB 368 34 15 674 368 674 631 631 4 MMG-G 4 180L MMG-G 22 160L 15 210 imn 3 7 6 4353524243072634 4 3 48 42 663 634 712 655 370 370 244 244 244 244 305 305 305 305 34 34 368 368 674 674 631 631 4 4 Siemens 180L MG 22 160LB 15 110 M- 20205 2 3 8 81 6-1410241.244 294 130 164 - 56 13 18 6 9 286 334 425 50 200 1250 4 MMG-G 160M 11 110BM 20205 2 3 8 81 6-149 2 0.90 323 95 164 - 56 13 18 6 3 9 286 334 425 42 50 618 200 1250 608 4 370 244 MG 305 305 160MB 11 34 368 674 631 4 MMG-G 160M 11 110BM 3 7 6 4353524243051644 3 42 634 581 370 244 244 305 305 34 368 674 631 4 MG 160MB 11 1MMGG412 0 0303527961 35 9145 1 1.054 217 53 164 19 56 13 18 6 9 267 315 310 50 200 1020 4 MMG-G 112M 4 1M G412 0 0303527961 35 3143 5 0.77 255 35 164 23 56 13 18 6 8 9 267 315 310 28 50 200 570 1020 412.5 4 370 244 MG 305 305 112MC 34 4 368 674 631 4 MMG-G 112M 4 1M G46164383 0 0 4 4 7 3 7 88 28 574 432 370 244 244 305 305 34 368 674 631 4 MG 112MC 4

TM07 2172 3118 53 12 Performance curves and technical data TM07 2633 4018 2633 TM07 [m] 0 12 8 4 0 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /381.0 /381.0 Q [m³/h] Q [m³/h] /381.0 320 320 /348.0 /348.0 /348.0 300 300 /317.5 280 280 ISO 9906 Grade 2B 9906 Grade ISO /317.5 /317.5 50 Hz, n = 1490 min50 Hz, LS 125-100-381F LS 260 260 /279.4 240 240 /279.4 /279.4 220 220 /241.3 /241.3 200 200 /241.3 180 180 160 160 140 140 120 120 100 100 80 80 60 60 40 40 20 20 /241.3 /317.5 /279.4 /348.0 /381.0 0 0 0 5 0 20 10 60 50 40 30 80 70 10 20 15 35 30 25 50 45 40 55 H P2 [m] [kW] LS 125-100-381

Performance curves and technical data 54 12 LS 125-100-381 dimensions 125-100-381 LS sketches dimensional 125-100-381 LS [kW] [kW] 8510 M- 30208 9 5 . 8-2 42515401.643 450 195 255 24 26 1.21 461 - 126 255 18 38 4 8.5 350 26 390 - 80 - 200 1300 4 18 4 MMG-G 8.5 180M 350 18.5 390 - 80 200 1300 4 Siemens 180M 18.5 8510 M- 3 7 6 4373729294062774 4 48 717 672 470 4 279 357 357 34 48 368 736 674 712 470 279 631 279 357 357 4 34 MMG-G 368 180M 18.5 674 631 4 Siemens 180M 18.5 P2 P2 520BMGG410 0 0606557961 68 5 2 7 2.337 2.131 1.963 876 1.933 735 621 615 480 605 360 255 1.815 1.685 255 350 255 89 540 460 255 73 1.619 73 285 205 48 26 255 405 255 26 26 150 1.60 81 1.57 62 26 1.46 255 1.41 - 956 827 26 26 - 53 694 - 575 460 654 - 330 1.31 1.24 255 255 290 18 26 255 1.22 23 6 255 49 23 540 481 - 66 - 107 4 23 4 9 200 146 447 47 8.5 4 26 26 557 9 115 255 255 504 - 26 18 18 605 545 9 452 26 255 600 80 68 6 4 495 452 - 80 8.5 8.5 495 56 18 - - - 392 350 200 - 26 26 80 1600 6 - 435 390 - 200 80 26 475 4 1500 9 - 80 200 18 80 23 1420 4 342 23 200 MMG-G 200 6 80 - 1420 - 390 4 280SB 4 23 1350 4 MMG-G 200 8.5 425 8.5 4 75 - 250MC 4 1300 4 MMG-G 561 9 504 80 55 225MC 605 MMG-G 4 545 9 18 18 452 200 MMG-G 45 600 225SC 1250 495 452 6 - 4 MMG-G 200L 18 37 80 495 4 8.5 8.5 - 180L 6 30 200 80 392 350 1600 - MMG-G 22 9 435 200 390 80 1500 4 160L 475 80 200 342 - 1420 4 Siemens 390 15 200 80 1420 425 280S 4 200 80 Siemens 1350 4 80 250M 200 75 Siemens 1300 4 200 225M Siemens 55 1250 4 225S Siemens 45 4 200L Siemens 37 180L 30 MG 22 160LB 15 520CMGG46164383 5 5 9 9 7 2 7 54 4 4 4 13 4 65 75 60 3 870 60 903 55 828 4 921 1037.5 828 48 782 4 841 299470 470 717 4 816 357 299 470 770 42 4 357 357 470 299 710 470 691 75 13 34 357 299 357 279 470 4 65 357 357 883 368 34 652 357 3 279 60 357 34 860 368 357 357 470 960 60 674 34 808 368 357 279 34 55 957 470 674 808 368 357 34 368 48 849 279 470 674 765 357 42 368 789 279 674 631 279 470 736 674 34 769 357 470 707 279 299 631 674 712 368 357 470 357 299 299 631 655 4 279 357 299 34 470 357 631 674 631 470 279 357 279 357 4 34 368 MMG-G 631 279 357 357 279 280SB 4 34 368 MMG-G 279 357 357 674 4 75 34 250MC 368 4 MMG-G 631 357 357 55 34 674 225MC 368 MMG-G 4 357 MMG-G 45 34 674 225SC 368 MMG-G 200L 34 674 631 37 368 4 180L 674 368 30 631 MMG-G 674 22 631 674 4 160L 631 4 631 Siemens 15 280S 4 631 Siemens 4 631 250M 75 Siemens 4 225M Siemens 55 4 225S Siemens 45 4 200L Siemens 37 180L 30 MG 22 160LB 15 110 M- 20208 2 9 4 8-2 5 3 8 1.570 385 130 255 9 1.17 26 427 95 - 255 - 18 6 26 9 342 390 425 - 80 200 1250 18 4 6 MMG-G 9 160M 342 11 390 425 80 200 1250 4 MG 160MB 11 110 M- 3 7 6 4373729294068614 3 42 691 608 3 470 279 357 357 42 34 707 368 581 674 470 279 279 631 357 357 34 4 368 MMG-G 674 160M 11 631 4 MG 160MB 11

Frame Frame size size Motor Motor rn oeL F RL1H EH n HG HE HA LF1 HR LF2 LB Pole Brand Pole Brand LF2 HR Mechanical Mechanical CP seal LF1 WHT W Ø CP U Base frame dimensions frame Base Stuffing Stuffing LB box Ø [mm] MU Pump dimensions Pump W n x LM Ø HH [mm] ∅ YH SH MHM LM HZ HS HD YY X U LF2 ∅ HM HH Mechanical Mechanical

TM07 2172 3118 55 12 Performance curves and technical data TM07 2634 4018 2634 TM07 [m] 0 8 6 4 2 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /304.8 /304.8 Q [m³/h] Q [m³/h] /304.8 /279.4 340 340 /279.4 /279.4 320 320 ISO 9906 Grade 2B 9906 Grade ISO /254.0 300 300 50 Hz, n = 1490 min50 Hz, /254.0 /254.0 LS 150-125-305E LS 280 280 /228.6 260 260 /228.6 /228.6 240 240 /203.2 /203.2 220 220 200 200 /203.2 180 180 160 160 140 140 120 120 100 100 80 80 60 60 40 40 20 20 /228.6 /203.2 /279.4 /254.0 /304.8 0 0 8 4 0 6 4 2 0 8 24 20 16 12 36 32 28 14 12 10 22 20 18 16 28 26 24 34 32 30 H P2 [m] [kW] LS 150-125-305

Performance curves and technical data 56 12 LS 150-125-305 dimensions 150-125-305 LS sketches dimensional 150-125-305 LS [kW] [kW] 8510 M- 30206 7 0 6 . 89 63 6 9 6 1.724 463 195 268 32 96 96 18 6 8.5 360 400 470 60 200 1340 4 MMG-G 180M 18.5 8510 imn 30206 7 0 6 . 89 62 6 2 7 1.25 477 126 268 28 96 96 18 6 8.5 360 400 470 60 200 1340 4 Siemens 180M 18.5 8510 M- 7 7 1 4303025254562754 21 48 755 672 475 285 330 330 34 419 775 775 4 MMG-G 180M 18.5 8510 imn 7 7 1 4303025254572744 21 48 774 712 475 285 285 330 330 34 419 775 775 4 Siemens 180M 18.5 . 3MMGG416 0 03030281 39 62 6 3311.528 1.498 361 344 93 76 268 268 28 - 96 96 96 96 23 23 6 6 11 11 268 330 268 380 330 380 60 60 200 1160 200 1160 4 4 MMG-G MMG-G 132M 132S 7.5 5.5 . 3M G416 0 03030281 39 64 6 8401.21 1.17 400 386 68 54 268 268 40 40 96 96 96 96 23 23 6 6 11 11 268 330 268 380 330 380 60 60 200 1160 200 1160 4 4 MG MG 132MB 7.5 132SB 5.5 . 3MMGG47575493 3 3 8 8 7 0 9 85 5 38 38 699 699 504 466 475 475 285 285 330 330 330 330 34 34 419 419 775 775 775 775 4 4 MMG-G MMG-G 132M 132S 7.5 5.5 . 3M G47575493 3 3 8 8 7 0 7 85 5 38 38 770 770 509 459 475 475 285 285 285 285 330 330 330 330 34 34 419 419 775 775 775 775 4 4 MG MG 132MB 7.5 132SB 5.5 P2 P2 725CMGG415 0 05545418561 69 52830682.068 1.928 1.765 618 553 350 473 285 1.694 268 205 268 418 268 75 90 150 70 268 96 96 43 96 96 96 96 96 18 18 96 6 18 6 8.5 8.5 6 421 381 18 8.5 465 425 360 525 6 490 400 8.5 60 470 60 346 200 200 60 1450 390 1380 200 450 4 1340 4 60 MMG-G 4 200 MMG-G 225SC 1300 MMG-G 200L 37 4 180L 30 MMG-G 22 160L 15 725 imn 40206 2 6 2 . 89 64 6 9 5 1.43 1.33 656 1.27 548 1.22 290 497 200 268 462 146 268 47 115 268 66 268 58 96 56 96 96 96 96 96 96 18 96 18 6 18 6 8.5 18 421 8.5 6 465 381 6 8.5 525 425 360 8.5 490 60 400 346 390 470 200 60 1450 450 200 60 1380 4 60 200 1340 4 200 Siemens 1300 4 225S Siemens 4 200L Siemens 37 180L 30 MG 22 160LB 15 725CMGG47575493 3 3 0 0 7 1 6 030 21 21 12 60 55 866 48 820 816 755 770 42 475 710 475 305 729 475 285 330 652 285 330 330 475 330 330 34 285 330 34 330 419 34 419 330 419 775 775 34 775 419 775 775 775 775 4 4 775 MMG-G 4 MMG-G 225SC MMG-G 200L 37 4 180L 30 MMG-G 22 160L 15 725 imn 7 7 1 4303035354579866 30 21 21 12 60 55 826 48 803 789 42 774 769 475 725 712 475 305 655 475 285 305 475 285 285 330 285 285 330 330 285 330 330 34 330 330 34 419 330 34 419 34 775 419 775 419 775 775 775 775 775 4 775 4 Siemens 4 225S Siemens 4 200L Siemens 37 180L 30 MG 22 160LB 15 110 M- 30206 5 9 4 . 89 6-2810381.647 398 130 268 - 96 96 18 6 8.5 346 390 450 60 200 1300 4 MMG-G 160M 11 110BM 30206 5 9 4 . 89 6-289 4 1.18 442 95 268 - 96 96 18 6 8.5 346 390 450 60 200 1300 4 MG 160MB 11 110 M- 7 7 1 4303025254568794 12 42 729 608 475 285 330 330 34 419 775 775 4 MMG-G 160M 11 110BM 7 7 1 4303025254551754 12 42 725 581 475 285 285 330 330 34 419 775 775 4 MG 160MB 11

TM07 2172 3118 57 12 Performance curves and technical data TM07 2635 4018 2635 TM07 [m] 0 8 4 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /381.0 /381.0 /381.0 Q [m³/h] Q [m³/h] /355.6 /355.6 /355.6 /330.6 /330.6 400 400 /330.6 /304.8 ISO 9906 Grade 2B 9906 Grade ISO /304.8 /279.4 /304.8 360 360 50 Hz, n = 1490 min50 Hz, LS 150-125-381F LS /279.4 320 320 /279.4 280 280 240 240 200 200 160 160 120 120 80 80 40 40 /304.8 /279.4 /355.6 /330.6 /381.0 0 0 0 8 4 0 20 10 60 50 40 30 90 80 70 12 24 20 16 36 32 28 52 48 44 40 60 56 H P2 [m] [kW] LS 150-125-381

Performance curves and technical data 58 12 LS 150-125-381 dimensions 150-125-381 LS sketches dimensional 150-125-381 LS [kW] [kW] 8510 M- 30206 7 9 4 . 819193 1 9 1 2.020 513 195 318 35 109 1.48 528 109 126 318 18 6 31 8.5 346 109 390 475 60 109 200 1350 4 18 6 MMG-G 8.5 180M 346 18.5 390 475 60 200 1350 4 Siemens 180M 18.5 8510 M- 0 0 3 4363125255062774 21 48 797 672 21 550 285 381 356 48 34 816 432 712 801 550 285 285 801 381 356 34 4 432 MMG-G 180M 801 18.5 801 4 Siemens 180M 18.5 P2 P2 520BMGG415 0 0656056962 0 0 2 1 2 3 2.804 2.564 2.377 939 2.344 2.225 798 621 678 668 603 480 360 318 350 2.067 285 318 318 120 318 318 523 103 103 1.985 109 78 205 93 2.03 109 109 468 1.90 318 1.74 109 1024 1.68 150 109 109 73 895 575 1.58 758 318 109 109 718 460 318 330 109 23 616 109 56 109 290 318 42 1.51 318 6 23 200 23 318 1.47 69 109 23 110 6 4 9 318 23 548 109 109 50 4 515 566 9 9 4 146 69 109 109 610 9 115 500 452 109 9 109 318 625 18 545 495 109 452 109 318 400 60 6 570 495 61 109 109 445 - 200 18 8.5 60 68 1650 109 - 23 346 - 200 6 60 109 109 390 4 1540 6 23 23 8.5 60 200 109 475 60 1460 4 23 346 6 200 MMG-G 4 9 200 60 1460 390 23 280SB 4 4 1390 109 MMG-G 566 9 9 200 450 4 75 109 4 250MC 610 1350 4 9 MMG-G 500 452 60 55 625 225MC MMG-G 545 9 495 4 452 18 200 MMG-G 45 225SC 60 570 1300 495 18 400 6 - MMG-G 200L 37 200 445 60 4 6 1650 - 8.5 180L 30 200 60 346 8.5 - 1540 4 MMG-G 22 60 390 200 346 1460 160L 4 Siemens 390 475 200 60 1460 450 280S 4 200 15 60 Siemens 1390 4 60 250M 200 75 Siemens 1350 4 200 225M Siemens 55 1300 4 225S Siemens 45 4 200L Siemens 37 180L 30 MG 22 160LB 15 520BMGG48181423 5 8 0 0 5 075937 40 30 30 30 21 21 75 65 60 983 950 12 40 60 1037.5 55 908 921 30 550 908 48 882 841 305 30 550 797 816 30 381 305 550 770 42 75 21 356 381 550 305 710 550 771 21 65 34 356 305 381 983 305 550 12 60 381 356 432 34 652 960 381 285 960 60 356 34 432 356 888 381 550 957 55 801 550 34 888 432 356 285 34 849 48 305 550 801 865 432 381 34 42 432 789 305 305 550 801 816 356 769 432 381 550 305 801 801 766 305 801 34 712 356 550 381 305 305 801 801 655 432 305 356 305 34 550 381 801 550 4 305 381 285 356 34 432 801 801 801 285 381 356 285 4 34 MMG-G 432 801 285 356 381 801 280SB 34 4 432 MMG-G 381 356 4 75 34 801 250MC 432 4 MMG-G 801 356 55 34 801 225MC 432 MMG-G 4 MMG-G 34 801 801 45 225SC 432 MMG-G 200L 801 432 37 801 4 180L 801 30 801 801 4 MMG-G 801 22 160L 4 801 Siemens 280S 4 801 15 Siemens 4 801 250M 75 Siemens 4 225M Siemens 55 4 225S Siemens 45 4 200L Siemens 37 180L 30 MG 22 160LB 15

Frame Frame size size Motor Motor rn oeL F RL1H EH n HG HE HA LF1 HR LF2 LB Pole Brand Pole Brand LF2 HR Mechanical Mechanical CP seal LF1 WHT W Ø CP U Base frame dimensions frame Base Stuffing Stuffing LB box Ø [mm] MU Pump dimensions Pump W n x LM Ø HH [mm] ∅ YH SH MHM LM HZ HS HD YY X U LF2 ∅ HM HH Mechanical Mechanical

seal HS HZ Overhang [mm] Stuffing Stuffing YY box Motor dimensions HA HE Motor end [mm] X upMtrTotal Motor Pump HG ∅ Net weights HD UHT MU [kg] Distance between between Distance shaft ends [mm] ends shaft Shipping volume volume [m 3 ]

TM07 2172 3118 59 12 Performance curves and technical data TM07 2637 4018 2637 TM07 [m] 0 6 4 2 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /304.8 Q [m³/h] Q [m³/h] /304.8 /304.8 /279.4 500 500 /279.4 /279.4 ISO 9906 Grade 2B 9906 Grade ISO /254.0 450 450 50 Hz, n = 1490 min50 Hz, LS 200-150-305C LS /254.0 /254.0 /229.0 400 400 /229.0 /229.0 350 350 /203.2 /203.2 /203.2 300 300 250 250 200 200 150 150 100 100 50 50 /203.2 /254.0 /229.0 /279.4 /304.8 0 0 0 6 4 2 0 8 20 10 60 50 40 30 90 80 70 14 12 10 22 20 18 16 30 28 26 24 36 34 32 H P2 [m] [kW] LS 200-150-305

Performance curves and technical data 60 12 LS 200-150-305 dimensions 200-150-305 LS sketches dimensional 200-150-305 LS [kW] [kW] 8510 M- 30206 7 9 4 819193 1 9 0 2.069 606 195 411 35 1.52 109 631 126 109 411 18 31 6 109 9 347 395 109 475 60 200 18 1350 6 4 9 MMG-G 347 180M 395 18.5 475 60 200 1350 4 Siemens 180M 18.5 8510 M- 0 0 3 4364635355062834 21 48 813 21 672 530 305 406 48 356 832 34 712 432 530 305 801 305 406 801 356 34 432 4 MMG-G 801 180M 18.5 801 4 Siemens 180M 18.5 P2 P2 525CMGG416 0 0504547961 0 0 0 1 6 7 2.426 2.393 771 2.272 2.117 761 360 696 350 616 411 285 411 205 2.033 103 411 411 78 561 1.78 109 83 1.72 150 73 109 841 411 1.58 801 109 1.55 109 330 109 56 290 697 109 1.48 411 651 411 200 109 109 146 18 109 110 617 50 411 18 6 411 115 109 18 6 59 18 9 411 109 109 61 6 9 6 417 8.5 68 465 109 417 109 109 9 381 18 530 465 109 425 347 530 109 6 60 500 395 18 109 8.5 60 200 109 475 60 1460 18 346 6 200 200 60 1460 390 4 109 6 1400 9 18 200 450 18 4 1350 4 9 MMG-G 417 6 60 6 225MC MMG-G 465 4 18 417 8.5 200 MMG-G 45 225SC 530 465 1300 9 381 6 MMG-G 200L 37 530 425 60 4 347 8.5 180L 30 500 60 395 200 346 1460 MMG-G 390 22 475 200 60 1460 160L 450 4 200 60 1400 4 60 200 15 Siemens 1350 4 200 225M Siemens 1300 4 225S Siemens 45 4 200L Siemens 37 180L 30 MG 22 160LB 15 525CMGG48181423 5 0 0 0 3 4 0 030 30 21 21 60 12 60 55 904 30 904 48 841 878 30 816 530 21 813 770 42 530 305 21 710 530 12 305 406 787 60 530 305 406 60 356 652 305 406 884 356 55 530 34 406 356 884 849 48 34 305 841 356 432 789 34 530 42 832 406 432 769 34 530 305 432 763 801 356 712 530 305 305 432 801 655 530 305 801 34 305 406 530 305 801 305 406 432 356 801 305 305 406 356 34 801 305 801 406 801 356 34 432 406 801 356 34 4 432 356 34 4 801 432 4 MMG-G 801 34 801 432 225MC MMG-G 4 MMG-G 801 432 45 225SC MMG-G 200L 801 37 801 4 801 180L 801 30 MMG-G 801 22 160L 4 801 4 801 15 Siemens 4 225M Siemens 4 225S Siemens 45 4 200L Siemens 37 180L 30 MG 22 160LB 15 110 M- 30206 5 9 4 . 819191 1 3 4 1.977 541 130 411 1.42 12 597 109 95 411 109 8 18 109 6 8.5 346 390 109 450 60 18 200 1300 6 4 8.5 346 MMG-G 390 160M 450 11 60 200 1300 4 MG 160MB 11 110 M- 0 0 3 4364635355068774 12 42 12 787 608 530 305 42 406 763 356 581 34 530 432 305 305 801 406 356 801 34 432 4 801 MMG-G 160M 801 11 4 MG 160MB 11

TM07 2172 3118 61 12 Performance curves and technical data TM07 2639 4018 2639 TM07 [m] 0 8 6 4 2 0 90 80 70 60 50 40 30 20 10 10 [%] Eta NPSH -1 /381.0 /381.0 Q [m³/h] Q [m³/h] /381.0 /356.0 600 600 /356.0 /356.0 /304.8 550 550 /330.0 ISO 9906 Grade 2B 9906 Grade ISO /330.0 50 Hz, n = 1490 min50 Hz, /330.0 LS 200-150-381A LS 500 500 /304.8 /304.8 /280.0 450 450 /280.0 400 400 350 350 /280.0 300 300 250 250 200 200 150 150 100 100 50 50 /304.8 /280.0 /356.0 /330.0 /381.0 0 0 8 4 0 30 20 10 70 60 50 40 90 80 12 24 20 16 36 32 28 48 44 40 56 52 H P2 [m] 100 [kW] LS 200-150-381

Performance curves and technical data 62 12 LS 200-150-381 dimensions 200-150-381 LS sketches dimensional 200-150-381 LS [kW] [kW] 8510 M- 5020105030368561 19 44515602.441 650 195 455 14 91 1.79 91 687 126 18 455 6 10 8.5 346 390 91 550 130 200 1500 91 4 MMG-G 18 180M 6 18.5 8.5 346 390 550 130 200 1500 4 Siemens 180M 18.5 8510 M- 2 2 0 44 8 0 2 2 0 7 7 84 48 871 672 605 4 324 406 381 44.45 508 48 870 929 712 605 929 324 324 406 4 381 44.45 MMG-G 508 180M 18.5 929 929 4 Siemens 180M 18.5 1 1S M- 802010756567862 19 5 5 2 354.153 1375 920 455 251 91 2.81 91 1412 810 23 455 6 86 8 617 91 665 725 130 200 91 1850 4 23 MMG-G 6 315SB 110 11 603 665 725 130 200 1850 4 Siemens 315S 110 1 1S M- 2 2 0 44 8 0 2 2 0 2613 017 80 1132 1246 605 17 324 406 381 44.45 508 80 1179 929 1102 605 324 929 324 406 381 4 44.45 508 MMG-G 315SB 110 929 929 4 Siemens 315S 110 P2 P2 020BMGG415 0 3 7 0 6 39 112457616 3.648 3.217 1161 2.954 1076 706 2.748 621 455 935 2.591 2.712 815 455 480 192 740 2.493 805 360 142 455 285 350 660 91 455 106 455 91 455 205 96 2.48 82 455 71 91 2.36 91 1276 91 52 1176 91 2.34 91 675 91 575 2.00 1043 91 23 455 1.94 91 1.88 455 460 23 6 91 902 174 862 91 6 64 455 1.82 91 764 9 330 23 290 91 200 9 91 560 71 6 455 18 707 91 455 605 18 560 455 18 11 6 146 102 675 605 6 493 42 91 6 8.5 130 675 58 18 455 555 91 421 8.5 200 9 130 91 6 630 1750 91 465 421 200 40 91 377 130 8.5 91 1750 595 465 4 425 200 91 23 346 130 595 4 1660 565 390 200 91 MMG-G 23 130 6 91 1590 130 4 280MB 550 200 MMG-G 6 91 200 1590 91 9 23 130 90 280SB 4 1530 MMG-G 200 9 4 75 560 6 250MC 18 1500 4 MMG-G 91 605 560 55 18 11 225MC 6 MMG-G 18 4 675 605 MMG-G 45 493 225SC 6 8.5 130 675 6 555 MMG-G 200L 37 18 421 8.5 200 130 630 1750 9 465 180L 421 30 200 6 130 1750 595 465 377 4 22 8.5 200 130 595 425 1660 4 346 Siemens 200 130 565 390 1590 4 280M Siemens 200 130 550 1590 280S 4 200 90 Siemens 130 1530 4 250M 200 75 Siemens 1500 4 225M Siemens 55 4 225S Siemens 45 200L Siemens 37 180L 30 22 020BMGG49999584.5314634346518. 077 17 7 17 7 7 4 4 75 75 65 1037 60 1087.5 1037 1004 60 605 1037.5 55 962 17 921 605 324 17 962 48 936 324 841 406 605 7 816 871 406 7 381 324 605 770 44.45 7 381 406 605 324 710 508 605 44.45 4 75 381 324 406 508 75 324 605 44.45 4 406 381 1037 929 406 508 324 65 1037 44.45 381 1070 929 60 381 406 508 44.45 1074 960 60 44.45 605 929 508 381 922 508 957 55 605 324 44.45 929 929 922 508 849 324 48 324 605 929 929 919 929 789 324 406 324 605 929 870 929 769 406 381 324 605 4 324 929 44.45 712 381 605 4 406 324 324 929 508 MMG-G 44.45 929 324 381 324 605 406 4 280MB 508 MMG-G 44.45 929 324 406 324 381 90 929 280SB 4 508 MMG-G 44.45 406 381 324 929 4 75 250MC 508 4 MMG-G 44.45 381 406 55 929 225MC 508 MMG-G 44.45 4 381 MMG-G 45 929 225SC 929 508 44.45 MMG-G 200L 929 929 37 508 180L 929 30 929 4 929 22 929 4 929 Siemens 4 280M 929 Siemens 280S 4 929 90 Siemens 4 250M 75 Siemens 4 225M Siemens 55 4 225S Siemens 45 200L Siemens 37 180L 30 22

