Electromechanical Shock Absorber Test Rig

Supplier : Industrial Engineering Instruments

Key Features of Electromechanical Shock Absorber Test Rig
  • Shock simulation machine that generates motion which is applied to the shock absorber to test it for shock absorbing capacity
  • Measures both the force applied to the shock absorber and the displacement stroke of the shock absorber using load cell and LVDT displacement transducer
  • Provided with digital indicators to display the force and stroke readings
  • The readings obtained can be used to generate graphs for study of the shock absorber characteristics
  • This machine replaces the trial and error approach and transforms testing into a reliable and efficient method to determine the behaviour of the shock absorber
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Product Profile of Electromechanical Shock Absorber Test Rig
Electromechanical Shock Absorber Test Rig is designed to test shock absorbers used in scooters, motorcycles, cars, vans, buses, trucks and other commercial vehicles. The Shock Absorber Test Rig is a shock simulation machine that generates motion which is applied to the shock absorber to test it for shock absorbing capacity. The Shock Absorber Test Rig measures both the force applied to the shock absorber and the displacement stroke of the shock absorber using load cell and LVDT displacement transducer. The Electromechanical Shock Absorber Test Rig is provided with Digital indicators to display the force and stroke readings.

Key Features of Electromechanical Shock Absorber Test Rig
  • Shock simulation machine that generates motion which is applied to the shock absorber to test it for shock absorbing capacity
  • Measures both the force applied to the shock absorber and the displacement stroke of the shock absorber using load cell and LVDT displacement transducer
  • Provided with digital indicators to display the force and stroke readings
  • The readings obtained can be used to generate graphs for study of the shock absorber characteristics
  • This machine replaces the trial and error approach and transforms testing into a reliable and efficient method to determine the behaviour of the shock absorber