Permanent Magnet Motor Catalogue · 2019. 3. 1. · 238v 265v 292v 343v 295 400 11.31 3.447 595 270 mps‐14560809 mps‐14560810 mps‐14560811 mps‐14560813 271v 303v 333v 392v

Permanent Magnet Motor Catalogue

MPS‐8368D

© Copyright Magnetic Pumping Solutions 2012‐2018. All rights reserved. Specifications subject to change without notice.


Magnetic Pumping Solutions manufactures 375, 456, 562 and 738 series permanent magnet submersible motors for ESP, PCP and high‐speed centrifugal pump operation.

Series 375 456 562 738

Outside diameter

3.75"95.3mm

4.56" 116mm

5.62"143mm

7.38"187mm

PMESP™ 356F (180C) rated insulation for most ESP applications.

PMESP™ 400F (204C) rated insulation for poorly cooled ESP applications.

PMPCP™ 356F (180C) rated insulation for PCP applications.


MPS‐8368D


The motor tables in this catalogue show a selection of the motors that we can supply. Your MPS Application Engineer has access to the full range of motors and will be happy to assist you in making the correct selection, considering the operating conditions, appropriate metallurgy, cable and life‐cycle cost.

The unique characteristics of MPS PM motors should be considered when selecting the pump. Both higher and lower speed operation can result in a smaller motor, or a motor that runs cooler. In PCP applications, the most economical solution will use the lowest displacement pump, something which is not feasible with conventional drive heads due to mechanical limitations.

Using the tables

The motor tables follow diameters and applications.

The characteristics of MPS PM motors allow the tables to be ordered by row for output capability and by column for different electrical windings, permitting easy review and selection.

All data is nominal for convenience of tabulation. Electrical nameplate data may vary slightly from that listed.

Our PM motors for ESP applications are specified at 3600 rpm, which is slightly faster than 60Hz induction motors.

Our PM motors for driving PC pumps are specified at 300rpm

and they directly drive the PC pump without requiring a gearbox. They provide greater reliability and a wider operating range, both on torque and speed than gearbox‐connected induction motor driven ESPCP systems. They extend the application range into deviated wells for heavy crude with and without gas. Steady speed operation eliminates rod‐driven system problems from rod and rotor breakages, premature pump wear, tubing wear and substantial rod power losses.

MPS PM motor’s outstanding thermal characteristics can be used to increase production by installing them in places where induction motors cannot go.

The motors share the same design, and in some cases, may be directly swapped between ESP and PCP applications, thereby reducing inventory.


MPS‐8368D


375 Series


MPS‐8368D


PMESP™ 375 series motors at 3600 rpm and 180oC (356oF)

Power Length Mass Voltage by current

hp kW ft m lb kg 87A 57A 42A 34A 20A

50 37 7.62 2.32 250 113

MPS‐13750406 MPS‐13750408 MPS‐13750410 MPS‐13750417

541V 725V 911V 1549V

75 56 10.35 3.16 340 155

MPS‐13750606 MPS‐13750608 MPS‐13750610 MPS‐13750617

816V 1092V 1372V 2327V

100 75 13.08 3.99 430 195

MPS‐13750806 MPS‐13750808 MPS‐13750810 MPS‐13750817

1091V 1459V 1833V 3110V

125 93 15.82 4.82 520 236

MPS‐13751006 MPS‐13751008 MPS‐13751010

1365V 1826V 2295V

150 112 18.55 5.66 610 277

MPS‐13751206 MPS‐13751208 MPS‐13751210

1640V 2193V 2756V

175 130 21.28 6.49 700 318

MPS‐13751406 MPS‐13751408 MPS‐13751410

1914V 2560V 3217V

200 149 24.02 7.32 790 359

MPS‐13751606 MPS‐13751608 MPS‐13751610

2189V 2930V 3678V

225 167 26.76 8.15 880 400 MPS‐13751804 MPS‐13751806 MPS‐13751808

1639V 2460V 3288V

250 149 24.02 8.98 960 461 MPS‐13752004 MPS‐13752006 MPS‐13752008

1822V 2732V 3654V

Apply suffix 0 to part number ‐ 180C Rated, Carbon Steel Head, Base and Housing Apply suffix 1 to part number ‐ 180C Rated, Carbon Steel Head, Base and Housing, Monel Coated Apply suffix 2 to part number ‐ 180C Rated, Stainless Steel Head, Base and Carbon Steel Housing Apply suffix 3 to part number ‐ 180C Rated, Stainless Steel Head, Base and Carbon Steel Housing, Monel Coated Apply suffix 4 to part number ‐ 180C Rated, Stainless Steel Head, Base and Housing