TM07 2172 3118 63 12 Performance curves and technical data TM07 2641 4018 2641 TM07 [m] 0 6 4 2 0 90 80 70 60 50 40 30 20 10 8 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /482.6 /482.6 /482.6 /457.2 /457.2 500 500 /457.2 /432.0 ISO 9906 Grade 2B 9906 Grade ISO /432.0 /432.0 450 450 50 Hz, n = 1480 min50 Hz, /406.4 LS 200-150-483D LS /406.4 /381.0 /406.4 400 400 /381.0 /381.0 350 350 300 300 250 250 200 200 150 150 100 100 50 50 /406.4 /381.0 /457.2 /432.0 /482.6 0 0 0 0 40 20 80 60 20 10 40 30 60 50 80 70 90 H P2 [m] 120 100 180 160 140 [kW] LS 200-150-483

Performance curves and technical data 64 12 LS 200-150-483 dimensions 200-150-483 LS sketches dimensional 200-150-483 LS [kW] [kW] 6 1L M- 82208 2 1 5 162 1 1 2 3 0010 4.727 4.533 1604 1070 1534 534 1000 534 326 226 2.87 119 2.87 1830 119 1100 1695 119 534 965 119 177 534 23 119 177 6 23 11 6 119 650 11 119 710 650 726 710 119 80 23 726 200 80 6 1852 23 200 11 4 1852 6 650 4 710 11 MMG-G 726 315LB 650 MMG-G 160 710 80 315MB 726 132 200 1852 80 200 4 1852 Siemens 4 315L Siemens 160 315MA 132 6 1L M- 9 9 8 08 3 3 7 7 1 3616 013 13 80 13 1160 80 1396 1160 13 615 1296 371 615 80 432 371 432 1147 432 80 50.80 1262 432 489 1147 50.80 615 489 1262 371 899 615 371 899 371 432 371 432 899 50.80 432 489 899 432 50.80 489 899 4 4 MMG-G 899 315LB MMG-G 160 899 315MB 132 899 4 Siemens 4 315L Siemens 160 315MA 132 1 1S M- 82208 2 1 5 162 1 1 7 3 2 444.437 1454 920 534 176 2.65 119 1540 810 534 119 12 23 119 6 11 650 119 710 726 80 23 200 6 1852 11 4 650 710 MMG-G 315SB 726 110 80 200 1852 4 Siemens 315S 110 1 1S M- 9 9 8 08 3 3 7 7 1 2616 013 80 13 1160 1246 615 371 80 432 432 1147 50.80 1102 489 615 371 899 371 432 432 899 50.80 489 899 4 MMG-G 315SB 110 899 4 Siemens 315S 110 P2 P2 020BMGG417 0 0676550962 1 1 9 3 0 203.373 3.294 1240 3.020 1155 706 621 1014 534 480 534 197 534 147 2.35 2.22 119 114 1349 2.09 119 1249 675 119 575 1119 119 534 460 534 119 179 534 119 69 23 119 23 80 6 119 6 23 9 119 6 9 560 119 605 560 119 9 637 605 119 502 23 637 80 545 23 6 80 200 590 1673 6 23 200 80 9 1673 4 6 200 9 560 4 1580 605 MMG-G 9 560 4 280MB 637 605 MMG-G 502 90 280SB 637 80 545 MMG-G 75 80 250MC 200 590 1673 55 200 80 1673 4 200 1580 4 Siemens 4 280M Siemens 280S 90 Siemens 250M 75 55 020BMGG48888494.5424231316518. 057 13 4 13 75 13 65 13 75 1005 4 1087.5 972 1005 615 1037.5 921 311 615 311 75 311 311 432 615 75 432 432 1005 65 311 311 1005 44.45 432 1070 432 489 982 44.45 960 615 432 489 44.45 957 615 311 888 489 311 311 615 888 311 432 311 888 432 432 311 888 44.45 432 432 888 489 44.45 432 489 888 44.45 888 4 489 888 4 MMG-G 888 4 280MB MMG-G 90 280SB 888 MMG-G 888 75 250MC 55 888 4 4 Siemens 4 280M Siemens 280S 90 Siemens 250M 75 55

TM07 2172 3118 65 12 Performance curves and technical data TM07 2643 4018 2643 TM07 [m] 0 12 8 4 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /508.0 700 700 /508.0 /508.0 /470.0 650 650 /470.0 /470.0 ISO 9906 Grade 2B 9906 Grade ISO /431.8 600 600 50 Hz, n = 1490 min50 Hz, LS 200-150-508B LS /431.8 /431.8 /393.7 550 550 /393.7 /393.7 /355.6 500 500 /355.6 450 450 400 400 350 350 /355.6 300 300 250 250 200 200 150 150 100 100 50 50 /393.7 /355.6 /470.0 /431.8 /508.0 0 0 0 5 0 80 40 20 15 10 45 40 35 30 25 70 65 60 55 50 95 90 85 80 75 H P2 [m] 240 200 160 120 360 320 280 110 105 100 [kW] LS 200-150-508

Performance curves and technical data 66 12 LS 200-150-508 dimensions 200-150-508 LS sketches dimensional 200-150-508 LS [kW] [kW] 5 5M M- 10208 7 0 3 0561 6 6 9 4 8026 6.012 5.192 5.192 2365 1805 1820 1260 4.988 1615 545 1070 545 1545 545 296 1000 247 545 247 169 169 3.19 147 169 3.45 2079 169 3.45 169 1300 2054 169 1300 3.45 545 1854 169 1100 545 18 169 1719 23 78 545 965 6 98 23 6 10.5 98 169 545 6 11 23 738 169 800 665 11 6 98 169 725 870 665 11 790 169 725 80 665 169 169 790 80 200 725 2140 169 200 80 790 18 1980 4 200 23 80 6 1980 169 4 200 23 MMG-G 6 8.5 4 1980 355MB MMG-G 681 6 11 250 315LC 23 4 725 MMG-G 665 11 200 800 315LB 725 6 MMG-G 665 160 790 80 315MB 725 11 132 200 790 80 665 2000 725 200 80 1980 4 790 200 1980 4 80 Siemens 200 4 315L Siemens 1980 250 315L Siemens 4 315L 200 Siemens 160 315MA 132 5 5M M- 9 9 4 39 3 8 7 7 6 6519 0 5 5 5 5 100 80 1296 80 1179 1605 5 1179 1396 80 660 5 1396 660 371 1179 5 371 660 483 1296 483 371 432 660 5 53.98 85 432 483 371 546 53.98 80 432 1071 483 546 53.98 80 1166 1410 432 995 546 53.98 1166 660 1402 995 80 546 291 1262 660 995 1166 291 371 660 995 995 1262 483 371 371 995 660 432 483 371 995 53.98 371 432 483 4 546 995 53.98 371 432 4 546 53.98 MMG-G 483 995 4 546 355MB MMG-G 432 250 995 315LC 53.98 4 MMG-G 546 200 995 315LB MMG-G 160 995 315MB 995 132 995 995 4 995 4 Siemens 4 315L Siemens 250 315L Siemens 4 315L 200 Siemens 160 315MA 132 1 1S M- 90208 9 2 6 162 6 6 7559016 4.886 1465 920 545 97 169 3.32 1564 810 169 545 23 - 6 11 169 665 725 790 169 80 200 1980 23 4 6 MMG-G 11 315SB 665 110 725 790 80 200 1980 4 Siemens 315S 110 1 1S M- 9 9 4 39 3 8 7 7 6 2617 05 80 1179 1246 5 660 371 483 432 53.98 80 546 1166 1102 995 660 371 371 995 483 432 53.98 4 546 MMG-G 995 315SB 110 995 4 Siemens 315S 110 P2 P2 020BMGG415 0 0656557962 6 6 6 4 0 214.143 4.051 1251 1166 706 3.372 621 545 1025 545 169 480 119 545 169 169 111 2.84 2.71 1359 169 169 1259 2.51 169 675 575 545 1131 23 545 169 460 23 6 151 41 6 545 9 18 169 9 577 77 169 6 605 577 8.5 675 605 169 511 169 675 80 555 169 80 200 620 1750 23 200 80 169 1750 23 4 6 200 4 1640 6 MMG-G 9 18 4 280MB MMG-G 9 577 6 90 280SB 605 MMG-G 577 8.5 75 250MC 675 605 511 55 675 80 555 80 200 620 1750 200 80 1750 4 200 1640 4 Siemens 4 280M Siemens 280S 90 Siemens 250M 75 55 020BMGG49595565.8424331316018. 047 5 4 5 75 65 75 1024 1087.5 991 1024 5 660 5 1037.5 4 921 311 660 311 311 311 483 660 483 432 311 311 53.98 75 432 483 75 546 53.98 432 1024 65 546 1024 53.98 1070 995 546 981 960 660 995 957 660 311 995 311 311 660 995 311 483 291 995 483 432 291 995 53.98 432 483 4 546 53.98 432 4 546 MMG-G 53.98 995 4 280MB 546 MMG-G 995 90 280SB MMG-G 75 995 250MC 55 995 995 995 4 4 Siemens 4 280M Siemens 280S 90 Siemens 250M 75 55

TM07 2172 3118 67 12 Performance curves and technical data TM07 2645 4018 2645 TM07 [m] 0 15 10 5 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /304.8 Q [m³/h] Q [m³/h] /304.8 /304.8 800 800 /279.4 750 750 /279.4 /279.4 ISO 9906 Grade 2B 9906 Grade ISO 700 700 /254.0 50 Hz, n = 1490 min50 Hz, /254.0 /254.0 LS 250-200-305C LS 650 650 /228.6 600 600 /228.6 /228.6 /203.2 550 550 /203.2 500 500 450 450 /203.2 400 400 350 350 300 300 250 250 200 200 150 150 100 100 50 50 /203.2 /254.0 /228.6 /279.4 /304.8 0 0 0 6 4 2 0 8 20 10 60 50 40 30 90 80 70 14 12 10 22 20 18 16 30 28 26 24 36 34 32 H P2 [m] [kW] LS 250-200-305

Performance curves and technical data 68 12 LS 250-200-305 dimensions 250-200-305 LS sketches dimensional 250-200-305 LS [kW] [kW] 8510 M- 4020105030368561 2 2 45115762.479 706 195 511 24 1.82 121 737 126 121 511 18 20 6 8.5 121 346 390 530 121 100 200 1460 18 4 6 MMG-G 8.5 180M 346 18.5 390 530 100 200 1460 4 Siemens 180M 18.5 8510 M- 2 2 0 44 0 3 1 1 8 7 4 84 48 845 4 672 580 311 311 432 48 406 44.45 844 508 712 580 929 311 311 929 432 406 44.45 508 4 MMG-G 929 180M 18.5 929 4 Siemens 180M 18.5 P2 P2 520CMGG413 0 0 1 4 0 31111165140913.033 2.820 991 2.783 2.657 871 480 861 2.532 360 796 511 350 511 285 716 106 511 2.449 511 106 205 2.28 661 81 121 511 2.09 82 121 150 1101 2.03 121 62 460 511 957 2.03 121 121 917 511 330 121 1.85 43 121 290 814 1.95 121 511 71 23 511 200 121 757 121 23 724 112 6 511 146 121 52 121 23 6 115 9 23 121 511 6 58 9 511 121 500 121 6 18 545 9 50 121 452 11 46 121 6 615 495 452 121 23 363 100 8.5 575 495 121 121 425 200 23 346 121 6 100 575 1630 550 390 200 121 23 100 11 6 1550 100 4 530 200 23 298 6 200 121 1550 9 100 4 1500 360 121 MMG-G 6 200 23 9 4 500 510 250MC 1460 4 MMG-G 545 9 6 100 55 18 452 225MC MMG-G 4 615 23 200 MMG-G 495 11 452 45 225SC 6 1420 100 575 495 6 MMG-G 200L 363 37 8.5 200 4 100 575 425 1630 11 180L 346 30 200 100 550 390 298 1550 MMG-G 4 22 200 100 360 530 1550 160L 4 200 Siemens 510 100 1500 4 250M 200 15 100 Siemens 1460 4 200 225M Siemens 55 1420 4 225S Siemens 45 4 200L Siemens 37 180L 30 MG 22 160LB 15 520CMGG49999584.5464231315091986 7 7 7 4 4 65 60 3 978 7 60 55 936 921 7 936 48 7 841 580 910 4 816 311 311 580 845 770 42 4 580 311 311 432 65 710 580 3 311 311 432 406 819 60 311 311 580 988 44.45 432 60 406 311 652 311 432 508 916 957 44.45 406 55 580 432 406 916 508 44.45 849 580 48 44.45 929 311 953 311 406 508 789 580 311 42 508 44.45 929 844 432 769 580 311 311 508 929 875 406 712 580 929 311 311 432 44.45 929 655 580 311 929 311 432 508 406 929 580 311 44.45 311 432 406 929 508 311 44.45 929 311 929 432 406 4 508 311 44.45 432 929 406 929 4 508 44.45 MMG-G 432 406 4 929 508 250MC 44.45 4 MMG-G 406 929 929 55 508 225MC 44.45 MMG-G 4 MMG-G 929 508 45 225SC 929 MMG-G 200L 929 37 929 4 929 180L 929 30 MMG-G 4 929 22 160L 4 929 Siemens 4 929 250M 15 Siemens 4 225M Siemens 55 4 225S Siemens 45 4 200L Siemens 37 180L 30 MG 22 160LB 15

TM07 2172 3118 69 12 Performance curves and technical data TM07 2647 4018 2647 TM07 [m] 0 12 8 4 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /381.0 /381.0 /381.0 Q [m³/h] Q [m³/h] /355.6 /355.6 /355.6 /330.2 900 900 /330.2 /330.2 ISO 9906 Grade 2B 9906 Grade ISO /304.8 50 Hz, n = 1490 min50 Hz, LS 250-200-381B LS 800 800 /304.8 /304.8 /280.0 /280.0 700 700 /280.0 600 600 500 500 400 400 300 300 200 200 100 100 /304.8 /280.0 /355.6 /330.2 /381.0 0 0 0 8 4 0 40 20 80 60 12 24 20 16 36 32 28 48 44 40 56 52 H P2 [m] 120 100 180 160 140 [kW] LS 250-200-381

Performance curves and technical data 70 12 LS 250-200-381 dimensions 250-200-381 LS sketches dimensional 250-200-381 LS [kW] [kW] 6 1L M- 9020107570601 38 1315817 685.439 5.222 1638 1070 1568 568 1000 568 331 231 81 81 3.65 81 3.65 1887 81 1100 1752 23 568 965 6 23 181 568 11 6 181 650 81 11 710 650 775 81 710 150 775 200 81 150 1950 200 4 1950 81 23 4 MMG-G 6 315LB MMG-G 23 160 11 315MB 6 132 650 710 11 775 650 710 150 200 775 1950 150 200 4 1950 Siemens 4 315L Siemens 160 315MA 132 6 1L M- 4 4 1 44 8 8 7 7 5 3611 017 17 80 1211 80 1396 1211 655 1296 17 378 655 483 378 17 483 483 44.45 483 518 44.45 80 518 1198 949 80 1262 949 1198 655 1262 378 949 655 378 949 378 483 378 483 4 44.45 483 4 518 MMG-G 483 315LB 44.45 MMG-G 518 160 949 315MB 132 949 949 949 4 Siemens 4 315L Siemens 160 315MA 132 1 1S M- 9020107570601 38 111589018 5.114 1488 920 568 181 81 3.40 1597 81 810 568 23 6 16 11 650 81 710 775 150 200 81 1950 4 23 MMG-G 6 315SB 110 11 650 710 775 150 200 1950 4 Siemens 315S 110 1 1S M- 4 4 1 44 8 8 7 7 5 2611 017 80 1211 1246 655 17 378 483 483 44.45 518 80 1198 949 1102 655 378 949 378 483 483 4 44.45 518 MMG-G 315SB 110 949 949 4 Siemens 315S 110 P2 P2 020BMGG418 0 5 9 0 7 38 112587617 4.340 4.241 1274 1189 706 3.280 3.523 621 568 3.238 1048 928 3.138 568 192 480 918 360 142 853 568 350 568 81 285 106 568 81 96 568 3.01 71 2.86 81 82 81 81 1401 1301 81 2.65 81 675 575 81 2.65 2.57 23 568 1164 81 568 23 81 460 2.30 6 1021 174 981 81 6 64 330 568 9 81 18 882 290 81 9 568 23 577 71 6 200 568 81 605 23 577 6 8.5 102 18 690 568 605 42 6 511 11 81 150 690 6 555 81 11 403 58 200 81 150 8.5 645 1780 81 465 403 200 81 381 150 1780 610 465 4 425 200 81 23 150 81 610 4 1690 580 200 MMG-G 23 81 150 6 1620 150 4 280MB 200 MMG-G 81 6 200 1620 9 90 280SB 4 18 1560 MMG-G 81 9 23 4 75 577 250MC 6 4 MMG-G 605 23 577 55 6 225MC 8.5 MMG-G 690 605 MMG-G 6 45 18 511 225SC 11 150 690 555 200L 11 37 403 6 200 150 645 1780 465 403 30 8.5 200 150 1780 610 465 381 4 200 150 610 425 1690 4 Siemens 200 150 580 1620 4 280M Siemens 200 150 1620 280S 4 200 90 Siemens 1560 4 250M 75 Siemens 4 225M Siemens 55 225S Siemens 45 200L 37 30 020BMGG49999584.5434338386518. 067 17 7 17 7 7 4 75 75 65 1056 60 1087.5 1056 1023 60 655 1037.5 55 981 921 655 318 981 955 318 841 483 655 17 816 483 483 318 655 770 17 44.45 483 655 483 318 7 518 655 44.45 318 483 483 7 518 318 44.45 483 483 7 949 483 518 4 44.45 75 483 949 75 483 518 44.45 1056 44.45 949 518 65 1056 518 1070 949 949 60 1013 960 318655 949 949 60 949 1021 957 55 318655 483 949 1021 849 483 483 318655 4 918 949 44.45 789 483 4 483 318655 949 518 MMG-G 44.45 769 949 318655 483 483 4 280MB 518 MMG-G 44.45 318655 483 483 90 949 280SB 4 518 MMG-G 44.45 483 483 949 4 75 250MC 518 4 MMG-G 44.45 483 55 949 225MC 518 MMG-G 44.45 MMG-G 45 949 225SC 949 518 200L 949 949 37 949 30 949 4 949 4 949 Siemens 4 280M 949 Siemens 280S 4 90 Siemens 4 250M 75 Siemens 4 225M Siemens 55 225S Siemens 45 200L 37 30

TM07 2172 3118 71 12 Performance curves and technical data TM07 2649 4018 2649 TM07 [m] 0 12 8 4 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /489.0 /489.0 /489.0 1300 1300 /457.2 /457.2 /457.2 1200 1200 ISO 9906 Grade 2B 9906 Grade ISO 50 Hz, n = 1490 min50 Hz, /406.4 1100 1100 LS 300-200-489C LS /406.4 /406.4 /381.0 1000 1000 /381.0 /381.0 /355.6 900 900 /355.6 /355.6 800 800 700 700 600 600 500 500 400 400 300 300 200 200 100 100 /406.4 /381.0 /355.6 /457.2 /489.0 0 0 0 5 0 80 40 20 15 10 40 35 30 25 60 55 50 45 80 75 70 65 95 90 85 H P2 [m] 240 200 160 120 360 320 280 [kW] LS 300-200-489

Performance curves and technical data 72 12 LS 300-200-489 dimensions 300-200-489 LS sketches dimensional 300-200-489 LS [kW] [kW] 5 5C M- 70201017 5 8 162 3 3 2 2 3032 7.832 3027 7.312 2300 7.312 6.386 2877 727 6.386 2150 2547 1987 122 1820 727 1260 6.163 1797 727 1070 727 222 1727 233 4.63 727 222 1000 323 4.28 233 727 323 2964 233 4.28 233 233 1900 2293 223 4.59 233 1300 727 2293 4.37 233 1300 727 2263 233 23 233 461 233 1300 4.37 727 2063 226 6 233 1100 727 18 233 236 1928 11 18 727 233 233 18 328 6 965 788 10.5 6 18 233 188 6 850 765 727 233 8.5 233 1175 6 11 827 18 150 681 233 188 233 1030 638 11 200 6 827 150 233 700 2750 1030 638 200 23 11 233 233 875 150 2460 700 4 18 638 6 200 233 150 875 4 2460 700 18 6 200 11 MMG-G 150 2150 18 875 8.5 4 355CB 6 233 200 MMG-G 788 150 2150 355 18 681 6 4 850 8.5 355LB 200 MMG-G 725 1025 315 681 4 6 11 2150 355MB 150 MMG-G 900 18 725 250 638 11 200 315LC 4 MMG-G 150 900 2450 700 6 200 638 200 315LB 150 875 MMG-G 2200 700 11 4 160 200 315MB 150 875 2200 638 4 132 Siemens 200 700 150 2150 4 355L Siemens 200 875 2150 4 355 315L Siemens 150 200 4 315L 315 Siemens 2150 315L 250 Siemens 4 315L 200 Siemens 160 315MA 132 5 5C M- 3610 2 35445938387519 34104 4 4 4 4 100 4 100 1374 4 1795 1374 100 4 745 1605 80 1374 4 745 398 80 1605 1257 4 398 559 745 1396 1257 80 4 95 745 559 1396 414 398 1257 745 85 398 414 63.5 1426 559 1296 4 1835 63.5 85 723 398 559 1149 745 414 745 723 1400 80 559 414 1149 63.5 398 1306 745 398 1410 80 63.5 414 723 1244 559 1306 745 398 398 1402 723 63.5 1244 414 1306 80 745 398 398 559 723 1262 63.5 1306 1306 745 398 398 559 1244 414 723 1306 1306 1262 63.5 398 398 559 414 1306 745 1306 723 4 63.5 398 559 414 1306 398 4 723 63.5 559 414 1306 MMG-G 1306 398 723 63.5 4 414 355CB MMG-G 1306 1306 559 355 4 723 63.5 355LB MMG-G 1306 414 315 4 723 1306 355MB MMG-G 1306 63.5 250 315LC 4 1306 MMG-G 1306 723 200 315LB 1306 MMG-G 4 160 1306 315MB 1306 4 132 Siemens 1306 4 355L Siemens 4 315L 1306 355 Siemens 4 315 315L Siemens 250 315L Siemens 4 315L 200 Siemens 160 315MA 132 1 1S M- 1020108570681 8232313779014 6.051 1647 920 727 173 4.12 233 1773 810 233 727 28 18 6 233 11 638 700 233 875 150 200 2150 18 4 6 11 MMG-G 638 315SB 700 110 875 150 200 2150 4 Siemens 315S 110 1 1S M- 3610 2 35445938387514 278 4 80 1257 4 1246 745 398 559 80 414 63.5 1244 1102 723 745 1306 398 398 559 1306 414 63.5 4 723 MMG-G 1306 315SB 110 1306 4 Siemens 315S 110 P2 P2

TM07 2172 3118 73 12 Performance curves and technical data TM07 2625 4018 2625 TM07 [m] 0 12 8 4 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /304.8 /304.8 /304.8 /279.4 1100 1100 /279.4 /279.4 /254.0 ISO 9906 Grade 2B 9906 Grade ISO 1000 1000 /254.0 /254.0 50 Hz, n = 1480 min50 Hz, /236.2 LS 300-250-305E LS 900 900 /236.2 /236.2 /211.0 /211.0 800 800 /211.0 700 700 600 600 500 500 400 400 300 300 200 200 100 100 /236.2 /211.0 /279.4 /254.0 /304.8 0 0 0 6 4 2 0 8 40 20 80 60 14 12 10 22 20 18 16 28 26 24 34 32 30 H P2 [m] 120 100 180 160 140 [kW] LS 300-250-305

Performance curves and technical data 74 12 LS 300-250-305 dimensions 300-250-305 LS sketches dimensional 300-250-305 LS [kW] [kW] P2 P2 020BMGG410 0 5 0 7 2 39 414667614 4.529 4.428 1342 3.686 1257 706 3.436 1116 621 3.392 636 996 480 3.276 636 986 184 360 636 1012 134 3.16 350 636 3.01 285 87 94 636 1471 2.84 727 94 1371 77 675 2.59 52 575 94 1247 84 2.51 636 460 94 1094 94 636 0.41 167 94 1054 94 330 636 94 57 1044 290 94 636 23 54 94 200 636 94 23 94 6 85 727 94 94 6 25 23 94 9 60 18 6 94 9 94 528 18 94 6 575 94 18 528 9 94 700 6 575 94 9 6 472 23 150 700 526 9 94 417 200 23 9 150 6 660 1800 94 465 417 200 6 23 372 150 1800 625 465 94 9 4 420 200 18 6 150 625 9 4 1720 528 585 200 MMG-G 18 150 6 575 9 528 1650 150 4 280MB 200 MMG-G 18 6 700 575 200 1650 9 90 472 280SB 4 1570 150 MMG-G 700 6 526 9 4 75 417 250MC 200 150 4 MMG-G 660 1800 9 465 417 55 200 225MC MMG-G 150 1800 625 465 MMG-G 372 4 45 225SC 200 150 625 420 1720 4 200L 37 Siemens 200 150 585 1650 4 280M Siemens 30 200 150 1650 280S 4 200 90 Siemens 1570 4 250M 75 Siemens 4 225M Siemens 55 225S Siemens 45 200L 37 30 020BMGG49494504.5454533336518. 067 16 6 16 6 6 4 75 16 16 75 65 1076 6 1087.5 60 1076 1043 6 645 1037.5 60 55 1001 6 921 645 343 1001 4 75 975 343 841 495 645 75 816 495 495 1076 343 645 770 65 1076 44.45 495 60 1070 495 645 343 530 44.45 645 1053 960 60 495 343 495 645 530 981 343 44.45 957 55 495 495 645 343 974 981 530 495 44.45 849 495 343 343 974 645 958 495 530 44.45 789 343 495 44.45 343 645 974 530 530 769 495 495 343 645 343 974 974 44.45 495 495 343 645 343 974 974 530 44.45 974 495 343 343 495 530 974 44.45 495 343 495 974 4 530 974 44.45 495 495 974 4 974 530 MMG-G 44.45 974 495 974 4 280MB 530 MMG-G 44.45 90 974 280SB 4 974 530 MMG-G 974 4 974 75 250MC 4 MMG-G 974 55 974 225MC MMG-G MMG-G 4 45 225SC 974 4 200L 974 37 Siemens 4 280M 974 Siemens 30 280S 4 90 Siemens 4 250M 75 Siemens 4 225M Siemens 55 225S Siemens 45 200L 37 30

