Ideal for testing excavator hydraulic systems.

◆  MYHT series hydraulic tester is a specialized instrument used to detect faults in hydraulic pumps, hydraulic motors, hydraulic valves, hydraulic valves, and hydraulic systems.

◆  Easy to use, operators do not need to undergo specialized training.

◆  MYHT hydraulic tester is an ideal tool for preventing hydraulic system failures.

◆  Under normal operation of the equipment, technicians can safely and easily complete online detection tasks.

 Multi - parameter Measurement: It can simultaneously and accurately measure a variety of key parameters of the hydraulic          system, including pressure, flow, temperature, etc. With one test, comprehensive data can be obtained, providing sufficient basis          for you to quickly judge the operating status of the hydraulic system.

 High - precision Sensing Technology: It is equipped with advanced sensing elements with extremely high measurement accuracy. The pressure measurement accuracy can reach ±1% of the full scale, and the flow measurement accuracy is also excellent. It can accurately capture the subtle changes in the parameters of the hydraulic system, ensuring the reliability of the test results.

Standardized Testing Procedures: Before testing, let the engine idle to preheat the hydraulic oil to the normal operating temperature. When conducting pressure tests, operate the engine at the specified RPM and push the control lever to the full stroke position to build maximum pressure. Repeat the test to ensure reading consistency.

Equipment Maintenance and Calibration: Portable testers are precision instruments and should be calibrated regularly (e.g., annually) to ensure reading accuracy. Turn off the power when not in use, and store the equipment properly in a dry, temperature-controlled environment, avoiding drops or severe vibrations.

• Performance Testing of Core Components: Used for online testing of key components such as hydraulic pumps, hydraulic motors, hydraulic valves, and cylinders. It evaluates their technical condition by measuring parameters like pressure, flow rate, and temperature.
  
• System Fault Diagnosis: Without dismantling the system pipelines, it quickly and accurately locates the source of hydraulic system faults (e.g., pressure imbalance, internal leakage, or speed fluctuations) by collecting operational characteristic data.