Parker TB0230FP100AAAB Hydraulic Motor 13.9 Cu in 4 Bolt

Product Description

The PARKER TB0230FP100AAAB is a bi-rotational hydraulic motor in the TB series, designed for industrial and mobile hydraulic systems. It delivers a displacement of 13.9 cubic inches per revolution and operates at a maximum speed of 722 RPM under standard conditions, with a speed at maximum pressure of 932 RPM. The motor is rated for up to 1,800 psi and handles fluid ports sized at 1/2 inch NPT. Weighing 13 pounds, it is built for demanding applications where reliable torque output and flexible rotation direction are required. Licensed hydraulic system technicians and industrial maintenance professionals are the typical installers.

The TB0230FP100AAAB suits applications in industrial machinery, mobile equipment, and hydraulic power unit assemblies where a compact, 4-bolt flange-mounted motor is needed. Its bi-rotational design allows the motor to be integrated into systems requiring either clockwise or counterclockwise shaft rotation without requiring a separate variant. The 1/2 inch NPT port configuration is common in mid-range hydraulic circuits found in agricultural, construction, and manufacturing equipment.

Key Features

• Bi-rotational operation supports clockwise and counterclockwise shaft rotation
• 13.9 cubic inch displacement per revolution for consistent torque output
• Maximum operating pressure of 1,800 psi
• 4-bolt flange mount for secure, low-vibration installation
• 1/2 inch NPT port size compatible with standard hydraulic line fittings
• 0.99 inch shaft diameter with 0.62 inch keyway depth for positive drive coupling

Compatibility

Designed as an OEM-style replacement or direct-fit hydraulic motor for systems requiring a TB series motor with 4-bolt flange mount, 13.9 cubic inch displacement, and 1/2 inch NPT porting.

Installation Notes

Installation should be performed by a qualified hydraulic technician. Depressurize and lock out the hydraulic system completely before removing the existing motor or making any port connections. Ensure all fittings and hydraulic lines are rated for at least the system's maximum operating pressure before startup. Verify shaft coupling alignment and keyway engagement before applying load to avoid premature bearing or seal wear.