Frame Frame size size Motor Motor rn oeL F RL1H EH n HG HE HA LF1 HR LF2 LB Pole Brand Pole Brand LF2 HR Mechanical Mechanical CP seal LF1 WHT W Ø CP U Base frame dimensions frame Base Stuffing Stuffing LB box Ø [mm] MU Pump dimensions Pump W n x LM Ø HH [mm] ∅ YH SH MHM LM HZ HS HD YY X U LF2 ∅ HM HH Mechanical Mechanical

TM07 2172 3118 75 12 Performance curves and technical data TM07 2652 4018 2652 TM07 [m] 0 15 10 5 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /390.0 Q [m³/h] Q [m³/h] /390.0 /390.0 1300 1300 /355.6 /355.6 /355.6 1200 1200 /330.2 ISO 9906 Grade 2B 9906 Grade ISO /330.2 /330.2 50 Hz, n = 1490 min50 Hz, LS 300-250-381B LS 1100 1100 /304.8 /304.8 /304.8 /279.4 1000 1000 /279.4 /279.4 900 900 800 800 700 700 600 600 500 500 400 400 300 300 200 200 100 100 /330.2 /304.8 /279.4 /355.6 /390.0 0 0 0 5 0 50 25 75 10 25 20 15 40 35 30 50 45 60 55 H P2 [m] 150 125 100 225 200 175 [kW] LS 300-250-381

Performance curves and technical data 76 12 LS 300-250-381 dimensions 300-250-381 LS sketches dimensional 300-250-381 LS [kW] [kW] 0 1L M- 90208 8 3 3 0562 7 7 2 9 2025 5.871 5.871 2251 1260 5.646 2061 1070 991 1991 991 1000 320 991 320 171 220 3.96 171 3.96 2507 171 171 1300 3.96 2307 171 1100 991 2172 991 171 23 171 965 23 171 6 991 171 10.5 6 23 632 171 171 10.5 632 6 632 10.5 780 632 171 171 632 780 80 632 171 200 80 780 1960 23 200 171 80 1960 4 23 6 200 10.5 4 1960 6 MMG-G 632 23 10.5 315LC 4 632 MMG-G 632 6 200 780 315LB 632 MMG-G 10.5 160 780 80 632 315MB 132 632 200 80 1960 780 200 1960 4 80 200 4 Siemens 1960 315L Siemens 4 200 315L Siemens 160 315MA 132 0 1L M- 0115 0 71 3 8 3 3 3 3611 04 4 4 80 80 1216 4 1216 1396 80 4 1396 630 1216 434 630 1296 4 584 434 630 80 432 584 434 57.15 80 432 1203 584 600 57.15 1402 1203 432 600 80 57.15 1051 1262 630 600 1203 1051 434 630 1262 434 434 1051 1051 630 584 434 1051 434 432 584 57.15 434 432 1051 4 600 57.15 584 4 600 432 MMG-G 1051 57.15 315LC 4 MMG-G 1051 600 200 315LB MMG-G 160 1051 315MB 1051 132 1051 4 1051 4 Siemens 315L Siemens 4 315L 200 Siemens 160 315MA 132 1 1S M- 90208 8 7 2 0562 7 7 7 9 2 915.533 1911 920 991 170 3.70 171 2017 810 171 991 6 23 6 171 10.5 620 670 780 171 80 200 1960 23 4 6 10.5 MMG-G 632 315SB 632 110 780 80 200 1960 4 Siemens 315S 110 1 1S M- 0115 0 71 3 8 3 3 3 2611 04 80 1216 4 1246 630 434 584 80 432 57.15 1203 600 1102 1051 630 434 434 1051 584 432 57.15 4 600 MMG-G 1051 315SB 110 1051 4 Siemens 315S 110 P2 P2 020BMGG410 0 07060581 3111111917619 4.950 4.842 1697 3.911 1612 706 1471 621 991 480 991 171 991 121 105 171 3.51 3.34 171 3.02 171 1864 1764 675 171 1591 575 171 460 991 991 171 23 991 154 44 23 6 71 18 171 6 11 171 6 11 538 171 600 538 9 171 700 600 512 171 700 80 560 171 80 200 650 23 1800 200 23 80 6 1800 4 18 200 6 11 4 1700 6 MMG-G 11 538 4 280MB MMG-G 600 538 9 90 280SB 700 600 MMG-G 512 75 700 250MC 80 560 55 80 200 650 1800 200 80 1800 4 200 1700 4 Siemens 4 280M Siemens 280S 90 Siemens 250M 75 55 020BMGG415 01605.5425444446018. 117 4 4 4 75 75 65 4 1141 4 1087.5 1141 1048 630 4 1037.5 921 630 454 454 584 630 75 584 432 394 75 57.15 432 1141 584 600 65 1141 57.15 1070 432 600 1058 960 57.15 1051 630 600 957 1051 630 454 454 454 1051 630 1051 454 584 394 1051 584 432 394 57.15 1051 432 584 4 600 57.15 432 4 600 57.15 MMG-G 1051 4 600 280MB MMG-G 1051 90 280SB MMG-G 1051 75 250MC 1051 55 1051 1051 4 4 Siemens 4 280M Siemens 280S 90 Siemens 250M 75 55

TM07 2172 3118 77 12 Performance curves and technical data TM07 2682 4018 2682 TM07 [m] 0 12 8 4 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /498.0 /498.0 /498.0 1700 1700 /457.0 /457.0 /457.0 1600 1600 ISO 9906 Grade 2B 9906 Grade ISO 50 Hz, n = 1490 min50 Hz, 1500 1500 /406.4 LS 350-250-498C LS /406.4 /406.4 1400 1400 1300 1300 /355.6 /355.6 1200 1200 /355.6 1100 1100 1000 1000 900 900 800 800 700 700 600 600 500 500 400 400 300 300 200 200 100 100 /406.4 /355.6 /457.0 /498.0 0 0 0 5 0 20 15 10 40 35 30 25 60 55 50 45 80 75 70 65 95 90 85 H P2 [m] 200 100 600 500 400 300 900 800 700 [kW] LS 350-250-498

Performance curves and technical data 78 12 LS 350-250-498 dimensions 350-250-498 LS sketches dimensional 350-250-498 LS [kW] [kW] 0 5C M- 70201815 2 5 161 5 5 4 4620 1610.372 10.372 4136 2700 10.372 4046 1436 2610 10.372 4046 1436 342 9.734 2610 9.502 3886 1436 342 2450 3616 3736 258 1436 342 2180 2300 258 1436 342 1436 8.870 7.861 258 339 258 96 8.870 3586 7.861 258 2696 2150 258 6.27 1260 3256 258 2506 1436 256 258 1820 1436 5.90 1070 18 4018 246 1436 258 1436 247 6 7.45 18 2200 3818 246 258 11 247 6 1436 18 2000 5.62 256 256 3718 256 11 757 6 1436 18 417 1900 5.64 256 256 5.47 3248 11 825 757 6 1436 18 215 1500 1150 5.47 3048 23 256 11 256 825 757 6 3023 415 148 1436 256 1300 1150 6 256 1300 11 200 825 757 2823 256 148 1436 256 350 2700 11 1150 1436 1100 256 200 825 637 148 23 360 2700 256 4 1150 760 1436 23 198 200 705 256 6 148 23 2700 256 6 4 815 1125 23 10.5 198 200 MMG-G 256 762.5 1085 148 6 11 256 2700 256 6 4 355CB 23 820 10.5 200 MMG-G 10 11 500 762.5 256 2650 1055 620 4 355CB 6 256 23 340 MMG-G 820 150 475 2850 680 620 11 4 355CB 1055 6 256 200 23 MMG-G 256 150 2510 900 450 680 11 4 355CB 760 6 MMG-G 200 23 256 100 900 425 4 2510 11 815 315DB 760 250 6 MMG-G 23 100 1085 2300 400 23 10.5 4 815 355CB 760 250 MMG-G 150 6 1085 663 6 2300 355 23 10.5 4 200 355LB 815 150 MMG-G 2570 11 720 1085 663 6 315 4 200 355MB MMG-G 150 955 2570 11 4 720 620 250 200 315LC MMG-G 150 955 2570 4 680 620 200 Siemens 200 315LB 150 900 2310 4 680 160 355L Siemens 200 150 900 2310 4 500 355L Siemens 200 150 2200 4 355L 400 Siemens 200 2200 4 355 315L Siemens 4 315 315L Siemens 315L 250 Siemens 200 315L 160 0 5C M- 4310 9 93 0 6 4 4 8 8414 53 3 3 3 3 95 95 1548 4 1894 95 1548 4 785 1894 95 1548 4 785 446 4 1894 95 1548 5 785 4 446 660 1894 1452 100 5 785 446 660 508 1841 100 1431 79.38 20 785 446 660 508 1795 1411 797 100 4 79.38 785 446 660 1605 508 80 1411 797 4 79.38 785 95 446 660 1403 508 80 1605 1314 797 4 79.38 95 426 660 1200 1403 508 785 1396 1314 797 4 79.38 1835 95 785 660 1191 1396 1403 508 426 797 785 1403 79.38 1635 785 85 446 508 1483 1403 660 797 785 446 79.38 1403 1835 85 446 660 1266 1403 508 797 785 446 446 1403 1400 79.38 80 660 508 1266 1403 4 797 785 446 446 1403 79.38 660 1410 80 1403 508 1301 4 797 MMG-G 785 426 79.38 446 1403 660 508 1402 1301 1403 4 355CB 797 79.38 MMG-G 785 426 426 1403 660 508 1262 1403 500 797 4 355CB 79.38 1403 MMG-G 785 446 426 660 508 1403 475 797 4 355CB 79.38 MMG-G 446 446 660 1403 508 1403 450 797 4 355CB 79.38 MMG-G 1403 446 660 1403 508 425 4 797 315DB 79.38 1403 MMG-G 660 1403 508 400 797 4 355CB 1403 79.38 MMG-G 1403 508 355 4 797 355LB 1403 79.38 MMG-G 1403 315 4 797 1403 355MB MMG-G 1403 4 250 315LC 1403 MMG-G 1403 4 200 Siemens 315LB 1403 4 160 355L Siemens 1403 4 355L 500 Siemens 1403 4 400 355L Siemens 4 355 315L Siemens 4 315L 315 Siemens 250 315L Siemens 200 315L 160 P2 P2

Frame Frame size size Motor Motor rn oeL F RL1H EH n HG HE HA LF1 HR LF2 LB Pole Brand Pole Brand LF2 HR Mechanical Mechanical CP seal LF1 WHT W Ø CP U Base frame Base dimensions Stuffing Stuffing LB box Ø [mm] MU Pump dimensions W n x LM Ø HH [mm] ∅ YH SH MHM LM HZ HS HD YY X U LF2 ∅ HM HH Mechanical Mechanical

seal HS HZ Overhang [mm] Stuffing Stuffing box YY Motor dimensions dimensions Motor HA HE Motor end X [mm] upMtrTotal Motor Pump HG Net weights ∅ HD UHT MU [kg] Distance between between Distance shaft ends [mm] ends shaft Shipping Shipping volume volume [m 3 ]

TM07 2172 3118 79 12 Performance curves and technical data TM07 2684 4018 2684 TM07 [m] 0 12 8 4 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /630.0 /630.0 /630.0 2200 2200 /580.0 /580.0 /580.0 ISO 9906 Grade 2B 9906 Grade ISO 2000 2000 50 Hz, n = 1490 min50 Hz, /532.0 LS 350-250-630B LS /532.0 /532.0 1800 1800 /483.0 1600 1600 /483.0 /483.0 /432.0 1400 1400 /432.0 /432.0 1200 1200 1000 1000 800 800 600 600 400 400 200 200 /483.0 /432.0 /580.0 /532.0 /630.0 0 0 0 0 30 20 10 70 60 50 40 90 80 H P2 [m] 400 200 800 600 100 140 130 120 110 160 150 [kW] 1200 1000 1800 1600 1400 LS 350-250-630

Performance curves and technical data 80 12 LS 350-250-630 dimensions 350-250-630 LS sketches dimensional 350-250-630 LS [kW] [kW] 0 0C M- 80201814 6 9 0561 3 3 4 9533 3512.352 12.352 5335 3430 5165 11.531 1905 3260 11.531 1905 4705 343 2800 11.531 4605 343 1905 230 2700 11.531 4515 1905 277 230 2610 11.531 4515 10.934 1905 277 2610 10.065 4355 228 4085 230 1905 277 2450 4055 10.566 10.065 2180 228 230 1905 2150 277 1905 4205 7.41 3725 228 1905 277 18 2300 1820 7.41 228 341 228 5306 208 1905 1905 6 18 228 3000 10.5 228 5106 7.30 178 6 208 230 797 1905 228 228 2800 10.5 23 6.87 865 797 1905 228 4449 279 6 23 228 228 1245 6.50 8.37 2200 10.5 865 228 4249 279 148 6 777.5 23 230 1245 6.53 1905 228 2000 10.5 835 200 228 3722 4149 148 6 777.5 23 2890 1185 1905 419 228 1500 1900 10.5 835 200 228 3522 228 150 6 777.5 23 2890 1185 4 1905 1905 217 18 1300 10.5 835 200 150 23 6 777.5 228 2770 1185 228 4 1905 6 242 417 10.5 835 200 MMG-G 6 150 10.5 777.5 23 23 228 2770 1185 228 4 400CB 252 835 200 MMG-G 11 679 150 6 6 600 228 228 2770 1185 4 400CB 23 10.5 747 200 MMG-G 740 228 150 11 777.5 560 228 2770 1125 4 355CB 6 23 835 200 MMG-G 790 228 148 740 530 2770 1185 4 11 355CB 6 955 200 MMG-G 228 228 6 790 150 500 23 2650 4 11 844 355CB 30 200 MMG-G 955 228 6 6 475 23 2770 906 4 844 355CB 4 320 10.5 MMG-G 30 1155 2550 6 450 23 23 906 4 778 355CB 4 150 10.5 MMG-G 320 1155 6 6 425 23 4 2550 200 835 778 315DB 4 150 10.5 MMG-G 110 2710 11 1085 6 400 835 200 4 778 355CB 4 MMG-G 150 1609 110 2710 11 1085 4 656 355 835 200 355LB 4 2080 150 95 MMG-G 1609 2570 724 1085 4 656 315 Siemens 200 820 355MB 3 2080 150 95 955 1577 2570 724 4 355L 250 Siemens 200 820 505 1894 150 95 955 1577 2570 4 4 630 355L Siemens 200 820 505 711 1894 150 95 1577 4 2310 4 560 355L 5 Siemens 200 820 485 711 610 1894 95 1577 2310 4 4 355L 500 79.38 Siemens 820 485 711 610 5 1894 95 1577 799 4 400 355L 5 79.38 Siemens 820 485 711 610 1894 1501 100 799 355 315L 5 79.38 Siemens 820 485 711 1377 610 1841 100 1460 799 110 315L 315 4 79.38 820 485 711 1377 610 1795 1480 799 100 250 4 79.38 865 820 505 711 110 1605 1377 610 1480 799 1377 4 79.38 1835 820 95 485 711 1265 1377 610 1605 799 820 1377 79.38 1835 95 505 711 1180 1377 610 820 799 820 505 1377 79.38 1835 95 711 1171 1377 610 505 4 799 820 505 505 1377 79.38 1635 85 610 1512 1377 711 4 799 MMG-G 820 485 79.38 505 711 1377 1835 85 1335 1377 610 4 400CB 799 MMG-G 820 485 485 711 1377 610 1400 79.38 600 1335 1377 4 400CB 79.38 799 MMG-G 820 485 485 711 1377 610 1410 1377 560 799 4 355CB 79.38 MMG-G 820 505 485 711 1377 610 530 1377 799 4 355CB 79.38 MMG-G 505 505 711 1377 1377 610 500 799 4 355CB 79.38 1377 MMG-G 505 711 1377 610 475 799 4 355CB 79.38 MMG-G 711 1377 610 1377 450 799 4 355CB 1377 79.38 MMG-G 1377 610 425 4 799 315DB 1377 79.38 MMG-G 1377 400 799 4 355CB 1377 MMG-G 1377 4 355 355LB 1377 MMG-G 1377 4 315 Siemens 1377 355MB 4 250 355L Siemens 1377 4 355L 630 Siemens 1377 4 560 355L Siemens 4 500 355L Siemens 4 355L 400 Siemens 355 315L Siemens 315 315L 250 P2 P2

TM07 2172 3118 81 12 Performance curves and technical data TM07 2687 4018 2687 TM07 [m] 0 12 8 4 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /397.0 /397.0 /397.0 /377.0 /377.0 2200 2200 /377.0 /357.0 /357.0 ISO 9906 Grade 2B 9906 Grade ISO /337.0 /357.0 2000 2000 /337.0 50 Hz, n = 1490 min50 Hz, LS 450-350-397B LS /322.4 /337.0 1800 1800 /322.4 1600 1600 /322.4 1400 1400 1200 1200 1000 1000 800 800 600 600 400 400 200 200 /322.4 /377.0 /357.0 /337.0 /397.0 0 0 0 5 0 80 40 10 25 20 15 40 35 30 50 45 60 55 H P2 [m] 240 200 160 120 360 320 280 [kW] LS 450-350-397

Performance curves and technical data 82 12 LS 450-350-397 dimensions 450-350-397 LS sketches dimensional 450-350-397 LS [kW] [kW] 5 5M M- 50202015 0 4 162 9 9 0 4012 209.265 8.141 3280 1820 8.141 3165 1460 1260 7.865 2975 1905 303 5.60 1070 2905 1905 271 6.51 1000 2730 197 271 6.51 1905 1270 5246 199 1460 171 3000 5046 199 6.22 1905 2800 197 74 199 1905 4446 74 199 2200 146 74 199 23 1905 146 199 6 23 74 146 11 6 23 146 11 749 6 23 146 146 754.5 11 805 6 805 146 1055 23 754.5 11 965 230 805 6 23 754.5 200 228 146 965 2510 11 805 6 23 200 228 2330 965 11 4 755 6 200 228 2330 23 4 11 805 755 200 MMG-G 1016 6 4 2330 805 755 355MB 230 MMG-G 11 1016 250 200 805 315LC 4 MMG-G 230 2330 1016 755 200 200 315LB 230 MMG-G 2330 805 4 160 200 315MB 1016 2330 4 132 Siemens 230 200 4 315L Siemens 2330 250 315L Siemens 4 315L 200 Siemens 160 315MA 132 5 5M M- 4010 7. 35556545457010 45104 4 4 4 4 100 4 80 1495 4 80 1605 1378 730 1396 1378 80 4 85 730 1396 485 1378 730 80 485 1370 625 1296 1410 80 485 625 1385 730 545 730 1402 625 545 1385 63.5 485 80 730 485 773.5 1262 63.5 545 625 773.5 730 485 485 1385 63.5 1400 545 1262 773.5 485 485 625 1400 63.5 730 773.5 485 625 1400 545 485 1400 63.5 625 545 1400 773.5 485 1400 63.5 545 773.5 1400 625 1400 63.5 4 773.5 545 1400 1400 4 63.5 MMG-G 1400 4 773.5 1400 355MB MMG-G 250 315LC 4 1400 1400 MMG-G 200 315LB 1400 MMG-G 4 160 315MB 4 1400 132 Siemens 4 315L Siemens 250 315L Siemens 4 315L 200 Siemens 160 315MA 132 1 1S M- 30202895857451 319191110 2 857.727 2825 920 1905 6.06 121 4246 199 2000 1905 - 199 146 23 6 11 146 754.5 805 965 23 228 6 200 2330 11 4 755 805 MMG-G 1016 315SB 230 110 200 2330 4 Siemens 315S 110 1 1S M- 4010 7. 35556545457014 388 4 4 80 1378 1246 730 80 485 625 1385 1102 545 730 63.5 773.5 485 485 1400 625 545 1400 63.5 773.5 1400 4 MMG-G 315SB 1400 110 4 Siemens 315S 110 P2 P2

∅ HM HH Mechanical Mechanical

TM07 2172 3118 83 12 Performance curves and technical data TM07 2751 4118 2751 TM07 [m] 0 12 8 4 0 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /375.0 /375.0 /375.0 320 320 /350.0 300 300 /350.0 /350.0 /330.0 280 280 ISO 9906 Grade 2B 9906 Grade ISO /330.0 /330.0 50 Hz, n = 1480 min50 Hz, 260 260 /304.0 LS 125-100-370Ax2 LS /304.0 /304.0 240 240 /279.4 /279.4 220 220 /279.4 200 200 180 180 160 160 140 140 120 120 100 100 80 80 60 60 40 40 20 20 /304.0 /279.4 /350.0 /330.0 /375.0 0 0 0 0 40 20 80 60 20 10 50 40 30 70 60 90 80 H P2 [m] 120 100 160 140 100 110 [kW] LS 125-100-370x2

Performance curves and technical data 84 12 LS 125-100-370x2 dimensions 125-100-370x2 LS sketches dimensional 125-100-370x2 LS [kW] [kW] 1 8M M- 015203. 4 2.57563962 0 5 2 1270 920 350 - 204 23 6 9 673 715 820.75 145 36.5 200 2041.5 4 MMG-G 280MB 110 1 1S M- 8 4 44 4 5 8 6 2611 01 3.689 16 80 1018 1246 565 280 350 340 44.45 540 980 4 MMG-G 315SB 110 P2 P2 020BMGG410 0 6515705058962 0 630761056 971 830 706 710 621 480 350 700 360 350 350 76 350 350 26 350 - 204 - 204 23 - 204 23 204 6 23 204 6 23 9 6 23 9 6 548 9 6 590 548 9 548 700 590 9 590 548 700 145 548 36.5 590 652 145 200 590 617 36.5 145 1800 200 605 36.5 145 200 1800 36.5 145 4 1704 200 36.5 4 200 MMG-G 1634 4 1610 280SB MMG-G 4 MMG-G 250MC 90 4 250SC MMG-G 75 MMG-G 225MC 55 225SC 45 37 020BMGG490504.53030205518. 2 51 3.141 2.526 3.070 2.357 2.329 12 4 12 4 4 75 75 65 923 60 923 890 1087.5 60 848 1037.5 565 280 921 848 565 280 350 841 565 280 350 340 816 44.45 340 565 280 350 44.45 540 565 280 340 350 540 44.45 980 350 340 540 980 44.45 340 4 44.45 540 980 4 540 980 MMG-G 4 980 MMG-G 280MB 4 280SB MMG-G 90 4 250MC MMG-G 75 MMG-G 225MC 55 225SC 45 37

Frame Frame size size Motor Motor rn oeL F RH F AH Gn HG HE HA LF1 HL HR LF2 LB Pole Brand W CP Pole Brand LF2 HR CP HL LF1 W Ø U LB HT Ø MU Pump dimensions Pump ∅ n x YH/SH MHM LM HZ HD/HS YY X U LM Ø HH Base framedimensions [mm] LF2 [mm]

HM Motor dimensions Motor HS HZ [mm] ∅ HPm oo upMtrTotal Motor Pump Motor Pump HH YY ∅ UHT MU HA HE Overhang [mm] X Distance between between Distance shaft ends [mm] ends shaft

HD Net weights [kg] Shipping volume [m 3 ]

TM07 2170 3118 85 12 Performance curves and technical data TM07 2755 4118 2755 TM07 [m] 0 8 6 4 2 0 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /415.0 /415.0 /415.0 /390.0 360 360 /390.0 /390.0 /370.0 ISO 9906 Grade 2B 9906 Grade ISO /370.0 /370.0 320 320 50 Hz, n = 1480 min50 Hz, /340.0 LS 150-125-415Ax2 LS /340.0 /340.0 280 280 /310.0 /310.0 /310.0 240 240 200 200 160 160 120 120 80 80 40 40 /340.0 /310.0 /390.0 /370.0 /415.0 0 0 0 0 40 20 80 60 20 10 50 40 30 80 70 60 90 H P2 [m] 120 100 160 140 110 100 130 120 [kW] LS 150-125-415x2

Performance curves and technical data 86 12 LS 150-125-415x2 dimensions 150-125-415x2 LS sketches dimensional 150-125-415x2 LS [kW] [kW] 6 1L M- 05208 4 4. 3 8 319105017 1600 1530 1070 1000 530 530 170 70 199 199 23 23 6 6 9 4.261 9 688 4.098 730 688 847.5 730 140 847.5 85 140 9 200 85 9 2095 200 2095 4 80 4 MMG-G 80 1068 315LB MMG-G 1396 1068 315MB 160 290632 1296 132 290632 375 365 375 44.45 365 575 44.45 1059 575 1059 4 4 MMG-G 315LB MMG-G 315MB 160 132 1 1S M- 05208 4 4. 3 8 3192 3 2 1450 920 530 20 199 23 6 9 4.017 688 730 847.5 140 85 9 200 2095 4 80 MMG-G 1068 315SB 1246 110 290632 375 365 44.45 575 1059 4 MMG-G 315SB 110 P2 P2 020BMGG417 0 510786068962 9 150761236 1151 706 1010 621 530 480 530 81 530 31 199 11 199 23 199 23 6 23 6 9 6 9 608 3.532 9 3.455 608 2.863 650 650 548 738 738 590 140 140 687 85 9 85 140 200 9 4 1876 200 85 1876 200 4 1774 4 75 MMG-G 4 75 65 MMG-G 280MB 973 280SB MMG-G 973 940 1087.5 90 250MC 290632 1037.5 75 921 290632 55 375 290632 375 365 44.45 365 375 44.45 575 365 575 1059 44.45 1059 575 4 1059 4 MMG-G 4 MMG-G 280MB 280SB MMG-G 90 250MC 75 55

