Alvima Pratama
Computer Control Servo Hydraulic Dynamic and Static Universal Testing Machine
It can be applied to the dynamic performance, fatigue, and static mechanical performance tests of various materials, structural components, and components
Price and availability are confirmed on WhatsApp, Monday to Friday, 08:00 to 17:00 WIB (UTC+7).
Specifications
- Max dynamic test force
- ±50 / 100 / 200 / 300kN
- Test force measurement range
- 2-100%FS
- Load static measurement accuracy
- ≤±0.5% indicating value
- Load dynamic measurement accuracy
- ≤±1.0% indicating value
- Actuator displacement stroke
- ±75mm （customizable）
- Displacement measurement accuracy
- ±0.5%FS
- Test frequency range
- 0.01-60Hz
- Coaxiality
- Better than 5%
- Space between columns
- 500mm（customizable）
- Vertical test space
- 1000mm（customizable）
- Main test waveforms
- Sine wave, triangular wave, square wave, sawtooth wave, half sine wave, half triangular wave and so on
- frequency (Hz)
- 1/2/5/10/20/30/60
- amplitude (mm)
- ±36/±18/±7.2/±3.6/±1.8/±1.2/±0.4
Description
The PWS electro-hydraulic servo dynamic and static universal testing machine is composed of a host, a constant pressure servo pump station, a dynamic controller, computers and software, pipeline systems and so on. It can be applied to the dynamic performance, fatigue, and static mechanical performance tests of various materials, structural components, and components. It can perform tensile, compressive, dynamic low cycle fatigue, programmed fatigue, fracture mechanics, as well as static constant deformation, constant load control, and various mechanical performance tests. Equipped with corresponding accessories, fatigue crack propagation, simulation of actual working conditions, and mechanical performance tests at high and low temperatures can be carried out.The PWS series dynamic and static universal testing machine is an ideal equipment for dynamic testing in aerospace, aviation, transportation, metallurgy, scientific research institutes, and universities and colleges.
Features:
The testing machine is a single axis axial loading testing machine, with an actuator installed downwards;
Equipped with hydraulic fixtures, it is possible to perform tensile, compressive, fatigue, and other tests on standard material specimens;
The testing machine is equipped with a relatively complete safety alarm system, which can achieve unmanned operation during the testing process;
Software protection: Upper and lower limit protection can be set for load and displacement respectively. If the limit is exceeded, the host will stop working to ensure test safety;
Hardware protection: motor phase loss protection, motor overcurrent protection, oil temperature interlock protection, filter blockage protection, emergency stop protection. When any of the above protections occur, the system will automatically alarm or shut down
