Model 6900 Commercial Vehicle Brake Dynamometer

Overview

The Model 6900 Commercial Vehicle Brake Dynamometer (Model 6900) is a full-sized system robustly designed to evaluate braking performance characteristics up to 35,000 Nm for off-highway and commercial vehicle applications. This state-of-the-art machine incorporates a multi-disc inertia section combined with electric motor I-Sim capability to replicate exact test conditions required for brake testing. The Model 6900 is a qualified machine for research and development of drum brakes, air disc brakes, hydraulic disc brakes, and friction material within a structured test setting that is proven to compare with full vehicle results.

 

Key Benefits

  • Latest technology software and controls
  • Proven components with low maintenance
  • Controls and power cabinet integrated onto machine
  • Safety interlocks on all guard doors
  • Fold-away brake chamber for ease of technician test part setup
  • Compact pedestal workstation
  • Calibration fixture for torque

Key Features

  • Tabular step-by-step test script generation
  • Customizable brake engineer graphical data review software (RevDataPlus)
  • Automated reporting tools through MS-Excel
  • High accuracy electric inertia simulation (I-Sim)
  • Servo brake profile control
  • Precision sensors for measurement: shaft speed, torque, pressure, stroke, brake temperature, cooling air speed, air temperature, humidity
  • Integrated solution to auxiliary systems (DTV measurement, NVH, water spray, etc.)

Test Procedures

  • FMVSS121
  • SAE J2115
  • European standards
  • Performance wear
  • Durability
  • Thermal capacity
  • City traffic route simulations

Downloads:

M6900-CV-V4.9.2019-VIEW.pdf

You are now leaving Link Engineering

Link Engineering provides links to web sites of other organizations in order to provide visitors with certain information. A link does not constitute an endorsement of content, viewpoint, policies, products or services of that web site. Once you link to another web site not maintained by Link Engineering, you are subject to the terms and conditions of that web site, including but not limited to its privacy policy.

You will be redirected to

Click the link above to continue or CANCEL