Frame Frame size size Motor Motor rn oeL F RH F AH Gn HG HE HA LF1 HL HR LF2 LB Pole Brand W CP Pole Brand LF2 HR CP HL LF1 W Ø U LB HT Ø MU Pump dimensions ∅ n x UXYYHD/HSHZLM HM LM Ø HH Base framedimensions [mm] LF2 [mm]

HM Motor dimensions Motor HS HZ [mm] ∅ HPm oo upMtrTotal Motor Pump Motor Pump HH YY ∅ UHT MU HA HE Overhang [mm] X Distance between between Distance shaft ends [mm] ends shaft

HD Net weightsNet [kg] Shipping volume [m 3 ]

TM07 2170 3118 87 12 Performance curves and technical data TM07 2759 4118 2759 TM07 [m] 0 12 8 4 0 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /475.0 /475.0 /475.0 /445.0 600 600 /445.0 /445.0 /415.0 550 550 ISO 9906 Grade 2B 9906 Grade ISO /415.0 /415.0 /385.0 50 Hz, n = 1480 min50 Hz, 500 500 /385.0 LS 200-150-475Ax2 LS /355.0 /385.0 450 450 /355.0 400 400 /355.0 350 350 300 300 250 250 200 200 150 150 100 100 50 50 /385.0 /355.0 /445.0 /415.0 /475.0 0 0 0 0 80 40 30 20 10 70 60 50 40 90 80 H P2 [m] 240 200 160 120 320 280 110 100 150 140 130 120 170 160 [kW] LS 200-150-475x2

Performance curves and technical data 88 12 LS 200-150-475x2 dimensions 200-150-475x2 LS sketches dimensional 200-150-475x2 LS [kW] [kW] 1 5L M- 6220101012 3 8 . 317-9025 3110 2780 2150 1820 2220 960 2030 1260 960 1960 - 1070 960 1000 - 960 197 177 960 177 197 197 23 77 197 23 23 7.688 6 197 23 7.688 6 6.497 6 9.5 23 6.497 6 9.5 786 9.5 6.257 6 830 786 9.5 43 786 1121 830 9.5 130 786 830 43 1121 14 130 889 830 130 786 14 200 130 889 130 830 2642 14 130 130 100 200 889 200 2642 130 1305 4 130 100 2178 80 200 1605 130 1305 4 MMG-G 2178 80 200 685 1188 4 1605 355LB MMG-G 2178 80 1188 1396 4 685 400 MMG-G 355MB 1396 315 685 1188 4 MMG-G 400 315LC 575 250 685 1296 400 315LB MMG-G 200 575 550 685 400 315MB 575 160 57.15 550 400 615 575 132 550 57.15 1142 57.15 615 575 550 615 57.15 1142 550 4 615 1142 57.15 4 1142 MMG-G 615 4 355LB 1142 MMG-G 4 MMG-G 355MB 315 4 MMG-G 315LC 250 315LB MMG-G 200 315MB 160 132 P2 P2

Frame Frame size size Motor Motor rn oeL F RH F AH Gn HG HE HA LF1 HL HR LF2 LB Pole Brand W CP Pole Brand LF2 HR CP HL LF1 W Ø U LB HT Ø MU ∅ n x Pump dimensions UXYYHD/HSHZLMHM LM Ø HH Base frame dimensions Base [mm] LF2 [mm]

Motor dimensions HS HZ [mm] ∅ HPm oo upMtrTotal Motor Pump Motor Pump HH YY ∅ UHT MU HA HE Overhang [mm] X Distance between between Distance shaft ends [mm] ends shaft

HD Net weights [kg] Shipping volume [m 3 ]

TM07 2170 3118 89 12 Performance curves and technical data TM07 2763 4118 2763 TM07 [m] 0 12 8 4 0 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /575.0 /575.0 /575.0 1100 1100 /535.0 /535.0 /535.0 /495.0 1000 1000 ISO 9906 Grade 2B 9906 Grade ISO 50 Hz, n = 1490 min50 Hz, /495.0 /495.0 LS 250-200-575Ax2 LS 900 900 /455.0 /455.0 /455.0 /415.0 800 800 /415.0 700 700 /415.0 600 600 500 500 400 400 300 300 200 200 100 100 /455.0 /415.0 /535.0 /495.0 /575.0 0 0 0 40 20 80 60 H P2 [m] 300 200 100 700 600 500 400 900 800 100 160 140 120 200 180 240 220 [kW] LS 250-200-575x2

Performance curves and technical data 90 12 LS 250-200-575x2 dimensions 250-200-575x2 LS sketches dimensional 250-200-575x2 LS [kW] [kW] 0 0C M- 0620101010 2015 0562 0 7 4233 4882 4712 3430 4252 3260 1452 4152 2800 1452 273 4062 2700 1452 273 4062 2610 1452 306 268 3902 2610 1452 306 268 23 2450 1452 306 3632 268 3602 3752 23 1452 306 2180 268 6 3272 23 2150 2300 306 268 1452 6 23 1820 1452 1452 306 10.5 6 23 264 1158 306 10.5 1452 126 6 1210 23 - 1158 10.5 1308 306 6 1210 23 150 1158 - 306 10.5 1308 6 1210 190 150 306 1158 10.5 1239 23 6 1210 23 200 190 150 1158 12.855 10.5 306 1239 3016 23 1210 200 190 150 1158 6 12.855 10.5 1239 3016 6 1210 12.115 200 23 190 150 1158 4 1239 6 10.5 2826 1210 12.115 200 190 150 4 10.5 1239 1158 MMG-G 2826 12.115 6 200 190 150 1158 10.5 4 1210 19 MMG-G 2826 400CB 1186 1210 12.115 200 190 1158 4 10.5 1239 150 1210 19 MMG-G 2826 400CB 12.115 200 600 150 1158 1239 4 10 190 MMG-G 2826 355CB 1210 11.362 150 190 560 4 10 200 1239 MMG-G 355CB 190 200 530 150 11.138 4 2772 10 110 MMG-G 2878 355CB 200 500 190 10.732 10 110 2878 4 MMG-G 1574 355CB 200 475 4 10 10.732 95 2080 1574 355CB 2878 450 4 MMG-G 95 5 2080 MMG-G 1562 490850 315DBB 425 4 95 MMG-G 1894 19 1562 490850 355CB 400 750 95 19 1894 355LB 1562 490850 MMG-G 355 750 600 95 1894 1562 490850 19 355MB 315 750 79.38 600 1894 1562 490850 95 250 800 750 79.38 600 100 1894 490850 800 1496 750 79.38 1466 600 100 1445 490850 1496 800 750 79.38 1841 600 4 1445 100 1795 800 750 1496 79.38 490850 600 4 1605 490850 1445 MMG-G 1496 800 79.38 600 750 4 490850 1605 MMG-G 1496 800 750 400CB 79.38 4 600 490850 750 MMG-G 800 1496 400CB 600 600 4 79.38 MMG-G 1496 355CB 750 600 79.38 560 800 4 MMG-G 79.38 800 355CB 530 600 4 1496 800 MMG-G 1496 355CB 79.38 500 1496 4 MMG-G 355CB 800 475 4 355CB 1496 450 4 MMG-G MMG-G 315DBB 425 4 MMG-G 355CB 400 355LB MMG-G 355 355MB 315 250 P2 P2

Motor dimensions HS HZ [mm] ∅ HPm oo upMtrTotal Motor Pump Motor Pump HH YY ∅ UHT MU HA HE Overhang [mm] X Distance between between Distance shaft ends [mm] ends shaft

HD Net weights [kg] Shipping volume [m 3 ]

TM07 2170 3118 91 12 Performance curves and technical data TM07 2636 4018 2636 TM07 [m] 10 0 6 4 2 0 90 80 70 60 50 40 30 20 [%] Eta NPSH -1 /381.0 /381.0 /381.0 Q [m³/h] Q [m³/h] /355.6 /355.6 280 280 /355.6 /330.6 /330.6 260 260 /330.6 /304.8 ISO 9906 Grade 2B 9906 Grade ISO /304.8 50 Hz, n = 980 min50 Hz, 240 240 /279.4 /304.8 LS 150-125-381F LS /279.4 220 220 200 200 /279.4 180 180 160 160 140 140 120 120 100 100 80 80 60 60 40 40 20 20 /279.4 /330.6 /304.8 /381.0 /355.6 0 0 8 4 0 0 6 4 2 8 12 32 28 24 20 16 36 12 10 18 16 14 24 22 20 26 H P2 [m] [kW] 6-pole LS 150-125-381

Performance curves and technical data 92 12 LS 200-150-305 [kW] [m] P2 H 10 12 14 16 18 10 11 12 13 14 15 16 0 2 4 6 8 0 1 2 3 4 5 6 7 8 9 0 0 /279.4 /304.8 /203.2 /254.0 /229.0 25 25 50 50 75 75 100 100 125 125 150 150 175 175 200 200 /203.2 /203.2 225 225 /203.2 /229.0 /229.0 250 250 /229.0 275 275 /254.0 /254.0 LS 200-150-305C /254.0 300 300 50 Hz, n=980min ISO 9906Grade 2B /279.4 /279.4 325 325 /279.4 350 350 /304.8 /304.8 /304.8 Q [m³/h] Q [m³/h] -1 NPSH Eta [%] 0 10 20 30 40 50 60 70 80 90 0 2 4 [m]

TM07 2638 4018 93 12 Performance curves and technical data TM07 2640 4018 2640 TM07 [m] 0 6 4 2 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /381.0 /381.0 /381.0 /356.0 400 400 /356.0 /356.0 /330.0 ISO 9906 Grade 2B 9906 Grade ISO 50 Hz, n = 980 min50 Hz, 360 360 /330.0 /330.0 LS 200-150-381A LS /304.8 /304.8 /304.8 320 320 /280.0 /280.0 280 280 240 240 /280.0 200 200 160 160 120 120 80 80 40 40 /304.8 /280.0 /356.0 /330.0 /381.0 0 0 8 4 0 4 2 0 8 6 24 20 16 12 36 32 28 10 16 14 12 22 20 18 26 24 H P2 [m] [kW] LS 200-150-381

Performance curves and technical data 94 12 LS 250-200-305 [kW] [m] P2 H 12 16 20 24 28 32 36 10 11 12 13 14 15 0 4 8 0 1 2 3 4 5 6 7 8 9 0 0 /203.2 /228.6 /254.0 /279.4 /304.8 50 50 100 100 150 150 200 200 250 250 300 300 /203.2 /203.2 350 350 /203.2 /228.6 /228.6 400 400 /228.6 /254.0 /254.0 LS 250-200-305C 450 450 50 Hz, n=980min /254.0 ISO 9906Grade 2B /279.4 /279.4 500 500 /279.4 /304.8 /304.8 /304.8 Q [m³/h] Q [m³/h] -1 NPSH Eta [%] 0 10 20 30 40 50 60 70 80 90 0 4 8 [m]

TM07 2646 4018 95 12 Performance curves and technical data TM07 2642 4018 2642 TM07 [m] 0 4 3 2 1 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /482.6 /482.6 Q [m³/h] Q [m³/h] 340 340 /457.2 /457.2 320 320 /432.0 /432.0 300 300 /406.4 ISO 9906 Grade 2B 9906 Grade ISO 50 Hz, n = 980 min50 Hz, /406.4 280 280 LS 200-150-483D LS /381.0 260 260 /381.0 240 240 220 220 200 200 180 180 160 160 140 140 120 120 100 100 80 80 /381.0, /406.4, /432.0, /457.2, /482.6 /482.6 /457.2, /432.0, /406.4, /381.0, 60 60 40 40 20 20 /381.0 /457.2 /432.0 /406.4 /482.6 0 0 5 0 8 6 4 2 0 10 30 25 20 15 45 40 35 16 14 12 10 26 24 22 20 18 34 32 30 28 40 38 36 H P2 [m] [kW] LS 200-150-483

Performance curves and technical data 96 12 LS 200-150-483 dimensions 200-150-483 LS sketches dimensional 200-150-483 LS [kW] [kW] 8520AMGG610 0 85040381 312124 3 7 0 2.691 804 270 534 1.85 40 826 122 186 534 122 - 23 121 6 11 378 121 440 550 78 23 200 6 1500 11 6 378 440 MMG-G 550 200LA 18.5 78 200 1500 6 Siemens 200L 18.5 8520AMGG68888494.5424231316570945 4 55 4 904 770 615 55 311 311 432 947 432 44.45 769 489 615 311 888 311 432 432 888 44.45 489 888 6 MMG-G 200LA 18.5 888 6 Siemens 200L 18.5 P2 P2 520BMGG617 0 0676550962 1 1 4 3 6 053.294 3.020 1095 2.805 994 561 2.691 919 460 534 385 824 2.602 534 147 290 534 2.22 739 114 2.09 534 119 103 1194 205 1.92 119 1.85 520 1064 40 534 117 405 534 973 119 857 38 122 534 325 119 69 1.70 217 117 534 23 80 114 534 777 119 122 6 23 110 23 144 119 - 6 9 114 6 117 534 23 560 119 9 9 121 605 6 26 119 502 637 18 452 545 11 117 23 495 80 6 590 114 378 557 121 6 23 200 440 8.5 80 1673 82 23 346 550 6 9 200 390 6 1580 200 78 114 6 23 560 9 1513 525 6 200 605 MMG-G 6 9 502 6 1500 85 280SB 637 545 MMG-G 11 18 452 200 6 45 MMG-G 80 250MC 590 1450 495 378 6 25MC 37 200 440 557 MMG-G 80 6 1673 8.5 30 550 200LB 200 82 346 1580 6 MMG-G 22 78 390 200 1513 180L 6 Siemens 200 525 1500 280S 6 15 85 Siemens 6 250M 200 45 Siemens 1450 Siemens 225M 37 6 200L 30 Siemens 22 180L 15 720CMGG68888494.5424231316591926 4 13 4 4 4 65 13 75 60 4 972 1005 4 55 930 1037.5 4 921 615 904 48 841 311 311 75 615 4 770 839 615 432 65 311 311 1005 311 311 432 60 615 432 710 982 44.45 960 432 55 311 311 432 489 910 615 432 44.45 887 432 615 947 44.45 489 311 311 48 432 849 311 888 489 615 432 44.45 769 311 311 615 838 888 489 432 432 888 615 311 311 44.45 712 432 489 311 432 311 888 888 44.45 311 432 432 615 489 888 44.45 888 432 432 311 888 489 44.45 432 311 888 6 888 489 44.45 432 888 6 489 MMG-G 888 6 432 888 280SB 44.45 MMG-G 888 6 888 45 MMG-G 489 250MC 25MC 37 888 MMG-G 6 888 30 200LB 888 6 MMG-G 888 22 180L 6 Siemens 280S 6 888 15 Siemens 6 250M 45 Siemens Siemens 225M 37 6 200L 30 Siemens 22 180L 15

Frame Frame size size Motor Motor rn oeL F RL1H EH n HG HE HA LF1 HR LF2 LB Pole Brand Pole Brand LF2 HR Mechanical Mechanical CP seal LF1 WHT W Ø CP U Base frame dimensions frame Base Stuffing Stuffing LB box Ø [mm] MU Pump dimensions Pump W n x LM Ø HH [mm] ∅ YH SH MHM LM HZ HS HD YY X U LF2 ∅ HM HH Mechanical Mechanical

TM07 2172 3118 97 12 Performance curves and technical data TM07 2644 4018 2644 TM07 [m] 0 6 4 2 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /508.0 /508.0 /508.0 /470.0 440 440 /470.0 /470.0 ISO 9906 Grade 2B 9906 Grade ISO /431.8 400 400 50 Hz, n = 980 min50 Hz, /431.8 /431.8 LS 200-150-508B LS /393.7 360 360 /393.7 /393.7 /355.6 320 320 /355.6 280 280 240 240 /355.6 200 200 160 160 120 120 80 80 40 40 /355.6 /431.8 /393.7 /470.0 /508.0 0 0 0 8 4 0 20 10 60 50 40 30 90 80 70 20 16 12 32 28 24 40 36 48 44 H P2 [m] [kW] LS 200-150-508

Performance curves and technical data 98 12 LS 200-150-508 dimensions 200-150-508 LS sketches dimensional 200-150-508 LS [kW] [kW] 8520AMGG612 0 85045318561 7 7 75520853.080 815 270 545 77 2.25 171 835 186 171 545 29 18 6 171 8.5 381 425 560 171 78 200 18 1520 6 6 8.5 MMG-G 381 200LA 425 18.5 560 78 200 1520 6 Siemens 200L 18.5 8520AMGG69595565.8424331316070935 4 55 923 4 770 660 311 311 483 55 432 886 53.98 546 769 660 995 311 311 483 995 432 53.98 546 6 995 MMG-G 200LA 18.5 995 6 Siemens 200L 18.5 P2 P2 535BMGG618 0 07075651 319199 4 0 454.886 4.143 1445 4.051 900 1180 1106 635 545 3.193 3.372 561 545 3.080 97 1005 930 545 169 460 3.32 835 385 119 169 545 290 1514 169 545 2.84 2.71 169 111 760 545 101 1254 169 1204 545 2.51 77 570 169 169 169 520 2.58 169 545 2.25 1076 - 23 545 171 405 983 23 151 169 6 866 169 41 23 325 545 169 6 11 217 169 6 171 545 665 9 77 18 169 545 23 725 9 577 108 6 169 790 6 605 29 577 169 18 169 8.5 80 675 605 11 169 169 511 6 200 675 80 23 403 555 171 1980 8.5 23 465 80 200 620 169 6 381 1750 6 585 23 200 6 169 425 80 11 1750 6 80 6 560 171 MMG-G 200 665 9 18 6 1640 200 315SB 725 78 9 MMG-G 1570 23 577 6 75 790 6 280MB 200 MMG-G 605 577 18 6 6 1520 8.5 55 280SB 80 675 605 MMG-G 511 6 11 6 45 200 MMG-G 675 250MC 80 555 1980 8.5 403 25MC 37 80 200 620 MMG-G 465 381 1750 6 30 200 200LB 425 585 80 1750 6 Siemens 22 560 200 80 1640 6 315S 78 Siemens 200 1570 6 280M Siemens 200 75 1520 280S 6 55 Siemens 6 250M 45 Siemens Siemens 225M 37 200L 30 22 535BMGG69595565.8424331316014 198 5 5 4 5 4 80 4 1179 5 75 1246 65 5 75 1024 660 5 60 1087.5 991 1024 4 371 55 660 1037.5 949 483 4 921 311 660 311 923 80 4 432 311 311 483 841 660 75 53.98 770 1166 483 432 311 311 546 660 75 1024 53.98 432 1102 660 65 483 311 311 546 1024 53.98 960 311 660 311 995 432 60 483 546 981 53.98 960 483 371 55 432 660 995 546 989 53.98 432 371 887 660 311 995 886 546 53.98 483 311 849 311 995 660 995 546 432 769 311 483 311 660 995 995 53.98 483 432 660 311 995 311 546 995 53.98 432 311 6 483 311 546 995 53.98 311 432 995 483 6 546 MMG-G 995 53.98 483 432 6 995 315SB 995 546 MMG-G 53.98 432 995 75 6 280MB 546 MMG-G 53.98 995 55 995 280SB 6 546 MMG-G 6 45 995 995 250MC MMG-G 995 995 37 225MC MMG-G 6 30 200LB 995 6 Siemens 22 995 6 315S 995 Siemens 6 280M Siemens 75 280S 6 55 Siemens 6 250M 45 Siemens Siemens 225M 37 200L 30 22

Frame Frame size size Motor Motor rn oeL F RL1H EH n HG HE HA LF1 HR LF2 LB Pole Brand Pole Brand LF2 HR Mechanical Mechanical CP seal LF1 WHT W Ø CP U Base frame dimensions frame Base Stuffing Stuffing LB box Ø [mm] MU Pump dimensions Pump W n x LM Ø HH [mm] ∅ YH SH MHM LM HZ HS HD YY X U LF2 ∅ HM HH Mechanical Mechanical

TM07 2172 3118 99 12 Performance curves and technical data TM07 2648 4018 2648 TM07 [m] 0 6 4 2 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /381.0 /381.0 /381.0 650 650 /355.6 /355.6 /355.6 600 600 /330.2 ISO 9906 Grade 2B 9906 Grade ISO /330.2 50 Hz, n = 980 min50 Hz, /330.2 /304.8 550 550 LS 250-200-381B LS /304.8 /304.8 /280.0 500 500 /280.0 /280.0 450 450 400 400 350 350 300 300 250 250 200 200 150 150 100 100 50 50 /304.8 /280.0 /355.6 /330.2 /381.0 0 0 5 0 4 2 0 8 6 10 30 25 20 15 45 40 35 10 16 14 12 20 18 24 22 H P2 [m] [kW] LS 250-200-381

Performance curves and technical data 100 12 LS 250-200-381 dimensions 250-200-381 LS sketches dimensional 250-200-381 LS [kW] [kW] 8520AMGG616 0 5 8 2 8 . 88 18 6 7 3 3.138 838 270 568 82 2.30 81 868 186 81 568 33 18 6 81 8.5 381 425 81 580 150 200 1560 18 6 6 8.5 MMG-G 381 200LA 425 18.5 580 150 200 1560 6 Siemens 200L 18.5 8520AMGG69999584.5434338386570955 4 55 955 4 770 655 318 483 55 483 918 44.45 518 769 655 949 318 318 483 949 483 44.45 518 6 949 MMG-G 200LA 18.5 949 6 Siemens 200L 18.5 P2 P2 520BMGG618 0 5 9 0 7 38 112585112 4.241 1129 3.280 3.523 561 3.138 953 1028 568 385 460 3.037 858 142 568 568 290 773 2.86 106 568 81 96 205 1246 568 2.65 82 81 520 81 2.65 2.30 1109 62 81 568 81 405 1016 899 2.44 64 81 81 325 568 81 217 23 568 828 71 81 6 568 81 144 18 102 23 9 81 33 6 81 568 6 577 18 81 8.5 605 11 81 50 511 6 81 23 690 403 555 8.5 150 465 6 81 645 381 81 200 610 23 81 11 150 425 1780 150 200 81 6 368 580 6 1690 200 18 430 150 1620 9 23 6 560 200 6 81 MMG-G 6 1560 577 150 18 280SB 6 8.5 MMG-G 605 200 6 45 511 MMG-G 11 6 250MC 1520 690 555 23 25MC 37 8.5 403 MMG-G 150 6 645 465 381 6 30 200LB 200 150 425 1780 610 MMG-G 11 22 200 580 150 1690 6 180L 368 200 150 430 1620 6 Siemens 200 15 560 1560 280S 6 Siemens 150 6 250M 200 45 Siemens 1520 Siemens 225M 37 6 200L 30 Siemens 22 180L 15 720CMGG69999584.543433838659112 57 17 7 4 4 75 65 60 17 1056 1023 55 981 7 1037.5 921 655 7 955 48 841 4 318 655 770 655 890 483 318 75 4 318 483 655 483 710 65 1056 44.45 483 318 483 518 60 655 483 1013 44.45 960 483 55 44.45 518 318 1021 483 887 655 518 949 918 483 44.45 849 318 48 655 949 518 483 769 949 318 44.45 318 655 969 518 483 655 318 949 318 949 483 712 318 483 318 949 44.45 949 318 483 949 483 655 518 44.45 483 483 6 318 949 518 44.45 483 318 949 6 518 MMG-G 44.45 949 6 483 949 280SB 518 MMG-G 483 6 45 MMG-G 949 250MC 44.45 949 25MC 949 37 518 MMG-G 6 30 200LB 949 MMG-G 949 22 949 6 180L 949 6 Siemens 15 280S 6 949 Siemens 6 250M 45 Siemens Siemens 225M 37 6 200L 30 Siemens 22 180L 15 110 M- 4020105040368561 18 35810782.939 718 150 568 43 2.19 81 782 105 81 568 19 18 6 81 8.5 356 400 540 81 150 200 1480 18 6 6 MMG-G 8.5 160L 356 400 11 540 150 200 1480 6 Siemens 160L 11 110 M- 4 4 1 44 8 8 1 1 5 5 6 23 42 864 3 652 655 318 483 42 483 44.45 839 518 628 949 655 318 318 949 483 483 44.45 518 6 MMG-G 949 160L 11 949 6 Siemens 160L 11

Frame Frame size size Motor Motor rn oeL F RL1H EH n HG HE HA LF1 HR LF2 LB Pole Brand Pole Brand LF2 HR Mechanical Mechanical CP seal LF1 WHT W Ø CP U Base frame dimensions frame Base Stuffing Stuffing LB box Ø [mm] MU Pump dimensions Pump W n x LM Ø HH [mm] ∅ YH SH MHM LM HZ HS HD YY X U LF2 ∅ HM HH Mechanical Mechanical

TM07 2172 3118 101 12 Performance curves and technical data TM07 2650 4018 2650 TM07 [m] 0 6 4 2 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /489.0 Q [m³/h] Q [m³/h] /489.0 /489.0 850 850 /457.2 800 800 /457.2 /457.2 750 750 ISO 9906 Grade 2B 9906 Grade ISO /406.4 50 Hz, n = 980 min50 Hz, 700 700 /406.4 /406.4 LS 300-200-489C LS /381.0 650 650 /381.0 /381.0 /355.6 600 600 /355.6 /355.6 550 550 500 500 450 450 400 400 350 350 300 300 250 250 200 200 150 150 100 100 50 50 /406.4 /381.0 /355.6 /457.2 /489.0 0 0 0 8 6 4 2 0 40 20 80 60 18 16 14 12 10 26 24 22 20 36 34 32 30 28 42 40 38 H P2 [m] 120 100 180 160 140 [kW] LS 300-200-489

