Volute pumps for heat carrier oils up to 350 C SIHI SuperNova ZTN 032-125... -500 TECHNICAL DATA Output: max. 0 m³/h Delivery head: max. 95 m Speed: max. 3600 rpm Temperature: max. 350 C Casing pressure: PN 16 Shaft sealing: radial seal rings or mechanical seal Flange connection: DIN EN 1092-2 PN 16 / 25 1) Direction of rotation: clockwise, when looking at the pump from the drive end APPLICATION Volute pumps of the series ZTN have been specially developed for handling of mineral and synthetic heat transfer oils. The pumps may be used in installations with positive or negative suction pressure. Especially to be emphasised is the application in plants of: The chemical industry: heating of agitators, reactors, drying plants, polymerisation plants, plants for conveying high-viscous products and producing plastic materials and synthetic fibres. The rubber and plastic industry: heating of calendars, melting pots, power presses for plastics, automatic injection moulding machines, production of PVC adhesive tape. The food industry: heating of baking and fish-frying ovens, distillation of fatty acids and glycerine, fat softening plants, production of potato chips and milk powder. The paper industry and laundries: calendar rolls, production of corrugated cardboard, heating of washing machines, mangles and dryers. DESIGN Horizontal, single-stage volute pumps with the dimensions and nominal ratings to 24255/EN 733 in back pull out design* which permits the removal of the complete bearing unit toward the drive end without removing the pump casing from the pipe work. If a spacer coupling is installed it is also unnecessary to disconnect the motor. The programme comprises 38 pump sizes, but only three shaft assemblies are required owing to the unit construction system. Within each shaft assembly, shafts, shaft sealing, impeller fastenings, bearing bracket and bearing covers are interchangeable. The DIN 4754 regulations are complied with. Should heat carrier seepage occur from the shaft seal, it is ensured that the leakage will be drained off and collected completely. 1) from size 150315 to 500 * due to additional sizes the performance range is increased to higher output rates. CONSTRUCTION Casing pressure: Maximal 16 bar from 0 C to 120 C Maximal 13 bar from 120 C to 300 C Maximal 10 bar from 300 C to 350 C Intermediate values can be obtained by interpolation. Please note: Technical rules and safety regulations. Max. Casing pressure = inlet pressure + zero head Admissible inlet pressure (system pressure) = 5 bar when using shaft sealing 002. Admissible inlet pressure = admissible casing pressure when using shaft sealing GBC. Flanges location: Axial suction flange, discharge flange radially upwards. Flanges: The flanges comply with DIN EN1092-2/PN 16, resp. PN 25. Flanges drilled to according to ANSI (previous ASA) 150 can be supplied. Hydraulic: Designation of this construction type: A, B, D Bearing: One grease-lubricated grooved ball bearing resp. 2 inclined ball bearings (the first grease filling is made in the factory) and one internal liquid flushed sleeve bearing. Designation of this construction type:. A Direction of rotation: Clockwise, when looking at the pump from the drive end. Shaft sealing: Code 002: Code GBC: several radial shaft seal rings arranged in in series; uncooled unbalanced bellows mechanical seal seal face materials cast chromium steel/carbon elastomer FPM (Viton) 133.65660.54.01 E PUMP TECHNOLOGY ZTN P I/44 12/3