MPS‐8368D





50 37 7.62 2.32 250 113

MPS‐13750406 MPS‐13750408 MPS‐13750410 MPS‐13750417

541V 725V 911V 1549V

75 56 10.35 3.16 340 155

MPS‐13750606 MPS‐13750608 MPS‐13750610 MPS‐13750617

816V 1092V 1372V 2327V

100 75 13.08 3.99 430 195

MPS‐13750806 MPS‐13750808 MPS‐13750810 MPS‐13750817

1091V 1459V 1833V 3110V

125 93 15.82 4.82 520 236

MPS‐13751006 MPS‐13751008 MPS‐13751010

1365V 1826V 2295V

150 112 18.55 5.66 610 277

MPS‐13751206 MPS‐13751208 MPS‐13751210

1640V 2193V 2756V

175 130 21.28 6.49 700 318

MPS‐13751406 MPS‐13751408 MPS‐13751410

1914V 2560V 3217V

200 149 24.02 7.32 790 359

MPS‐13751606 MPS‐13751608 MPS‐13751610

2189V 2930V 3678V

225 167 26.76 8.15 880 400 MPS‐13751804 MPS‐13751806 MPS‐13751808

1639V 2460V 3288V

250 149 24.02 8.98 960 461 MPS‐13752004 MPS‐13752006 MPS‐13752008

1822V 2732V 3654V



MPS‐8368D


456 Series


MPS‐8368D


PMESP™ 456 series motors at 3600 rpm and 180oC (356oF) Power Length Mass Voltage by current

hp kW ft m lb kg 95A 67A 53A 47A 42A 36A

50 37 4.13 1.259 205 93

MPS‐14560207 MPS‐14560209 MPS‐14560210 MPS‐14560211 MPS‐14560213

400V 516V 572V 629V 747V

75 56 5.32 1.622 270 122


605V 780V 866V 951V 1130V

100 75 6.52 1.987 335 152


810V 1045V 1159V 1274V 1513V

125 93 7.72 2.353 400 181 MPS‐14560507 MPS‐14560509 MPS‐14560510 MPS‐14560511 MPS‐14560513

1016V 1311V 1454V 1597V 1897V

150 112 8.92 2.719 465 211


1222V 1576V 1748V 1921V 2282V

175 130 10.11 3.082 530 240


1427V 1841V 2042V 2244V 2666V

200 149 11.31 3.447 595 270


1633V 2107V 2336V 2567V 3050V

250 186 13.71 4.179 725 329

MPS‐14561007 MPS‐14561009 MPS‐14561010 MPS‐14561011

2045V 2638V 2925V 3214V

300 224 16.10 4.907 855 388 MPS‐14561205 MPS‐14561207 MPS‐14561209

1750V 2456V 3169V

350 261 18.50 5.639 985 447 MPS‐14561405 MPS‐14561407

2043V 2868V

400 298 20.89 6.367 1115 506 MPS‐14561605 MPS‐14561607

2337V 3279V



MPS‐8368D


PMESP™ 456 series motors at 3600rpm and 204oC (400oF)


