Cylinder Test Bench
1. Automation and Intelligence: Integrating computer testing systems to achieve data collection, storage, and printing output, improving testing efficiency and accuracy.
2. Modular design: The control cabinet is separated from the rack for easy transportation and installation; Support multi station testing and adapt to different specifications of hydraulic cylinders.
3. Energy saving and environmental protection: adopting power recovery and energy-saving design, reasonably matching power, saving energy and extending equipment life.
4. High safety: Equipped with multi-level safety protection mechanisms, including voltage limiting, leakage and pollution protection, to ensure the safety of operators and equipment.
Cylinder Test Bench：
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.
Application scenarios：
1. In the field of industrial manufacturing:
Hydraulic component manufacturing enterprises: Conduct performance testing and quality inspection on hydraulic pumps, hydraulic valves, hydraulic cylinders and other components on the production line before leaving the factory to ensure that the products meet design requirements and quality standards.
Large scale mechanical equipment manufacturing enterprises: used for overall debugging and performance optimization of hydraulic systems in equipment, such as in the production process of construction machinery such as cranes and excavators, simulating actual working conditions through test benches to test the stability and reliability of hydraulic systems under different loads and working conditions.
2. Equipment maintenance and testing:
Professional maintenance service agency: When hydraulic equipment malfunctions, the hydraulic components or systems of the faulty equipment are installed on a test bench. Through simulating actual working conditions, comprehensive testing and analysis are conducted to accurately identify the cause and point of the malfunction, providing a basis for maintenance. At the same time, performance tests should be conducted on hydraulic components or systems after repair to verify the effectiveness of the repair.
3. Research and Teaching:
Universities and research institutions: As an important experimental platform for studying hydraulic transmission and control technology, it is used to conduct research on the working principles and performance characteristics of new hydraulic components, develop new hydraulic control strategies and algorithms, and explore the application of hydraulic systems in fields such as new energy and intelligent equipment.
4. Vocational colleges and technical schools: As important teaching equipment for hydraulic transmission and control courses, students can intuitively understand the composition structure, working principle, and basic operating methods of hydraulic systems through practical operation and experiments, and master the performance testing and system debugging skills of hydraulic components.
Internal training within the enterprise:
When enterprises provide hydraulic technology training to new or existing employees, they use test benches for on-site teaching and practical operation drills, so that employees can quickly familiarize themselves with the operation and maintenance skills of hydraulic systems, and improve their technical level and business ability.
Technical Parameter：
Maximum test pressure: up to 120MPa, suitable for oil cylinders with a diameter of Φ 20-580mm and a length of 100-2600mm.
Flow range: 0-150L/min (some models support higher flow rates).
Medium selection: Supports multiple media such as hydraulic oil, emulsion, water, etc.
Temperature control: The system oil temperature can be set and automatically controlled to ensure a stable testing environment.
Accuracy and safety: Adopting a low voltage high flow and high voltage pressure classification design, integrating automatic oil temperature control, leakage medium recovery function, and equipped with multi-level safety protection mechanisms, including pressure limiting, leakage and pollution protection.