Material design: ITEM COMPONENTS EN mat.-number 10.20 Volute casing 16.10 Casing cover 21.00 Shaft 23.00 33.00 36.00 Impeller Bearing bracket Bearing cover EN mat.- denomination MATERIAL DIN DIN US denomination mat.-number mat.- denomination ASTM Standard AISI EXECUTION 1B 2B 1) EN-JS 1025 EN-GJS-400-18-LT 0.7043 GGG-40.3 A 395 X 1.0619 GP 240 GH 1.0619 GS-C 25 A 216 Gr WCB X EN-JS 1025 EN-GJS-400-18-LT 0.7043 GGG-40.3 A 395 X 1.0619 GP 240 GH 1.0619 GS-C 25 A 216 Gr WCB X 1. 1191 C 45 E 1.1191 Ck 45 K + N A 576 Gr 1045 1045 X 1.4021 X 20 Cr 13 1.4021 X 20 Cr 13 A 276 Type 420 420 X 2) X EN-JL 1040 EN-GJL 250 0.6025 GG-25 A 278 Class 30 X X 42.13 Radial seal rings FPM (Viton) X X 43.30 Mechanical seal chrome cast / carbon FPM (Viton) X X 44.10 44.11 Casing for mech. seal of the shaft casing 1. 1191 C 45 E 1.1191 Ck 45 K + N A 576 Gr 1045 1045 X X 54.51 Sleeve bearing carbon X X 1) For sizes 400 and 500. 2) For sizes 150315, 150400, 150500, 250 and 315. Casing gasket: The casing is sealed by flat gaskets of graphite. Designation of this construction type: 2 Motor power: Using commercial electric motors, type of construction IM B3. To determine the drive power we recommend the following safety margin: up to 4 kw: 25% 4 to 7,5 kw: 20% above 7,5 kw: 15% The following maximum speeds are to be observed: max. speed n = 3600 rpm t = 120 C t = 350 C 032125 032160 032 040125 040160 040 050125 050160 032125 032160 032 040125 040160 040 050125 050160 size 050 065125 065160 065 0160 0 160 050 065125 065160 0 160 max. speed n = 3000 rpm t = 120 C t = 350 C size 032250 040250 050250 065250 0250 250 125 040250 050250 065 065250 0160 0250 250 max. speed n = 10 rpm t = 120 C t = 350 C 040315 050315 065315 0315 315 125250 150 150250 040315 050315 065315 0315 315 125 125250 150 size 150315 150400 250 150250 max. speed n = 1500 rpm t = 120 C t = 350 C size 150500 315 400 150315 150400 150500 250 315 400 500 The maximum speeds result from the permissible peripheral speeds of the impellers or from the shaft load admissible at higher temperatures, respectively. Bearing bracket / pump size: Bracket 25 032125 032160 032 032250 040125 040160 040 040250 050125 050160 050 050250 065125 065160 065 0160 Bracket 35 040315 050315 065250 065315 0 0250 0315 160 250 315 125 125250 150 150250 Bracket 45 150315 150400 150500 250 315 400 500 General remarks: For horizontal volute pumps CLOSE COUPLED construction with STANDARD motor for nominal performances and flange connections as per EN 733 refer to our series ZTK. For INLINE pumps with the same drive unit, consisting of bearing bracket with bearing, stub shaft and mechanical seal, casing cover, impeller and impeller nut, refer to our series ZTI. For equipping hot media systems a complete programme is available for a flow range between 1-600 m 3 /h consisting of the range: ZEN volute pumps to EN 22858, t max 230 C PN 40. Hot water design. ZDN volute pumps to EN 22858, t max 207 C PN 25. Hot water design. ZHN volute pumps to EN 733, t max 1 C PN 16. Hot water design. ZLI volute pumps to EN 733 as INLINE construction, t max 150 C PN 25. Hot water design. Technical documentation on these programmes will readily be supplied on request. 2