Performance curves and technical data 102 12 LS 300-200-489 dimensions 300-200-489 LS sketches dimensional 300-200-489 LS [kW] [kW] 1 1L M- 1020108570681 82323337719 876.386 1817 1090 727 323 4.37 233 1973 1010 233 727 188 18 233 6 11 638 233 700 875 150 18 200 2150 6 6 11 638 MMG-G 700 315LB 875 110 150 200 2150 6 Siemens 315L 110 1 1L M- 3610 2 35445938387519 278 4 80 4 1257 1396 745 398 80 559 1244 414 63.5 1262 723 745 398 1306 398 559 414 1306 63.5 723 6 1306 MMG-G 315LB 110 1306 6 Siemens 315L 110 P2 P2 035BMGG625 0 5 7 0 3 161 3 3 2 2 6 676.163 6.051 1687 1627 960 5.196 900 5.094 727 1362 4.798 727 1288 635 223 1187 561 173 4.37 727 460 4.12 233 727 165 1898 727 233 3.42 1723 115 935 3.42 760 98 233 1480 233 3.49 727 233 727 1430 570 233 233 188 1354 520 727 28 233 18 405 727 233 233 18 6 36 727 233 233 6 36 11 18 63 11 233 638 18 6 233 700 233 638 23 6 8.5 233 875 700 233 632 8.5 6 150 875 233 680 18 632 11 200 150 233 800 680 18 2150 6 200 618 150 233 800 2150 6 680 6 11 18 200 150 750 2000 6 11 638 18 200 6 MMG-G 150 700 2000 638 23 6 315MB 6 8.5 MMG-G 200 875 700 6 1900 90 636 315SB 6 8.5 MMG-G 150 875 680 636 75 11 6 280MB 200 MMG-G 150 800 680 2150 55 200 618 280SB 150 MMG-G 800 2150 680 6 45 250MC 200 150 750 2000 6 37 200 Siemens 150 2000 6 315M Siemens 200 1900 6 315S 90 Siemens 6 280M Siemens 75 280S 55 Siemens 250M 45 37 035BMGG610 36736. 1 5 9 9 4 2615 04 4 4 4 4 80 4 80 1257 4 1257 1296 75 1246 745 4 75 65 1102 745 398 4 1087.5 1102 1069 80 398 559 745 4 1037.5 80 559 921 1244 745 414 338 1244 63.5 414 1262 338 559 745 75 723 63.5 1102 559 745 414 338 75 1082 723 745 63.5 414 398 559 1306 65 1082 960 723 63.5 398 398 414 1306 1139 960 723 398 559 745 63.5 1306 887 559 723 745 414 338 1306 1306 63.5 414 338 1306 559 745 1306 723 63.5 559 414 338 1306 723 6 63.5 414 1306 559 1306 6 723 63.5 MMG-G 414 1306 1306 723 6 315MB 63.5 MMG-G 1306 6 90 315SB 723 1306 MMG-G 1306 75 6 280MB 1306 MMG-G 1306 55 280SB 1306 MMG-G 6 45 250MC 1306 6 37 Siemens 1306 6 315M Siemens 6 315S 90 Siemens 6 280M Siemens 75 280S 55 Siemens 250M 45 37

TM07 2172 3118 103 12 Performance curves and technical data TM07 2651 4018 2651 TM07 [m] 0 6 4 2 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /304.8 Q [m³/h] Q [m³/h] /304.8 /304.8 750 750 /279.4 /279.4 700 700 /279.4 /254.0 ISO 9906 Grade 2B 9906 Grade ISO 650 650 50 Hz, n = 980 min50 Hz, /254.0 /254.0 /236.2 LS 300-250-305E LS 600 600 /236.2 /211.0 /236.2 550 550 /211.0 500 500 /211.0 450 450 400 400 350 350 300 300 250 250 200 200 150 150 100 100 50 50 /236.2 /211.0 /279.4 /254.0 /304.8 0 0 8 4 0 3 2 1 0 6 5 4 9 8 7 24 20 16 12 36 32 28 10 13 12 11 15 14 H P2 [m] [kW] LS 300-250-305

Performance curves and technical data 104 12 LS 300-250-305 dimensions 300-250-305 LS sketches dimensional 300-250-305 LS [kW] [kW] 8520AMGG617 0 5 8 2 7 89 48 3 7 0 3.276 906 270 636 2.46 84 939 94 186 636 35 94 94 18 6 94 9 372 420 18 585 150 6 200 1570 9 372 6 420 MMG-G 585 200LA 150 18.5 200 1570 6 Siemens 200L 18.5 8520AMGG69494504.5454533336570955 4 4 55 975 770 645 55 343 958 495 769 495 645 44.45 530 343 343 974 495 495 44.45 530 974 974 6 MMG-G 974 200LA 18.5 6 Siemens 200L 18.5 P2 P2 02M M- 602010654547961 49 7663512 3.436 3.276 1021 385 926 3.172 290 636 841 636 77 205 2.59 2.46 84 636 1089 94 970 325 2.43 64 94 217 636 895 636 94 85 94 144 35 94 636 94 18 94 52 94 6 18 6 9 94 94 18 417 94 9 6 465 372 625 9 18 420 94 150 18 352 585 6 200 400 150 6 1650 9 565 200 18 6 1570 9 150 417 6 200 465 372 6 MMG-G 1530 420 625 9 25MC MMG-G 6 585 150 352 30 200LB 200 150 400 1650 MMG-G 200 22 565 1570 180L 6 150 6 200 15 Siemens 1530 Siemens 225M 6 200L 30 Siemens 22 180L 15 02M M- 7 7 3 44 9 9 4 4 4 4 016 6 4 4 6 60 4 55 1001 841 975 48 4 645 770 910 60 343 645 55 710 981 495 343 645 958 495 849 495 48 343 44.45 769 645 495 530 929 495 645 44.45 343 530 495 712 343 343 974 44.45 645 343 495 530 974 343 495 495 44.45 974 343 495 974 530 44.45 495 530 974 495 974 44.45 974 6 974 530 6 MMG-G 974 25MC 974 MMG-G 6 974 30 200LB MMG-G 22 180L 6 974 6 15 Siemens Siemens 225M 6 200L 30 Siemens 22 180L 15 110 M- 502010504032961 49 56610763.071 786 150 636 2.34 35 855 94 105 636 94 11 94 18 6 9 94 372 420 550 18 150 6 200 1500 9 6 372 420 MMG-G 550 160L 150 200 11 1500 6 Siemens 160L 11 110 M- 7 7 3 44 9 9 4 4 4 5 8 23 42 3 884 652 645 42 343 880 495 495 628 44.45 645 530 343 974 343 495 495 44.45 974 530 974 6 MMG-G 160L 974 11 6 Siemens 160L 11

TM07 2172 3118 105 12 Performance curves and technical data TM07 2653 4018 2653 TM07 [m] 0 6 4 2 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /390.0 /390.0 /390.0 Q [m³/h] Q [m³/h] 850 850 /355.6 /355.6 /355.6 800 800 /330.2 750 750 /330.2 /330.2 ISO 9906 Grade 2B 9906 Grade ISO /304.8 50 Hz, n = 980 min50 Hz, 700 700 LS 300-250-381B LS /304.8 /304.8 /279.4 650 650 /279.4 600 600 /279.4 550 550 500 500 450 450 400 400 350 350 300 300 250 250 200 200 150 150 100 100 50 50 /304.8 /279.4 /355.6 /330.2 /390.0 0 0 0 4 2 0 8 6 20 10 60 50 40 30 90 80 70 10 16 14 12 20 18 24 22 H P2 [m] [kW] LS 300-250-381

Performance curves and technical data 106 12 LS 300-250-381 dimensions 300-250-381 LS sketches dimensional 300-250-381 LS [kW] [kW] 8520AMGG617 0 0555042961 7 7 4912016 3.571 1261 270 991 84 2.70 171 1301 186 991 171 35 18 171 6 9 472 171 520 585 18 80 6 200 1570 9 6 472 520 MMG-G 585 200LA 18.5 80 200 1570 6 Siemens 200L 18.5 8520AMGG615 01605.5425434346070905 4 55 4 980 770 630 55 394 584 963 432 57.15 769 600 630 1051 394 394 584 1051 432 57.15 600 6 1051 MMG-G 200LA 18.5 1051 6 Siemens 200L 18.5 P2 P2 520BMGG610 0 07060581 3111111916512 4.950 4.842 1626 3.911 3.699 1552 635 1451 3.571 1376 561 991 460 385 1281 991 171 991 290 991 121 3.51 3.34 105 171 991 85 3.02 1759 171 1709 2.87 84 570 171 1536 520 2.70 171 171 405 991 1447 991 171 171 1332 325 991 154 171 217 44 171 23 991 71 171 991 23 6 171 92 18 171 6 11 23 35 171 6 11 538 6 171 18 171 600 538 9 171 171 6 9 700 600 171 512 700 80 492 9 23 560 171 540 80 200 650 23 472 6 171 1800 620 18 200 520 80 6 11 1800 6 80 18 585 6 200 11 538 6 1700 18 200 80 6 600 MMG-G 9 538 1640 6 6 280MB 200 700 600 MMG-G 9 512 6 1570 55 280SB 700 80 9 560 MMG-G 492 6 45 MMG-G 80 250MC 200 650 540 472 1800 25MC 37 200 520 620 MMG-G 80 1800 6 30 585 200LB 200 80 1700 6 22 80 Siemens 200 1640 6 280M Siemens 200 1570 280S 6 55 Siemens 6 250M 45 Siemens Siemens 225M 37 200L 30 22 520BMGG615 01605.5425444446018. 117 4 4 4 4 4 4 75 4 75 65 1141 60 4 1087.5 1141 1048 4 55 630 1037.5 1006 4 921 630 454 980 75 841 454 584 630 75 1141 770 630 584 432 394 65 1141 57.15 394 960 432 630 60 584 600 57.15 1058 584 960 55 394 630 432 600 986 432 57.15 887 584 630 1051 454 963 57.15 600 432 849 1051 454 454 630 600 57.15 769 454 584 394 1051 630 600 1051 1051 584 432 630 394 394 57.15 1051 432 1051 394 584 394 600 57.15 1051 394 432 584 600 6 1051 57.15 584 1051 432 6 600 1051 57.15 MMG-G 432 1051 6 600 280MB 57.15 MMG-G 1051 6 600 55 280SB 1051 MMG-G 1051 6 45 MMG-G 250MC 1051 1051 25MC 37 MMG-G 1051 6 30 200LB 1051 6 22 Siemens 1051 6 280M Siemens 280S 6 55 Siemens 6 250M 45 Siemens Siemens 225M 37 200L 30 22

TM07 2172 3118 107 12 Performance curves and technical data TM07 2683 4018 2683 TM07 [m] 0 6 4 2 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /498.0 Q [m³/h] Q [m³/h] /498.0 /498.0 /457.0 /457.0 1100 1100 /457.0 ISO 9906 Grade 2B 9906 Grade ISO 1000 1000 50 Hz, n = 980 min50 Hz, /406.4 LS 350-250-498C LS /406.4 /406.4 900 900 /355.6 800 800 /355.6 /355.6 700 700 600 600 500 500 400 400 300 300 200 200 100 100 /406.4 /355.6 /457.0 /498.0 0 0 0 8 6 4 2 0 40 20 80 60 16 14 12 10 26 24 22 20 18 34 32 30 28 40 38 36 H P2 [m] 120 100 180 160 140 [kW] LS 350-250-498

Performance curves and technical data 108 12 LS 350-250-498 dimensions 350-250-498 LS sketches dimensional 350-250-498 LS [kW] [kW] 3 1L M- 3020109060601 326262713 2028 7.861 8.871 2686 1250 3186 1750 1436 1436 247 346 256 5.64 256 5.47 3048 2903 256 1300 1180 256 1436 1436 360 23 198 23 6 256 6 256 11 10.5 762.5 620 820 680 1005 256 256 150 900 200 100 2410 250 23 23 2300 6 6 6 10.5 6 MMG-G 11 663 355MB MMG-G 720 620 160 315LC 955 680 132 150 900 200 150 2310 200 2200 6 6 Siemens 315L Siemens 200 315L 132 6 5M M- 4310 9 93 0 6 2 2 8 6511 0 4 4 100 80 1411 4 1314 1605 4 1396 785 785 426 446 660 85 660 508 79.38 80 508 1266 797 79.38 1301 1410 797 1402 785 1403 1403 426 785 426 446 1403 660 446 1403 508 660 79.38 508 797 6 79.38 6 797 MMG-G 1403 355MB MMG-G 1403 160 315LC 132 1403 1403 6 6 Siemens 315L Siemens 315L 200 132 1 1L M- 3020109060601 326262713 0022 7.861 2526 1090 1436 247 256 5.47 2733 256 1010 1436 23 198 6 11 256 620 680 256 900 100 250 2300 23 6 6 11 MMG-G 620 315LB 680 110 900 150 200 2200 6 Siemens 315L 110 1 1L M- 4310 9 93 0 6 4 4 8 3611 04 80 1314 4 1396 785 446 660 80 508 79.38 1301 797 1262 1403 785 446 446 1403 660 508 79.38 6 797 MMG-G 1403 315LB 110 1403 6 Siemens 315L 110 P2 P2 035BMGG620 5 0 0 8 2 162 5 5 4 469029 7.595 7.461 2396 2336 6.719 960 900 6.592 1436 2071 1436 1997 635 147 97 561 1436 256 1436 178 5.47 256 5.15 128 256 2658 2483 4.87 256 256 935 4.67 760 256 1436 2263 1436 2213 256 23 570 198 520 256 33 23 6 1436 1436 11 256 6 23 161 11 256 51 23 620 6 11 620 256 680 6 256 900 11 256 680 638 256 100 900 638 700 250 100 256 830 700 2300 23 250 256 150 830 2300 23 6 6 200 150 11 6 2060 23 6 200 MMG-G 11 2060 23 620 6 6 315MB MMG-G 11 620 680 6 6 90 315SB MMG-G 900 11 680 638 75 280MB MMG-G 150 900 638 700 55 280SB 200 150 830 700 2200 45 200 150 830 2200 6 200 150 2060 6 200 Siemens 2060 6 315M Siemens 6 315S 90 Siemens 280M Siemens 75 280S 55 45 035BMGG610 43777.8586046467519 348 4 4 4 4 80 80 1314 4 1314 1296 75 4 1246 785 4 75 1219 785 446 4 1087.5 1219 446 660 785 1037.5 80 660 508 785 446 79.38 80 508 446 1301 660 797 75 79.38 1301 660 508 1262 797 75 1219 79.38 508 1102 1403 785 797 1219 79.38 1403 960 785 446 797 960 446 446 1403 785 1403 446 1403 660 785 446 1403 660 508 446 446 79.38 1403 508 446 660 6 797 79.38 1403 660 508 6 797 79.38 MMG-G 508 1403 6 797 315MB 79.38 MMG-G 1403 6 90 797 315SB MMG-G 1403 75 280MB MMG-G 1403 1403 55 280SB 1403 45 1403 6 1403 6 Siemens 6 315M Siemens 6 315S 90 Siemens 280M Siemens 75 280S 55 45

Frame Frame size size Motor Motor rn oeL F RL1H EH n HG HE HA LF1 HR LF2 LB Pole Brand Pole Brand LF2 HR Mechanical Mechanical CP seal LF1 WHT W Ø CP U Base frame Base dimensions Stuffing Stuffing LB box Ø [mm] MU Pump dimensions Pump W n x LM Ø HH [mm] ∅ YH SH MHM LM HZ HS HD YY X U LF2

∅ HM HH Mechanical Mechanical

seal HS HZ Overhang [mm] Stuffing Stuffing YY box Motor dimensions dimensions Motor HA HE Motor end [mm] X upMtrTotal Motor Pump HG ∅ Net weights HD UHT MU [kg] Distance between between Distance shaft ends [mm] ends shaft Shipping volume volume [m 3 ]

TM07 2172 3118 109 12 Performance curves and technical data TM07 2685 4018 2685 TM07 [m] 0 6 4 2 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /630.0 1600 1600 /630.0 /630.0 1500 1500 /580.0 /580.0 /580.0 ISO 9906 Grade 2B 9906 Grade ISO 1400 1400 50 Hz, n = 990 min50 Hz, LS 350-250-630B LS /532.0 1300 1300 /532.0 /532.0 1200 1200 /483.0 1100 1100 /483.0 /483.0 1000 1000 /432.0 900 900 /432.0 /432.0 800 800 700 700 600 600 500 500 400 400 300 300 200 200 100 100 /432.0 /532.0 /483.0 /580.0 /630.0 0 0 0 5 0 80 40 15 10 30 25 20 50 45 40 35 65 60 55 75 70 H P2 [m] 240 200 160 120 360 320 280 [kW] LS 350-250-630

Performance curves and technical data 110 12 LS 350-250-630 dimensions 350-250-630 LS sketches dimensional 350-250-630 LS [kW] [kW] 0 5CMGG621 0 4 1585771 820202710 4040 10.677 10.065 4305 4105 10.067 2400 2200 1905 1905 3925 10.065 2020 237 208 10.065 3855 1905 1950 10.065 3805 230 1905 209 228 1900 3655 8.836 1905 208 1750 3155 228 1905 208 1250 230 228 228 208 1905 228 239 228 228 6.82 18 7.85 23 228 6.53 228 6 6 3722 4249 228 23 6.58 11 1500 2000 11 3522 228 23 6 1905 6.58 1905 737 740 1300 3402 228 805 23 790 11 6 1905 242 217 1180 1155 3402 955 23 740 6 11 1905 148 252 1180 790 30 228 200 228 740 6 11 1905 23 244 2710 955 790 320 228 740 11 244 6 2550 955 30 6 790 228 740 11 320 6 955 228 30 228 790 228 MMG-G 2550 656 955 320 228 30 MMG-G 724 355C 2550 6 320 30 228 955 23 300 355L 23 2550 6 320 MMG-G 228 150 23 250 6 6 2550 6 355ME 200 MMG-G 10.5 2310 220 23 6 11 6 355MD 778 MMG-G 23 200 656 6 11 6 835 355MC MMG-G 724 1085 185 656 6 11 355MB 150 MMG-G 955 724 160 656 11 200 315LC 150 955 2570 724 132 656 200 150 955 2310 724 6 200 150 955 2310 6 Siemens 200 150 2310 6 315L Siemens 200 2310 6 315L 315 Siemens 6 250 315L Siemens 200 315L Siemens 315L 160 132 0 5CMGG617 37797.8607155558019 40105 4 5 4 100 4 100 1480 4 1795 1480 4 820 100 1605 820 1480 505 100 1605 505 1480 711 100 4 820 1605 711 100 1480 610 40 505 820 80 1605 79.38 610 1480 4 799 711 820 505 79.38 1605 1363 4 799 820 1396 505 711 610 1377 4 79.38 95 820 505 711 610 1377 799 85 79.38 505 1505 711 610 799 1635 85 79.38 711 1405 1377 610 1377 799 820 1400 79.38 80 610 1335 1377 1377 799 820 485 79.38 1410 80 1350 1377 799 820 505 485 6 1377 1402 1350 1377 820 6 505 505 711 1402 1377 1377 MMG-G 820 505 505 711 610 1377 MMG-G 355C 6 79.38 505 505 711 610 1377 300 355L 799 6 79.38 1377 MMG-G 505 711 610 250 799 6 355ME 79.38 711 MMG-G 1377 610 220 799 6 355MD 79.38 MMG-G 1377 610 200 6 799 355MC 79.38 MMG-G 1377 185 799 1377 355MB MMG-G 1377 160 315LC 1377 1377 132 1377 6 1377 6 Siemens 1377 6 315L Siemens 6 315 315L Siemens 6 315L 250 Siemens 200 315L Siemens 160 315L 132 1 1L M- 3020109574661 328282910 0029 8.836 2995 1090 1905 239 228 6.27 228 3232 1010 23 1905 6 104 11 228 656 724 955 150 228 200 2310 23 6 6 MMG-G 11 315LB 110 656 724 955 150 200 2310 6 Siemens 315L 110 1 1L M- 3717 9 93 1 1 0 0 2 3616 04 80 1363 1396 4 820 505 711 610 79.38 80 799 1350 1262 1377 820 505 1377 505 711 610 6 79.38 799 MMG-G 315LB 1377 110 1377 6 Siemens 315L 110 P2 P2 035BMGG621 0 5 5 2 5 162 2 2 3 959026 8.534 8.383 2865 2805 960 900 1905 1905 139 89 228 228 6.04 6.27 228 2982 3157 228 760 935 1905 23 1905 23 6 104 - 6 11 228 11 656 228 724 656 955 724 150 228 955 200 150 228 2310 200 2310 23 6 23 6 6 MMG-G 6 11 315MB MMG-G 11 90 656 315SB 724 656 75 955 724 150 955 200 150 2310 200 2310 6 6 Siemens 315M Siemens 315S 90 75 035BMGG617 37797.8607155558019 338 4 4 80 80 1363 1296 1363 4 820 1246 4 820 505 505 711 711 610 79.38 610 80 799 79.38 80 1350 799 1262 1350 1377 820 1102 1377 820 505 505 1377 505 1377 505 711 711 610 6 79.38 610 6 799 79.38 MMG-G 799 315MB MMG-G 1377 90 315SB 1377 75 1377 1377 6 6 Siemens 315M Siemens 315S 90 75

TM07 2172 3118 111 12 Performance curves and technical data TM07 2686 4018 2686 TM07 [m] 0 8 6 4 2 0 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /508.0 Q [m³/h] Q [m³/h] /508.0 /508.0 1900 1900 /457.2 /457.2 /457.2 1800 1800 ISO 9906 Grade 2B 9906 Grade ISO 1700 1700 50 Hz, n = 990 min50 Hz, /406.4 LS 350-300-508C LS 1600 1600 /406.4 /406.4 1500 1500 1400 1400 /355.6 /355.6 /355.6 1300 1300 /330.2 1200 1200 /330.2 1100 1100 /330.2 1000 1000 900 900 800 800 700 700 600 600 500 500 400 400 300 300 200 200 100 100 /330.2 /406.4 /355.6 /457.2 /508.0 0 0 0 8 6 4 2 0 80 40 18 16 14 12 10 30 28 26 24 22 20 40 38 36 34 32 46 44 42 H P2 [m] 240 200 160 120 360 320 280 [kW] LS 350-300-508

Performance curves and technical data 112 12 LS 350-300-508 dimensions 350-300-508 LS sketches dimensional 350-300-508 LS [kW] [kW] 0 5M M- 50303 3 1 5 162 7 7 3 3815 2810.017 10.017 3268 9.944 1950 3218 1318 1900 3068 8.733 1318 231 1750 2568 1318 231 1250 278 208 1318 278 209 6.04 278 278 6.10 278 2896 278 6.10 1300 2776 278 1318 1180 23 2776 1318 278 1180 23 60 6 1318 23 60 6 11 278 756 6 60 11 23 810 278 756 11 6 930 810 278 756 11 930 278 30 810 656 930 320 278 30 710 2500 320 30 278 930 23 2500 6 320 135 23 6 2500 6 215 MMG-G 2290 23 6 11 6 355MD MMG-G 200 656 6 11 6 355MC MMG-G 710 185 656 11 355MB MMG-G 945 710 160 656 315LC 150 945 710 132 200 150 945 2290 200 150 2290 6 200 2290 6 Siemens 6 315L Siemens 200 315L Siemens 160 315L 132 0 5M M- 3717 4 35547153537010 481027 27 4 4 100 1488 100 1605 100 1488 4 80 1488 1605 790 4 1371 1605 513 790 4 1396 711 790 513 790 711 584 513 85 513 63.5 711 584 80 1343 749 711 63.5 584 80 1410 1358 749 584 63.5 1377 1402 790 1358 63.5 749 1377 749 513 1402 790 1377 513 513 790 1377 1377 711 513 513 1377 711 584 513 1377 63.5 6 711 584 1377 749 63.5 6 584 MMG-G 749 6 63.5 355MD MMG-G 1377 200 6 749 355MC MMG-G 1377 185 355MB MMG-G 1377 160 315LC 1377 132 1377 1377 6 6 Siemens 6 315L Siemens 315L 200 Siemens 160 315L 132 1 1L M- 2025159070661 328282911 0020 8.733 2408 1090 1318 209 278 6.10 2606 278 1010 1318 60 23 6 278 11 656 710 278 930 135 215 2290 23 6 6 11 MMG-G 656 315LB 710 110 945 150 200 2290 6 Siemens 315L 110 1 1L M- 3717 4 35547153537019 318 4 80 1371 4 1396 790 513 711 80 584 63.5 1358 749 1262 790 1377 513 513 711 1377 584 63.5 6 749 MMG-G 1377 315LB 110 1377 6 Siemens 315L 110 P2 P2 035BMGG629 1 3 3 1 5 162 7 7 0 389027 8.435 8.285 2278 2218 7.531 960 900 1318 1953 1318 635 109 59 1318 278 6.10 171 5.97 278 2531 2356 278 935 5.56 278 760 278 1318 1318 2148 278 60 23 570 - 23 1318 6 278 6 23 153 11 278 11 656 6 710 278 656 11 278 930 710 638 278 135 930 700 215 135 278 810 2290 23 215 150 2290 23 6 6 200 2020 6 6 23 11 MMG-G 11 656 6 6 315MB MMG-G 710 656 90 315SB 11 MMG-G 945 710 75 638 280MB 150 945 700 55 200 150 810 2290 200 150 2290 6 200 2020 6 Siemens 6 315M Siemens 315S 90 Siemens 280M 75 55 035BMGG617 37796. 8 1 1 1 9 2617 04 4 4 80 80 1371 4 1371 1296 4 75 1246 790 4 1276 790 513 1087.5 513 711 790 80 711 584 513 80 63.5 1358 584 711 75 749 63.5 1358 1262 584 1276 749 1102 63.5 790 1377 960 749 790 513 1377 513 513 790 1377 513 711 513 1377 711 584 1377 513 63.5 584 711 1377 6 749 63.5 584 6 749 63.5 MMG-G 1377 6 749 315MB MMG-G 1377 90 315SB MMG-G 1377 75 280MB 1377 55 1377 1377 6 6 Siemens 6 315M Siemens 315S 90 Siemens 280M 75 55

