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Electric Vibration Test Bench
Abuse and Safety Tester

Electric Vibration Test Bench

The electric vibration test bench is mainly used to simulate the vibrations that products may encounter during transportation, usage or in extreme environments, in order to verify the structural reliability and performance stability of the products.

    Technical Specifications

    Vibration generator (model:L315M)

    Sinusoidal thrust

    300kgf

    Random thrust

    300kgf

    Impact thrust(6ms)

    600kgf

    Frequency range

    5~4000Hz

    Continuous thrust

    25.4mm(p-p)

    Impact displacement

    25.4mm(p-p)

    Max Speed

    2m/s

    Max acceleration

    981m/s2

    Dynamic coil diameter

    Φ150mm

    First-order resonant frequency

    2900Hz

    Allowable eccentric moment

    >196N×m

    Equivalent mass of moving parts

    3kg

    Load connection point

    12 pcs connection point 

    Table screw size (standard)

    M8

    Table screw layout (diameter, circumference)

    6pcs in Φ60mm,6pcs in Φ120mm

    Axial isolation frequency

    <3Hz

    Max load

    120kg

    Leakage Flux

    ≤1mT

    Size(no package)(L×W×H)

    840mm×563mm×677mm

    Weight

    490kg

    Horizontal sliding table(model:GT400M)

    Table size

    400mm×400mm(customized)

    Thickness

    25mm

    Usage frequency

    2000Hz

    Table weight

    31kg

    Max load

    150kg

    Weight of connector head

    1.4kg

    Bearing Number

    1个

    Bearing weight

    0.58kg

    Table material

    magnesium alloy

    Vertical expansion table(model:HE400SQ/A)

    Table size

    400mm×400mm(customized)

    Table material

    aluminum alloy

    Equivalent mass

    35kg

    Upper limit frequency

    2000Hz

    Key Features

    1. Cooling method: High-efficiency air cooling / Low-noise water cooling
    2. Operating characteristics: Precise guidance, small lateral vibration
    3. Alignment system: Pneumatic support, automatic alignment
    4. Protection functions: Overcurrent, overvoltage, overtemperature, displacement over-limit automatic shutdown

    Compliance & Standards

    IEC 60068
    ISTA
    MIL-STD-810
    ISO 16750

    Applications

    Aerospace  
    Aviation Electrical appliances
    Joint Environmental Test
    National defense and military industry
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    Options and Accessories

    1. Extension table: Suitable for large specimen testing
    2. Vertical / Horizontal Switching System: Equipped with a marble base and a static pressure guide rail horizontal slide table
    3. Vibration Controller: Supports various testing modes such as sine, random, shock, and road spectrum simulation, with a visual software interface for operation
    4. Power Amplifier: High conversion efficiency, excellent signal-to-noise ratio, and complete protection

    FAQ

    • 1.How can I determine whether I need a "air-cooled" or "water-cooled" vibration table?

      Air-cooled: Suitable for small and medium-sized thrust equipment with a capacity of 60kN or less. It is easy to maintain and cost-effective, but the fan operation will generate certain noise. Water-cooled: Suitable for large thrust equipment with a capacity above 60kN or for scenarios with strict environmental temperature control requirements. It has efficient cooling and quiet operation, but it requires a cooling device and the maintenance is slightly more complex.
    • 2.What are the specific requirements for the laboratory floor when installing a vibration table?

      For medium and small-sized vibration tables, air spring vibration isolation bases are generally standard equipment, and the requirements for the installation foundation are not very high.
      For large-sized vibration tables (with a thrust greater than 100kN), special independent concrete foundations are usually required to be poured to prevent the vibration from being transmitted to the building structure and interfering with the normal operation of surrounding precision equipment.
    • 3.How can I protect my specimen from accidental damage?

      This system is equipped with multiple levels of security protection:
      1. Controller: It adopts closed-loop control and will automatically shut down immediately when there is an abnormal fluctuation in parameters.
      2. Power amplifier module: It has overcurrent and overvoltage protection functions.
      3. Mechanical structure: It is equipped with physical limit switches to prevent the moving coil from colliding up and down.

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