Test stand for electric parking brakes
![Test stand for electric parking brakes Test stand for electric parking brakes](/fileadmin/_processed_/d/a/csm_Pruefstand-fuer-elektrische-Parkbremsen-Thumbnail_65b4e98466.jpg)
![Prüfstand für elektrische Parkbremsen Prüfstand für elektrische Parkbremsen](/fileadmin/_processed_/d/a/csm_Pruefstand-fuer-elektrische-Parkbremsen-Thumbnail_65b4e98466.jpg)
![imc CRONOScompact 400-RACK imc CRONOScompact 400-RACK](/fileadmin/_processed_/1/4/csm_2000E-AC_RACK_Front_Wetfloor_e55623f950.jpg)
![imc CRONOScompact 400-RACK imc CRONOScompact 400-RACK](/fileadmin/_processed_/1/4/csm_2000E-AC_RACK_Front_Wetfloor_e55623f950.jpg)
Endurance testing
- The test object, the electric parking brake, makes about 100,000 brake engagements on the endurance test stand in about 4-6 weeks of testing
- In this setup, a simulated electronic control unit (ECU) and caliper are used
- Environmental conditions such as temperature, car battery and brake wear are also simulated
Integrated testing, open- and closed-loop control with imc:
- Measurement data acquisition with the imc CRONOScompact
- Calculation & visualization of the characteristic values with trend line in real time
- Automated file storage
- Creation of reports with imc software solutions
- Open- and closed-loop sequencing control with imc measurement devices
19 of these test stands are currently used by customers worldwide: for example, in Germany, the Czech Republic, Slovakia and China. A concept for the future: The electric parking brake offers the driver more safety and comfort – and is a „must“ for the self-driving car. For vehicle manufacturers, this concept also allows new creative freedom inside the vehicle – with the elimination of the handbrake lever, there is more space.