TM07 2172 3118 113 12 Performance curves and technical data TM07 2688 4018 2688 TM07 [m] 0 6 4 2 90 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 /397.0 /397.0 /397.0 Q [m³/h] Q [m³/h] /377.0 /377.0 /377.0 1500 1500 /357.0 /357.0 /357.0 /337.0 1400 1400 /322.4 /337.0 ISO 9906 Grade 2B 9906 Grade ISO /337.0 1300 1300 50 Hz, n = 990 min50 Hz, LS 450-350-397B LS 1200 1200 /322.4 /322.4 1100 1100 1000 1000 900 900 800 800 700 700 600 600 500 500 400 400 300 300 200 200 100 100 /322.4 /377.0 /357.0 /337.0 /397.0 0 0 0 4 2 0 8 6 20 10 60 50 40 30 90 80 70 10 16 14 12 22 20 18 26 24 H P2 [m] [kW] LS 450-350-397

Performance curves and technical data 114 12 LS 450-350-397 dimensions 450-350-397 LS sketches dimensional 450-350-397 LS [kW] [kW] P2 P2 535BMGG623 0 2 6 0 5. 162 9 9 2 409026 7.727 6.922 2360 6.791 2095 900 5.50 6.366 2021 635 5.04 1460 561 1460 1920 2561 5.04 121 2328 1460 460 253 760 2278 570 203 4.75 1460 1460 199 520 199 1460 118 2145 199 - 1460 405 - 199 199 - 1460 199 146 199 288 84 23 288 199 23 6 146 146 23 6 11 288 11 6 754.5 23 288 11 805 758 6 23 965 146 758 11 820 23 6 228 820 820 23 6 11 750 200 228 820 11 2330 6 23 805 755 200 228 11 758 780 2040 6 6 805 200 758 1016 228 11 820 2040 6 MMG-G 230 200 871 820 750 6 2008 200 315SB MMG-G 230 871 2330 805 75 6 280MB 200 MMG-G 230 831 2040 6 55 200 280SB 230 MMG-G 2040 6 Siemens 45 250MC 200 2008 6 315S 37 Siemens 6 280M Siemens 75 280S 55 Siemens 250M 45 37 535BMGG610 407356. 4 2 8 8 3 2617 04 4 4 4 4 4 80 4 1378 4 75 1246 75 65 80 1283 730 75 1087.5 1283 1250 1385 485 730 75 1037.5 1303 1102 625 921 730 485 65 1303 960 730 545 485 625 730 1280 960 63.5 485 625 730 545 485 773.5 887 485 730 63.5 545 485 625 773.5 1400 625 63.5 485 485 730 545 773.5 545 1400 485 625 63.5 485 773.5 63.5 1400 625 545 485 773.5 1400 63.5 545 1400 625 773.5 1400 1400 63.5 545 773.5 1400 1400 63.5 6 773.5 1400 1400 6 1400 MMG-G 1400 6 315SB 1400 MMG-G 75 6 280MB 1400 MMG-G 6 55 280SB 1400 MMG-G 6 Siemens 45 250MC 6 315S 37 Siemens 6 280M Siemens 75 280S 55 Siemens 250M 45 37

seal HS HZ Overhang [mm] Stuffing Stuffing box YY Motor dimensions HA HE Motor end [mm] X upMtrTotal Motor Pump HG Net weights ∅ HD UHT MU [kg] Distance between between Distance shaft ends [mm] ends shaft Shipping Shipping volume volume [m 3 ]

TM07 2172 3118 115 12 Performance curves and technical data TM07 2760 4118 2760 TM07 [m] 0 8 6 4 2 0 80 70 60 50 40 30 20 10 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /475.0 /475.0 /475.0 /445.0 400 400 /445.0 /445.0 /415.0 ISO 9906 Grade 2B 9906 Grade ISO 360 360 50 Hz, n = 980 min50 Hz, /415.0 /415.0 /385.0 LS 200-150-475Ax2 LS /385.0 320 320 /355.0 /385.0 /355.0 280 280 /355.0 240 240 200 200 160 160 120 120 80 80 40 40 /385.0 /355.0 /445.0 /415.0 /475.0 0 0 0 5 0 40 20 80 60 15 10 30 25 20 50 45 40 35 65 60 55 75 70 H P2 [m] 120 100 160 140 [kW] LS 200-150-475x2

Performance curves and technical data 116 12 LS 200-150-475x2 dimensions 200-150-475x2 LS sketches dimensional LS 200-150-475x2 [kW] [kW] P2 P2 035BMGG627 0 3 3 8 3 8 . 3177 6 6 1920 1860 960 1595 900 1521 960 635 960 1420 561 77 960 460 27 960 197 90 960 197 40 23 197 46 23 197 6 23 197 6 23 6.257 9.5 6 23 6.137 9.5 6 786 5.422 9.5 786 6 830 5.308 5.007 9.5 830 889 786 9.5 889 786 130 14 830 130 130 14 830 776 786 130 200 776 130 830 9 2178 200 130 130 712 9 4 2178 130 200 130 6 80 1952 200 130 6 80 1188 1952 MMG-G 200 6 1188 MMG-G 1296 315MB 1824 75 6 1246 315SB MMG-G 75 400685 65 90 1093 6 MMG-G 280MB 400685 1087.5 1093 75 1060 575 280SB MMG-G 400685 1037.5 575 55 550 921 400685 250MC 57.15 45 550 575 400685 57.15 615 575 37 550 615 1142 57.15 550 575 1142 57.15 615 550 6 615 1142 57.15 6 1142 MMG-G 615 6 MMG-G 315MB 1142 6 315SB MMG-G 90 6 MMG-G 280MB 75 280SB MMG-G 55 250MC 45 37

HM Motor dimensions HS HZ [mm] ∅ HPm oo upMtrTotal Motor Pump Motor Pump HH YY ∅ UHT MU HA HE Overhang [mm] Distance between between Distance X shaft ends [mm] ends shaft

HD Net weights [kg] Shipping volume [m 3 ]

TM07 2170 3118 117 12 Performance curves and technical data TM07 2764 4118 2764 TM07 [m] 0 6 4 2 0 80 70 60 50 40 30 20 10 8 [%] Eta NPSH -1 Q [m³/h] Q [m³/h] /575.0 /575.0 /575.0 800 800 /535.0 750 750 /535.0 /535.0 700 700 /495.0 ISO 9906 Grade 2B 9906 Grade ISO 50 Hz, n = 990 min50 Hz, /495.0 650 650 /495.0 LS 250-200-575Ax2 LS /455.0 600 600 /455.0 /455.0 550 550 /415.0 /415.0 500 500 /415.0 450 450 400 400 350 350 300 300 250 250 200 200 150 150 100 100 50 50 /455.0 /415.0 /535.0 /495.0 /575.0 0 0 0 0 50 20 10 40 30 70 60 50 90 80 H P2 [m] 100 300 250 200 150 400 350 100 110 [kW] LS 250-200-575x2

Performance curves and technical data 118 12 LS 250-200-575x2 dimensions 250-200-575x2 LS sketches dimensional 250-200-575x2 LS [kW] [kW] 5 5LMGG619 0 93 0 5 9 5 6514 0 910.732 10.732 10.732 10.732 19 9.089 10.732 19 19 19 100 19 9 1445 100 1605 100 1445 490850 100 1605 1445 750 100 1605 490850 1445 80 600 1605 1445 490850 750 79.38 1288 1605 490850 750 600 800 1396 490850 750 79.38 600 1496 450850 750 800 79.38 600 6 750 1496 800 79.38 600 800 1496 600 79.38 MMG-G 6 79.38 800 1496 6 355L 800 MMG-G 1496 6 1496 355ME MMG-G 250 6 355MD MMG-G 220 6 MMG-G 355MC 200 MMG-G 355MB 185 315LC 160 132 5 5LMGG627 0 9 5 2911 181. 336-15 203652 2200 3472 1452 3402 2020 3352 1950 1452 - 3202 1900 1452 2702 1750 - 1452 306 1250 - 1452 - 23 306 1452 - 306 319 23 6 306 23 306 306 10.5 6 23 1158 6 23 23 1210 10.5 1239 6 1158 10.5 150 6 6 1210 1158 10.5 190 1239 1210 150 1158 200 10.5 1239 9.5 1210 190 2878 150 1158 1239 1166 1210 200 190 150 1210 1239 6 2878 200 938 190 150 2878 150 200 190 MMG-G 6 2878 190 200 6 355L MMG-G 200 2878 6 2276 355ME MMG-G 250 6 355MD MMG-G 220 6 MMG-G 355MC 200 MMG-G 355MB 185 315LC 160 132 1 1L M- 46807.86070408019 288 9.089 9 80 1288 1396 450850 750 600 79.38 800 1496 6 MMG-G 315LB 110 1 1L M- 262010109811 169562 0 1 4219 2542 1090 1452 319 306 23 6 9.5 1166 1210 938 150 190 200 2276 6 MMG-G 315LB 110 P2 P2 035BMGG619 0 93 0 5 5 5 2618 098.791 9 80 1288 1296 450850 750 600 79.38 800 1496 6 MMG-G 315MB 90 035BMGG627 0 9 5 3 2016 . 3362915 6 2412 960 1452 219 306 23 6 9.5 1166 1210 938 150 190 200 2276 6 MMG-G 315MB 90

Motor dimensions HS HZ [mm] ∅ HPm oo upMtrTotal Motor Pump Motor Pump HH YY ∅ UHT MU HA HE Overhang [mm] X Distance between between Distance shaft ends [mm] ends shaft

HD Net weights [kg] Shipping volume [m 3 ]

TM07 2170 3118 119 12 Performance curves and technical data 1/1 1/1 /I /I [%] [%] start start I I η η [%] [%] 1/1 1/1 φ φ Cos Cos Cos 1/1 1/1 [A] [A] I I [V] [V] Standard voltage Standard voltage (IE3) and Siemens (IE3 Frame size Frame Frame size Frame 34 100L 112M 3 x 380-420 D/660 Y 3 x 380-420 D/660 Y 3.86 / 6.7 - 4.87.6 / 8.4 - 0.78 0.82 87.7 88.6 774 717 11 160M 3 x 380-420 D/660 Y12.5 21.8 - 19.7 / 0.84 91.4 774 11 160M 3 x 380-420 Y D/660 / 11.718.4 20.4 - 0.90 91.2 775 15223037 160L4555 180L75 200L90 225S 3 x 380-420 D/660 Y 225M 250M 3 x 380-420 D/660 Y 280S 3 x 380-420 D/660 Y 280M 3 x 380-420 D/660 Y16.9 29.3 - 26.5 / 3 x 380-420 D/660 Y 3 x 380-420 D/660 Y25.5 44.4 - 40.1 / 3 x 380-420 D/660 Y32.6 56.6 - 51.2 / 3 x 380-420 D/660 Y40.3 70 - 63.4 / 0.8549.5 85.9 - 77.7 / 91.3 / 58.1 101 - 0.81/ 81.2- 128 141.1 0.86 171-155 / 98.5 92.1 0.86 0.85 0.88 0.85 93 93.6 0.84 809 93.9 94.2 94.6 747 95 827 95.2 759 735 782 768 778 15223037 160M4555 180M75 200L90 3 x 380-420 D/660 Y 200L 225MA 250MA 3 x 380-420 D/660 Y 280SA 3 x 380-420 D/660 Y 280MA 3 x 380-420 D/660 Y16- 25.2 / 27.9 x 380-420 3 Y D/660 x 380-420 3 D/660 Y23.9 41.4 - 37.5 / 3 x 380-420 D/660 Y31.3 54.3 - 49.1 / 3 x 380-420 D/660 Y38- 59.7 / 65.9 46- / 72.3 79.9 0.8955.8 96.8 - 87.6 / 0.87 85 / 148-134 0.90 159-144 / 91.6 0.91 91.9 0.91 0.92 92.7 93.3 0.82 0.91 93.7 869 94 94.3 762 776 94.7 95 814 799 810 777 831 1.52.25.5 90L7.5 100L 132S 3 x 380-420 D/660 Y 132M 3 x 380-420 D/660 Y x 380-420 3 Y D/660 3 x 380-420 D/660 Y 2.13.2 / 3.6 - 2.74.3 / 4.8 - 6.3- 9.9 / 11 8.6 / 13.5 14.9 - 0.75 0.81 0.85 0.85 85.3 86.7 90.4 89.6 768 730 776 739 110 315S 3 x 380-420 D/660 Y178/ 113 196.8 - 0.89 95.4 750 110 315SA x 380-420 3 D/660 Y 195-176/ 112 0.90 95.2 760 132160200250315 315M355 315L400 315L425 315M450 3 x 380-420 D/660 Y 355L475 355C 3 x 380-420 D/660 Y 315DB500 3 x 380-420 D/660 Y 355CB530 3 x 380-420 D/660 Y 355CB560136 235.7213 / - 3 x 380-420 D/660 Y 355CB600 3 x 380-420 D/660 Y163 283.5257 / - 355CB202 351.7318 / - 3 x 380-420 D 355CB257 445.6403 / - 3 x 380-420 D 400CB 0.89 3 x 380-420 D 400CB 557-504/321359 624.3- 565 / 0.90 3 x 380-420 D 0.90 3 x 380-420 D 0.89 3 x 380-420 D 3 x 380-420 D 95.6 739-669 0.90 3 x 380-420 D 0.90 95.8 789-714 836-756 96 873-790 96 917-830 740 973-880 96 743 96 1034-935 0.86 1101-996 0.85 748 775 0.85 0.86 730 0.86 737 96.2 0.86 96.2 0.86 96.2 0.86 96.2 96.3 724 96.3 715 96.3 757 96.3 726 767 744 715 696 132160 315MA 315L 3 x 380-420 D/660 Y 3 x 380-420 D/660 Y134 232-210 / 161 279-253 / 0.91 0.91 95.4 95.6 750 808 18.5 180M 3 x 380-420 D/660 Y21.4 37.2 - 33.7 / 0.82 92.6 763 18.5 160L 3 x 380-420 D/660 Y19.5 33.8 - 30.6 / 0.90 92.4 810 [kW] [kW] Motor P2 Motor Motor P2 Motor MMG-G, 4-pole, IE3 MMG-G, MMG-G, 2-pole, IE3 MMG-G, Standard motor brands motor Standard 13. Electrical data 13. Electrical motorThestandard LSthepump brands used for range are MMG-G (IE3), MG up630 to kW) motors. aremakes motor Other available on request. pleaseFor Grundfos. special contact variants, voltage

Electrical data 120 13 MG or Siemens, 4-pole, IE3 4-pole, Siemens, or MG IE3 2-pole, Siemens, or MG MMG-G, IE3 6-pole, oo 2[W rm ieSadr otg V I [V] voltage Standard size Frame P2[kW] Motor Motor P2 Motor P2 [kW] [kW] 85M 6L 8-1 /6-9 40-3. 96-1. .0-08 24710-850 92.4 0.90 - 0.89 -31.0/ 34.0 19.6-18.8 3 Y x 380-415D/660-690 160LB MG 18.5 85Sees10 8-2 /6-2 70-3. 16-1. .29. 690 92.6 0.82 37.0 - 33.5/ 21.6 -19.6 3x D/660-725 Y 380-420 180M Siemens 18.5 3 imn 0 8-2 /6-2 0016 1-2 .89. 680 650 650 650 650 96.9 96.7 790 96.7 770 96.4 740 96.1 730 0.88 0.88 96.0 730 0.88 96.0 0.87 96.0 95.8 0.85 / 1060-1060 610-620 / 950-950 550-550 0.86 95.6 / 850-850 490-490 0.87 / 690-690 400-400 0.88 3x D/660-725 Y 380-420 0.87 / 650-610 375-355 3x D/660-725 Y 380-420 0.87 / 570-550 330-320 3x D/660-725 Y 380-420 400 / 455-420 260-240 3x D/660-725 Y 380-420 400 / 355-330 206-190 3 x D/660-725 Y 380-420 355 Siemens / 285-265 166-154 3 x D/660-725 Y 380-420 355 Siemens / 240-220 140-128 3 x D/660-725 Y 380-420 Siemens 630 315L 3 x D/660-725 Y 380-420 Siemens 560 315L 3 x D/660-725 Y 380-420 Siemens 500 315L 3x D/660-725 Y 380-420 Siemens 400 315L Siemens 355 315L Siemens 315 315M Siemens 250 Siemens 200 160 132 1 imn 1S3x3040D6075Y2016/161808 54680 95.4 0.87 200-186/116-108 3 x D/660-725 Y 380-420 315S Siemens 110 . G10B3045D49 .9-07 67600-660 730-790 86.7 85.3 0.79 - 0.73 680-780 700-760 0.75- 0.68 90.4 89.6 4.90 3.55 - 3.65 0.86- 0.82 0.86- 0.80 14.9 - 14.2/ 8.60 -8.40 11.0 - 11.0 /6.35 - 6.35 3 x D/660-690 Y 380-415 3 x D/660-690 Y 380-415 D 380-415 D 380-415 132MB 132SB MG MG 100LB 90LC 7.5 MG 5.5 MG 2.2 1.5 0Sees20 8-2 /6-2 6-4 20-8. .09. 720 680 830-830 670 95.0 690 670 94.7 92.7 660 94.3 94.0 0.90 93.7 0.89 0.90 93.3 660-780 0.89 160-148/92.0 - 85.0 0.89 0.87 134-126/77.0 - 72.0 0.86 91.9 -92.0/ 99.0 57.0-53.0 3 Y x 380-420D/660-725 39.5/ 22.8 -75.0/ 82.0 47.5-43.5 3 Y x 380-420D/660-725 -63.0/ 68.0 39.0-36.0 0.89 - 0.87 3 Y x 380-420D/660-725 -51.0/ 56.0 32.0-29.5 280M 3 Y x 380-420D/660-725 280S 3 Y x 380-420D/660-725 Siemens 250M -26.0/ 28.0 16.2-15.6 3 Y x 380-420D/660-725 3 Y x 380-415D/660-690 Siemens 225M Siemens 200L 90 3 Y x 380-415D/660-690 180MB Siemens 200L 75 Siemens 55 160MD Siemens MG 45 37 MG 30 22 15 0Sees20 8-2 /6-2 6-5 50-8. .79. 720 690 680 95.2 640 95.0 640 690 94.6 680 94.2 0.87 93.9 0.86 93.6 760-870 93.0 0.87 166-152 / 95.0- 88.0 0.86 140-130 / 80.0- 74.0 0.86 92.1 0.84 100-93.0 / 58.0- 54.0 0.83 3x D/660-725 Y 380-420 83.0 - 77.0/ 48.0 -44.5 3x D/660-725 Y 380-420 69.0 - 64.0/ 39.5 -37.0 0.86 - 0.82 3x D/660-725 Y 380-420 57.5 - 54.0/ 33.5 -31.5 280M 3x D/660-725 Y 380-420 42.5 - 40.5/ 24.6 -23.6 280S 3x D/660-725 Y 380-420 29.0 - 28.0/ 16.8 -16.4 Siemens 250M 3 x D/660-725 Y 380-420 Siemens 225M 3 x D/660-725 Y 380-420 Siemens 225S 90 3x D/660-690 Y 380-415 Siemens 200L 75 Siemens 180L 55 160LC Siemens 45 Siemens 37 MG 30 22 15 1M 6M 8-1 /6-9 08-1. 20-1. .8-08 12660-780 91.2 0.88 - 0.84 20.8 - 19.8/ -11.8 12.0 3 Y x 380-415D/660-690 160MB MG 11 1M 6M 8-1 /6-9 12-2. 22-1. .6-08 14710-810 91.4 0.86 - 0.81 21.2 - 20.4/ 12.2 -12.0 3 x D/660-690 Y 380-415 160MB MG 11 8520 8-2 /6 81-3. 1908 17719 91.7 0.81 38.1-34.5 / 21.9 D/660 Y 3x380-420 200L 18.5 G12C3045D93 .5-06 86790-870 700-770 88.6 87.7 0.75 - 0.68 0.82 - 0.76 9.30 6.30 D 380-415 D 380-415 112MC 100LC MG MG 4 3 0 5C3x3040D60Y5048/3708 58720 705 705 686 730 95.8 707 95.8 705 95.8 95.8 95.8 0.87 95.6 0.87 95.4 0.87 0.86 0.86 550-498/317 0.86 / 457-413 263 0.86 / 403-365 232 / 369-334 212 Y D/660 3x380-420 / 341-309 196 D/660Y 3x380-420 / 297-269 171 / 246-222 142 D/660Y 3x380-420 D/660Y 3x380-420 355C D/660Y 3x380-420 355L D/660Y 3x380-420 D/660Y 3x380-420 355M 355M 355M 300 355M 250 315L 220 200 185 160 132 1 1L3x3040D60Y2616/1808 51718 95.1 0.86 206-186 / 118 D/660Y 3x380-420 315L 110 035 8-2 /6 6-5 708 49750 695 689 690 94.9 728 94.6 600 722 94.1 93.7 691 0.86 93.3 0.86 92.9 92.2 0.83 0.82 97 / 169-152 91.2 0.85 / 141-127 81.1 0.84 107 96.8/ - 61.6 0.82 89.5-81 / 51.5 Y D/660 3x380-420 0.82 70.9-64.1 / 40.8 D/660Y 3x380-420 58.8-53.2 / 33.8 D/660Y 3x380-420 44.5-40.2 / 25.6 D/660Y 3x380-420 D/660Y 3x380-420 315M 30.5-27.6 / 17.5 315S D/660Y 3x380-420 D/660Y 3x380-420 280M 280S D/660Y 3x380-420 250M 90 225M 75 200L 55 45 180L 37 30 22 15 110 8-2 /6 37-2. 3707 03754 90.3 0.78 23.7-21.5 / 13.7 D/660Y 3x380-420 160L 11 Motor Motor Motor type type Frame Frame size size Standard voltage Standard Standard voltage Standard [V] [V] 1/1 [A] Cos Cos [A] I I [A] [A] 1/1 1/1 φ 1/1 Cos Cos φ φ

1/1 1/1 η []I [%] [%] [%] η η start I I /I start start 1/1 1/1 [%] [%] /I [%] /I 1/1 1/1 121 13 Electrical data 1/1 1/1 1/1 /I /I /I [%] [%] [%] start start start I I I η η [%] η [%] [%] 1/1 1/1

1/1

φ φ φ Cos Cos Cos Cos Cos 1/1 [A] I 1/1 1/1 [A] [A] I I [V] Standard voltage [V] [V] Standard voltage Standard voltage size Frame type Motor Frame size Frame size 11 Siemens 160LD/660-725 3 x 380-420 Y 13.4 - 12.2 23.2 - 21.0 / 0.80 90.3 660 1522 Siemens3037 180L Siemens45 Siemens55 200L Siemens75 225M SiemensD/660-725 3 x 380-420 Y90 250M Siemens 280S SiemensD/660-725 3 x 380-420 Y 280M 17.8 - 16.6 31.0 - 28.0 / D/660-725 3 x 380-420 Y Siemens 315SD/660-725 3 x 380-420 Y 315M 26.0 - 24.6 45.0 - 42.5 / D/660-725 3 x 380-420 Y 0.80 33.5 - 32.0 58.0 - 55.0 / D/660-725 3 x 380-420 Y 40.5 - 37.5 70.0 - 65.0 / D/660-725 3 x 380-420 Y 0.79 49.5 - 45.5 86.0 - 79.0 / D/660-725 3 x 380-420 Y 0.8356.0- / 61.0 106 - 97.0 91.2 0.85- 77.0 142-134 / 81.0 0.85 92.2- 90.0 168-156 / 97.0 0.85 92.9 590 93.3 0.84 93.7 0.85 560 94.1 660 700 94.6 680 94.9 720 730 670 110 Siemens 315LD/660-725 3 x 380-420 Y 206-194/ 118-112 0.84 95.1 720 132160200 Siemens250 Siemens 315L315 Siemens 315L Siemens 315L Siemens 315LD/660-725 3 x 380-420 Y 315LD/660-725 3 x 380-420 YD/660-725 3 x 380-420 YD/660-725 3 x 380-420 Y 250-236 144-136 / D/660-725 3 x 380-420 Y 300-290 174-168 / 365-345 210-200 / 450-440 260-250 / 0.84 590-540 340-310 / 0.83 0.83 0.84 95.4 0.85 95.6 95.8 95.8 720 95.9 770 770 620 650 18.5 Siemens 200LD/660-725 3 x 380-420 Y 22.0 - 21.0 38.0 - 36.5 / 0.79 91.7 560 [kW] 11 160MA 380-420 D/660-725 Y - 10.8 11.8 20.6 - 18.6 / 0.90 89.9 750-750 11 160MA 380-420 D/660-725 Y 12.6 - 11.4 21.8 - 19.8 / 0.85 90.3 700-700 223037 180M45 200LA55 200LB75 225M90 250MA 280SA 380-420 D/660-725 Y 380-420 D/660-725 Y 280MA 380-420 D/660-725 Y 380-420 D/660-725 Y 380-420 D/660-725 Y 380-420 D/660-725 Y- 21.0/ 23.2 40.0 - 36.5 380-420 D/660-725 Y- 28.5/ 31.5 54.5 - 49.0 - 35.0/ 38.5 66.5 - 60.5 - 42.5/ 46.5 80.5 - 73.0 - 52.0/ 57.0 90.0 99.5 - 0.91 0.9176.5 - 70.0 134-122 / 0.9191.5 - 83.5 160-144 / 0.91 91.5 0.90 92.2 92.6 0.91 93.1 0.91 750-750 93.4 750-750 750-750 94.0 750-750 94.5 750-750 750-750 750-750 15 160MB 380-420 D/660-725 Y- 14.6/ 16.0 25.5 28.0 - 0.90 90.7 750-750 223037 180L45 200LA55 225S75 225M90 250M 250MA 380-420 D/660-725 Y 380-420 D/660-725 Y 280MA 380-420 D/660-725 Y 380-420 D/660-725 Y 380-420 D/660-725 Y 380-420 D/660-725 Y 380-420 D/660-725 Y22.2- / 24.4 42.5 - 38.5 29.0- / 32.0 55.5 - 50.0 36.0- / 39.5 69.0 - 62.5 44.0- / 48.5 84.0 - 76.0 57.5 - 52.5- 90.5 / 100 0.86 0.89 134-12680.0 - 73.0 / 168-15296.0 - 87.5 / 0.87 0.87 91.8 92.5 0.89 93.9 0.87 93.3 0.87 750-750 720-720 93.9 720-720 94.1 720-720 94.3 720-720 720-720 720-720 15 160L 380-420 D/660-725 Y15.2- / 16.8 29.0 - 26.5 0.86 91.0 750-750 P2 P2 7.5 132MA 380-420 D/660-725 Y8.10-/ 8.90 15.4 - 14.0 0.83 89.0 820-820 110 315S 380-420 D/660-725 Y 200-182 116-106 / 0.88 94.8 690-690 132160200 315M250 315L315 315L 355M 355L 380-420 D/660-725 Y D/660-725 380-420 Y D/660-725 380-420 Y 380-420 D/660-725 Y D/660-725 380-420 Y 240-218/ 138-126 290-265/ 168-152 365-330/ 210-190 440-395/ 250-230 560-5100325-295 / 0.88 0.88 0.88 0.91 94.9 0.89 95.2 95.2 95.3 690-690 95.7 690-690 690-690 710-710 690-690 18.5 160L 380-420 D/660-725 Y- 17.8/ 19.6 34.0 - 30.5 0.91 91.2 750-750 18.5 180MA 380-420 D/660-725 Y18.8- / 20.6 36.0 - 32.5 0.86 91.3 750-750 [kW] Motor P2 Motor [kW] MMG-H, 4-pole, IE2 MMG-H, 2-pole, IE2 The tables show the electrical data of MMG-H showelectrical the data The tables IE2 and IE3 motors. (Wonder) Other motor brands MG or Siemens, 6-pole, IE3

