Stainless Steel Rotator Pump
Application:
These NYP series rotator pumps are stainless steel pumps mostly used in transferring high viscous media such as resin, polyurethane , polyethylene and so on, the rotator pumps are highly used to transfer the high viscosity media and pipelining high viscous liquids such as asphalt, paint, adhesive, rubber, lubricant, crude, PA,PB,PC,PE,PS,HIPS,ABS,PP,PET,PVA etc.
Technical data
NYP0.78 Stainless Steel PumpModel | Diameter mm | Theoretical displacement L/1OOrev | Viscosity cSt | Shaft rotation speed (n) r/min | Differential pressure | Connection Mode | |||
0.4 | 0.6 | 0.8 | 1 | ||||||
Shaft Power(kw) Volume Flow Rate (Q)L/min | |||||||||
20 | 1390 | 0.17/9.3 | 0.23/9.0 | 0.28/8.8 | 0.32/8.6 | ||||
60 | 1390 | 0.18/9.5 | 0.24/9.2 | 0.28/9.0 | 0.33/8.9 | ||||
NYP0.78 | 15 | 0.78 | 200 | 1390 | 0.31/10.4 | 0.35/10.2 | 0.39/10.0 | 0.43/9.9 | G1/2" |
600 | 1390 | 0.39/10.4 | 0.44/10.3 | 0.48/10.3 | 0.52/10.2 | ||||
2000 | 910 | 0.23/6.8 | 0.27/6.8 | 0.30/6.8 | 0.33/6.7 | ||||
6000 | 720 | 0.24/5.4 | 0.31/6.1 | 0.30/6.8 | 0.40/6.8 |
Model | Diameter mm | Theoretical displacement L/1OOrev | Viscosity cSt | Shaft rotation speed (n) r/min | Differential pressure | Connection Mode | |||
0.4 | 0.6 | 0.8 | 1 | ||||||
Shaft Power(kw) Volume Flow Rate (Q)L/min | |||||||||
20 | 1400 | 0.38/28.4 | 0.49/27.5 | ||||||
60 | 1400 | 0.59/29.2 | 0.65/28.8 | ||||||
NYP2.3 | 25 | 2.3 | 200 | 1400 | 0.61/30.0 | 0.72/29.6 | G1" | ||
600 | 1400 | 0.92/31.9 | 0.96/31.7 | ||||||
2000 | 910 | 0.61/19.9 | 0.68/19.7 | ||||||
6000 | 720 | 0.77/16.32 | 0.83/16.2 |
Model | Diameter mm | Theoretical displacement L/1OOrev | Viscosity cSt | Shaft rotation speed (n) r/min | Differential pressure | Connection Mode | |||
0.4 | 0.6 | 0.8 | 1 | ||||||
Shaft Power(kw) Volume Flow Rate (Q)L/min | |||||||||
20 | 1450 | 0.69/46.7 | 0.94/45.9 | 1.18/45 | 1.44/43.4 | ||||
60 | 1450 | 0.81/47.5 | 1.09/46.7 | 1.37/45.9 | 1.57/44.7 | ||||
200 | 1450 | 1.06/49.7 | 1.31/49.2 | 1.56/48.8 | 1.79/47.3 | ||||
NYP3.6 | 40 | 3.6 | 600 | 1450 | 1.45/49.9 | 1.61/49.6 | 1.77/49.3 | 1.93/49 | |
2000 | 960 | 1.28/34.3 | 1.41/33.8 | 1.54/33.7 | 1.65/33.6 | Flange | |||
6000 | 640 | 1.08/23.0 | 1.18/22.9 | 1.28/22.9 | 1.37/22.8 | ||||
20000 | 583 | 1.22/20.5 | 1.24/20.4 | 1.25/20.4 | 1.38/20.3 | ||||
60000 | 455 | 0.84/16.3 | 0.91/16.2 | 0.98/16.1 | 1.01/16 |
Model | Diameter mm | Theoretical displacement L/1OOrev | Viscosity cSt | Shaft rotation speed (n) r/min | Differential pressure | Connection Mode | |||
0.4 | 0.6 | 0.8 | 1 | ||||||
Shaft Power(kw) Volume Flow Rate (Q)L/min | |||||||||
20 | 1450 | 1.36/98.1 | 1.8/96 | 2.0/94.7 | 2.4/93 | ||||