SECTIONAL DRAWING AND NOMENCLATURE ZTN 032125... 150250 Shaft sealing Code 002 Shaft sealing Code GBC 10.20 volute casing 16.10 casing cover 18.30 supporting foot 21.00 shaft 23.00 impeller 32.10 grooved ball bearing 33.00 bearing bracket 36.00 bearing cover 42.13 radial seal ring 43.30 mechanical seal 44.10 shaft seal casing 44.11 shaft seal casing 47.10 sealing cover 54.51 sleeve bearing ZTN 150315... 500 Shaft sealing Code 002 Heat barrier / shaft sealing / bearing Heat transfer installations have achieved a high level of technical development. Consequently the requirements on pumps handling heat transfer oils have increased regarding operating safety, environmental protection, maintenance and operating costs. The Sterling SIHI ZTN pump, based on many years of experience and on the latest technical know-how, fully complies with these requirements. By the heat barrier with integrated throttle gab, located behind the cover, a favourable drop in temperature toward the drive side is achieved (see opposite drawing). Heat losses at the product side are effectively prevented (saving of energy). The reduced temperature allows the use of simple, uncooled type of shaft sealing. As the lubricating properties of heat transfer oils for antifriction bearings are not specially good, a liquid flushed sleeve bearing has been fitted at the impeller side and an antrifriction bearing, not in contact with the heat carrier, has been fitted behind the shaft sealing. By this arrangement noiseless operation and long working life have been achieved. 3
Performance graph 50 Hz 4
Performance graph 60 Hz 5
Dimension table All dimensions in mm. size DN 2 DN 1 a b c f h 1 h 2 m 1 m 2 n 1 n 2 s 1* s 2* w w 1 x d 1 l t u 032125 112 190 105 032160 32 50 132 160 70 50 240 190 120 032 160 1 127 032250 1) 65 1 225 125 95 320 250 160 15 360 267 24 50 27 8 040125 112 210 160 108 040160 50 132 160 70 240 190 128 040 40 160 1 265 212 040250 1 225 320 250 164 040315 1) 125 65 18 470 225 250 125 95 65 345 2 M12 340 204 32 35 10 050125 132 160 240 190 120 050160 50 1 70 130 15 360 160 265 212 267 050 50 150 050250 1 225 320 250 169 050315 1) 6 24 50 27 8 125 17 470 225 2 345 2 340 210 32 35 10 065125 65 1 125 95 160 2 212 065160 360 M12 267 147 15 065 65 1 225 320 250 166 065250 250 360 2 183 470 160 120 M16 340 065315 18 225 2 400 315 220 24 50 27 8 32 35 10 0160 65 15 360 1 225 125 95 320 250 M12 267 165 24 50 27 8 0 250 345 2 1 0250 125 2 400 315 0315 250 315 235 160 1) 360 2 202 2 125 18 160 120 M16 250 470 225 340 212 120 315 400 315 315 242 125 1) 250 125 150 125250 355 236 120 150 1) 550 450 190 150250 1) 500 400 170 150 160 20 2 400 150 M20 274 1) Transnorm pump sizes, not included in DIN 24255/ EN 733. Flanges drilled according to ANSI 150 can be suplied. *Slots suitable for bolts with dimensions indicated. Bolts are not included in the bare shaft pump standard scope of supply. 32 35 10