hp kW ft m lb kg 95A 67A 53A 47A 42A 36A

50 37 4.13 1.259 205 93


400V 516V 572V 629V 747V

75 56 5.32 1.622 270 122


605V 780V 866V 951V 1130V

100 75 6.52 1.987 335 152


810V 1045V 1159V 1274V 1513V


1016V 1311V 1454V 1597V 1897V

150 112 8.92 2.719 465 211


1222V 1576V 1748V 1921V 2282V

175 130 10.11 3.082 530 240


1427V 1841V 2042V 2244V 2666V

200 149 11.31 3.447 595 270


1633V 2107V 2336V 2567V 3050V

250 186 13.71 4.179 725 329

MPS‐14561007 MPS‐14561009 MPS‐14561010 MPS‐14561011

2045V 2638V 2925V 3214V

300 224 16.10 4.907 855 388 MPS‐14561205 MPS‐14561207 MPS‐14561209

1750V 2456V 3169V

350 261 18.50 5.639 985 447 MPS‐14561405 MPS‐14561407

2043V 2868V

400 298 20.89 6.367 1115 506 MPS‐14561605 MPS‐14561607

2337V 3279V



MPS‐8368D


PMPCP™ 456 series motors at 300rpm and 180oC (356oF)

Torque Length Mass Voltage by current

lbs‐ft Nm ft m lb kg 78A 69A 54A 48A 43A 37A

148 200 6.52 1.987 335 152 MPS‐14560410 MPS‐14560411 MPS‐14560413

152V 168V 197V

184 250 7.72 2.353 400 181 MPS‐14560510 MPS‐14560511 MPS‐14560513

190V 209V 246V

221 300 8.92 2.719 465 211 MPS‐14560609 MPS‐14560610 MPS‐14560611 MPS‐14560613

204V 227V 251V 295V

258 350 10.11 3.082 530 240 MPS‐14560709 MPS‐14560710 MPS‐14560711 MPS‐14560713

238V 265V 292V 343V

295 400 11.31 3.447 595 270 MPS‐14560809 MPS‐14560810 MPS‐14560811 MPS‐14560813

271V 303V 333V 392V

369 500 13.71 4.179 725 329

MPS‐14561007 MPS‐14561009 MPS‐14561011 MPS‐14561013

264V 339V 416V 489V

443 600 16.10 4.907 855 388 MPS‐14561207 MPS‐14561209 MPS‐14561211

316V 406V 499V

516 700 18.50 5.639 985 447 MPS‐14561407 MPS‐14561409 MPS‐14561411

369V 474V 582V

590 800 20.89 6.367 1115 506 MPS‐14561606 MPS‐14561607

301V 420V

664 900 23.30 8.089 1245 447 MPS‐14561806 MPS‐14561807

405V 472V

838 1000 25.69 8.811 1375 506 MPS‐14562006 MPS‐14562007

449V 524V



MPS‐8368D


562 Series


MPS‐8368D





100 75 4.73 1.442 293 133 MPS‐15620210 MPS‐15620212 MPS‐15620214

902V 1101V 1272V

150 112 6.10 1.859 392 178 MPS‐15620310 MPS‐15620312 MPS‐15620314

1358V 1658V 1915V

200 149 7.47 2.277 492 223 MPS‐15620410 MPS‐15620412 MPS‐15620414

1815V 2215V 2558V

250 186 8.83 2.691 591 268 MPS‐15620510 MPS‐15620512 MPS‐15620514

2271V 2772V 3202V

300 224 10.20 3.109 690 313 MPS‐15620608 MPS‐15620610 MPS‐15620612

2169V 2727V 3330V

350 261 11.57 3.527 789 358 MPS‐15620708 MPS‐15620710

2533V 3184V

400 298 12.93 3.941 888 403 MPS‐15620808 MPS‐15620810

2896V 3640V

500 373 15.67 4.776 1087 493 MPS‐15621006 MPS‐15621008

2663V 3622V

600 447 18.41 5.612 1286 583 MPS‐15621206 MPS‐15621208

3197V 4348V

700 522 21.15 6.451 1485 674 MPS‐15621406

3731V



MPS‐8368D





100 75 4.73 1.442 293 133 MPS‐15620210 MPS‐15620212 MPS‐15620214

902V 1101V 1272V

150 112 6.10 1.859 392 178 MPS‐15620310 MPS‐15620312 MPS‐15620314

1358V 1658V 1915V

200 149 7.47 2.277 492 223 MPS‐15620410 MPS‐15620412 MPS‐15620414

1815V 2215V 2558V

250 186 8.83 2.691 591 268 MPS‐15620510 MPS‐15620512 MPS‐15620514

2271V 2772V 3202V

300 224 10.20 3.109 690 313 MPS‐15620608 MPS‐15620610 MPS‐15620612

2169V 2727V 3330V

350 261 11.57 3.527 789 358 MPS‐15620708 MPS‐15620710

2533V 3184V

400 298 12.93 3.941 888 403 MPS‐15620808 MPS‐15620810

2896V 3640V

500 373 15.67 4.776 1087 493 MPS‐15621006 MPS‐15621008

2663V 3622V

600 447 18.41 5.612 1286 583 MPS‐15621206 MPS‐15621208

3197V 4348V

700 522 21.15 6.451 1485 674 MPS‐15621406

3731V



MPS‐8368D


PMPCP™ 562 series motors at 300 rpm and 180oC (356oF)


