Quality Management System Certification
Quality Management System Certification
Environmental Management System Certification
Occupational Health Management System Certification
EU Certificate
A Railway Track Rail Longitudinal Tension and Compression Testing Machine
A Three-atation Rail Fatigue Testing Machine Loading Frame
A Kind of Micro Force Actuator Cylinder
An Actuator Cylinder
A Device for Adjusting The Height of a Support Plate
Microcomputer controlled electro-hydraulic pulsation fatigue testing machine
PAM series micro-computer-controlled electro-hydraulic pulsation fatigue testing machine is a new high-end fatigue testing equipment that adopts the latest industrial control computer full closed-loop measurement and control system developed by our company to carry out computer servo control on electro-hydraulic pulsation hydraulic station. The machine adopts electro-hydraulic proportional servo valve, servo motor, Panasonic PLC, AC frequency conversion controller and other high-reliability industrial control computer automatic software measurement and control system to achieve the test force, hydraulic station pulsation displacement (ΔP stress difference), switching input and output, test frequency (hydraulic station spindle speed) closed-loop control, test data, curve storage. No manual intervention is required during the fatigue test.
Electro-hydraulic pulsation fatigue testing machine
The PMW series electro-hydraulic pulsation fatigue testing machine is a new pulsation fatigue testing system specially designed and developed by Jinan Lizhi Testing System Co., Ltd. based on the actual needs of civil engineering fatigue testing in my country's engineering scientific research institutions and colleges and universities. Using a large-displacement hydraulic station, multi-channel simultaneous loading or single-channel independent loading is achieved according to the actual needs of fatigue test technical conditions to achieve multi-functional, high-efficiency, energy-saving operation, and green and environmentally friendly use effects.
