Electromagnetic Resonance High Frequency Fatigue Testing Machine

  • Model

    PLG-20C

    PLG-100C

    PLG-200C

    PLG-300C

    PLG-500C

    Load Capacity (kN)

    ±20

    ±100

    ±200

    ±300

    ±500

    Max. Step Pulse Load (kN)

    ±20

    ±100

    ±200

    ±300

    ±500

    Load Capacity for Dynamic (Peak   Value) (kN)

    10 or 13

    50 or 70

    100 or 130

    150 or 180

    250 or 280

    Relative Error of Static Load

    ≤±1%

    Range of Frequency (Hz)

    60 to 300

    Power

    160VA

    300VA

    600VA

    800VA

    1.2KVA

    Load Fluctuation

    Dynamic

    0.5%F-S

    Static

    0.5%F-S

    Max. Distance between Grips (mm)

    600

    800

    800

    800

    800

    Max. Distance between Columns (mm)

    420

    500

    540

    620

    720

    Dimension (mm)

    Load Frame

    700×500×2010

    800×700×2235

    900×800×2600

    1100×1100×2850

    1500×1200×3100

    Control Cabinet

    600×600×1200

    Weight (kg)

    Load Frame

    1500

    2750

    4000

    7200

    10000

    Control Cabinet

    50

    70

    100

    120

    150

    Optional: high temperature furnace   and high temperature extensometer, fatigue crack rate test


Model: PLG Series
Description:
This series of electromagnetic resonance fatigue testing machines are used for fatigue tests of metal material and components under tension, compression or reversal load. If relevant grips are provided, three-point bending test, four-point bending test, tension and compression of sheet sample test and circle test, gear wheel, bolt, connecting rod, roller chain, crackle expanding test can be available.
The series of electromagnetic resonance fatigue testing machines feature an optimized design and a rational structure. The automatic controlled system adopts an advanced and wide-pulse-control system and a new-type of power amplifier to improve the reliability of the electric system. The electromagnetic resonance fatigue testing system is with high efficiency, easy and non-stop shake, low energy consuming, accurate control, and small fluctuation.
The machines comply with DIN50100.