Dimension table All dimensions in mm. size DN 2 DN 1 a f h 1 h 2 m 1 m 2 i l x d 1 w c c 1 s 1 s 2* s 3* n 1 n 2 n 3 n 4 b,n 5 150315 1) 315 400 160 320 360 290 330 60 35 M12 150400 1) 150 1 355 450 3 420 340 3 150500 1) 400 500 M16 425 460 385 420 25 250 1) 250 670 335 425 1 120 45 110 1 48 500 23 M20 M12 M20 340 410 300 370 315 1) 355 450 360 420 320 3 400 1) 250 375 500 35 M16 400 4 360 440 500 1) 425 560 220 160 50 1) Transnorm pump sizes, not included in DIN 24255/ EN 733. Flanges drilled according to ANSI 150 can be suplied. *Slots suitable for bolts with dimensions indicated. Bolts are not included in the bare shaft pump standard scope of supply. 30 475 575 425 525 DIN EN 1092-2 PN 25 Flange connection according to DIN EN 1092-2 PN 16 Execution material 1B Execution material 1B Execution material 2B DN 2 /DN 1 32 40 50 65 125 150 150 250 250 D 150 165 185 220 250 285 340 300 360 425 360 425 k 110 125 145 160 1 210 240 295 250 310 370 310 370 b fl 18 19 19 19 19 19 19 19 20 20 22 24,5 30 32 Tolerances +4,0 +4,5 +1,5-3,0-4,0-1,5 d 2 x number 19x4 19x4 19x4 19x4 19x8 19x8 19x8 23x8 23x12 28x8 28x12 31x12 26x12 30x12 7
Connections for bearing brackets 25 and 35 u fg : Grease filling connection. u io : Sealing liquid connection. u AL : Drainage for leakage. u v : Vent connection Size u fg u v u io u AL 032125 032160 032 032250 040125 040160 040 040250 040315 050125 050160 050 050250 050315 065125 065160 065 065250 065315 0160 0 0250 0315 160 250 315 125 125250 150 150250 G 1/8 G 1/8 G 1/4 G 1/4 8
Connections for bearing bracket 45 u fg : Grease filling connection. u io : Sealing liquid connection. u AL : Drainage for leakage. u v : Vent connection. Size u f g u v u io u AL 150315 150400 150500 250 315 400 500 G 1/8 G 1/8 G 1/4 G 1/4 9
Foundation plan n = 1450 rpm Dimensions in mm. Dimensional tolerances admissible (base plates) for welded parts according to DIN 8570 B size 032125 032160 032 032250 040125 040160 040 040250 040315 050125 050160 050 050250 050315 motor base coup- weight rag size kw plate ling pump Unit DN 2 DN 1 a b 2 e 1 e 2 v f 1 h 3 h 4 w* w 1 bolt No. ** kg kg DIN 529 71 0.25 S008 32 51 297 400 265 120 152 292 71 0.37 52 682 640 M12x 71 0.37 69 41 197 357 72 S270 360 420 320 115 60 650 716 70 0.75 B68 39 32 50 225 405 90S 1.10 78 S301 390 4 350 125 774 730 90L 1.50 M16x 0.75 103 736 90S 1.10 106 S383 52 90L 1.50 108 490 600 440 160 75 260 485 794 118 835 71 0.25 61 71 0.37 34 62 177 317 682 65 716 S270 360 420 320 115 71 0.37 69 682 650 39 70 197 357 716 0.75 60 M16x 90S 1.10 B68 78 774 79 736 0.75 S301 390 4 350 125 43 225 405 90S 1.10 82 40 65 730 90L 1.50 84 90S 1.10 111 794 90L 1.50 113 57 260 485 123 835 L 3.00 S383 490 600 440 160 75 153 970 L 3.00 87 125 305 555 154 991 S434 199 660 490 170 1067 0 71 0.37 63 702 S270 35 360 420 320 115 197 357 650 67 736 0.75 736 0.75 B68 44 405 60 M16x 90S 1.10 83 794 0.75 S301 79 390 4 350 125 225 736 730 90S 1.10 82 43 425 794 90L 1.50 84 50 65 94 835 90L 1.50 B68 113 794 57 123 260 485 835 L 3.00 S383 490 600 440 160 124 75 856 157 991 90 202 125 305 585 1067 S434 660 490 170 132M 7.50 205 1093 0 10