NYP7.0 NYP7.0A | 60 | 1450 | 1.45/99 | 1.9/97 | 2.2/96.4 | 2.6/95 | |||
200 | 1450 | 1.62/99.8 | 2.0/98 | 2.3/97.5 | 2.7/97 | ||||
40 | 600 | 960 | 1.4/62 | 1.6/65 | 1.8/44 | 2.0/64 | Thread | ||
7.0 | 2000 | 960 | 1.8/67 | 2.0/66 | 2.3/65 | 2.6/65 | |||
6000 | 640 | 1.5/44.5 | 1.7/44 | 1.8/44 | 2.0/44 | ||||
20000 | 583 | 1.6/40.5 | 1.9/40 | 2.1/40 | 2.2/40 | ||||
60000 | 455 | 1.46/31.5 | 1.8/31 | 1.9/31 | 2.0/31 |
Model | Diameter mm | Theoretical displacement L/1OOrev | Viscosity cSt | Shaft rotation speed (n) r/min | Differential pressure | Connection Mode | |||
0.4 | 0.6 | 0.8 | 1 | ||||||
Shaft Power(kw) Volume Flow Rate (Q)L/min | |||||||||
20 | 720 | 1.8/165 | 2.3/161 | 2.8/158 | 3.4/155 | ||||
60 | 720 | 2.0/166 | 2.6/164 | 3.1/162 | 3.7/158 | ||||
200 | 610 | 1.9/143 | 2.5/141 | 3.0/139 | 3.5/136 | ||||
NYP24 | 50 | 24 | 600 | 541 | 2.1/127 | 2.6/125 | 3.0/124 | 3.5/122 | |
2000 | 475 | 2.2/112 | 2.6/111 | 2.9/110 | 3.4/109 | Flange | |||
6000 | 357 | 2.0/85 | 2.3/84 | 2.6/83 | 2.9/83 | ||||
20000 | 303 | 1.9/72 | 2.2/72 | 2.4/72 | 2.6/71 | ||||
60000 | 228 | 1.6/54 | 1.8/54 | 2.0/54 | 2.3/54 |
Model | Diameter mm | Theoretical displacement L/1OOrev | Viscosity cSt | Shaft rotation speed (n) r/min | Differential pressure | Connection Mode | |||
0.4 | 0.6 | 0.8 | 1 | ||||||
Shaft Power(kw) Volume Flow Rate (Q)L/min | |||||||||
20 | 720 | 4.3/362 | 5.8/355 | 6.9/348 | 8.1/340 | ||||
NYP52 NYP52A | 60 | 720 | 4.7/364 | 6.2/358 | 7.3/352 | 7.5/346 | |||
200 | 610 | 4.6/309 | 5.9/304 | 6.9/300 | 8.0/294 | ||||
50 | 52 | 600 | 541 | 4.9/275 | 6.0/271 | 6.8/268 | 7.8/264 | ||
2000 | 475 | 5.0/243 | 5.9/238 | 6.6/237 | 7.6/235 | Thread | |||
6000 | 357 | 4.1/184 | 4.9/182 | 5.3/181 | 6.2/180 | ||||
20000 | 303 | 3.8/157 | 4.6/156 | 5.1/155 | 5.6/155 | ||||
60000 | 228 | 3.1/119 | 3.7/118 | 4.0/118 | 4.5/118 |
Model | Diameter mm | Theoretical displacement L/1OOrev | Viscosity cSt | Shaft rotation speed (n) r/min | Differential pressure | Connection Mode | |||
0.4 | 0.6 | 0.8 | 1 | ||||||
Shaft Power(kw) Volume Flow Rate (Q)L/min | |||||||||
20 | 615 | 5.2/471 | 6.9/461 | 8.5/451 | 10.0/433 | ||||
60 | 615 | 5.5/474 | 7.2/465 | 8.8/457 | 10.5/448 | ||||
200 | 544 | 5.7/421 | 7.2/414 | 8.6/408 | 10.1/401 | ||||
NYP80 | 80 | 80 | 600 | 479 | 6.0/372 | 7.3/367 | 8.5/362 | 9.8/356 | |
2000 | 417 | 6.5/326 | 7.7/322 | 8.9/319 | 10.1/315 | Flange | |||
6000 | 305 | 5.6/239 | 6.6/237 | 7.5/326 | 8.4/233 | ||||
20000 | 228 | 5.5/180 | 6.4/179 | 6.9/178 | 7.7/177 | ||||
60000 | 188 | 5.5/149 | 6.1/149 | 6.7/149 | 7.2/148 |
Model | Diameter mm | Theoretical displacement L/1OOrev | Viscosity cSt | Shaft rotation speed (n) r/min | Differential pressure | Connection Mode | |||
0.4 | 0.6 | 0.8 | 1 | ||||||
