Certification: | GS, RoHS, CE, ISO9001 |
---|---|
Type: | Gear Type |
MOQ: | 1 |
Suppliers with verified business licenses
B6K Orbit Hydraulic Motor
B6K Orbit Hydraulic Motor is also called the BM6 Orbit Hydraulic Motor in our factory.B6K series motor adapt the advanced Geroler set design with disc distribution. The displacement range is from 195cc/r to 985cc/r for selection. It can meet the requirements of various equipment speeds and torques.
Characteristic features:
1.Advanced manufacturing devices for the Geroler set which use low pressure of start-up, provide smooth and reliable operation and high efficiency.
2.The output shaft adapts in tapered roller bearings that permit high axial and radial forces. Thus can offer capacities of high pressure and high torque in the wide of applications.
3.Advanced design in disc distribution flow, which can automatically compensate in operating with high volume.efficiency and long life. This can also provide smooth and reliable operation.
This series of motors include:
BM6(B6K Standard) /B6KW (wheel motor) /B6KS (Bearingless )/B6KB(Hydraulic Motor with Brake) with different size and shape of flange and shaft.
You can choose the shaft and flange according to your needs.
The BM6 Orbit Hydraulic Motor is designed to operate in a wide range of environments. It is a sturdy and reliable motor that is ideal for use in different applications, such as construction machinery, agricultural machinery, and more.
In the construction industry, the BM6 hydraulic motor can be used in excavators, skid steers, and other heavy equipment. Its high torque and low speed capabilities make it perfect for powering the tracks or wheels of these machines, allowing them to move easily on rough terrain. It is also strong enough to withstand harsh weather conditions and tough working environments, ensuring that construction projects can continue uninterrupted.
Similarly, the agricultural industry can benefit from the use of the BM6 hydraulic motor. It is a great choice for use in tractors and other farm machinery, as well as in transport vehicles used for harvesting and distribution. With its efficient energy transmission and high torque, the BM6 motor can help to increase productivity and reduce the time required for certain tasks.
Overall, the BM6 Orbit Hydraulic Motor is a versatile and durable motor that is ideal for use in a variety of environments. Whether it is in construction, agriculture, or any other industry, this motor can be relied upon to provide reliable performance and efficient power transmission. So, if you are looking for a motor that can stand up to tough working conditions, the BM6 Orbit Hydraulic Motor is definitely worth considering.