Foundation plan n = 1450 rpm motor base coup- weight rag size size kw plate No. ling ** pump kg Unit kg DN 2 DN 1 a b 2 e 1 e 2 v f 1 h 3 h 4 w* w 1 bolt DIN 529 065125 0.75 39 83 420 736 90S 1.10 B68 86 794 0.75 S342 89 450 400 60 240 736 820 065160 90S 1.10 92 45 90L 1.50 94 440 794 105 835 90S 1.10 102 B68 90L 1.50 104 794 065 S383 48 490 600 440 160 75 260 485 114 65 835 L 3.00 115 856 161 945 L 3.00 2 530 065250 S434 78 660 490 170 0 162 966 132M 5.50 190 300 550 1042 90 231 1067 132M 7.50 234 1093 065315 S486 94 125 610 840 550 205 325 605 1250 M24x400 250 1185 160L 15.00 B110 2 1247 0.75 102 761 90S 1.10 B68 105 0160 90L 1.50 51 107 485 819 118 860 L 3.00 S383 490 600 440 160 75 260 90L 1.50 127 929 137 970 0 L 3.00 71 510 138 991 S434 183 660 490 170 1067 0 L 3.00 192 970 193 991 0250 84 300 5 221 1067 132M 7.50 224 125 1093 S486 610 840 550 205 241 1067 1250 M24x400 0315 132M 7.50 244 1093 104 350 665 260 1185 160L 15.00 B110 290 1247 163 971 L 3.00 160 2 560 164 992 192 1068 S434 660 490 170 0 162 971 L 3.00 79 163 2 560 992 191 90 1068 132M 7.50 194 125 1094 198 6 226 1082 250 89 325 605 132M 7.50 229 1108 245 1 262 160L 15.00 292 1262 315 B110 106 1M 18.50 304 S486 610 840 550 205 1324 1250 1L 22.00 B125 320 665 132M 7.50 242 1108 350 125 102 258 1 160L 15.00 B110 288 1262 125 150 132M 7.50 249 1108 125250 109 265 705 1 M24x400 160L 15.00 B110 295 1262 132M 7.50 278 1128 S605 294 740 190 1220 150 160L 15.00 323 1282 B110 120 1M 18.50 335 1344 1120 1L 22.00 351 1346 S606 B125 840 205 1250 395 150 160 730 670 110 3 7 4 160L 15.00 337 1282 S605 B110 740 190 1120 1M 18.50 339 1344 1L 22.00 377 150250 B125 134 421 2 S606 840 205 1250 225S 37.00 467 B 1469 225M 45.00 487 150315 150400 150500 250 315 400 500 Foundation plans with base plates and fittings on request * Motor protection type IP 55, dimensions depend on the motor manufacturer. Some sizes are not corresponding to the drawing in small details. Foundation plan for 60 Hz on request. 11
Foundation plan n = 2900 rpm Dimensions in mm. Dimensional tolerances admissible (base plates) for welded parts according to DIN 8570 B motor base coup- weight rag size size kw plate No. ling ** pump kg Unit kg DN 2 DN 1 a b 2 e 1 e 2 v f 1 h 3 h 4 w* w 1 bolt DIN 529 71 0.55 52 682 0.75 S008 297 400 265 120 152 292 640 M12x 55 716 032125 1.10 32 90S 1.50 67 S241 B68 90L 2.20 69 330 4 290 125 177 317 774 1.10 S270 72 360 420 320 115 716 90S 1.50 730 M16x 774 90L 2.20 82 197 357 S301 390 4 350 125 032160 L 3.00 41 92 815 93 836 60 895 S342 130 450 400 212 372 820 32 50 912 90L 2.20 B68 774 L 3.00 S301 90 390 4 350 125 225 405 815 730 M16x 91 836 032 S342 39 128 450 400 240 420 912 820 S383 147 490 600 440 160 1088 160L 18.50 S344 175 450 660 400 1 1150 1020 148 932 032250 S383 52 490 600 440 160 75 260 485 167 1050 1.10 S270 65 360 420 320 115 716 650 040125 90S 1.50 B68 34 70 90L 2.20 S241 71 330 290 177 317 774 L 3.00 82 815 M16x 90S 1.50 78 4 125 730 776 90L 2.20 S301 390 350 197 357 L 3.00 90 815 040160 39 91 836 128 60 912 S342 450 400 820 138 212 372 895 S383 159 40 65 490 600 440 160 1030 L 3,00 94 817 S301 390 4 350 125 225 405 95 856 730 M16x 040 S342 43 132 450 400 932 820 240 420 158 1050 153 490 600 440 160 932 S383 040250 57 172 75 260 485 1050 160L 18.50 S434 216 660 490 170 1112 0 12
