Product Overview
The tension and torsion combined static bearing servo actuator is a high-precision device designed to output tensile and torsional forces within electro-hydraulic servo systems. As a critical component of dynamic loading, it is extensively utilized in dynamic, static, and fatigue testing applications. The system integrates a servo linear cylinder, a servo swing cylinder, displacement sensors, and angle sensors to achieve sophisticated closed-loop control.
Detailed Specifications
- Working Pressure: 21Mpa
- 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 Frequency: 0.01Hz-100Hz
- Oscillating Frequency: 0.01Hz-50Hz
- Compound Frequency: 0.01Hz-10Hz
Frequently Asked Questions
What are the primary applications of this combined servo actuator?
It is primarily used for dynamic, static, and fatigue testing where simultaneous tensile and torsional forces are required.
What control system does the equipment support?
The system utilizes advanced computer control to manage closed-loop operations for high precision.
Can the stroke and torsion angle be customized?
Yes, the specifications including dimensions and oil cylinder positions can be customized based on specific user requirements.
What is the maximum working frequency for linear operations?
The linear servo actuator can operate independently within a frequency range of 0.01Hz to 100Hz.
What components make up the combined actuator?
It consists of a servo linear cylinder, a servo swing cylinder, displacement sensors, and specialized connection mechanisms.
What is the accuracy grade of this equipment?
The equipment maintains a high accuracy grade of 0.5, ensuring reliable testing results.
Xinli Technology
