Switches - Import export

Depending on the application field you can choose from different switching contacts: — tungsten-copper (WCu) contacts for arcing contacts in SF6 circuit breakers — copper-chromium (CuCr) for vacuum interrupters — tungsten carbide-silver (WCAg) for vacuum contactors With their high wear resistance and optimum arc erosion properties, arcing contacts from Plansee can reach a service life of over 40 years. The contacts alone are not enough - Plansee assembles and connects all the necessary individual parts of the moveable and fixed switch contact and supplies you with the complete contact system ready for installation.

The cable marker KS 442 C-FM is a high-performance marker specifically designed for high-speed gravure printing on hot plastic insulated wires and plastic jacketed cables in user selectable colors. Due to the extremely high precision of the machine’s drive system, the KS 442 C-FM ensures a non-slip operation and a reduction of the strain on the soft cable insulation to a minimum. Marking of text and numbers Tandem printing head Quick change of legend Print wheel drive up to and above 1200 m/min Exchangeable ink supply system STANDARD CONFIGURATION Tandem marking unit with synchronized drive. Integrated pneumatic printing station selector. Integrated control electronics with addi­tional input for automatic switching via external contact closure. 1 set of dedicated ink wipers and guide rollers matching the specified printing discs. Replaceable ink supply module with ink tank, pump, cooler, filters, and ink flow fine adjustment valve.

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.