Foundation plan n = 2900 rpm motor base coup- weight rag size Size kw plate No. ling ** pump kg unit kg DN 2 DN 1 a b 2 e 1 e 2 v f 1 h 3 h 4 w* w 1 bolt DIN 5298 90S 1.50 74 S301 B68 390 4 350 125 794 730 90L 2.20 76 197 357 050125 L 3.00 35 86 835 S272 360 320 87 856 820 M16x S342 124 450 400 212 372 932 90L 2.20 B68 85 794 050160 L 3.00 S301 95 390 4 350 125 225 405 835 730 M16x 96 856 44 S342 133 450 400 60 932 820 240 420 S383 159 490 600 440 160 1050 L 3.00 94 50 65 817 S301 390 4 350 125 225 425 95 858 730 M16x S342 050 43 132 450 400 932 820 240 440 S383 158 490 600 440 160 160L 18.50 S344 163 450 660 400 1 1050 1020 S383 172 490 600 440 160 260 485 050250 160L 18.50 57 216 75 1112 S434 660 170 0 1M 22.00 B110 229 490 1174 S435 B125 296 740 2 505 1232 1 L 3.00 99 835 856 065125 39 420 S342 128 450 400 820 60 240 932 134 065160 45 440 160 S383 490 600 440 160 1050 163 65 065 160L 18.50 48 207 75 260 485 1112 S434 660 170 1M 22.00 B110 220 1174 0 B125 287 1232 160L 18.50 S435 244 740 490 1222 1 065250 1M 22.00 B110 257 1284 2 530 78 90 S436 324 215 1342 1270 B125 840 225M 45.00 S486 401 610 550 205 325 575 1372 1250 M24x400 147 957 S383 490 600 440 160 166 1075 0160 51 485 160L 18.50 210 1137 260 1M 22.00 S434 B110 223 660 170 1199 0 75 202 1185 160L 18.50 237 490 510 1247 S435 740 1 0 1M 22.00 B110 71 250 125 1309 S436 B125 317 215 2 530 1367 1270 1M 22.00 B110 282 1309 840 300 5 S486 342 610 550 205 1367 1250 0250 B125 84 M24x400 225M 45.00 407 325 605 1397 250M 55.00 S607 B 629 730 940 670 230 350 630 1527 0 160L 18.50 246 1247 S435 740 1 160 1M 22.00 B110 259 1309 S436 B125 326 840 215 1367 1270 490 2 560 160L 18.50 245 125 1247 S435 740 1 1M 22.00 B110 258 1309 79 90 S436 325 215 125 1367 1270 225M 45.00 402 1397 B125 840 S486 347 610 550 205 325 605 1382 1250 225M 45.00 412 1412 250 89 250M 55.00 S607 B 634 730 940 670 230 350 630 1542 0 2S 75.00 903 S609A B160 744 1 696 300 3 660 1642 10 2M 90.00 953 M24x400 250M 55.00 S607 B 647 730 940 670 230 350 665 1542 0 125 2S 75.00 102 916 125 150 S609A B160 2M 90.00 966 744 1 696 300 3 695 1642 10 * Motor protection type IP 55, dimensions depend on the motor manufacturer. Some sizes are not corresponding to the drawing in small details. Foundation plan for 60 Hz on request 13
Foundation plan for units with spacer type coupling n = 1450 rpm Dimensions in mm. Dimensional tolerances admissible (base plates) for welded parts according to DIN 8570 B motor base- coup- weight rag size size kw plate No. ling ** pump kg unit kg DN 2 DN 1 a b 2 e 1 e 2 v f 1 h 3 h 4 x w* w 1 bolt DIN 529 032125 71 0,25 S241 32 63 330 290 177 317 71 0.37 4 125 7 730 71 0.37 S301 76 390 350 032160 41 197 357 60 M16x 814 78 0.75 S272 360 320 820 032 H 39 32 50 225 405 90S 1.10 81 872 90L 1.50 83 0.75 105 834 032250 90S 1.10 108 S383 52 90L 1.50 110 490 600 440 160 75 260 485 892 120 933 71 0.25 S241 65 330 4 290 125 040125 71 0.37 34 177 317 7 730 S272 73 360 320 814 820 71 0.37 S301 74 390 4 350 125 7 730 M16x 040160 39 78 0.75 S272 360 320 60 197 357 814 90S 1.10 81 872 820 89 834 0.75 040 S342 H 43 450 400 90S 1.10 92 40 65 240 420 90L 1.50 94 892 90S 1.10 113 90L 1.50 115 040250 S383 57 490 600 440 160 260 485 125 933 L 3.00 75 171 1068 L 3.00 S434 660 170 0 040315 87 125 490 305 555 172 1089 S435 207 740 1165 1 71 0.37 S301 70 390 4 350 125 0 730 050125 35 197 357 M16x S272 74 360 320 0.75 834 90 050160 0.75 44 420 60 90S 1.10 93 892 820 0.75 S342 89 450 400 240 834 90S 1.10 H 92 050 43 440 892 90L 1.50 94 50 65 104 933 90L 1.50 115 892 050250 L 3.00 S383 57 125 490 600 440 160 260 485 933 126 75 954 S434 175 660 170 1089 0 050315 90 210 125 490 305 585 1165 S435 740 132M 7.50 213 1191 1 14
