The BM18200 roller brake tester has a unique hydraulic load simulation system allowing the operator to raise the roller bed out of the ground.
This brake tester features a large range of options that allows for a customized configuration.
OPTIONS
Load simulation using hydraulic cylinders (without use of slings).
Each roller bed is lifted on 4 hydraulic cylinders and is controlled by software that has built-in safety features protecting the vehicle and operator during the brake test.
Robust and long lasting:
All steel is of highest quality and hot galvanized.
Consists of an integral motorized gear box, two main rollers and a spring loaded sensor roller, all placed in a galvanized steel frame.
The wear surfaces of the rollers are based on mesh steel to ensure a long life time and accurate measurements.
Steel mesh plus a flintstone/bauxite surface for test of all tires except spike tires.
Steel mesh for test of of all tires including spike tires.
Can be supplied in a minimum configuration and still allows for later upgrade to all options.
Easy to use with BM software:
Integrated guide.
Advanced graphics printout.
Diagnostic printout with or without connection to PC/Notebook.
Calculation of test results according to the requirements of many national authorities.
IT system using the latest app technology for smartphone and tablet (Windows and Android).
Unique load simulation system using raised rollers.
255 mm lifting height.
16 Ton lifting capacity.
Retrofit without civil work into most popular subframes.
The display can be mounted either on the wall, saving floor space, or on floor column devices, that are designed so equipment is protected even when floor is cleaned with chemicals. It can also be mounted on a trolley making it easy to move around.
Installation
Hot galvanized subframes can be concreted into the ground before the actual brake tester is installed.
The subframes ensures easier planning and implementation of installation as well as correct alignment of the brake tester during concreting.
Can be installed both indoor and outdoor in most environments from -30°C to 60°C and humidity up to 95.