Servo Hydraulic

Servo hydraulic systems are advanced mechanisms designed for delivering precise force and position control in various testing applications. These systems enable high-frequency dynamic testing with power ratings reaching up to 3,000 PSI and flow rates of 6.4 GPM, ensuring the utmost accuracy and repeatability in performance evaluations.

Common Applications

Material Testing

Fatigue Testing

Component Evaluation

Dynamic Testing

Mechanical Property Analysis

Stress Testing

Buying Guide

Servo Hydraulic Buying Guide

When selecting servo hydraulic systems, it is crucial to consider the specific requirements of your testing applications. These systems offer various specifications that can significantly impact performance outcomes.

Understanding the interplay of specifications like flow rate and pressure is essential in choosing the right system for your needs.

  • Verify power ratings, ensuring they meet your testing requirements (e.g., up to 3,000 PSI).
  • Check flow rate capabilities; a common benchmark is 6.4 GPM for dynamic applications.
  • Consider system compatibility with existing testing frames and grips.
  • Evaluate the system's ability to maintain precision under high-frequency conditions.

Frequently Asked Questions

What are servo hydraulic systems used for?
Servo hydraulic systems are primarily used in testing applications that require precise force and position control, including material fatigue testing and component evaluation.
What are the key specifications of hydraulic power supplies?
Hydraulic power supplies in servo systems typically offer power ratings up to 3,000 PSI and flow rates around 6.4 GPM, necessary for dynamic testing.
How do I ensure accurate calibration in servo hydraulic systems?
To ensure accurate calibration, regularly verify the system's pressure settings, flow rates, and check for system wear and tear in seals and valves.
What are the benefits of using an axial torsional test frame?
Axial torsional test frames provide precise axial and torsional load application, ideal for evaluating mechanical properties under complex stress states.