The CCHN-HXHM16 is a heavy-duty pneumatic piston motor built for industrial equipment requiring substantial rotational force and dependable air-powered operation. Its flange-type construction supports secure mechanical integration, while the 1:1 transmission configuration provides direct power delivery for demanding drive applications. The motor uses a large Rc 1 1/4" air port with a 32 mm hose connection.
Specification
| Model |
CCHN-HXHM16 |
| Power |
15 hp (11.5kW) |
| Gear Ratio |
1:1 |
| Rated Speed |
700 rpm |
| Rated Torque |
156 Nm |
| Air Consumption |
11200 L/min |
| Air Pressure |
0.7 Mpa |
| Mounting Type |
Flange type |
| Port Size |
Rc 1 1/4" |
| Hose Inner Diameter |
32 mm |
| Certificate |
CE |
| Warranty |
12 months |
Best For
- 15 hp pneumatic drive systems requiring high torque and reliable rotary power
- Heavy-duty conveyors and material handling equipment with demanding load requirements
- Mining and bulk material handling machinery powered by compressed air
- Industrial mixers, rotary equipment, and processing machinery requiring substantial drive power
- Heavy industrial equipment where a pneumatic motor is preferred over an electric drive
Not Recommended For
- Light-duty pneumatic equipment that does not require 15 hp of motor power
- High-speed applications requiring operating speeds well above 700 rpm
- Compact pneumatic machinery with limited installation space for a large piston air motor
- Systems with limited compressed-air supply, due to the motor's 11200 L/min air consumption
- Precision motion applications requiring highly accurate speed or position control
Size (unit: mm)

Tips: How Should the Piston Air Motor Be Mounted?
The 15 hp piston air motor features a flange-type mounting configuration for direct integration with compatible driven equipment. Before installation, check the flange dimensions, bolt-hole pattern, shaft size, and available clearance to ensure proper mechanical compatibility. Align the motor shaft with the driven shaft carefully and avoid excessive radial or axial loads on the motor shaft. Use suitable mounting hardware and tighten fasteners evenly to maintain a secure connection. Proper alignment and rigid mounting can help reduce vibration, shaft wear, and unnecessary mechanical stress during operation.