1. Overview of Electro-hydraulic Servo Actuator Fatigue Test System

The Electro-hydraulic Servo Component Fatigue Test System is primarily used for testing building structural components, beams, columns, and small-scale reinforced concrete structures and steel structures. It also tests prestressed beams, columns, frames, and other prestressed reinforced concrete components. The system is mainly composed of an electro-hydraulic servo actuator, a constant pressure servo pump station, a single-channel servo controller, test software, piping, and loading frame, etc.

2. The PWS-1000 Electro-hydraulic Servo Component Fatigue Test System uses corresponding specification clamping fixtures, suitable for fatigue life tests on steel wire ropes, steel wires, steel bars, etc. It can conduct dynamic and static performance tests, as well as fatigue tests, on various architectural structural components, automotive parts, and aeronautical structural components.

Section Two:Electro-hydraulic servo component fatigue test systemKey Parameters

Maximum adjustable test space: 2000mm

2. Maximum static test force: ±20kN to ±1000kN; indicating accuracy: ±1% within the range of 2% to 100% FS.

3. Maximum dynamic test force: ±20kN to ±1000kN; Dynamic fluctuation: ±1%

4. Actuator Effective Stroke: ±100mm (total stroke 200mm); Display Accuracy: ±0.5% within 2%-100% FS range.

Frequency Range: 0.1-20Hz

6. Primary Test Waveforms: Sine Wave, Triangle Wave, Square Wave, Static Loading Slope Wave, etc.

7. Available in various pump station specifications.

8. Two-column spacious design, with the servo actuator mounted above.

9. Test Platform Span: Length x Width: 2000 x 500mm (Negotiable)