Hydraulic comprehensive , pump, valve, cylinder test bench
2013-11-01 clicks：
Model: 75KW, 160KW
Origin: China
MOQ: 1
Description: Hydraulic standard test bench (comprehensive test bench, pump test bench, valve test bench, motor test bench, cylinder test bench, multi-channel test bench, hammer hammer test bench) contained digital control and analog control. It can be designed as the command of clients. The test bench could be applied to hydraulic components manufacturer and hydraulic component maintenance units. They can test all kinds of components (pump, valve, double or trouble pump, closed or open pump, proportional control pump)
Product specifications: 1 hydraulic valve comprehensive test bench
The test bench can test the dynamic and static performance of the main three types of hydraulic control valve that are the hydraulic directional valve, the pressure valve and the flow control valve, and has configured computer aided testing system equipped with CAT. The test range, the test items and the test requirements are consistent with the GB/T8104, GB/T8105, GB/T8106 and other relevant national standards.
Application area: hydraulic directional valve, pressure valve and flow control valve
Max test pressure: 35MPa
Max power: 75KW
Testing precision: grade ISI-B
Control mode: manual or computer control
2、Hydraulic pump test bench
The test bench can test the dynamic and static performance of the hydraulic piston pump, the vane pump, the gear pump and so on, (Advanced computer aided testing system equipped with CAT). The test range, the test items and the test requirements are consistent with the JB/T7039-7044 and other relevant industry standards.
Application area: hydraulic piston pump, vane pump, gear pump
Max test pressure: 40MPa
Max power: 75、160KW
Testing precision: grade ISI-B
Control mode: manual or computer control
Range of rotational speed: 0~3000r/min
Speed adjustment: inverter speed adjustment
3、Hydraulic system display bench
The bench is a professional bench designed for designing and assembling hydraulic system by students. It could be used in the test of pressure reducing circuit, flow control circuit, pressure maintaining circuit, sequent circuit, reversing circuit, unloading circuit, counterbalance circuit, lock circuit, proportional valve, and cylinder, motor.
Advantage: The pump test bench is designed according the each country relevant standards of the pump. It could finished all kind of performance and data test. It is mainly composed of drive motor, control valves, detection device, cooling device. Drive motor is selected the advanced variable frequency motor, speed range 0-3000r/min, adapting different speed pump. Control valve is selected the most advanced proportional control device. It is the essential of computer control and test. The collection of pressure, flow, rotating speed and torque is digital and analog. The digital model is convenient to computer collection, arranging and record. The analog model is convenient to field observation control. The cooling of reservoir is water-cooling. It can meet the requirements of the full power of the hydraulic pump running.
Origin: China
MOQ: 1
Description: Hydraulic standard test bench (comprehensive test bench, pump test bench, valve test bench, motor test bench, cylinder test bench, multi-channel test bench, hammer hammer test bench) contained digital control and analog control. It can be designed as the command of clients. The test bench could be applied to hydraulic components manufacturer and hydraulic component maintenance units. They can test all kinds of components (pump, valve, double or trouble pump, closed or open pump, proportional control pump)
Product specifications: 1 hydraulic valve comprehensive test bench
The test bench can test the dynamic and static performance of the main three types of hydraulic control valve that are the hydraulic directional valve, the pressure valve and the flow control valve, and has configured computer aided testing system equipped with CAT. The test range, the test items and the test requirements are consistent with the GB/T8104, GB/T8105, GB/T8106 and other relevant national standards.
Application area: hydraulic directional valve, pressure valve and flow control valve
Max test pressure: 35MPa
Max power: 75KW
Testing precision: grade ISI-B
Control mode: manual or computer control
2、Hydraulic pump test bench
The test bench can test the dynamic and static performance of the hydraulic piston pump, the vane pump, the gear pump and so on, (Advanced computer aided testing system equipped with CAT). The test range, the test items and the test requirements are consistent with the JB/T7039-7044 and other relevant industry standards.
Application area: hydraulic piston pump, vane pump, gear pump
Max test pressure: 40MPa
Max power: 75、160KW
Testing precision: grade ISI-B
Control mode: manual or computer control
Range of rotational speed: 0~3000r/min
Speed adjustment: inverter speed adjustment
3、Hydraulic system display bench
The bench is a professional bench designed for designing and assembling hydraulic system by students. It could be used in the test of pressure reducing circuit, flow control circuit, pressure maintaining circuit, sequent circuit, reversing circuit, unloading circuit, counterbalance circuit, lock circuit, proportional valve, and cylinder, motor.
Advantage: The pump test bench is designed according the each country relevant standards of the pump. It could finished all kind of performance and data test. It is mainly composed of drive motor, control valves, detection device, cooling device. Drive motor is selected the advanced variable frequency motor, speed range 0-3000r/min, adapting different speed pump. Control valve is selected the most advanced proportional control device. It is the essential of computer control and test. The collection of pressure, flow, rotating speed and torque is digital and analog. The digital model is convenient to computer collection, arranging and record. The analog model is convenient to field observation control. The cooling of reservoir is water-cooling. It can meet the requirements of the full power of the hydraulic pump running.