Limit value - Import export

The non-contact Calipri C42 measurement device with infrastructure measurement modules meets the rail industry's need for a simple profile gauge with user-independent results for complete track testing. CALIPRI stands for multifunctionality all along the line. The non-contact measuring technology allows the inspection of rail profile, switch profile and track geometry with one and the same measuring device. The patented CALIPRI principle automatically corrects user errors and thus leads to reproducible measurement results. The measuring system consists of a sensor and a tablet PC for defining the measuring sequence and entering limit values. Tolerances that are exceeded are indicated to the user by a traffic light system. The measurement data can then be printed or exported as a report.

The non-contact Calipri C4x series with rolling stock measurement modules meets the rail industry's need for a simple profile gauge with user-independent results for complete wheelset testing. CALIPRI stands for multifunctionality all along the line. The non-contact measuring technology allows the inspection of wheel profile, wheel diameter, brake disc and back-to-back distance with one and the same measuring device. The patented CALIPRI principle automatically corrects user errors and thus leads to reproducible measurement results. The measuring system consists of a sensor and a tablet PC for defining the measuring sequence and entering limit values. Tolerances that are exceeded are indicated to the user by a traffic light system. The measurement data can then be printed or exported as a report. Two versions are available: Calipri C42 for heavy rail vehicles and Calipri C41 for light rail vehicles.

With the CALIPRI C14 wireless hand-held measuring device, you can evaluate gaps, edges and design lines with high accuracy and in seconds. The measurement is carried out using the patented Calipri principle - a further development of the laser light section method with automatic tilt and roll correction - which eliminates possible misalignment of the sensor. The user defines the position, evaluation strategy and tolerances of the individual measuring points. The measurement is then carried out with a swivelling movement of the sensor. The sensor records the contour from different perspectives - down to the depth of the gap or completely around a fold edge. The software then evaluates the gap dimension, the flush and the radii. The measured values are displayed on the tablet PC and sensor and compared with predefined limit values using a traffic light system. The measurement data can then be printed as a report or exported as a data record and transferred to existing databases.