Displ. cm3/r | 195 | 245 | 310 | 390 | 490 | 625 | 800 | 985 | |
Flow (LPM) |
Continuous | 150 | 150 | 150 | 150 | 150 | 150 | 150 | 150 |
Intermittent | 170 | 210 | 225 | 225 | 225 | 225 | 225 | 225 | |
Speed (RPM) |
Continuous | 775 | 615 | 698 | 387 | 307 | 241 | 184 | 153 |
Intermittent | 866 | 834 | 485 | 570 | 454 | 355 | 278 | 230 | |
Pressure (bar) |
Continuous | 170 | 170 | 170 | 170 | 170 | 120 | 120 | 120 |
Intermittent | 275 | 275 | 275 | 275 | 240 | 140 | 140 | 140 | |
Torque (N.m) |
Continuous | 475 | 615 | 775 | 965 | 1215 | 1125 | 1380 | 1570 |
Intermittent | 770 | 980 | 1225 | 1455 | 1685 | 1330 | 1650 | 1875 |
B6K-195 Pressure:MPa |
Max Continuous |
Max Intermittent |
|||||||||||
Flow(LPM) | 3.5 | 7 | 10.5 | 14 | 17.5 | 20 | 24 | 27.5 | 30 | ||||
8 | 76 38 |
168 35 |
262 34 |
345 31 |
438 27 |
465 16 |
|||||||
15 | 81 75 |
174 74 |
270 71 |
365 65 |
455 60 |
510 45 |
580 32 |
640 16 |
|||||
30 |
85 151 |
175 147 |
275 142 |
370 132 |
465 121 |
540 109 |
615 96 |
700 80 |
765 60 |
||||
45 |
85 227 |
180 223 |
280 218 |
375 210 |
470 200 |
535 185 |
650 165 |
740 146 |
805 111 |
||||
60 | 80 305 |
178 300 |
282 300 |
380 288 |
475 280 |
565 255 |
660 235 |
750 210 |
825 170 |
||||
75 | 78 380 |
175 376 |
275 370 |
378 362 |
480 350 |
565 328 |
670 300 |
760 270 |
840 230 |
||||
90 | 75 456 |
172 452 |
270 445 |
375 436 |
475 420 |
565 405 |
660 383 |
765 355 |
|||||
105 | 70 534 |
170 530 |
170 523 |
270 510 |
370 496 |
470 470 |
560 435 |
760 400 |
|||||
120 | 67 610 |
166 605 |
265 598 |
360 650 |
465 570 |
560 536 |
660 502 |
755 450 |
|||||
Max Continuous |
135 | 65 687 |
160 680 |
260 672 |
360 650 |
465 638 |
560 595 |
655 550 |
750 485 |
||||
150 | 60 765 |
155 755 |
258 740 |
356 725 |
450 700 |
550 640 |
650 580 |
||||||
Max Intermittent |
170 | 60 865 |
155 850 |
255 840 |
350 820 |
450 800 |
545 745 |
640 700 |
B6K-245 Pressure:MPa |
Max Continuous |
Max Intermittent |
|||||||||||
Flow(LPM) | 3.5 | 7 | 10.5 | 14 | 17.5 | 20 | 24 | 27.5 | 30 | ||||
8 | 103 57 |
215 27 |
335 24 |
440 21 |
550 15 |
560 10 |
|||||||
15 | 105 57 |
220 55 |
340 52 |
455 46 |
570 40 |
640 37 |
745 28 |
850 10 |
960 5 |
||||
30 |
110 116 |
232 113 |
352 110 |
470 105 |
600 96 |
685 80 |
790 64 |
900 48 |
1020 35 |
||||
45 |
110 177 |
235 174 |
355 170 |
475 164 |
610 155 |
705 140 |
840 125 |
94 105 |
1050 90 |
||||
60 | 110 240 |
230 237 |
350 233 |
480 224 |
615 212 |
705 198 |
845 180 |
955 165 |
1080 140 |
||||
75 | 105 298 |
230 292 |
355 285 |
485 278 |
620 268 |
710 254 |
850 230 |
960 206 |
1080 182 |
||||
90 | 105 360 |
225 352 |
350 342 |
480 338 |
615 322 |
710 305 |
845 288 |
955 265 |
|||||
105 | 100 420 |