Shaft Power(kw) Volume Flow Rate (Q)L/min | |||||||||
20 | 615 | 6.7/660 | 9.2/647 | 11.2/634 | 13.6/622 | ||||
NYP111 NYP111A | 60 | 615 | 6.9/664 | 9.4/652 | 11.5/642 | 13.9/631 | |||
200 | 544 | 7.1/589 | 9.3/580 | 11.0/573 | 13.2/563 | ||||
80 | 111.4 | 600 | 479 | 7.3/521 | 9.5/514 | 11.1/508 | 13.1/502 | ||
2000 | 417 | 7.7/455 | 9.7/450 | 11.0/447 | 12.7/442 | Flange | |||
6000 | 305 | 6.9/335 | 8.4/332 | 9.4/331 | 10.6/328 | ||||
20000 | 228 | 6.3/251 | 7.5/250 | 8.2/249 | 9.2/248 | ||||
60000 | 188 | 6.2/209 | 7.1/208 | 7.6/208 | 8.5/207 |
Model | Diameter mm | Theoretical displacement L/1OOrev | Viscosity cSt | Shaft rotation speed (n) r/min | Differential pressure | Connection Mode | |||
0.4 | 0.6 | 0.8 | 1 | ||||||
Shaft Power(kw) Volume Flow Rate (Q)L/min | |||||||||
20 | 600 | 8.9/930 | 12.1/916 | 15.3/902 | 17.5/888 | ||||
60 | 600 | 9.4/935 | 12.6/922 | 15.8/910 | 19.0/898 | ||||
NYP160 | 100 | 160 | 200 | 550 | 12.3/866 | 15.3/859 | 18.3/852 | 21.3/845 | |
600 | 480 | 10.2/754 | 12.8/747 | 15.4/740 | 18.0/737 | Flange | |||
2000 | 355 | 9.1/560 | 11.1/556 | 13/552 | 15.1/548 | ||||
6000 | 319 | 10.0/505 | 11.7/502 | 13.5/500 | 15.2/497 |
Model | Diameter mm | Theoretical displacement L/1OOrev | Viscosity cSt | Shaft rotation speed (n) r/min | Differential pressure | Connection Mode | |||
0.4 | 0.6 | 0.8 | 1 | ||||||
Shaft Power(kw) Volume Flow Rate (Q)L/min | |||||||||
20 | 430 | 8.8/902 | 11.9/880 | 15.0/858 | 18.0/836 | ||||
60 | 430 | 9.0/909 | 12.0/890 | 15.0/871 | 18.0/852 | ||||
200 | 355 | 8.5/753 | 11.1/739 | 13.7/726 | 16.3/713 | ||||
NYP220 | 125 | 220 | 600 | 320 | 9.4/682 | 11.8/671 | 14.1/660 | 16.5/649 | |
2000 | 254 | 9.1/544 | 11.0/537 | 13.0/530 | 15.1/523 | Flange | |||
6000 | 244 | 10.1/483 | 11.9/478 | 13.6/473 | 15.4/468 | ||||
20000 | 160 | 9.1/347 | 10.5/345 | 11.9/343 | 13.3/341 | ||||
60000 | 117 | 8.4/256 | 9.4/255 | 10.4/254 | 11.4/253 |
Model | Diameter mm | Theoretical displacement L/1OOrev | Viscosity cSt | Shaft rotation speed (n) r/min | Differential pressure | Connection Mode | |||
0.4 | 0.6 | 0.8 | 1 | ||||||
Shaft Power(kw) Volume Flow Rate (Q)L/min | |||||||||
20 | 430 | 13.0/1306 | 18.0/1270 | 22.0/1235 | 26.0/1200 | ||||
60 | 430 | 13.0/1316 | 18.5/1285 | 22.0/1255 | 26.5/1225 | ||||
200 | 355 | 11.8/1091 | 15.5/1068 | 19.1/1046 | 22.8/1024 | ||||
NYP320 | 125 | 320 | 600 | 320 | 13.2/987 | 16.5/968 | 19.7/950 | 22.9/932 | |
2000 | 284 | 14.2/881 | 17.4/867 | 20.6/854 | 23.8/841 | Flange | |||
6000 | 222 | 13.7/693 | 16.2/684 | 18.7/675 | 21.2/666 | ||||
20000 | 168 | 13.2/529 | 15.3/525 | 17.3/522 | 19.4/519 | ||||
60000 | 125 | 12.0/397 | 13.7/396 | 15.3/395 | 16.9/394 |