Foundation plan for units with spacer type coupling n = 1450 rpm motor base coup- weight rag size size kw plate No. ling ** pump kg unit kg DN 2 DN 1 a b 2 e 1 e 2 v f 1 h 3 h 4 x w* w 1 bolt DIN 529 85 065125 0.75 39 420 834 90S 1.10 88 892 0.75 S342 91 450 400 60 240 834 820 065160 90S 1.10 94 45 90L 1.50 96 440 892 106 933 90S 1.10 H 104 90L 1.50 106 932 065 S383 48 490 600 440 160 75 260 485 116 65 973 L 3.00 117 994 162 1083 L 3.00 S434 660 170 065250 78 490 2 530 163 1104 0 S435 198 740 11 1 90 233 1205 132M 7.50 236 1231 065315 S486 94 610 840 550 205 325 605 1250 M24x400 252 1323 160L 15.00 H110 282 1385 0.75 104 899 90S 1.10 107 957 0160 90L 1.50 S383 51 109 490 600 440 160 485 119 998 L 3.00 H 75 260 90L 1.50 144 1067 S434 155 660 170 1108 0 0 L 3.00 71 490 510 156 1129 S435 191 740 1205 1 L 3.00 194 1108 H 195 125 1129 0250 84 300 5 223 1205 132M 7.50 226 1231 S486 610 840 550 205 243 1205 1250 M24x400 0315 132M 7.50 246 1231 104 350 665 262 1323 160L 15.00 H110 292 1385 164 1108 L 3.00 S434 H 660 170 160 165 1129 0 S435 740 1205 1 490 2 560 163 1108 L 3.00 S434 H 660 170 0 79 164 1129 199 90 1205 S435 740 132M 7.50 202 125 1231 1 H 1144 228 1220 250 89 325 605 132M 7.50 231 1246 247 S486 1338 264 160L 15.00 294 0 315 H110 106 1M 18.50 306 610 840 550 205 1462 1L 22.00 H125 323 665 1250 132M 7.50 244 350 1246 125 102 260 1338 160L 15.00 H110 290 0 S486 125 150 M24x400 132M 7.50 251 1246 125250 109 267 705 1338 160L 15.00 H110 297 0 132M 7.50 S605 279 740 190 1266 306 1358 150 120 160L 15.00 337 840 205 1423 0 1M 18.50 S606 349 1482 H110 150 160 730 670 110 3 7 160L 15.00 351 1420 1250 1M 18.50 363 150250 134 940 230 1482 1L 22.00 392 S607 H125 0 436 1 150315 150400 150500 250 315 400 500 * Motor protection type IP 55, dimensions depend on the motor manufacturer. Some sizes are not corresponding to the drawing in small details. Foundation plan for 60 Hz on request Foundation plans with base plates and fittings on request 15
Foundation plan for units with spacer type coupling n = 2900 rpm Dimensions in mm. Dimensional tolerances admissible (base plates) for welded parts according to DIN 8570 B size 032125 032160 032 032250 040125 040160 040 040250 motor base coup- weight rag size kw plate ling pump unit bolt DN No. ** kg kg 2 DN 1 a b 2 e 1 e 2 v f 1 h 3 h 4 x w* w 1 Din 529 71 0.55 S241 64 330 4 290 125 7 730 0.75 72 1.10 32 177 317 814 90S 1.50 75 872 90L 2.20 77 H 1.10 S272 360 320 814 820 90S 1.50 83 90L 2.20 85 872 L 3.00 41 95 197 357 913 M16x 96 934 60 993 S303 98 390 600 350 160 32 50 1012 90L 2.20 83 872 L 3.00 S272 H 93 360 320 913 820 94 225 405 934 S303 39 127 390 600 350 160 1010 S344 158 450 660 400 1 240 420 1128 1020 160L 18.50 S385 203 740 1190 1 490 440 S383 149 600 160 1030 160M 11.0 52 75 260 485 S434 184 660 490 170 160M 15.0 1148 0 1.10 73 814 90S 1.50 34 76 90L 2.20 78 177 317 872 L 3.00 88 913 S272 H 360 320 820 90S 1.50 81 872 M16x 90L 2.20 83 L 3.00 93 913 197 357 39 94 934 60 1010 S303 127 390 600 350 160 993 S344 162 40 65 660 1 400 1128 1020 L 3,00 104 450 400 240 933 S342 H 420 820 105 954 S303 43 131 390 600 350 160 225 405 1030 M16x S344 160 450 660 400 1 240 420 1148 1020 S383 154 490 600 440 160 1030 S434 57 189 660 490 170 75 260 485 1148 0 160L 18.50 S385 219 490 740 440 1210 1 16