220 415 |
340 410 |
475 395 |
610 375 |
705 355 |
840 335 |
950 315 |
|||||
120 | 95 480 |
210 470 |
340 465 |
470 455 |
590 445 |
700 420 |
830 385 |
940 365 |
|||||
135 | 85 540 |
205 535 |
325 525 |
460 515 |
580 505 |
690 480 |
820 445 |
||||||
Max Continuous |
150 | 80 605 |
200 600 |
320 595 |
450 580 |
570 565 |
680 535 |
815 495 |
|||||
170 | 65 685 |
190 680 |
315 665 |
440 650 |
560 635 |
675 600 |
750 565 |
||||||
185 | 185 750 |
310 745 |
430 730 |
545 710 |
570 655 |
||||||||
Max Intermittent |
205 | 175 830 |
300 820 |
415 800 |
536 775 |
525 735 |
B6K-310 Pressure:MPa |
Max Continuous |
Max Intermittent |
|||||||||||
Flow(LPM) | 3.5 | 7 | 10.5 | 14 | 17.5 | 20 | 24 | 27.5 | 30 | ||||
8 | 135 23 |
280 22 |
410 20 |
540 16 |
650 13 |
750 10 |
880 3 |
||||||
15 | 135 45 |
285 44 |
435 41 |
565 36 |
690 30 |
810 22 |
940 16 |
1010 9 |
1035 3 |
||||
30 |
135 90 |
295 90 |
440 85 |
600 80 |
740 70 |
880 65 |
990 52 |
1100 45 |
1180 30 |
||||
45 |
140 140 |
300 135 |
460 130 |
610 125 |
750 120 |
900 118 |
1035 95 |
1165 85 |
1300 72 |
||||
60 | 140 189 |
300 185 |
460 182 |
615 175 |
775 165 |
920 155 |
1055 138 |
1200 125 |
1325 105 |
||||
75 | 135 237 |
295 235 |
455 230 |
615 225 |
780 215 |
920 200 |
1065 180 |
1215 160 |
|||||
90 | 130 285 |
290 280 |
450 275 |
615 270 |
780 260 |
920 245 |
1070 225 |
1220 210 |
|||||
105 | 125 335 |
280 330 |
445 325 |
605 315 |
770 300 |
915 290 |
1070 270 |
1205 250 |
|||||
120 | 120 385 |
280 380 |
440 375 |
600 365 |
765 350 |
910 335 |
1055 315 |
||||||
135 | 115 430 |
275 420 |
435 415 |
585 410 |
760 390 |
900 380 |
1050 350 |
||||||
Max Continuous |
150 | 110 475 |
270 465 |
420 455 |
570 450 |
755 435 |
880 420 |
1030 395 |
|||||
190 | 100 595 |
245 580 |
375 575 |
520 560 |
685 550 |
820 530 |
|||||||
Max Intermittent |
225 | 220 690 |
350 685 |
500 675 |
640 650 |
770 635 |
B6K-390 Pressure:MPa |
Max Continuous |
Max Intermittent |
|||||||||||
Flow(LPM) | 3.5 | 7 | 10.5 | 14 | 17.5 | 20 | 24 | 27.5 | 30 | ||||
8 | 180 18 |
370 17 |
555 16 |
730 14 |
885 12 |
1025 9 |
1195 4 |
||||||
15 | 185 37 |
375 36 |
560 35 |
740 33 |
930 28 |
1070 22 |
1265 14 |
1380 5 |
1625 1 |
||||
30 |
185 74 |
380 73 |
575 70 |
760 68 |
960 65 |
1135 55 |
1315 45 |
1455 30 |
1625 20 |
||||
45 |
185 113 |
385 111 |
580 108 |
765 105 |
970 100 |
1145 90 |
1335 80 |
1530 75 |
|||||
60 | 180 155 |
380 150 |
580 145 |
770 140 |
975 135 |
1155 125 |
1345 110 |
||||||
75 | 180 190 |
380 190 |
580 185 |
775 180 |
980 175 |
1160 160 |
1355 150 |
||||||
90 | 175 230 |
375 225 |
570 225 |
765 220 |
975 210 |
1155 200 |
|||||||
105 | 165 267 |
360 265 |
560 260 |
760 255 |
965 245 |
1150 230 |
|||||||
120 | 160 305 |
