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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.


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  • 产品描述
    • Commodity name: 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.

    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.

     

    Technical Parameters

    Project

    PAM800-1000

    PAM800-2000

    PAM1600-5000

    PAM3200-10000

    PAM3200-20000

    Maximum test force kN

    1000

    2000

    5000

    10000

    20000

    Maximum system working pressure

    19

    19

    38

    38

    38

    Maximum pulsation displacement of hydraulic station ml/c

    800

    800

    1600

    3200

    3200

    Working frequency range Hz

    2-8

    2-8

    1-6

    1-6

    1-6

    Main motor power kW

    twenty two

    twenty two

    45

    45

    75

    Maximum spindle speed rpm

    500

    500

    400

    400

    400

    Actuator specification kN

    1000

    2000

    5000

    10000

    20000

    Maximum amplitude mm

    15

    7.5

    5.0

    6.0

    3.0

    Measurement and control mode

    Industrial control computer PC+PLC microcomputer controlled electro-hydraulic fully automatic pulsating hydraulic station

    Force value accuracy %

    ±1

    ±1

    ±1

    ±1

    ±1

    Dynamic fluctuation of force value %

    ±2

    ±2

    ±2

    ±2

    ±2

    Displacement accuracy %

    ±0.5

    ±0.5

    ±0.5

    ±0.5

    ±0.5

    Displacement resolution mm

    0.01

    0.01

    0.01

    0.01

    0.01

    Maximum stroke of actuator piston mm

    120

    120

    120

    120

    120

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