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EN 50604-1 Mechanical Shock Test System Impact Tests Of Half Sine Wave For Battery Cells

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    Buy cheap EN 50604-1 Mechanical Shock Test System Impact Tests Of Half Sine Wave For Battery Cells from wholesalers
     
    Buy cheap EN 50604-1 Mechanical Shock Test System Impact Tests Of Half Sine Wave For Battery Cells from wholesalers
    • Buy cheap EN 50604-1 Mechanical Shock Test System Impact Tests Of Half Sine Wave For Battery Cells from wholesalers
    • Buy cheap EN 50604-1 Mechanical Shock Test System Impact Tests Of Half Sine Wave For Battery Cells from wholesalers
    • Buy cheap EN 50604-1 Mechanical Shock Test System Impact Tests Of Half Sine Wave For Battery Cells from wholesalers
    • Buy cheap EN 50604-1 Mechanical Shock Test System Impact Tests Of Half Sine Wave For Battery Cells from wholesalers

    EN 50604-1 Mechanical Shock Test System Impact Tests Of Half Sine Wave For Battery Cells

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    Brand Name : Sinuo
    Model Number : SN558-HSKT50
    Certification : Calibration Certificate (Cost Additional)
    Price : Customized
    Payment Terms : T/T
    Supply Ability : 5 Sets Per Month
    Delivery Time : 60 days
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    EN 50604-1 Mechanical Shock Test System Impact Tests Of Half Sine Wave For Battery Cells


    EN 50604-1 Mechanical Shock Test System Impact Tests Of Half Sine Wave For Battery Cells


    Product information:


    It is required by EN 50604-1, IEC60086-4 clause 6.4.4, IEC 60068-2-29, IEC 60335-2-25 Annex BB, YD/T 2344.1 and etc.

    This machine is mainly suitable for the impact resistant test of electronic products, aerospace, ships, military, automobile parts, transportation and other fields. By selecting different waveform generators, impact tests of half sine wave, back peak sawtooth wave or square wave can be carried out.

    It meets MIL-STD-202F, IEC-68-2-27, MIL-STD-810F, MIL-STD-883E and etc.



    Structure:


    Main performance:


    1. Free-fall impact machine with hydraulic lifting and high-pressure oil brake;

    2. Gas-liquid booster and strong friction brake to prevent secondary impact braking;

    3. Impact measuring instrument: single-channel data acquisition, can simultaneously perform acceleration data measurement, storage, report printing, data callback, database management and other functions of two channels.

    4. Rubber module is used to generate a wide range of half-sine wave pulses with any action time.

    5. Can be used for equivalent drop test of packaging boxes.


    Technical Parameters:


    Impact machine main parameters
    Working Platform500×600 mm
    Maximum load50KG
    Peak acceleration

    Half sine wave 10--- 600G

    Rear peak sawtooth wave 15---100G (optional)

    Trapezoidal wave 15---100G (optional)

    Pulse duration

    Half sine wave: 2-30 ms

    Post-peak sawtooth wave: 6-18 ms (optional)

    Trapezoidal wave: 3-30 ms (optional)

    Acceleration tolerance≤10%
    Speed ​​change≤10%
    Horizontal ratio of table≤10%
    Equipment dimension1230×1120×2330mm
    Equipment weightAbout 1750 kg
    Measurement system
    Input Channels2 channels
    Sampling frequency192KHz
    Pulse duration0.5—100ms
    Maximum acceleration5000G
    Communication interfaceUSB2.0
    Supported standardsISO, MIL-STD-810, user-defined
    Operating systemMicrosoft Win 10
    System Accelerometer
    BrandLTE
    ModelC02A01
    Output methodCharge Type
    Sensitivity3.93pC/g
    Frequency range0.5---12KHz
    Acceleration range±2500G
    Work Environment-40~+160℃
    Other notes
    Power supplyAC 3 phase 380V±10%, 5KVA
    Compressed air0.5-0.8Mpa
    TemperatureRT~40℃
    Humidity25℃<85RH%
    Reliability

    Average failure-free rate ≥ 5000 hours;

    The half-sine waveform generator is used continuously for no less than 8000 times;

    The storage time in a clean, normal temperature environment is no less than 5 years

    Applicable standardsGB2423.5, GJB150.18, GJB360.23, IEC68-2-27, MIL-STD202F, MIL-STD810B, GB/T18287, etc.
    Verification StandardsJG541-2005

    Equipment performance introduction:

    1. Working Platform

    Adopt high-strength imported aluminum alloy working platform.


    2. Lifting mechanism:

    Adopt hydraulic lifting system.


    3. Lifting height control

    The lifting height is measured by the photoelectric encoder assembly installed on the base. The photoelectric encoder measurement has high precision, strong anti-interference ability, high reliability, and ensures the repeatability of the impact.


    4. Braking system

    The pneumatic brake and strong friction brake can brake quickly and reliably to prevent secondary rebound.


    5. Buffer system

    It consists of a base, a damper, and an airbag. The vibration reduction system can reduce the impact force transmitted from the working platform to the ground.


    6. Waveform generator

    Chip-type half-sine wave + wool felt: realize different impact pulse widths of 2-30ms.


    7. Safety device

    Emergency stop switch: Cut off the circuit in emergency situations such as forced disconnection of the contact welding of the action mechanism.

    8. Introduction and features of the shock measurement system

    The system complies with MIL-STD-810, GJB-150-18-86 and IEC68-2-27 standards. It has the ability to capture shock waveforms accurately and quickly, with a maximum sampling rate of 1MHz. You no longer have to worry about missing even the smallest shock events. It is also an integrated solution. You don’t have to be busy with waveform viewing and recording. It can complete everything from capturing shock events to generating reports. More importantly, it also provides you with shock response spectrum (SRS) analysis function, which can help you effectively evaluate the potential damage of shock pulses to the actual system. Finally, auxiliary force deformation, shock response and other analyses can help you understand more details of the shock results.



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