355 305 |
550 298 |
745 290 |
950 275 |
1140 265 |
|||||||
135 | 155 345 |
340 335 |
545 330 |
735 320 |
940 310 |
1120 295 |
|||||||
Max Continuous |
150 | 145 380 |
320 375 |
530 370 |
730 360 |
925 350 |
|||||||
190 | 130 485 |
300 765 |
515 470 |
730 455 |
915 445 |
||||||||
Max Intermittent |
225 | 285 570 |
500 560 |
710 550 |
895 535 |
B6K-490 Pressure:MPa |
Max Continuous |
Max Intermittent |
|||||||||||
Flow(LPM) | 3.5 | 7 | 10.5 | 14 | 17.5 | 20 | 24 | 27.5 | |||||
8 | 240 14 |
475 13 |
705 12 |
940 11 |
1165 8 |
1375 3 |
|||||||
15 | 235 29 |
480 29 |
720 28 |
960 27 |
1190 25 |
1400 21 |
1625 17 |
1880 12 |
|||||
30 |
235 59 |
485 58 |
735 57 |
975 55 |
1215 50 |
1445 45 |
1685 35 |
||||||
45 |
235 90 |
485 89 |
735 87 |
975 85 |
1215 78 |
1450 70 |
|||||||
60 | 235 120 |
480 120 |
730 118 |
975 115 |
1220 108 |
1460 95 |
|||||||
75 | 225 150 |
470 149 |
725 145 |
970 140 |
1220 135 |
||||||||
90 | 220 182 |
465 180 |
720 178 |
965 175 |
1215 168 |
||||||||
105 | 205 212 |
460 210 |
710 206 |
960 201 |
1210 195 |
||||||||
120 | 195 245 |
450 240 |
700 235 |
950 225 |
1205 220 |
||||||||
135 | 175 273 |
435 275 |
680 265 |
935 255 |
1170 250 |
||||||||
Max Continuous |
150 | 155 305 |
420 300 |
665 290 |
920 285 |
1150 280 |
|||||||
190 | 130 385 |
360 380 |
580 375 |
865 365 |
|||||||||
Max Intermittent |
225 | 320 455 |
555 440 |
800 432 |
B6K-625 Pressure:MPa |
Max Continuous |
Max Intermittent |
|||||||||||
Flow(LPM) | 3.5 | 7 | 10.5 | 14 | 17.5 | 20 | 22.5 | ||||||
8 | 265 12 |
540 11 |
805 10 |
1050 5 |
|||||||||
15 | 280 23 |
585 22 |
865 21 |
1085 15 |
1425 13 |
||||||||
30 |
295 47 |
605 45 |
925 42 |
1270 38 |
1480 35 |
1780 30 |
1890 25 |
||||||
45 |
295 71 |
610 70 |
920 68 |
1330 65 |
1465 58 |
1770 50 |
|||||||
60 | 285 94 |
605 90 |
915 85 |
1330 83 |
1465 78 |
||||||||
75 | 275 119 |
595 116 |
915 112 |
1325 105 |
|||||||||
90 | 260 145 |
585 140 |
905 135 |
1310 130 |
|||||||||
105 | 255 167 |
575 165 |
895 160 |
1305 152 |
|||||||||
120 | 235 191 |
560 186 |
880 182 |
1280 175 |
|||||||||
135 | 220 215 |
540 212 |
855 207 |
||||||||||
Max Continuous |
150 | 200 239 |
525 236 |
840 233 |
|||||||||
190 | 465 300 |
795 290 |
|||||||||||
Max Intermittent |
225 | 430 360 |
740 348 |
B6K-800 Pressure:MPa |
Max Continuous |
Max Intermittent |
|||||||||||
Flow(LPM) | 3.5 | 5 | 7 | 8.5 | 10.5 | 12 | 14 | 15.5 | 17.5 | ||||
8 | 355 9 |
540 8 |
725 8 |
955 7 |
1080 6 |
1275 5 |
1360 4 |
||||||
15 | 370 18 |
565 17 |
758 17 |
980 16 |
1130 15 |
1265 14 |
1420 12 |
1655 10 |
1880 9 |
||||
30 |
385 35 |
590 34 |
795 33 |
1005 32 |
1200 31 |
1330 29 |
1580 28 |
1740 25 |
|||||
45 |
385 55 |
590 54 |
800 53 |
1015 52 |
1200 52 |
