COMPLETE WEAR PROFILES
WITH NON-CONTACT MEASUREMENT TECHNOLOGY.
The "Brake Disk" CALIPRI C4X measurement module carries out non-contact evaluations of brake disks. Due to the laser light section technology, the compact measurement device is aligned with the brake disk without mechanical mounting. The sensor records the complete wear profile and clearly displays both actual and target values on the sensor and the tablet PC. In addition to essential measured variables, such as brake disk hollow tread and thickness, the system also measures wear stock and rippling in a matter of seconds. In this way, you can, for example, identify diagonal wear tendencies and take the appropriate precautions.
RESULTS TAKING CENTER STAGE
QUICK MEASUREMENTS OF CRITICAL WEAR VALUES.
- Less time-consuming
- Multifunctional measurement device
- Complete wear profile
- Modular design
Thanks to the non-contact measurement technology, you now only need one measurement device to evaluate all common brake disks. This reduces acquisition costs and saves time during servicing. It also eliminates the need to laboriously apply individual templates or imprecise sliding gages. Even worn or dirty reference edges do not present a challenge. Measured data can be transferred digitally to eliminate possible errors in handwritten reports. The measurement device is designed as a modular system and measurement modules, such as the wheel profile measurement module, can be added.
Calipri is approved and uses i.a. in Germany (DB), Austria (ÖBB), Switzerland (SBB), France (SNCF), China (Chengdu Railway Bureau) and the Czech Republic (SŽDC). This measuring module has been successfully tested according to JCGM100: 2008, DIN V ENV 13005: 1999-06, DIN EN 13715: 2001-01, DIN EN 15313: 2016-09 and DIN 27201-9: 2017-06.DOWNLOAD DATA SHEET
DID YOU KNOW?
In combination with the "Wheel Profile" CALIPRI C4X module, you can create a closed wheelset measuring run.LEARN MORE
We are happy to help you choose the right solution for your measurement task or take care of any repairs.