Tension and torsion combined static bearing servo actuator is a high-performance device that outputs tensile and torsional forces within an electro-hydraulic servo system. As a key component of dynamic loading, it is primarily utilized in dynamic, static, and fatigue testing. The system integrates a servo linear cylinder, servo swing cylinder, displacement sensors, and angle sensors to achieve precise closed-loop control.
Key Specifications
✓Max Static Tensile Force: 300kN
✓Max Dynamic Force: 240kN
✓Piston Rod Diameter: Φ125mm
✓Effective Tension Stroke: 150mm
✓Max Torsional Static Force: 1000Nm
✓Max Torsional Dynamic Force: 800Nm
✓Effective Torsion Angle: 90°
✓Linear Working Freq: 0.01Hz-100Hz
✓Oscillating Working Freq: 0.01Hz-50Hz
✓Compound Freq: 0.01Hz-10Hz
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Frequently Asked Questions
What is the primary use of this tension and torsion combined actuator?
It is mainly used in electro-hydraulic servo systems for dynamic, static, and fatigue testing by outputting both tensile and torsional forces.
What are the key components of the servo actuator system?
The system consists of a servo linear cylinder, a servo swing cylinder, displacement and angle sensors, and a specialized connection mechanism.
What is the maximum independent working frequency for the linear actuator?
The linear servo actuator can operate independently at a frequency ranging from 0.01Hz to 100Hz.
What is the effective torsion angle of this equipment?
The equipment provides an effective torsion angle of 90°, with a total torsion angle capability of up to 100°.
Does the system support compound working modes?
Yes, it supports compound working frequencies ranging from 0.01Hz to 10Hz for complex testing requirements.
What is the required power source and working pressure?
The unit operates on an AC380V power source and maintains a working pressure of 21MPa.
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