1380 50 |
1550 48 |
||||||
60 | 380 73 |
580 72 |
790 70 |
1015 69 |
1200 67 |
1345 65 |
|||||||
75 | 370 92 |
575 92 |
782 88 |
1000 87 |
1185 85 |
1365 82 |
|||||||
90 | 360 111 |
560 110 |
765 108 |
990 105 |
1170 102 |
||||||||
105 | 340 129 |
555 128 |
750 127 |
972 125 |
1155 120 |
||||||||
120 | 325 148 |
545 145 |
735 143 |
945 140 |
1130 135 |
||||||||
135 | 305 167 |
525 165 |
710 160 |
910 158 |
|||||||||
Max Continuous |
150 | 270 185 |
500 183 |
680 180 |
880 176 |
||||||||
190 | 300 235 |
475 233 |
660 230 |
855 226 |
|||||||||
Max Intermittent |
225 | 423 280 |
612 276 |
830 272 |
B6K-985 Pressure:MPa |
Max Continuous |
Max Intermittent |
|||||||||||
Flow(LPM) | 3.5 | 5 | 7 | 8.5 | 10.5 | 12 | 14 | ||||||
8 | 470 7 |
695 6 |
945 6 |
1170 5 |
1415 4 |
1560 3 |
1675 2 |
||||||
15 | 485 15 |
715 15 |
965 14 |
1200 14 |
1445 13 |
1580 13 |
1780 12 |
||||||
30 |
495 30 |
720 30 |
995 29 |
1235 28 |
1480 27 |
1640 25 |
1860 23 |
||||||
45 |
495 45 |
720 44 |
1000 44 |
1250 43 |
1490 42 |
1700 40 |
|||||||
60 | 490 60 |
715 60 |
990 58 |
1245 56 |
1500 55 |
||||||||
75 | 475 76 |
710 76 |
980 75 |
1230 73 |
1485 70 |
||||||||
90 | 460 91 |
705 91 |
960 90 |
1215 88 |
1465 85 |
||||||||
105 | 445 106 |
690 105 |
940 105 |
1195 103 |
1440 100 |
||||||||
120 | 420 122 |
665 121 |
920 119 |
1155 116 |
|||||||||
135 | 390 137 |
635 136 |
890 135 |
1120 134 |
|||||||||
Max Continuous |
150 | 360 151 |
605 150 |
860 148 |
1080 145 |
||||||||
190 | 320 195 |
575 190 |
820 188 |
1040 185 |
|||||||||
Max Intermittent |
225 | 515 230 |
800 225 |
1020 224 |
1 | 2 | 3 | 4 | 5 | 6 | 7 | |||||
Code | Displ.(CC/r) | Flange Pilot Dia. | Output Shaft | Port(A/B)and Drain Port(T) | Rotation Direction |
Paint | |||||
B6K B6KW B6KS |
195 | F1 |
Square-flange,4-ф14 holes on pilot Dia. φ125φ160 Dia.Bolt Circle | A1 |
Splined 6D-40X35X10 |
P1 |
(AB):G1 (A/B):G1 (T): G114 |
R | Standard | N | No paint |
245 | F2 |
Square-flange,4-φ14.5 holes on φ162 Dia.Bolt Circle Pilot Dia. φ127 | A2 | Cylindrical shaft φ38.1 Parallel key A9.53x9.53x45 |
P2 |
(A/B): M33X2 (T): M14X1.5 |
Q | Blue |
|||
310 | F3 |
Square-flange,4-φ17 holes on φ162 Dia.Bolt Circle Pilot Dia. φ127 | A3 | Splined 8D-42X36X7 |
P3 |
(A/B):1-5/16-12UN (T):7/16-20UNF |
|||||
390 | F4 |
Sqyare-flange,4-φ18 holes on φ200 Dia.Bolt Circle ,Pilot Dia.φ160 |
A4 | Cylindrical shaft φ42Parallel key A12X8X63 | P4 | (A/B):G3/4 (T): G1/4 |
|||||
490 | F5 |
4 Bolt(Wheel Motor) Pilot Dia.φ139.7 |
A5 | Cylindrical shaft φ40 Parallel key 12X8X45 |
P5 | (A/B): M27X2 0-ring H(T): G1/4 |
|||||
P6 | (A/B):1-1/16-12UNF O-ring (T):7/16-20UNF ,0-ring |
||||||||||
625 | F6 |
Flange(Bearingless motor) Pilot Dia.φ127 |