Model | Diameter mm | Theoretical displacement L/1OOrev | Viscosity cSt | Shaft rotation speed (n) r/min | Differential pressure | Connection Mode | |||
0.4 | 0.6 | 0.8 | 1 | ||||||
Shaft Power(kw) Volume Flow Rate (Q)L/min | |||||||||
20 | 315 | 19.0/1921 | 26.0/1857 | 33.0/1794 | |||||
60 | 315 | 20.0/1940 | 26.4/1886 | 33.2/1832 | |||||
200 | 284 | 17.9/1756 | 24.0/1711 | 30.4/1666 | |||||
NYP650 | 150 | 650 | 600 | 253 | 17.6/1572 | 22.7/1534 | 28.9/1500 | ||
2000 | 196 | 15.7/1225 | 20.6/1201 | 24.5/1176 | Flange | ||||
6000 | 160 | 16.0/1008 | 19.8/993 | 22.3/978 | |||||
20000 | 117 | 13.6/745 | 16.5/738 | 19.2/731 | |||||
60000 | 100 | 15.0/645 | 17.2/643 | 19.5/640 |
Model | Diameter mm | Theoretical displacement L/1OOrev | Viscosity cSt | Shaft rotation speed (n) r/min | Differential pressure | Connection Mode | |||
0.4 | 0.6 | 0.8 | 1 | ||||||
Shaft Power(kw) Volume Flow Rate (Q)L/min | |||||||||
20 | 315 | 21.5/2135 | 29.4/2058 | 37.3/1980 | |||||
60 | 315 | 22.4/2157 | 29.8/2090 | 37.3/2026 | |||||
NYP727 | 200 | 280 | 19.6/1928 | 26.7/1874 | 33.5/1820 | ||||
150 | 727 | 600 | 245 | 19.6/1696 | 25.1/1652 | 31.2/1611 | |||
2000 | 200 | 18.7/1394 | 23.3/1363 | 28.5/1334 | Flange | ||||
6000 | 170 | 19.2/1195 | 23.3/1175 | 27.9/1155 | |||||
20000 | 125 | 17.0/888 | 20.1/878 | 23.3/868 | |||||
60000 | 100 | 16.8/720 | 19.5/717 | 22.3/713 |
Model | Diameter mm | Theoretical displacement L/1OOrev | Viscosity cSt | Shaft rotation speed (n) r/min | Differential pressure | Connection Mode | |||
0.4 | 0.6 | 0.8 | 1 | ||||||
Shaft Power(kw) Volume Flow Rate (Q)L/min | |||||||||
20 | 250 | 38.0/3852 | 52.0/3690 | 66.0/3529 | |||||
60 | 250 | 40.0/3900 | 54.0/3763 | 68.0/3626 | |||||
200 | 225 | 37.5/3535 | 50.0/3424 | 62.5/3313 | |||||
NYP1670 | 200 | 1670 | 600 | 195 | 37.0/3079 | 48.0/2990 | 58.6/2900 | ||
2000 | 160 | 35.0/2547 | 44.0/2485 | 53.0/2422 | Flange | ||||
6000 | 135 | 34.6/2177 | 42.0/2138 | 50.0/2100 | |||||
20000 | 112 | 35.0/1830 | 41.5/1810 | 48.0/1790 | |||||
60000 | 85 | 36.0/1405 | 35.7/1400 | 40.6/1392 |
Features:
1. Easy to exchange the seal ,maintenance without complex operation
2. The gap of gears is adjustable,
3. Roomy cavity allow to change packing without disassembling the pump,
4. High displacement pump can work in high pressure conditions
5. Casted temperature preservation layer in one piece, so no leakage and highly temperature insulation,
6. Several kinds packing seal together is more stronger than mechanical seal
Laifu manufactures various kind of industrial pumps, internal gear pump, external pumps, screw pumps and magnetic pumps, centrifugal pumps, with decades of manufacturing variant pumps, we have had several hundred pumps offering the markets.