Electrical data 122 13 MMG-H, 4-pole, IE3 4-pole, MMG-H, IE3 2-pole, MMG-H, IE2 6-pole, MMG-H, [kW] [kW] [kW] 18.5 180MA 3 x 380-420 3 x 180MA 18.5 8510 8-2 /6-2 35-3. 92-1. . 24820-820 92.4 0.9 33.5-30.5 / 19.2 - 17.6 D/660-725Y 3x380-420 160L 18.5 8520A3040D6075Y3. 45/2. 0008 05700-700 90.5 0.81 38.5- / 34.5 -20.0 22.0 D/660-725 Y 380-420 200LA 18.5 200 315L 3 x 380-420 3x 380-420 3x 380-420 3x 315L 315L 315M 200 160 132 3 1L3040D6075Y2624/121008 46670-670 94.6 0.86 246-224/ 142-130 D/660-725 Y 380-420 315L 132 110 315S 3 x 380-420 3x 315S 110 1 1L3040D6075Y2616/181808 44670-670 94.4 0.86 118-108 / 206-186 Y D/660-725 380-420 315L 110 7.5 132MA 3 x 380-420 3 x 132MA 7.5 P2 P2 P2 90 280MA 3 x 380-420 3 x 380-420 3 x 380-420 3x 380-420 3x 380-420 3x 280MA 380-420 3 x 250MA 380-420 3x 250M 90 225M 75 225S 55 200LA 45 180L 37 30 22 15 160L 3 x 380-420 3x 160L 15 020A3x3040D6075Y1612/9. 20099. 810-810 800-800 720-720 95.0 830-830 94.7 900-900 900-900 94.3 870-870 0.9 94.0 0.9 93.7 93.3 770-770 0.9 92.7 0.9 / 90.0 -82.0 156-142 0.9 91.9 / 76.0 -69.5 132-120 0.9 0.9 - 91.0/ 102 58.0 -53.0 80.0-72.5 / 46.0 - 42.0 66.5 -60.5 / 38.5 - 35.0 0.9 D/660-725Y 3x380-420 55.0 -49.5 / 31.5 - 29.0 40.0 -36.0 / 23.0 - 20.8 D/660-725Y 3x380-420 D/660-725Y 3x380-420 D/660-725Y 3x380-420 27.5-24.8 / 15.8 - 14.4 D/660-725Y 3x380-420 280MA D/660-725Y 3x380-420 280SA D/660-725Y 3x380-420 250MA 90 225MA 75 D/660-725Y 3x380-420 200LB 55 200LA 45 180M 37 30 160MB 22 15 035 8-2 /6-2 7-5 85-8. .59. 700-700 730-730 94.2 700-700 700-700 93.8 700-700 700-700 0.85 93.2 92.8 0.85 700-700 92.3 700-700 91.8 0.86 0.86 90.9 / 98.5-89.5 170-154 0.87 / 82.5-75.0 142-130 89.9 0.84 0.81 104-94.5/ 60.0-54.5 85.5- / 77.5 -45.0 49.5 0.81 70.0- / 63.5 -36.5 40.5 59.0- / 53.5 -31.0 34.0 Y D/660-725 380-420 45.5- / 41.0 -23.8 26.0 Y D/660-725 380-420 31.5- / 28.5 -16.4 18.0 D/660-725 Y 380-420 D/660-725 Y 380-420 D/660-725 Y 380-420 315M D/660-725 Y 380-420 315S D/660-725 Y 380-420 280MA D/660-725 Y 380-420 280S 90 75 250M 55 225M 45 200LB 37 180L 30 22 15 11 160MA 3 x 380-420 3 x 160MA 11 110A3x3040D6075Y2. 84/1. 06099. 760-760 91.2 0.9 20.4-18.4/ 11.6 -10.6 D/660-725Y x380-420 3 160MA 11 110 8-2 /6-2 42-2. 38-1. .88. 640-640 88.9 0.78 24.2- / 21.8 -12.6 13.8 D/660-725 Y 380-420 160L 11 Frame size Frame size Frame Frame size Standard voltage Standard Standard voltage Standard Standard voltage Standard [V] [V] [V]                6075Y3530/2416099. 740-740 730-730 730-730 680-680 96.0 95.8 720-720 95.6 690-690 95.4 0.9 680-680 0.9 95.2 0.9 640-640 95.0 0.9 640-640 94.6 690-690 0.9 680-680 355-320 / 204-186 94.2 0.9 690-690 285-260 / 164-150 93.9 242-218 / 140-126 93.6 0.9 / 116-106 202-182 93.0 0.9 92.6 / 166-150 95.0 -86.5 0.9 / 140-126 80.5 -73.0 0.9 Y /660-725 0.9 Y /660-725 102 - 91.5/ -53.0 58.0 0.9 Y /660-725 84.5-76.5 / 48.5 - 44.0 Y /660-725 69.0-62.5 / 39.5 - 36.0 Y /660-725 56.0-50.5 / 32.0 - 29.5 Y /660-725 41.5-37.5 / 23.8 - 21.8 Y /660-725 35.0-31.5 / 20.0 - 18.2 Y /660-725 Y /660-725 Y /660-725 Y /660-725 Y /660-725 6075Y2. 55/1. 48099. 850-850 760-760 820-820 92.1 91.4 90.4 0.9 0.9 0.8 28.5-25.5 / 16.4 - 14.8 21.2-19.2 / 12.2-11.2 15.4-14.0 / 8.85 - 8.05 Y /660-725 Y /660-725 Y /660-725 I I [A] [A] I [A] 1/1 1/1 1/1 Cos Cos Cos Cos Cos φ φ φ

1/1 1/1

1/1 [%] [%] [%] η η η I I I start start start [%] [%] [%] /I /I /I 1/1 1/1 1/1 123 13 Electrical data TM04 1827 1108 1827 TM04 LS

[kg]

HZ DH Net weight DNd . 131 X WWBWS A AE

YY SH

DNs W U (withoutU sleeve) U (with sleeve) . For counterflange dimensions, see page For counterflange. dimensions, see page N L 128 - SH have necessary inchhave necessary tolerances =(1 inch 25.4 mm).

DNs: Inlet flange Inlet DNs: DNd: Outlet flange 127

D U

N G WS Sealed Packed [inch] [mm] [inch] [mm] W WB CP B BP 200200 150 150 85 85 90 85 171 171 1.75 2.00 44.45 50.80 1.75 2.00 44.45 50.80 489 489 667 667 337 337 534 534 2) 1) HH Ø 4 x 6-pole. and15-45 4-pole kW, For 55-90 kW, 4-pole. For values 90 kW, above LS 200-150-483 LS 200-150-508LS 250-200-305LS 250-200-381 200LS 300-200-489 250LS 300-250-305 150 250LS 300-250-381 200 300LS 350-250-498 200 98 300LS 350-250-630 200 87 300LS 350-300-508 250 87 350LS 400-350-397 98 135 250 350LS 450-350-397 87 250 87 350 87 171 145 250 147 400 171 165 300 450 87 2.13 178 160 350 198 149 1.75 112 350 205 53.98 1.75 203 142 2.50 254 219 44.45 105 246 121 2.13 44.45 1.75 63.50 2.25 305 147 1.75 53.98 3.13 313 105 1.75 2.50 44.45 44.45 57.15 546 3.13 320 44.45 63.50 79.38 508 2.50 285 1.75 2.25 724 79.38 518 2.50 723 3.13 705 44.45 57.15 63.50 2.50 394 3.13 765 994 79.38 63.50 530 330 600 2.50 79.38 63.50 295 797 519 2.50 778 545 778 63.50 799 2.50 1049 511 63.50 308 749 448 1049 568 727 63.50 594 723 994 773.5 594 1052 636 1102.5 991 1436 546 486 436 1905 1318 1460 1460 Pump size DNs DNd LS 65-50-241LS 65-50-330LS 100-80-241LS 100-80-356 65LS 125-100-279 65LS 125-100-305 100 50LS 125-100-381 100 50 125LS 125-100-388 80 125LS 150-125-305 80 95 100 125LS 150-125-381 95 95 100 125LS 200-150-305 100 100 100 65 150LS 200-150-381 100 100 65 150 65LS 200-150-483 100 125 75 63 88.9 200 100 125 63 88.9 200 102 150 0.945 63 127 63 124 150 0.945 63 63 0.945 124 1.339 63 24 1.339 159 63 87 24 1.339 159 24 63 34 1.339 1.00 34 63 165 1.00 34 1.50 1.00 25.40 87 165 1.50 34 1.50 1.339 25.40 165 305 25.40 38.10 1.50 1.339 38.10 184 38.10 305 305 1.50 416 1.339 34 1.50 38.10 368 368 416 34 1.75 38.10 416 216 368 38.10 508 508 34 1.50 216 368 216 368 44.45 508 1.50 251 38.10 251 543 73 1.50 543 1.75 38.10 251 419 95 80 38.10 216 432 177 44.45 216 164 572 432 164 508 584 289 255 584 255 737 302 302 298 268 318 411 455 2) 1) Dimensions dimensionsAll are in mm, except forwhich those For actual pumpflange dimensions, see pages Dimensional sketches Dimensional 14. Bare shaft pump 14. Bare

Bare shaft pump 124 14 2) 1) seepages dimensions, flange actualpump For those which areinmm,exceptfor All dimensions Dimensions Dimensional sketches LS S2010352010352035203646818146152 95003 . 10x 56 9.65 x 57.15 10x 56 0.38 x 2.25 0.39x 2.2 605 10x 56 0.39x 2.2 530 19 0.39x 2.2 550 10x 56 9.65 x 57.15 19 29 475 10x 56 0.38 x 2.25 19 184 25 0.39x 2.2 470 10x 56 10x 56 19 464 165 25 0.39x 2.2 470 8 x 55 19 8 x 55 406 165 25 0.39x 2.2 370 929 0.39x 2.2 8 x 55 19 410 165 25 370 801 0.31 x 2.17 380 0.31 x 2.17 19 368 159 25 355 801 929 0.31 x 2.17 290 19 19 330 159 22 270 775 801 19 406 19 330 124 22 381 674 22 801 19 406 257 419 124 16 356 127 674 19 775 457 381 257 260 254 16 260 356 102 89 674 631 305 330 311 260 203 260 216 330 89 674 631 687 305 357 150 305 260 260 178 357 631 545 305 357 545 150 305 200 305 LS 200-150-483 260 357 631 644 349 305 545 125 305 200 305 260 305 LS 200-150-381 510 349 305 125 510 305 305 150 235 260 305 LS 200-150-305 305 283 510 100 305 279 150 235 254 235 260 LS 150-125-381 279 283 254 100 YY 279 305 125 216 178 260 LS 150-125-305 178 260 216 100 222 305 X 125 222 305 178 LS 125-100-388 260 260 100 125 222 BP 305 80 305 LS 125-100-381 260 125 B 80 305 LS 125-100-305 50 100 AE LS 125-100-279 50 100 65 A LS 100-80-356 65 LS 100-80-241 DNd DNs LS 65-50-330 LS 65-50-241 size Pump S403037403070606555556510 4060253 37006 .016.00x 76.20 0.63 x 3.00 16.00x 76.20 730 0.63 x 3.00 16.00x 76.20 800 0.63 x 3.00 33 19.05 x 120.65 790 0.75 x 4.75 23 19.05 x 120.65 35 820 0.75 x 4.75 29 12.70x 9.65 69.85 x 57.15 285 40 785 0.50 x 2.75 0.38 x 2.25 29 650 320 35 630 645 29 16.00x 9.65 76.20 x 57.15 670 313 1400 35 0.63 x 3.00 0.38 x 2.25 22 9.65 x 57.15 19 643 305 1299 35 745 655 0.38 x 2.25 1400 12.70x 635 76.20 246 1377 29 29 580 0.50 x 3.00 29 1299 625 19 586 254 1377 203 660 545 1377 650 19 508 503 1403 575 35 29 550 1377 655 711 19 198 1051 575 178 29 610 584 974 1403 657 711 529 790 483 406 171 25 610 610 1051 489 660 350 790 438 1306 406 171 502 508 949 974 489 584 350 648 451 450 406 502 432 929 1306 489 495 300 648 400 305 502 495 995 LS 450-350-397 949 356 559 250 648 350 445 381 414 LS 400-350-397 929 495 483 250 457 350 406 260 483 LS 350-300-508 995 489 432 250 324 350 445 502 406 LS 350-250-630 495 483 250 648 300 356 260 432 LS 350-250-498 394 200 324 300 305 260 LS 300-250-381 356 200 305 300 260 LS 300-250-305 200 318 250 LS 300-200-489 150 250 LS 250-200-381 200 LS 250-200-305 LS 200-150-508 LS 200-150-483 For values above90kW, values For 4-pole. 55-90kW, For kW, 4-pole 15-45 and 6-pole. 4 x Ø HH 2) 1) 200 150 305 260 356 305 432 432 899 899 432 171 25 19 615 0.38 x 3.00 9.65 x 76.20 9.65x 3.00 0.38x 57.15 9.65x 615 2.25 0.38x 615 19 19 25 171 25 432 171 432 899 888 899 888 432 432 432 305 432 356 305 260 356 305 260 150 305 200 150 200 BP B CP WB W

WS G

U D 127 have necessary inch tolerances 25.4mm). (1 inch = tolerances have necessary inch - 128 DNd: OutletDNd: flange L DNs: Inlet Inlet flange DNs: eldPce ic][mm] [inch] Packed Sealed N . For counterflange dimensions, seepage dimensions, . counterflange For

CP W DNs SH DDHG YY ∅ AE A HHZ HH X 131 . DNd Key (WxL) Key

DH HZ

TM04 1827 1108 125 14 Bare shaft pump TM07 2171 3118 2171 TM07 LS HH

∅

DH HZ DNd X AB A AA

YY SH KW KF N QS QD CP WB DNs

KW KF U

DNs: Inlet flange DNs:

have necessary inchhave necessary tolerances =(1 inch 25.4 mm). DNd: Outlet flange DNd: Outlet U D Ø [mm] [inch] N G WS W QD WB CP BP B QS 4-ØHH LS 125-100-370x2LS 150-125-415x2LS 200-150-475x2 125LS 250-200-575x2 150 100 200 125 250 565 150 632 200 520 685 520 850 200 740 1010 200 200 300 500 200 350 300 350 400 210 500 600 300 260 460 620 360 140 580 720 150 540 240 290 575 399 615 800 385 385 24 490 24 28 28 Pump size YY X G Pump size DNs DNd HZ A AA AB D BP B DH/SH W WS LS 125-100-370x2LS 150-125-415x2LS 200-150-475x2 350LS 250-200-575x2 370 575 340 750 365 550 20 600 20 30 44.45 30 44.45 1.75 57.15 1.75 79.38 9.58 2.25 3.125 9.58 48.6 12.7 19.05 48.6 62.8 87.7 95 110 100 125 107.5 100 37 65 75 40 980 65 75 1059 778 1142 1496 855 905 1160 All dimensionsAll are in mm, except forwhich those Dimensions Dimensional sketches, LS double stage LS double sketches, Dimensional

Bare shaft pump 126 14 Some pump flanges tapped have due to thepumpconstruction. flanges holes pump Some PN 16 Standard pumpflangedimensions LS LS 450-350-397 LS 400-350-397 LS 350-300-508 LS 350-250-630 LS 350-250-498 LS 300-250-381 LS 300-250-305 LS 300-200-489 LS 250-200-381 LS 250-200-305 LS 200-150-508 LS 200-150-483 LS 200-150-381 LS 200-150-305 LS 150-125-381 LS 150-125-305 LS 125-100-388 LS 125-100-381 LS 125-100-305 LS 125-100-279 LS 100-80-356 LS 100-80-241 uptp lnesz 1D 3CS C D3 D2 D1 size Flange type Pump LS 65-50-330 LS 65-50-241 N 5 5 7 8 502 6- 16 - 28 45.0 584 470 350 350 DNd N 5 5 7 8 502 6- 16 - 28 45.0 584 470 350 350 DNd N 0 0 1 2 082 2- 12 - 28 50.8 521 410 305 300 DNd N 5 5 5 4 76-M4-12 - M24 - 47.6 445 355 254 250 DNd N 5 5 5 4 762 2- 12 - 28 47.6 445 355 254 250 DNd N 5 5 5 4 762 2- 12 - 28 47.6 445 355 254 250 DNd N 5 5 5 4 762 2- 12 - 28 47.6 445 355 254 250 DNd N 0 0 9 8 132 2- 12 - 23 41.3 381 295 203 200 DNd N 0 0 9 8 142 2- 12 - 22 41.4 381 295 203 200 DNd N 0 0 9 8 132 2 4 8 M20 23 41.3 381 295 203 200 DNd N 5 5 4 1 652 - 8 - 23 36.5 318 240 152 150 DNd N 5 5 4 1 662 4 4 - 23 36.6 318 240 152 150 DNd N 5 5 4 1 652 - 8 - 23 36.5 318 240 152 150 DNd N 5 5 4 1 652 - 8 - 23 36.5 318 240 152 150 DNd N 2 2 1 7 491 - 8 - 19 34.9 279 210 127 125 DNd N 2 2 1 7 491 - 8 - 19 34.9 279 210 127 125 DNd N 0 0 8 5 181 - 8 - 19 31.8 254 180 102 100 DNd N 0 0 8 5 181 - 8 - 19 31.8 254 180 102 100 DNd N 0 0 8 5 181 - 8 - 19 31.8 254 180 102 100 DNd N 0 0 8 5 181 - 8 - 19 31.8 254 180 102 100 DNd N 07. 6 1 861 - 8 - 19 28.6 210 160 76.2 80 DNd N 07. 6 1 861 - 8 - 19 28.6 210 160 76.2 80 DNd N 05. 2 6 221 - 4 - 19 22.2 165 125 50.8 50 DNd N 05. 2 6 221 - 4 - 19 22.2 165 125 50.8 50 DNd N 5 5 8 4 003 2 46 14 M27 31 40.0 640 585 450 450 DNs N 0 0 2 4 00-M7-16 - M27 - 50.0 648 525 400 400 DNs N 5 5 7 8 402 6- 16 - 28 54.0 584 470 356 350 DNs N 5 5 7 8 402 6- 16 - 28 54.0 584 470 356 350 DNs N 5 5 7 8 392 6- 16 - 28 53.9 584 470 356 350 DNs N 0 0 1 2 082 2 4 8 M24 28 50.8 521 410 305 300 DNs N 0 0 1 2 082 2 02 10 M24 28 50.8 521 410 305 300 DNs N 0 0 1 2 082 2- 12 - 28 50.8 521 410 305 300 DNs N 5 5 5 4 782 2- 12 - 26 47.8 445 355 254 250 DNs N 5 5 5 4 76-M4-12 - M24 - 47.6 445 355 254 250 DNs N 0 0 9 8 132 2 4 8 M20 23 41.3 381 295 203 200 DNs N 0 0 9 8 14-M0-12 - M20 - 41.4 381 295 203 200 DNs N 0 0 9 8 132 2 4 8 M20 23 41.3 381 295 203 200 DNs N 0 0 9 8 132 2 02 10 M20 23 41.3 381 295 203 200 DNs N 5 5 4 1 652 - 8 - 23 36.5 318 240 152 150 DNs N 5 5 4 1 652 2 2 6 M20 23 36.5 318 240 152 150 DNs N 2 2 1 7 491 - 8 - 19 34.9 279 210 127 125 DNs N 2 2 1 7 491 - 8 - 19 34.9 279 210 127 125 DNs N 2 2 1 7 491 - 8 - 19 34.9 279 210 127 125 DNs N 2 2 1 7 491 - 8 - 19 34.9 279 210 127 125 DNs N 0 0 8 5 181 - 8 - 19 31.8 254 180 102 100 DNs N 0 0 8 5 181 - 8 - 19 31.8 254 180 102 100 DNs N 57. 4 9 541 - 4 - 19 25.4 191 145 76.2 65 DNs N 57. 4 9 541 - 4 - 19 25.4 191 145 76.2 65 DNs

TM04 4474 1309 Dimensions [mm] EN 1092-2 (DIN 1092-2(DIN 2501) EN PN 16 PN FH S TH Number of Number free holes free holes (FH) tapped holes holes tapped Number of (TH) 127 14 Bare shaft pump LS tapped holes (TH) Number of of Number (FH) free holes Number of of Number TH S FH PN 10 [mm] EN 1092-2EN (DIN 2501)

Dimensions TM04 4474 1309 4474 TM04 DNs 65 76.2 145 191 25.4 19 - 4 - DNs 65 76.2 145 191 25.4 19 - 4 - DNs 100 102 180 254 31.8 19 - 8 - DNs 100 102 180 254 31.8 19 - 8 - DNs 125 127 210 279 34.9 19 - 8 - DNs 125 127 210 279 34.9 19 - 8 - DNs 125 127 210 279 34.9 19 - 8 - DNs 125 127 210 279 34.9 19 - 8 - DNs 150 152 240 318 36.5 23 M20 6 2 DNs 150 152 240 318 36.5 23 - 8 - DNs 200 203 295 381 41.3 23 - 8 - DNs 200 203 295 381 41.3 23 - 8 - DNs 200 203 295 381 41.4 - M20 - 8 DNs 200 203 295 381 41.3 23 M20 4 4 DNs 250 254 350 445 47.6 - M20 - 12 DNs 250 254 350 445 47.8 23 - 12 - DNs 300 305 400 521 50.8 23 - 12 - DNs 300 305 400 521 50.8 23 M20 10 2 DNs 300 305 400 521 50.8 23 M20 8 4 DNs 350 356 460 584 53.9 23 - 16 - DNs 350 356 460 584 54.0 23 - 16 - DNs 350 356 460 584 54.0 23 - 16 - DNs 400 400 515 648 50.0 - M24 - 16 DNs 450 450 565 615 40.0 28 M24 16 4 DNd 50 50.8 125 165 22.2 19 - 4 - DNd 50 50.8 125 165 22.2 19 - 4 - DNd 80 76.2 160 210 28.6 19 - 8 - DNd 80 76.2 160 210 28.6 19 - 8 - DNd 100 102 180 254 31.8 19 - 8 - DNd 100 102 180 254 31.8 19 - 8 - DNd 100 102 180 254 31.8 19 - 8 - DNd 100 102 180 254 31.8 19 - 8 - DNd 125 127 210 279 34.9 19 - 8 - DNd 125 127 210 279 34.9 19 - 8 - DNd 150 152 240 318 36.5 23 - 8 - DNd 150 152 240 318 36.5 23 - 8 - DNd 150 152 240 318 36.6 23 M20 4 4 DNd 150 152 240 318 36.5 23 - 8 - DNd 200 203 295 381 41.3 23 M20 4 4 DNd 200 203 295 381 41.4 23 - 8 - DNd 200 203 295 381 41.3 23 - 8 - DNd 250 254 350 445 47.6 23 - 12 - DNd 250 254 350 445 47.6 23 - 12 - DNd 250 254 350 445 47.6 23 - 12 - DNd 250 254 350 445 47.6 - M20 - 12 DNd 300 305 400 521 50.8 23 - 12 - DNd 350 350 460 584 45.0 23 - 16 - DNd 350 350 460 584 45.0 23 - 16 - LS 65-50-241 Pump type Flange size D1 D2 D3 C S LS 65-50-330 LS 100-80-241 LS 100-80-356 LS 125-100-279 LS 125-100-305 LS 125-100-381 LS 125-100-388 LS 150-125-305 LS 150-125-381 LS 200-150-305 LS 200-150-381 LS 200-150-483 LS 200-150-508 LS 250-200-305 LS 250-200-381 LS 300-200-489 LS 300-250-305 LS 300-250-381 LS 350-250-498 LS 350-250-630 LS 350-300-508 LS 400-350-397 LS 450-350-397 PN 10 Somepumpholes flangesconstruction.to the pump due have tapped Optional pump flange dimensions flange pump Optional

