TRAC data connectors for reliable data transmission in demanding applications

TRAC data connectors from Gimota are designed for reliable data transmission in demanding industrial and railway applications. They combine the established interface technology of D-SUB connectors with a robust, field-ready connector system for environments where mechanical resilience, electromagnetic compatibility and mis-insertion protection are crucial.

A key feature of Gimota TRAC connectors is the mechanical coding for D-SUB connectors. This ensures unambiguous assignment of interfaces and reduces the risk of incorrect mating. This is particularly relevant in installations where several identical or similar D-SUB data connectors are mounted side by side in a rack, control cabinet or equipment bay. The coding allows data, signal and communication connections to be clearly separated from one another and installed reliably.

To ensure stable data communication under electromagnetically challenging conditions, TRAC data connectors feature a 360° shield connection system with a crimped shield sleeve. This design enables a circumferential, low-impedance shield connection between the cable shield and the connector housing. This supports effective EMC-compliant shielding — particularly for shielded data cables, industrial communication interfaces and applications with increased requirements for signal quality and immunity to interference.

The TRAC series is suitable for applications in railway technology, industrial automation, energy infrastructure, transport technology and other technical systems where reliable connections over long operating periods are required. Depending on the configuration, various pinouts, connection types, coding schemes and shielded versions can be implemented. This allows robust data connections for Ethernet-based, serial or signal-oriented interfaces to be designed to meet specific application requirements.

Gimota supports users in selecting suitable TRAC data connectors, tailored to data rate, shielding concept, installation situation, coding, connection type and regulatory requirements. The focus is on reliable, low-maintenance and EMC-compliant connection solutions for technical applications requiring high availability.