Foundation plan for units with spacer type coupling n = 2900 rpm size 050125 050160 050 050250 065125 065160 065 065250 0160 0 0250 160 250 125 motor base coup- weight rag size kw plate ling pump unit bolt DN No. ** kg kg 2 DN 1 a b 2 e 1 e 2 v f 1 h 3 h 4 x w* w 1 DIN 529 90S 1.50 S272 77 360 320 197 357 892 820 M16x 90L 2.20 H 79 L 3.00 35 89 933 S015 361 325 182 342 M12x 90 600 160 954 S303 123 390 350 197 357 1030 M16x 90L 2.20 95 892 L 3.00 S342 H 105 450 400 240 420 933 820 106 954 44 S303 132 390 600 350 160 60 225 405 1030 M16x S344 161 660 1 420 1148 1020 L 3.00 104 50 65 450 400 240 933 S342 H 440 820 105 954 S303 43 131 390 600 350 160 225 425 1030 M16x S344 160 450 660 400 1 1148 1020 240 440 160L 18.50 S385 195 490 740 440 1210 1 S434 189 660 490 170 1148 0 260 485 160L 18.50 S385 57 219 490 440 75 1210 1M 22.00 H110 238 740 1272 1 S435 490 H25 299 2 505 1330 L 3.00 S342 H 450 400 933 820 101 954 39 420 136 S383 490 600 440 160 60 240 1030 142 45 440 S344 162 450 660 400 1 1148 1020 182 65 1188 S385 490 440 740 260 485 1 160L 18.50 48 210 75 1250 1M 22.00 S435 H110 229 1312 H125 297 505 1370 490 160L 18.50 S436 252 840 215 2 1360 530 1M 22.00 H110 266 1422 1270 78 90 S487 362 610 550 240 300 550 14 1420 H125 940 M24x400 225M 45.00 S607 445 730 670 230 325 575 1510 0 S434 164 660 490 170 1095 0 165 1213 S385 51 490 440 485 160L 18.50 213 740 1275 1 260 1M 22.00 H110 232 1337 S435 75 210 1323 490 160L 18.50 244 510 1385 S436 840 215 1270 1M 22.00 H110 71 258 1447 S487 H125 354 940 240 550 1505 1420 1M 22.00 S486 H110 284 610 840 550 205 300 1447 1250 5 S487 H125 368 125 240 1505 1420 84 940 225M 45.00 S607 H125 451 230 325 605 1535 0 730 670 250M 55.00 S608 H 651 1060 270 350 630 1665 1600 M24x400 160L 18.50 254 1385 S436 840 490 215 2 560 1270 1M 22.00 H110 268 1447 S487 H125 364 610 940 550 240 300 5 1505 1420 M24x400 160L 18.50 253 1385 S436 840 490 215 2 560 1270 1M 22.00 H110 267 1447 79 90 S487 363 610 550 240 300 5 1505 1420 125 225M 45.00 S607 446 730 670 230 1535 0 H125 940 S487 373 610 550 240 325 605 1520 1420 225M 45.00 S607 456 230 1550 0 89 730 670 M24x400 250M 55.00 S608 H 656 1060 270 350 630 16 1600 2S 75.00 909 S609A H160 744 1 696 300 3 660 17 10 2M 90.00 959 250M 55.00 S608 H 669 730 1060 670 270 350 665 16 1600 2S 75.00 102 922 125 150 S609A H160 744 1 696 300 3 695 17 10 2M 90.00 972 * Motor protection type IP 55, dimensions depend on the motor manufacturer. Some sizes are not corresponding to the drawing in small details. Foundation plan for 60 Hz on request 17
Data regarding pump size Type + Pump size Hydraulics + Bearing Shaft sealing Material Casing gasket A hydraulic A 002 radial shaft seal rings 1B main parts of sperodial cast 2 confined flat gasket of B hydraulic B D transnorm size with double volute A one ball bearing respectively two inclined ball bearing grease lubricated and one liquid flushed sleeve bearing GBC unbalanced standard mechanical seal 2B main parts of cast steel graphite with A4 insertion 032125 032160 AA 032160 BA 032 AA 032 BA 032250 040125 040160 040 040250 040315 050125 050160 050 050250 050315 065125 ZTND 065160 065 065250 065315 AA 0160 0 0250 0315 160 250 315 125 125250 150 150250 150315 150400 150500 250 315 400 500 DA alternatively 002 GBC 1B 2B 2 18
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