Small piston air motor with 1500 rpm free speed, 4.71 Nm starting torque, and 5.88 Nm stopping torque. The pneumatic piston motor offers low noise, lightweight construction, and long service life for reliable pneumatic drive performance.
Specification
| Model |
CCHN-HXHM5 |
| Power |
1/2 hp (0.37kW) |
| Gear Ratio |
1:1 |
| Rated Speed |
750 rpm |
| Rated Torque |
2.94 Nm |
| Free Speed |
1500 rpm |
| Air Consumption |
397 L/min |
| Air Pressure |
0.7 Mpa |
| Starting Torque |
4.71 Nm |
| Stopping Torque |
5.88 Nm |
| Mounting Type (Optional) |
Basic type/ flange type/ foot type |
| Port Size |
3/8" PT |
| Hose Inner Diameter |
10 mm |
| Weight |
7.5 kg |
| Certificate |
CE |
| Warranty |
12 months |
Best For
- Mining machinery and heavy-duty pneumatic equipment.
- Conveyor drives that need moderate speed and high starting torque.
- Material-handling equipment with frequent starts and stops.
- Pneumatic drive systems exposed to changing load conditions.
- Industrial machinery where compact size, low noise, and long service life are priorities.
Not Recommended For
- Precision motion systems with closed-loop speed or torque control.
- Machinery that must maintain constant torque as speed or load varies.
- Continuous-duty use near the motor's 5.88 Nm stopping torque.
- Loads above the 2.94 Nm rated torque or specified operating range.
- Setups without a reliable 0.7 MPa compressed-air supply.
Size (unit: mm)
Basic type

Flange type

Foot type

Details

Tips: How Do I Choose the Right Mounting Type?
The piston air motor is available in basic, flange, and foot mounting types. The basic type is suitable for installations where the motor is supported through the housing or connected directly to the driven equipment. The flange type provides a more secure and aligned connection for machinery with a matching flange interface. The foot type is a practical choice when the motor needs to be fixed to a mounting base or frame. When selecting a mounting type, consider the available installation space, shaft alignment, mounting surface, connection method, and load direction to ensure proper installation and stable operation.