The ABB Coupling Device GJR2368900R2340  87TS01K-E serves as a crucial communication interface within industrial automation systems, functioning as a sophisticated coupler module between different control networks. This specialized component enables reliable data exchange across various ABB automation platforms through serial communication protocols including RS232c compatibility. The technical implementation of the coupling device Motor ABB GJR2368900R2340  87TS01K-E supports transmission rates ranging from 300 to 19200 baud while maintaining signal integrity across maximum distances of 20 meters.

Engineered for industrial applications, the compact design of the Coupler Module ABB GJR2368900R2340  87TS01K-E facilitates space-efficient installation within control cabinet configurations. This physical architecture allows seamless integration with computer interfaces and other control system components while maintaining robust operation in challenging environmental conditions. The module's construction follows ABB's established standards for industrial-grade components, ensuring long-term reliability in continuous operation scenarios.

The functional capabilities of the GJR2368900R2340  87TS01K-E ABB Coupler Module extend to supporting various industrial communication protocols as documented in ABB technical specifications. This interoperability makes the module particularly valuable for system integration projects where multiple control networks require interconnection. The proven compatibility with ABB control systems ensures straightforward implementation within existing automation infrastructure.

Operational advantages of the 87TS01K-E GJR2368900R2340 ABB Station Bus Coupler Module include simplified configuration procedures and maintenance-friendly design features. These characteristics contribute to reduced system downtime during both initial installation and subsequent service operations. The module's designated spare part identification further supports maintenance planning by ensuring proper component identification for replacement procedures within automated control environments.