lbf‐ft Nm ft m lb kg 111A 86A 68A 59A 48A

148 200 4.73 1.442 293 133 MPS‐15620212 MPS‐15620214

122V 143V

221 300 6.10 1.859 392 178 MPS‐15620310 MPS‐15620312 MPS‐15620314

153V 183V 215V

295 400 7.47 2.277 492 223 MPS‐15620408 MPS‐15620410 MPS‐15620412 MPS‐15620414

162V 204V 245V 287V

369 500 8.83 2.691 591 268 MPS‐15620508 MPS‐15620510 MPS‐15620512 MPS‐15620514

202V 255V 306V 359V

443 600 10.20 3.109 690 313 MPS‐15620608 MPS‐15620610 MPS‐15620612 MPS‐15620614

243V 305V 367V 431V

516 700 11.57 3.527 789 358 MPS‐15620708 MPS‐15620710 MPS‐15620712

283V 356V 428V

590 800 12.93 3.941 888 403 MPS‐15620806 MPS‐15620808 MPS‐15620810 MPS‐15620812

241V 324V 407V 490V

738 1000 15.67 4.776 1087 493 MPS‐15621006 MPS‐15621008 MPS‐15621010

302V 405V 496V

885 1200 18.40 5.608 1285 583 MPS‐15621206 MPS‐15621208

362V 486V

1033 1400 21.13 6.440 1483 673 MPS‐15621406

422V

1180 1600 23.86 7.273 1682 763 MPS‐15621606

483V

1328 1800 26.60 8.108 1880 853 MPS‐15621806

543V

1475 2000 29.33 8.940 2078 943 MPS‐15622006

603V



MPS‐8368D


738 Series


MPS‐8368D





125 93 4.59 1.4 320 145 MPS‐17380108 MPS‐17380110 MPS‐17380112 MPS‐17380114

685V 854V 1028V 1200V

250 186 5.91 1.8 480 218 MPS‐17380208 MPS‐17380210 MPS‐173802012 MPS‐17380214

2074V 2074V 2074V 2415V


1559V 2074V 2591V 3119V 3634V

500 373 9.19 2.8 800 364 MPS‐17380406 MPS‐17380308 MPS‐17380310 MPS‐17380312

2082V 2770V 3460V 4164V

625 466 10.83 3.3 960 436 MPS‐17380506 MPS‐17380508 MPS‐17380510

2605V 3465V 4328V

750 559 12.47 3.8 1120 509 MPS‐17380606 MPS‐17380608

3127V

875 652 13.78 4.2 1280 582 MPS‐17380706

3581V

1000 746 15.42 4.7 1440 655 MPS‐15620806

4172V



MPS‐8368D





125 93 4.59 1.4 320 145 MPS‐17380108 MPS‐17380110 MPS‐17380112 MPS‐17380114

685V 854V 1028V 1200V

250 186 5.91 1.8 480 218 MPS‐17380208 MPS‐17380210 MPS‐173802012 MPS‐17380214

2074V 2074V 2074V 2415V


1559V 2074V 2591V 3119V 3634V

500 373 9.19 2.8 800 364 MPS‐17380406 MPS‐17380308 MPS‐17380310 MPS‐17380312

2082V 2770V 3460V 4164V

625 466 10.83 3.3 960 436 MPS‐17380506 MPS‐17380508 MPS‐17380510

2605V 3465V 4328V

750 559 12.47 3.8 1120 509 MPS‐17380606 MPS‐17380608

3127V

875 652 13.78 4.2 1280 582 MPS‐17380706

3581V

1000 746 15.42 4.7 1440 655 MPS‐15620806

4172V



MPS‐8368D



480V & 690V PMVSD™


Lbf‐ft Nm ft m lb kg 132A 99A 79A 66A 56A

