Tension and torsion combined static bearing servo actuator is a device that outputs tensile force and torsional force in electro-hydraulic servo system. It is a key component of dynamic loading, primarily used in the fields of dynamic, static, and fatigue testing.
The system is mainly composed of a servo linear cylinder, servo swing cylinder, displacement sensor, Angle sensor, and the connection mechanism of the linear and swing cylinders, enabling precise closed-loop control.
◈ Working pressure: 21Mpa
◈ Max static tensile force: 300kN
◈ Max dynamic force: 240kN
◈ Piston rod diameter: Φ125mm
◈ Total tension stroke: 160mm
◈ Effective tension stroke: 150mm
◈ Max torsional static force: 1000Nm
◈ Max torsional dynamic force: 800Nm
◈ Total torsion Angle: 100°
◈ Effective torsion Angle: 90°
◈ Linear servo frequency: 0.01Hz-100Hz
◈ Oscillating servo frequency: 0.01Hz-50Hz
What are the primary applications for this servo actuator?
It is designed for dynamic, static, and fatigue testing in electro-hydraulic servo systems, providing combined tension and torsional force outputs.
What is the maximum static tensile force of the VLN model?
The maximum static tensile force is 300kN, while the maximum dynamic force reaches 240kN.
What frequency ranges can the actuator support?
The linear servo actuator supports frequencies from 0.01Hz to 100Hz, and the oscillating actuator supports 0.01Hz to 50Hz.
Can the torsion angle and stroke be customized?
Yes, as noted in the basic info, specifications like dimensions and cylinder positions can be customized based on specific user requirements.
What kind of control system does it use?
The system utilizes computer control with a variety of closed-loop control options via integrated displacement and angle sensors.
What is the accuracy grade and power requirement?
The actuator features an accuracy grade of 0.5 and requires an AC380V power source.
Xinli Technology