Bare shaft pump 128 14 Some pump flanges tapped have due to thepumpconstruction. flanges holes pump Some ANSI 125 LS LS 450-350-397 LS 400-350-497 LS 350-300-508 LS 350-250-630 LS 350-250-498 LS 300-250-381 LS 300-250-305 LS 300-200-489 LS 250-200-381 LS 250-200-305 LS 200-150-508 LS 200-150-483 LS 200-150-381 LS 200-150-305 LS 150-125-381 LS 150-125-305 LS 125-100-388 LS 125-100-381 LS 125-100-305 LS 125-100-279 LS 100-80-356 LS 100-80-241 LS 65-50-330 LS 65-50-241 Pump type Pd1 5 38461.5542.94. .72. .2-1 - 12 - 1.12 28.5 1.77 45.0 22.99 584 18.75 476 13.8 350 14 NPSd Pd1 5 38461.5542.94. .72. .2-1 - 12 - 1.12 28.5 1.77 45.0 22.99 584 18.75 476 13.8 350 14 NPSd Pd1 0 20421.0512.05. .02. .0-1 - 12 - 1.00 25.4 2.00 50.8 20.50 521 17.00 432 12.0 305 12 NPSd Pd1 5 00321.5451.04. .82. .0-1 - 12 - 1.00 25.4 1.88 47.6 17.50 445 14.25 362 10.0 254 10 NPSd Pd1 5 00321.5451.04. .82. .0-1 - 12 - 1.00 25.4 1.88 47.6 17.50 445 14.25 362 10.0 254 10 NPSd Pd1 5 00321.5451.04. .82. .0-1 - 12 - 1.00 25.4 1.88 47.6 17.50 445 14.25 362 10.0 254 10 NPSd Pd1 5 00321.5451.04. .82. .0-1 - 12 - 1.00 25.4 1.88 47.6 17.50 445 14.25 362 10.0 254 10 NPSd Pd82380281.5311.04. .32. .8-8- 8 - 0.88 22.4 1.63 41.4 15.00 381 11.75 298 8.0 203 8 NPSd Pd82380281.5311.04. .32. .8-8- 8 - 0.88 22.4 1.63 41.4 15.00 381 11.75 298 8.0 203 8 NPSd Pd82380281.5311.04. .32. .8-8- 8 - 0.88 22.4 1.63 41.3 15.00 381 11.75 298 8.0 203 8 NPSd Pd612602195 1 25 6514 2408 - 8 - 0.88 22.4 1.44 36.5 12.50 318 9.50 241 6.0 152 6 NPSd Pd612602195 1 25 6614 2408 - 8 - 0.88 22.4 1.44 36.6 12.50 318 9.50 241 6.0 152 6 NPSd Pd612602195 1 25 6514 2408 - 8 - 0.88 22.4 1.44 36.5 12.50 318 9.50 241 6.0 152 6 NPSd Pd612602195 1 25 6514 2408 - 8 - 0.88 22.4 1.44 36.5 12.50 318 9.50 241 6.0 152 6 NPSd Pd517502685 7 10 4913 2408 - 8 - 0.88 22.4 1.38 34.9 11.00 279 8.50 216 5.0 127 5 NPSd Pd517502685 7 10 4913 2408 - 8 - 0.88 22.4 1.38 34.9 11.00 279 8.50 216 5.0 127 5 NPSd Pd412401175 5 00 1812 9107 - 8 - 0.75 19.1 1.25 31.8 10.00 254 7.50 191 4.0 102 4 NPSd Pd412401175 5 00 1812 9107 - 8 - 0.75 19.1 1.25 31.8 10.00 254 7.50 191 4.0 102 4 NPSd Pd412401175 5 00 1812 9107 - 8 - 0.75 19.1 1.25 31.8 10.00 254 7.50 191 4.0 102 4 NPSd Pd412401175 5 00 1812 9107 - 8 - 0.75 19.1 1.25 31.8 10.00 254 7.50 191 4.0 102 4 NPSd Pd37. . 5 .02082 8611 9107 - 4 - 0.75 19.1 1.13 28.6 8.25 210 6.00 152 3.0 76.2 3 NPSd Pd37. . 5 .02082 8611 9107 - 4 - 0.75 19.1 1.13 28.6 8.25 210 6.00 152 3.0 76.2 3 NPSd Pd25. . 2 .51565 2208 9107 - 4 - 0.75 19.1 0.88 22.2 6.50 165 4.75 121 2.0 50.8 2 NPSd Pd25. . 2 .51565 2208 9107 - 4 - 0.75 19.1 0.88 22.2 6.50 165 4.75 121 2.0 50.8 2 NPSd Ps1 5 80582.5652.04. .73.512 /- N 24 12 1 1/8-7UNC 1.25 31.75 1.57 40.0 25.00 635 22.75 578 18.0 458 18 NPSs Ps1 0 57502.5682.15. .72. .218UC1 4 12 1-8 UNC 1.12 28.5 1.97 50.0 25.51 648 21.25 540 15.7 400 16 NPSs Ps1 5 40461.5542.05. .32. .2-1 - 12 - 1.12 28.5 2.13 54.0 23.00 584 18.75 476 14.0 356 14 NPSs Ps1 5 40461.5542.05. .32. .2-1 - 12 - 1.12 28.5 2.13 54.0 23.00 584 18.75 476 14.0 356 14 NPSs Ps1 5 40461.5542.05. .22. .2-1 - 12 - 1.12 28.5 2.12 53.9 23.00 584 18.75 476 14.0 356 14 NPSs Ps1 0 20421.0512.05. .02. .0-1 - 12 - 1.00 25.4 2.00 50.8 20.50 521 17.00 432 12.0 305 12 NPSs Ps1 0 20421.0512.05. .02. .0-1 - 12 - 1.00 25.4 2.00 50.8 20.50 521 17.00 432 12.0 305 12 NPSs Ps1 0 20421.0512.05. .02. .0-1 - 12 - 1.00 25.4 2.00 50.8 20.50 521 17.00 432 12.0 305 12 NPSs Ps1 5 00321.5451.04. .82. .0-1 - 12 - 1.00 25.4 1.88 47.8 17.50 445 14.25 362 10.0 254 10 NPSs Ps1 5 00321.5451.04. .82. .0-1 - 12 - 1.00 25.4 1.88 47.6 17.50 445 14.25 362 10.0 254 10 NPSs Ps82380281.5311.04. .32. .8-8- 8 - 0.88 22.4 1.63 41.3 15.00 381 11.75 298 8.0 203 8 NPSs Ps82380281.5311.04. .3--341 N 8 - 3/4-10UNC - - 1.63 41.4 15.00 381 11.75 298 8.0 203 8 NPSs Ps82380281.5311.04. .32. .8341 N 4 4 3/4-10 UNC 0.88 22.4 1.63 41.3 15.00 381 11.75 298 8.0 203 8 NPSs Ps82380281.5311.04. .32. .8-8- 8 - 0.88 22.4 1.63 41.3 15.00 381 11.75 298 8.0 203 8 NPSs Ps612602195 1 25 6514 2408 - 8 - 0.88 22.4 1.44 36.5 12.50 318 9.50 241 6.0 152 6 NPSs Ps612602195 1 25 6514 /-0UC-8 - 3/4-10UNC - - 1.44 36.5 12.50 318 9.50 241 6.0 152 6 NPSs Ps517502685 7 10 4913 2408 /-0UC44 4 3/4-10 UNC 0.88 22.4 1.38 34.9 11.00 279 8.50 216 5.0 127 5 NPSs Ps517502685 7 10 4913 2408 /-0UC44 4 3/4-10 UNC 0.88 22.4 1.38 34.9 11.00 279 8.50 216 5.0 127 5 NPSs Ps517502685 7 10 4913 2408 /-0UC62 6 3/4-10 UNC 0.88 22.4 1.38 34.9 11.00 279 8.50 216 5.0 127 5 NPSs Ps517502685 7 10 4913 2408 /-0UC62 6 3/4-10 UNC 0.88 22.4 1.38 34.9 11.00 279 8.50 216 5.0 127 5 NPSs Ps412401175 5 00 1812 /-1UC-8 - 5/8-11 UNC - - 1.25 31.8 10.00 254 7.50 191 4.0 102 4 NPSs Ps412401175 5 00 1812 9107 - 8 - 0.75 19.1 1.25 31.8 10.00 254 7.50 191 4.0 102 4 NPSs Ps2127. . 4 .01175 5410 9107 - 4 - 0.75 19.1 1.00 25.4 7.50 191 5.50 140 3.0 76.2 21/2 NPSs Ps2127. . 4 .01175 5410 9107 - 4 - 0.75 19.1 1.00 25.4 7.50 191 5.50 140 3.0 76.2 21/2 NPSs pipe size pipe Nominal Nominal

TM04 4474 1309 m][nh m][nh m][nh m][nh m][inch] [mm] [inch] [mm] [inch] [mm] [inch] [mm] [inch] [mm] 1D 3CS C D3 D2 D1 Dimensions ANSI 125 FH S TH Number of free holes free holes (FH) tapped holes holes tapped Number of (TH) 129 14 Bare shaft pump LS (TH) Number of tapped holes (FH) free holes Number of TH S FH ANSI 250 nch] [mm] [inch] [mm] [inch] Dimensions D1 D2 D3 C S

[mm] [inch] [mm] [inch] [mm] [i TM04 4474 1309 4474 TM04 Nominal Nominal pipe size NPSs 2 1/2 76.2NPSs1/2 2 3.0 76.2NPSs 149 3.0 4 5.88NPSs 149 191 4 102 5.88 7.50NPSs 25.4 191 4.0 5 102 1.00 7.50 200NPSs 22.4 25.4 4.0 7.88 5 0.88 127 1.00 200 254NPSs 3/4-10UNC 22.4 5.0 10.00 7.88 5 0.88 127 31.8 235 254NPSs 6 1.25 5.0 10.00 9.25 5 22.4 127 31.8 235 279 -NPSs 0.88 1.25 5.0 11.00 9.25 6 22.4 127 34.9 235 279NPSs 0.88 2 1.38 5.0 11.00 9.25 - 3/4-10 UNC 6 22.4 152 34.9 235 4 279NPSs 0.88 1.38 6.0 11.00 9.25 3/4-10 UNC 8 22.4 6 152 34.9 270 279NPSs 0.88 1.38 6.0 10.62 11.00 8 3/4-10 UNC 8 22.4 6 203 34.9 318 270 - NPSs 0.88 12.50 1.38 8.0 10.62 36.5 3/4-10 UNC 8 22.4 6 203 2 318 330 1.44NPSs 0.88 12.50 8.0 13.00 22.4 36.5 - 3/4-10 UNC 8 4 203 2 381 330 0.88 1.44NPSs 15.00 8.0 13.00 3/4-10 UNC 22.4 10 41.3 4 203 2 381 330 0.88 1.63NPSs 15.00 8.0 13.00 10 25.4 254 10 41.3 4 381 330 1.00 10.0 1.63NPSs 15.00 - 13.00 25.4 254 12 387 41.4 4 381 15.25 1.00 10.0 1.63NPSs 15.00 - 2 445 305 12 387 41.3 - 17.50 15.25 12.0 1.63NPSs 47.6 12 - 445 25.4 305 12 451 1.88 17.50 - 17.75 1.00 12.0NPSs 28.6 47.8 12 521 305 14 451 1.13 1.88 UNC 7/8-9 20.50 17.75 12.0NPSs 28.6 50.8 - 12 UNC 1-8 - 521 356 14 451 1.13 2.00 20.50 - 17.75 14.0NPSs 31.8 50.8 - 521 356 12 14 514 1.25 2.00 20.50 - 20.25 14.0NPSs 31.8 50.8 - 12 584 356 16 514 1.25 2.00 23.00 12 - 20.25 14.0NPSs 31.8 53.9 584 4 400 18 514 1.25 2.12 16 23.00 - 20.25 15.7 31.8 54.0 - 584 458 572 1.25 2.13 16 23.00 - 22.50 18.0 31.8 54.0 648 592 1.25 2.13 - 16 25.51 - 23.31 31.8 50.0 711.2 28.00 1.25 1.97 - 16 50.0 - 35.1 1.97 1.38 - 20 35.0 - 1/8-7 UNC 1 1.38 1/4-7 UNC 1 - 20 16 24 - 20 - 4 - - NPSd 2NPSd 2 50.8NPSd 2.0 3 50.8 127NPSd 2.0 5.00 3 76.2 127 165NPSd 3.0 5.00 6.50 4 76.2 168 22.2 165NPSd 3.0 0.88 6.62 6.50 4 102 19.1 168 22.2 210NPSd 0.75 4.0 0.88 6.62 8.25 4 UNC 102 5/8-11 19.1 28.6 210 200NPSd 0.75 4.0 1.13 8.25 7.88 4 102 22.4 6 28.6 200 254NPSd 0.88 4.0 1.13 10.00 7.88 - 5 102 31.8 22.4 200 254NPSd 1.25 0.88 4.0 10.00 7.88 - 5 22.4 127 31.8 2 200 254NPSd 0.88 1.25 5.0 10.00 7.88 4 - 6 22.4 127 31.8 235 254NPSd 0.88 1.25 5.0 10.00 9.25 - 8 6 22.4 152 31.8 235 279NPSd 0.88 1.25 6.0 11.00 9.25 - 8 6 - 22.4 152 34.4 270 279NPSd 0.88 1.35 6.0 10.62 11.00 8 - 6 - 22.4 152 34.4 318 270NPSd 0.88 12.50 1.35 6.0 10.62 8 - 36.5 8 - 22.4 152 318 270 1.44NPSd 0.88 12.50 6.0 10.62 8 - 22.4 36.5 - 8 203 318 270 0.88 1.44NPSd 12.50 8.0 10.62 8 22.4 - 36.6 - 8 203 318 330 0.88 1.44NPSd 12.50 - 8.0 13.00 8 22.4 10 36.5 - 203 381 330 0.88 1.44NPSd 15.00 - 8.0 13.00 8 22.4 254 10 41.3 - 381 330 0.88 10.0 1.63NPSd 12 15.00 - 13.00 25.4 254 10 387 41.4 - 381 15.25 1.00 10.0 1.63NPSd 12 15.00 - 445 25.4 254 UNC 7/8-9 10 387 41.4 - 17.50 15.25 1.00 10.0 1.63NPSd 47.6 - 12 445 25.4 254 12 387 1.88 8 17.50 15.25 1.00 10.0NPSd 28.5 47.6 - 12 - 445 305 14 387 1.12 1.88 17.50 15.25 12.0NPSd 28.5 47.6 - - 445 350 14 451 1.12 1.88 4 17.50 - 17.75 13.8 28.5 47.6 - 12 521 350 514 1.12 1.88 20.50 - 20.25 13.8 28.5 50.8 12 584 514 1.12 2.00 16 22.99 - 20.25 31.8 45.0 - 584 1.25 1.77 16 22.99 - 31.8 45.0 - 1.25 1.77 - 16 - 1/8-7 UNC 1 31.8 1.25 - 16 16 1/8-7 UNC 1 - 16 16 - 4 - 4 LS 65-50-241 LS 65-50-330 LS 100-80-241 LS 100-80-356 LS 125-100-279 LS 125-100-305 LS 125-100-381 LS 125-100-388 LS 150-125-305 LS 150-125-381 LS 200-150-305 LS 200-150-381 LS 200-150-483 LS 200-150-508 LS 250-200-305 LS 250-200-381 LS 300-200-489 LS 300-250-305 LS 300-250-381 LS 350-250-498 LS 350-250-630 LS 350-300-508 LS 400-350-497 LS 450-350-397 Pump type ANSI 250 Somepumpholes flangesconstruction.to the pump due have tapped

Bare shaft pump 130 14 Counterflanges to ANSI 250 Counterflanges to ANSI 125 PN10 (DIN 2501), toEN 1092-2 Counterflanges PN16 (DIN 2501), toEN 1092-2 Counterflanges standard show tables following The Counterflange dimensions LS D D D D D D D D D D D D 1 1 1 1 2 2 2 2 3 3 3 3

S S S S

TM02 7720 3803 TM02 7720 3803 TM02 7720 3803 TM02 7720 3803 Bolt size Bolt S D3 D2 D1 size Bolt S D3 D2 D1 Bolt size Bolt S D3 D2 D1 D2 D1 D3 S Bolt size Bolt [inch] [inch] [inch] [inch] [inch] [inch] [inch] [inch] [mm] [mm] [mm] [mm] [mm] [mm] [mm] [mm] 94x1 98x1 98x2 31 31 31 320x16 16x 23 12x23 12x 23 8 x 23 8x23 8x 19 8x19 8 x 19 4x19 20x16 4 x 19 16x 28 12x28 12x 28 12x23 8x23 8x 19 8x19 x 19 8 4x19 x 19 4 1 1 1 1 1 2 2 2 2 2 M24 M20 M20 M20 M20 M20 M16 M27 M16 M24 M16 M24 M16 M24 M16 M20 M20 M16 M16 M16 M16 M16 6 8 0 2 5 8 4 9 4 0 615 565 505 460 445 400 395 350 340 295 285 240 640 250 585 210 520 220 470 180 455 200 410 160 400 185 355 145 340 165 295 125 285 240 250 210 220 180 200 160 185 145 165 125 06 010151020203030450 450 350 350 300 300 250 250 200 200 150 150 450 125 450 125 350 100 350 100 300 80 300 250 80 250 65 200 65 200 50 150 50 150 125 125 100 100 80 80 65 65 50 50 918x2. 248x2. 2412x 8 x 22.4 8 x22.4 8 x22.4 8 x22.4 8 x19.1 .58x08 .88x08 .812x 8 x 0.88 8x0.88 8x0.88 8x0.88 8 x0.75 4 x 0.75 4 x 0.75 4 x 0.75 8 x 0.75 8 x 0.88 8 x 0.88 8 x 0.88 12 x 1.00 12 x 1.00 12 x 1.12 16 16 x 1.25 12 x 1.12 12x 1.00 16x31.75 12x 1.00 12 x 28.5 8x0.88 12x 25.4 8x0.88 12x 25.4 8 x 0.88 8 x22.4 8 x 0.75 8 x22.4 4x 0.75 8 x 22.4 4x 0.75 8 x 19.1 4 x0.75 4 x 19.1 4 x 19.1 4 x19.1 58 34 34 34 34 34 78 "118 /"11/4" 11/8" 11/8" 1" 7/8" 3/4" 3/4" 3/4" 3/4" 3/4" 5/8" 58 58 58 58 34 34 34 /"78 "11/8" 1" 7/8" 7/8" 3/4" 3/4" 3/4" 5/8" 5/8" 5/8" 5/8" 086. 6212171223243537457.2 337 305 254 203 152 127 102 76.2 63.5 50.8 .55567585951. 431 8822.75 18.8 17 457.2 14.3 356 11.8 305 9.5 254 8.5 203 7.5 152 6 127 5.5 102 4.75 76.2 63.5 50.8 2 4 6 0 3 7 3 8 5 1 592 514 451 387 330 270 235 200 168 149 127 6 9 1 5 7 1 8 4 2 8 711.2 584 521 445 381 318 279 254 210 191 165 5 7 9 2 5 7 4 0 8 3 635 533 580 483 476 406 432 343 362 279 298 254 241 229 216 191 191 178 152 152 140 121 . . .51 11. 51. 052 28 23 20.5 17.5 15 12.5 11 10 8.25 7.5 6.5 . 01 3318 13.3 18 12 14 10 12 8 10 6 8 5 6 4 5 3 4 2.5 3 2 2 1/2 2 .866 .892 061 531. 0323.31 20.3 17.8 15.3 13 10.6 9.25 7.88 6.62 5.88 5 . 01 351 92 25 21 19 16 13.5 11 10 9 7.5 7 6 22.53456810121422 1/234568101214 18 18 dimensions for counterflanges. counterflanges. for dimensions Nominal flange diameter(DN) flange Nominal diameter(DN) flange Nominal Nominal flange diameter (NPS) diameter flange Nominal Nominal flange diameter flange Nominal (NPS) [mm] [mm] 241 541 851 182 1824x35.1 20x31.8 16x31.8 16x28.5 12x25.4 22.4 .81 .01 .21 .52 .524x1.38 20x1.25 16x1.25 16x1.12 12x1.00 0.88 131 14 Bare shaft pump LS Pump modelPump LS 65-50-241LS 65-50-330 Outlet gauge20C tap LS 100-80-241LS 100-80-356 Inletgauge tap 20BLS 125-100-279LS 125-100-305 Case drain 20A 1/4LS 125-100-381 1/417 (Dome) Outlet vent LS 125-100-388 1/4LS 150-125-305 1/420E(Dome) Inlet vent 1/4LS 150-125-381 1/4LS 200-150-305 1/4LS 200-150-381 1/4LS 200-150-483 1/4LS 200-150-508 1/4 1/4LS 250-200-305 1/4 1/4 1/4LS 250-200-381 1/4 (2) 1/4LS 300-200-489 1/4 1/4LS 300-250-305 1/4 1/4 (2) LS 300-250-381 1/4 1/4LS 350-250-498 1/2 (4) 1/4 1/4LS 350-250-630 1/2 (4) 1/4 1/2 (4) 1/4LS 350-300-508 1/4 1/2 (4) 1/4LS 400-350-3971/4 (2) 1/2 (4) 1/4 1/4LS 450-350-397 1/2 (4) 1/41/4 (2) 1/2 (4) 1/4 1/4 1/2 (4) 1/4 1/2 1/2 (4) 1/4 1/4 (2) 1/2 1/2 1/2 (4) 1/4 1/4 (2) 1/2 (4) 1/2 1/2 (4) 1/4 1/2 1/4 1/2 (4) 1/2 1/2 (4) 1/4 1/2 1/4 1/2 1/2 (4) 1/4 1/21/4 (2) 1/4 (4) 1/2 (4) 1/4 1/21/4 (4) 1/4 (2) 1/2 1/2 (4) 1/4 (4) 1/2 1/2 (4) 1/4 (4) 1/21/4 (4) 1/2 (4) 1/21/4 (4) 1/2 (4) 1/4 (4) 1/2 (4) 1/2 (4) 1/21/4 (4) 1/2 (4) 1/2 (4) 1/21/4 (4) 1/21/4 (4) 1/4 (4) 1/21/4 (4) 1/2(2) 1/2 1/4; (2) 1/4 (4) 1/2 1/2 1/2 1/2 1/21/4 (4) 1/4 (4) 1/4 (4) 1/4 (4) 1/4 (4) 1/4 (4) 1/4 (4) 1/4 (4) 1/4 (4) 1/4 (4) All sizes shown are NPT standard tapered pipe threads (inch). tapered shownareNPTAll standard sizes Allotherwise quantities are one unless noted. Tap and drain plug dimensions plug drain and Tap

Bare shaft pump 132 14 MMG-H, IE2 motors,6-poleMMG-H, IE2 motors,4-poleMMG-H, IE2 motors,2-poleMMG-H, tables below. pages on If dimensions MMG-H motorsareselected,the for MMG-H (Wonder) IE2 and IE3 motors. tables dimensional the to corrections tables show The Dimensional correctiontables 15. Othermotorbrands LS [kW] 18.5 00007021 44 1 07 03. 1 010480 440 130 130 10 10 214 37.5 214 50 37.5 50 75 75 50 50 315 250 200160132 000050-57 00005083 00005083 -15 52 -100 110 000050133 121 7.55.5 0000630-412.2 0000630-291.5 0000350-20 0000350-39 -12 -9 -3 -1 9075 0000-310-5055 0000-310845 0000-200-4237 0000-100130 0000-10036 -6022 38 0000-13060 -4 0000708 15 -70 00008903 0 17 -75 10 P 11 000089033 17 0000340-474 0000350-203 -5 0 2 [kW] [kW] 85-36 9 60 -13 18.5 24 33 89 18.5 3 5 0 -57 5 132 1 3110 83 5 110 P 058 15 105 -25 -50 -25 -29 83 -12 133 -1 60 8 5 5 28 1 -31 3 -31 8 -20 90 -10 75 -13 55 45 7 37 30 22 15 -45 5 -3 -18 2 13 -50 45 8 28 21 2 -31 34 -31 59 -20 39 -10 -13 90 33 -13 75 105 55 45 89 37 30 22 15 P 15 028 30 52 11 23 33 89 11 32 2 2 to AH EH HM HF HE HB HA 105 must be corrected according to to the must becorrectedaccording MC HM C HM [mm] [mm] [mm] ∅ UC MU Net weight Net weight Net [kg] [kg] Net weight [kg] MMG-H, IE3 motors,4-pole MMG-H, IE3 motors,2-pole [kW] [kW] 854 318 33 45 18.5 85-12 5 22 -21 18.5 0 1 5 -20 65 27 -57 98 98 -15 -15 -15 200 160 132 1 1 5 141 153 -15 110 . 9-1-12 -9 -2 -2 -41 -29 29 -20 29 -39 35 7.5 35 5.5 2.2 1.5 0-2-0-65 -15 -23 -28 -23 -17 -50 38 8 28 14 2 -32 34 -32 59 -38 39 -23 -23 90 33 -23 75 61 55 45 45 37 30 22 15 P P 0-2-0-85 -75 -55 -9 -10 -5 -50 4 8 28 12 2 -32 37 -32 34 -38 30 -23 -23 90 -27 -23 75 -21 55 45 45 37 30 22 15 14 317 33 45 11 14 4 13 -41 45 11 434-47335-20 -11 0 2 2 MC HM MC HM [mm] [mm] Net weight Net weight [kg] [kg] 133 15 Other motor brands LS offers intuitive, handheldoffers GET IT ON the go. It is the mostcomprehensive platform for mobile ement and documentation. It It documentation. ement and pumppump and control selection, including sizing, replac Mobilesolution for professionalsthe on GO! GrundfosGO is the mobilefor professional tool box userson 16. Grundfos GO 16. Grundfos assistance and access to Grundfosonline and access to tools,assistance saves and valuable it for reporting time collection.and data

Grundfos GO 134 16 17. GrundfosProductCenter LS right on the main page.right onthe main Centerdisplays The Product sparecurves, diagrams, wiring parts, service Performance curves, Performance curves, technica All the information you need in one place search function to "Products" or"Literature". setthe to you enables menu drop-down This http://product-sel rightchoice. make the you to help tool andsizing search Online selection choices. data and entered on based pump "SIZING" enablesyoutosizea ection.grundfos.com any recent and saved items - including complete projects complete items- - including any andsaved recent l specifications, pictures, l specifications, pictures, kits, docum 3D drawings, product catalogue. product access tothe Grundfos "CATALOGUE"you gives dimensional drawings, motor drawings, dimensional ents, system parts. system ents, • the lowest total life cycle cost. total lifecycle lowest the • energyconsumption lowest the • price purchase lowest the • informationonthefollowing: include replacement product. Searchresults will you enables to finda "REPLACEMENT" booklets, instructions, service etc. format. inPDF installation data andoperating instructions, On pages,the product you can download Downloads liquids. orotherspecial flammable for pumps aggressive, designed "LIQUIDS" enables you to find 135 17 Grundfos Product Center istered trademarks owned by The Grundfos Group. All rightsAll reserved.Group. Grundfos by The owned trademarks istered reserved. all rights Holding A/S, Grundfos © 2019 to Grundfos, the Grundfos logo and “be think innovate” are reg are think innovate” and “be logo the Grundfos Grundfos, to

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