185 250 4.6 1.4 320 145 MPS‐17380110 MPS‐17380112 MPS‐17380114

84V 105V 120V

369 500 5.9 1.8 480 218 MPS‐17380208 MPS‐17380210 MPS‐17380212 MPS‐17380214

135V 167V 208V 239V


155V 202V 250V 311V 358V


207V 269V 333V 415V 477V


259V 316V 416V 518V 596V

1107 1500 12.5 3.8 1120 509 MPS‐17380606 MPS‐17380608 MPS‐17380610 MPS‐17380612

310V 403V 499V 621V

1292 1750 13.8 4.2 1280 582 MPS‐17380706 MPS‐17380708 MPS‐17380710

362V 470V 582V

1476 2000 15.4 4.7 1440 655 MPS‐15620806 MPS‐15620808 MPS‐15620810

414V 537V 665V

1661 2250 17.1 5.2 1600 728 MPS‐17380906 MPS‐17380908 MPS‐17380910

465V 604V 748V

1845 2500 18.7 5.7 1760 800 MPS‐15621006 MPS‐17381008

517V 671V



MPS‐8368D



1.5 kV PMVSD™


Lbf‐ft Nm ft m lb kg 99A 79A 66A 56A

1476 2000 15.4 4.7 1440 655 MPS‐15620808 MPS‐15620810 MPS‐156208012 MPS‐156208014

537V 665V 827V 952V

1661 2250 17.1 5.2 1600 728 MPS‐17380908 MPS‐17380910 MPS‐17380912 MPS‐17380914

604V 748V 930V 1051V

1846 2500 18.7 5.7 1760 800 MPS‐17381008 MPS‐17381010 MPS‐17381012 MPS‐17381014

671V 831V 1033V 1189V

2031 2750 20.3 6.2 1920 873 MPS‐17381108 MPS‐17381110 MPS‐17381112 MPS‐17381114

738V 915V 1137V 1308V

2216 3000 22.0 6.7 2080 945 MPS‐17381208 MPS‐17381210 MPS‐17381212 MPS‐17381214

805V 998V 1240V 1358V

2401 3250 23.6 7.2 2240 1018 MPS‐17381308 MPS‐17381310 MPS‐17381312 MPS‐17381314

872V 1081V 1343V 1545V

2586 3500 25.3 7.7 2400 1091 MPS‐17381408 MPS‐17381410 MPS‐17381412

939V 1164V 1446V

2771 3750 26.9 8.2 2560 1164 MPS‐17381508 MPS‐17381510 MPS‐173815112

1006V 1247V 1549V

2956 4000 28.5 8.7 2720 1236 MPS‐17381608 MPS‐17381610

1073V 1330V



MPS‐8368D


Motor Performance


MPS‐8368D


Understanding PMPCP™ Motor Performance


MPS‐8368D


Understanding PMESP™ Motor Performance


MPS‐8368D




MPS‐8368D



0

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0 10 20 30 40 50 60 70 80 90 100

Percent of Maxim

um

Load (Percent of Maximum)

738 PMESPTM Performance ‐ 3600 RPM

Voltage Current Efficiency Power Factor


MPS‐8368D


MPS PM motors have straightforward characteristics, each of which shows an advantage over conventional induction motors.

The generic performance curves for MPS PM motors illustrate the following points:

‐ Efficiency is very high over a wide range of power. ‐ Power factor is very high over the full range. ‐ Speed is constant and known ‐ the motor is synchronous and controlled.

