Factory price hydraulic orbital motor with high performance shaft, can bear high pressure, high speed and high radial force. Mounting flanges of 2 bolts and 4 bolts, easy to install.
Specification
| Model |
CCHN-OMP-100 |
| Shaft Type (Optional) |
Flat Key, Splined |
| Flange Type (Optional) |
2 Bolts, 4 Bolts |
| Displacement |
100 cc/rev (100 cm3/rev) |
| Working Pressure |
15 MPa |
| Flow |
Continuous |
57 LPM |
| Intermittent |
68 LPM |
| Max.Speed |
Continuous |
558 rpm |
| Intermittent |
669 rpm |
| Pressure |
Continuous |
124 ∆Bar |
| Intermittent |
138 ∆Bar |
| Torque |
Continuous |
154 Nm |
| Intermittent |
173 Nm |
| Weight |
7kg |
Note:
- A simultaneous maximum torque and maximum speed are not recommended.
- ∆Bar refers to true pressure difference between inlet port and outlet port.
- Continuous Rating means that the motor may be run continuously at these ratings.
- Intermittent operation refers to that the motor running time must not exceed 10% per minute under this condition.
*To assure the best orbital motor life, run it for approximately one hour at 30% of rated pressure before application to full load. Be sure this motor is filled with fluid before any load applications.
Dimensions (Unit: mm)

L1=149mm
Hydraulic Orbital Motor Shaft (Unit: mm)

Flange Types (Unit: mm)


L=156mm
Details

Tips: Advantages of hydraulic orbital motors
The hydraulic orbital motor is a small, low-speed, high-torque hydraulic motor with a stator and rotor pair with one-shaft distribution and inserts. The advantages are as follows:
- The orbit motor is small in size and light in weight, and its dimensions are much smaller than other types of hydraulic motors with the same torque.
- Wide speed range, stepless speed regulation, minimum stable speed up to 15 rpm, convenient installation and arrangement, low investment cost.
- It can be used in series or parallel in the hydraulic system.
- The rotation inertia is small, and easy to start under load, both forward and reverse rotation can be used, and there is no need to stop when commutation.