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BM CLS chassis load simulation - 3D illustration
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BM CLS – Type D Chassis Load Simulation

Pit floor mounted axle load simulation system.

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Product description

The BM CLS – Type D chassis load simulation system consists of skates rolling on rails fitted to the floor of the inspection pit.

This system features a range of options that allows for a customized configuration.

OPTIONS
  • Consists of two I-section steel beams installed on the inspection pit floor.
    • Length is made to customer specification.
    • Recommended minimum working length: 7 metres (3 metres on each side of the brake tester).
  • Skates are connected to the I-section beams on the floor.
    • Skates are hooked to the chassis via chains and special BM self-tensioning claws.
    • A special “spring coil” ensures that the hydraulic cylinder stays vertical at all times.
      BM CLS chassis load simulation - 3D illustration
  • The hydraulic hoses are managed using traditional "energy chains" placed inside the I-beams that protects them against damage.

See also other BM load simulation systems: BM CLS – Type A, BM ALS, BM74000.

Technical data

Length of I-steel beams

Recommended 7 metres

Advantages

  • The hydraulic cylinders stays on the chassis once fitted.
  • The operator can fully control the load application from his remote control unit from the vehicle cab.

Installation

  • The I-beams are concreted into the floor of the inspection pit.
  • Another I-beam is welded onto these.
  • CLS skates are then easily installed onto this top I-beam.
  • Hydraulic rams are fitted to the skates.
  • Retrofit into concrete pit with floor anchor bolts.

Principle of use

  1. The requested load on the axle being tested is entered via the remote control and the computer controlled CLS system is activated.
  2. The brake test of the axle is conducted.
  3. The load application is released via the remote control.
  4. The vehicle is driven forward to the next axle. The CLS skates stay on the chassis while the vehicle is being moved as the claws make sure the chains remain fixed to the chassis and the skates are smoothly being pulled forward rolling on the rails.
  5. The requested load on the next axle is entered vi the remote control, the load simulation is activated and the brake test is conducted.

All of this without the operator having to leave the cabin between test of axles.

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