Partner Event

MRO Americas 2026 Featuring: Bauer

Discover how Ascential Test & Measurement Systems and Bauer are advancing MRO reliability at this year's landmark event. Schedule your meeting with our team at MRO Americas 2026.

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Fluid power Rotary motion

Radial cam piston motor test

Q: What are the key features of the Radial Cam Piston Motor Test system?

Key features include power up to 450 kW (600 HP), pressure capabilities to 350 Bar (5,000 PSI), flow rates to 1,800 LPM (450 GPM), and torque handling up to 40,000 FT-LBS. The system also supports circuits for integral valves such as flow priority valves.

Q: What tests does the Radial Cam Piston Motor Test system perform?

The system performs tests for proper assembly, volumetric and mechanical efficiency, case drain flow and cleanliness, starting pressure/torque, pressure and flow performance, and circuits for integral valves (e.g., flow priority valves).

Titan Radial Cam Piston Motor Test system for fluid power rotary motion applications. Systems are designed to accommodate the high torque capabilities of these motors. To test the motor under full load, the test system is designed to utilize two identical motors opposed to one another. The rotation imposed by rotating the interconnecting shaft between the motors.

Up to 450 kw (600 HP) Pressure to 350 Bar (5000 PSI) Flows to 1800 LPM (450 GPM) Torques to 40,000 FT-LBS Proper assembly Volumetric and mechanical efficiency Case drain flow and cleanliness Starting pressure/torque Pressure and flow performance Circuits for integral valves, e.g. flow priority valves Up to 450 kw (600 HP) Pressure to 350 Bar (5000 PSI) Flows to 1800 LPM (450 GPM) Torques to 40,000 FT-LBS Proper assembly Volumetric and mechanical efficiency Case drain flow and cleanliness Starting pressure/torque Pressure and flow performance Circuits for integral valves, e.g. flow priority valves

Proper assembly Volumetric and mechanical efficiency Case drain flow and cleanliness Starting pressure/torque Pressure and flow performance Circuits for integral valves (e.g. flow priority valves) Proper assembly Volumetric and mechanical efficiency Case drain flow and cleanliness Starting pressure/torque Pressure and flow performance Circuits for integral valves (e.g. flow priority valves)

Selected Capabilities

Up to 450 kw (600 HP)

Pressure to 350 Bar (5000 PSI)

Flows to 1800 LPM (450 GPM)

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Overview Features Specs Gallery FAQ Catalog

Overview

Systems are designed to accommodate the high torque capabilities of these motors. To test a motor under full load, the test system utilizes two identical motors opposed to one another. Rotation is imposed by driving the interconnecting shaft between the motors.

Key Features

Up to 450 kw (600 HP)

Pressure to 350 Bar (5000 PSI)

Flows to 1800 LPM (450 GPM)

Torques to 40,000 FT-LBS

Proper assembly

Volumetric and mechanical efficiency

Case drain flow and cleanliness

Starting pressure/torque

Pressure and flow performance

Circuits for integral valves, e.g. flow priority valves

Tests & Measurements

Proper assembly

Volumetric and mechanical efficiency

Case drain flow and cleanliness

Starting pressure/torque

Pressure and flow performance

Circuits for integral valves (e.g. flow priority valves)

Technical Specifications

Power	Up to 450 kw (600 HP)
Pressure	Pressure to 350 Bar (5000 PSI)
Flow	Flows to 1800 LPM (450 GPM)
Torque	Torques to 40,000 FT-LBS

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Frequently Asked Questions

What is the Radial Cam Piston Motor Test system?

The Ascential T&M Radial Cam Piston Motor Test system is designed for fluid power rotary motion applications. It accommodates the high torque capabilities of radial cam piston motors and tests them under full load by utilizing two identical motors opposed to one another, with rotation imposed by rotating the interconnecting shaft between the motors.

What are the key features of the Radial Cam Piston Motor Test system?

What tests does the Radial Cam Piston Motor Test system perform?

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Partner Event

MRO Americas 2026 Featuring: Bauer

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Radial cam piston motor test

Overview

Key Features

Tests & Measurements

Technical Specifications

Gallery

Frequently Asked Questions

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