These facts are due to the absence of the 40 ‐ 50% magnetising current, which in induction motors generates heat (the rotor and motor oil between the rotor and the stator is even hotter than the winding) and increases power losses in the cable.

The current used by MPS PM motors is entirely productive:

‐ Torque is linear with motor current. ‐ Idle current is negligible. ‐ MPS PM motors stabilise to a safe operating temperature when run indefinitely on the bench. ‐ Power factor is 100% at idle.

Voltage increases with load to maintain constant speed. This is the reason for the decline in power factor with load. It is not the result of magnetising current and does not result in motor losses. Moreover, it has no effect on cable current and so does not create additional cable power losses.


MPS‐8368D




MPS‐8368D



0

10

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30

40

50

60

70

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0 10 20 30 40 50 60 70 80 90 100

Percent of Maxim

um


738 PMPCPTM Performance ‐ 300 RPM

Surface Voltage Current Efficiency Power Factor Copper Temperature

0

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70

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0 10 20 30 40 50 60 70 80 90 100

Percent of Maxim

um


738 PMPCPTM Performance ‐ 600 RPM

Surface Voltage Current Efficiency Power Factor Copper Temperature


MPS‐8368D


The distinction between MPS PM motors that drive the PMPCP™ and PMESP™ applications is their operating speed. The same high torque permanent magnet motor will operate through a speed range from 50 to 7000 rpm.

MPS PM motors for PCP applications are specified at the conventional rated speed of PCPs, 300rpm. Eliminating rods also eliminates some of the speed restrictions and uncontrolled stick‐slip at the pump that are inherent in rod‐driven PCP systems. For this reason, additional curves for 600 rpm are also provided, permitting higher efficiency and lower system cost with the smaller displacement pumps and sand‐free fluids that support this speed. PCP suppliers are generally more comfortable with speeds of 100 ‐ 300rpm with large pumps. The MPS PMVSD™ drives are designed to work in this range and even right down to 50rpm: a total solution for rod‐less systems.

The generic performance curves for MPS PM motors illustrate the following:

‐ The efficiency has a high peak value which then declines with load. The reason is simple. Because of the low speed, the output power is low. The motor losses remain, so the efficiency must be lower. (In fact, at the same torque, the motor losses are lower than at ESP speeds due to the low friction losses.) Increased output using increased speed will increase the efficiency.

‐ The power factor is very high over the full range. ‐ The speed is constant and known ‐ the motor is synchronous and controlled.

These facts are due to the absence of magnetising current, which in induction motors generates heat (the rotors and the motor oil between the rotor and the stator are even hotter than the winding) and increases power losses in the cable.

The current used by MPS PM motors is entirely productive:

‐ Torque is linear with motor current. The 40 ‐ 50% idle current of induction motors is gone. MPS PM motors at PCP speeds stabilise to a touch‐safe temperature when run indefinitely on the bench. Power factor is 100% at idle.

‐ Voltage increases with load, to maintain constant speed. This is the reason for the decline in power factor with load. It is not the result of magnetising current and does not result in motor losses. Moreover, it has no effect on cable current and so does not create additional cable power losses.

Example. A pump requires 100% torque at 300rpm; motor efficiency is read from the first chart as 56%. An alternative smaller displacement pump may be used, that requires 50% torque at 600rpm. Efficiency is read from the second chart as 84%. Alternatively, a smaller motor can be selected.

Magnetic Pumping Solutions

One Ropley Business Park, The Dene, Ropley, Hampshire, SO24 0BG, United Kingdom.

Tel. +44 1962 773984

7211, Gessner Road, Houston, Texas, 77040, United States of America. Tel. +1 832 759 8988

P.O Box 37473, Ras Al Khaimah United Arab Emirates. Tel. +971 55 6229623

[email protected]

www.magneticpumpingsolutions.com

Documents

Permanent Magnet Motor Catalogue · 2019. 3. 1. · 238v 265v 292v 343v 295 400 11.31 3.447 595 270 mps‐14560809 mps‐14560810 mps‐14560811 mps‐14560813 271v 303v 333v 392v