10 hp Piston Air Motor, 1000 rpm, 72 Nm

This 10 hp pneumatic piston motor is designed for high-power industrial drive systems. The piston construction provides reliable performance, while flange mounting enables secure mechanical installation. The RC 1 1/4" port and 32 mm hose connection support high-flow compressed-air supply for heavy-duty pneumatic machinery.

Specification

Best For

• High-Power Pneumatic Drive Systems: Applications requiring up to 10 hp (7.5 kW) compressed-air power output.
• Heavy Industrial Machinery: Large equipment that requires stable rotary power and high torque transmission.
• Flange-Mounted Equipment: Machines designed for fixed flange installation and direct mechanical coupling.
• High-Airflow Systems: Applications with sufficient compressed-air capacity to provide up to 8000 L/min at 0.7 MPa.
• Demanding Operating Environments: Industrial areas where pneumatic drives are preferred due to dust, moisture, or potentially hazardous conditions.

Not Recommended For

1. Small Pneumatic Equipment: Applications that do not require high power or high air consumption.
2. Limited Air Supply Systems: Installations unable to provide adequate airflow and pressure.
3. Portable or Compact Machinery: Equipment with restricted installation space or weight limitations.
4. Flexible Mounting Requirements: Systems requiring foot or basic mounting instead of flange installation.
5. Energy-Sensitive Applications: Projects where compressed-air consumption needs to be minimized.

Size (unit: mm)

Tips: How Do I Match a 10 hp Piston Air Motor to the Load?

When selecting a 10 hp piston air motor, compare the driven equipment's required power, torque, and operating speed with the motor's rated specifications. This pneumatic piston motor provides 7.5 kW power, 72 Nm rated torque, and 1000 rpm rated speed, making it suitable for high-power rotary drive applications.

For proper motor sizing, consider both the starting load and continuous operating load. Applications with high starting resistance may require sufficient starting torque, while continuously operating loads should remain within the motor's recommended working range. Also check the required output speed and transmission arrangement, especially when the driven equipment operates at a different speed from the motor.

Matching the 10 hp piston air motor to the actual load helps prevent motor overload, unnecessary air consumption, and unstable operation, while supporting reliable performance and longer service life.