Hydraulic Cylinder Test Bench

Hydraulic Cylinder Test Bench：

Hydraulic Cylinder Test Bench is mainly used to test the full life cycle performance of hydraulic cylinders, including key indicators such as action reliability, environmental adaptability, sealing, durability, etc. The testing items include trial operation, internal leakage test, load efficiency test, pressure resistance test, stroke inspection, external leakage test, durability test, and starting pressure characteristics, etc., to ensure that the hydraulic cylinder meets the design requirements before leaving the factory or after maintenance.

Hydraulic Cylinder Test Bench core features：

1. Automation and Intelligence: Hydraulic cylinder test benches are usually equipped with automatic control systems, which can achieve automated testing and data acquisition, improving testing efficiency and accuracy. Using a pre designed control program, the axial and lateral loading hydraulic cylinders are controlled to load the test cylinder. The operating parameters of the hydraulic cylinder during the loading process are collected through a data acquisition system to achieve real-time monitoring of the loading test process. At the same time, the testing platform utilizes sensors for real-time monitoring and feedback, coupled with the overall control of the PLC controller, to achieve closed-loop control of system pressure, resulting in higher testing accuracy and a more intelligent testing control process.

2. Simulate actual working conditions: The hydraulic cylinder test bench can simulate various actual working conditions, such as different loads, speeds, and temperatures, in order to test the performance of hydraulic cylinders under different working conditions. This simulation capability makes the test results closer to actual application scenarios, improving the reliability and effectiveness of the testing.

3. Rich testing content: The testing content of the hydraulic cylinder test bench is very rich, including trial operation, internal leakage test, starting pressure characteristics, pressure resistance test, stroke inspection, external leakage test, reciprocating loading test, etc. These test contents can comprehensively evaluate the performance and quality of the oil cylinder, such as whether the operation is smooth, whether the internal leakage is within the allowable range, whether the starting pressure characteristics meet the design requirements, whether the pressure test meets the standards, whether the stroke inspection is accurate, whether the external leakage is severe, and whether the reciprocating load test is stable.

4. Convenient parameter adjustment: Various parameters of the hydraulic cylinder test bench can be adjusted and set as needed, such as maximum test pressure, maximum flow rate, system oil temperature, medium selection, suitable cylinder diameter and length, etc. This flexibility enables the testing bench to adapt to the testing needs of hydraulic cylinders of different specifications and types.

5. Structural design and safety protection: The hydraulic cylinder test bench adopts a split structure, with the control cabinet and bench separated for easy transportation and installation. At the same time, the test bench is equipped with multiple alarm and safety protection devices in the hydraulic system and electrical control system, such as pollution protection, leakage protection, low liquid level protection, three-phase error protection, etc., to comprehensively protect the safety of equipment and personnel.

6. Data collection and processing: The hydraulic cylinder test bench is equipped with a computer testing system that can collect, analyze, and record test data in real time, facilitating subsequent data processing and performance evaluation. This data collection and processing capability makes the test results more intuitive and easy to understand.

7. Energy saving and environmental protection: The hydraulic cylinder test bench adopts a low-pressure high flow and high-pressure pressure grading design, which matches power reasonably, saving energy and extending the working life of the oil pump and system. At the same time, the vast majority of the system operates at room temperature and low pressure, which is beneficial for the service life of the test bench. In addition, the test bench is equipped with a leak medium recovery function, which reduces environmental pollution.