A6 | Cylindrical shaft φ40 Parallel key A12X8X65 |
P7 | (A/B):φ16 (T):M14X1.5 4-M12Manifold Mount |
L | Opposite | B | Black |
|
800 | A7 | Splined 6D-35X29X10 |
P8 | (A/B):φ16 (T): M14X1.5 4-M12Manifold Mount |
|||||||
A8 | Splined 17-DP12/24,Z17 | P9 | (A/B):φ19 (T):7/16-20UNF 8x3/8-16UNC Manifold Mount |
||||||||
S | Silver gray |
||||||||||
A9 | Involute splined shaft m=2.5,z=17,a=30° |
P10 | (A/B): G1 (T): G1/4 |
4-M12 Manifold Mount |
|||||||
A10 | Splined 8D-42X36X7 | P11 | (A/B): G314 (T):G1/4 |
||||||||
985 | A11 | Cylindrical shaft φ50 Parallel key A14X9X70 |
P12 | (A/B): M33X2 (T): M14X1.5 |
|||||||
A12 | Cylindrical shat φ40 Parallel key A12X8X70 |
P13 | (A/B):M27X2 (T): M14X1.5 |
||||||||
A13 | Tapered φ44.425,taper1:8 Paralell key B11.13X11.13X30 |
P14 | (A/B): 1-5/16-12UN (T): 7/16-20UNF |
||||||||
A14 | Tapered φ45 shaft,taper1:10 Parallel key 12X8X32 |
P15 | (A/B):G1/2(18) (T):G1/4 |
||||||||
A15 | Splined Pitch 8.5/17 Number of teeth 12 |
P16 | (A/B): M22X1.5. (T): M14X1.5 |
||||||||
P17 | (A/B): M18X1.5, (T): M14X1.5 |
||||||||||
P18 | (A/B): M24X1.5 (T):M14X1.5 |
||||||||||
P19 | (A/B):φ16 (T):M14X1.5 |
||||||||||
P20 | (A/B): G3/4 (T): G1/4 |
4-M10 Manifold Mount |
|||||||||
P21 | (A/B): M27X2, (T): M14X1.5 |
||||||||||
P22 | (A/B): M22X1.5 (T): M14X1.5 |
||||||||||
P23 | (A/B): 7/8-14UNF, (T): 7/16-20UNF |
||||||||||
P24 | (A/B): 1-1/16-12UN, (T):9/16-18UNF |
Q1: What is the delivery date after an order is placed?
A: It depends on whether the products you buy are in stock. If we have inventory, we can arrange shipment in 2 to 3 days. If not, the delivery time is determined by the production time of the factory.
Q2: If the products do not meet the requirements, how to solve the problem?
A: If the products do not conform to the customer's samples or have quality problems, our company will be responsible.
Q3: How to calculate torque?
A: The calculation formula is as follows:
Torque (Nm) = Displacement (cc/rev) x Working Pressure (MPa) x 0.16 (Factor)
According to the functional theorem: Vm (ml per radian) × w (radian per second) × p (MPa, differential pressure) × (total hydraulic motor efficiency) = w (radian per second) × T (Nm); so T =Vm×P×η; where the milliliter per radian of Vm is converted into milliliter per revolution and needs to be divided by 2π, which is multiplied by 0.16.
The displacement can be seen from the product label. The working pressure depends on the pressure gauge at the entrance of the orbit hydraulic motor. Knowing these two values, you can calculate the output torque of the orbit hydraulic motor at this time.
Q4: What kind of Motor circuit is there?
A: Hydraulic motor circuit has series and parallel connection.