Parker TB0195FP100AAAB Hydraulic Motor 1800 Psi 4 Bolt

Product Description

The PARKER TB0195FP100AAAB is a bi-rotational hydraulic motor designed for industrial and mobile hydraulic systems. It delivers a displacement of 11.9 cubic inches per revolution and operates at a maximum speed of 722 RPM under load, with a rated maximum pressure of 1,800 psi. The motor uses a 4-bolt flange mount configuration and accepts 1/2 inch NPT port connections, making it compatible with standard hydraulic plumbing. Shaft diameter measures 0.99 inches with a keyway depth of 0.62 inches. Weighing 13 pounds, this unit suits applications where a compact, direct-drive hydraulic motor is required. Installation is handled by hydraulic system technicians or industrial maintenance professionals.

The TB0195FP100AAAB belongs to the Parker TB Series of hydraulic motors and is suited for a range of industrial, agricultural, and mobile equipment applications. Its bi-rotational design allows shaft rotation in either direction without reconfiguration, providing installation flexibility in circuit design. The 4-bolt flange mount provides a secure, rigid attachment point for high-torque service environments. The motor is rated for fluid temperatures up to 180 degrees F, making it appropriate for standard hydraulic system operating conditions found in both stationary and mobile equipment.

Key Features

• Bi-rotational operation allows clockwise or counterclockwise shaft rotation
• 11.9 cubic inch per revolution displacement for consistent torque output
• Maximum operating pressure of 1,800 psi
• 4-bolt flange mount for rigid, high-torque installation
• 1/2 inch NPT port connections compatible with standard hydraulic plumbing
• Shaft diameter of 0.99 inches with 0.62 inch keyway depth for direct mechanical coupling

Compatibility

Designed as a Parker TB Series hydraulic motor for use in industrial and mobile hydraulic circuits requiring a 4-bolt flange mount, 1/2 inch NPT porting, and 11.9 cubic inch displacement.

Installation Notes

Installation should be performed by a qualified hydraulic systems technician. Depressurize and lock out the hydraulic circuit completely before removing or installing the motor. Verify that port connections are torqued to system specifications and that hydraulic fluid is compatible with motor seals before commissioning. Ensure the keyway and shaft coupling are properly secured before applying load.