XW2R-E60G-T

The XW2R-E60G-T from Omron Automation and Safety sets new standards in Terminal Blocks - Interface Modules technology, delivering robust connectivity solutions for demanding industrial environments. Engineered with precision-grade components, this interface module ensures reliable signal transmission while maintaining exceptional electrical performance across all {Operating Temperature} conditions.Featuring versatile Terminal Blocks - Screw Connection options, this module provides flexible integration capabilities for both spring-clamp and screw-type terminations, significantly reducing installation time in high-density wiring applications.With its Rectangular, Female interface, the module achieves superior mating reliability, making it ideal for vibration-prone applications where connector integrity is critical for continuous data transmission.The integrated Latches system offers military-grade strain relief, preventing cable disengagement in mobile equipment and harsh operating environments.Available in 60 configurations, this scalable solution accommodates varying I/O requirements from simple sensor connections to complex automation system interfaces.Designed for 125VAC operation, the module delivers stable performance across fluctuating power conditions, ensuring protection against voltage spikes common in industrial settings.Each contact maintains 1 A capacity with minimal contact resistance, enabling efficient power distribution without compromising thermal management.Certified for 0°C ~ 55°C operation, the component exceeds industry standards for thermal endurance in both extreme cold and high-temperature scenarios.The compact 6.437" (163.50mm) form factor optimizes panel space utilization while maintaining sufficient clearance for proper heat dissipation and maintenance access.With a 1.969" (50.00mm) profile, the module fits standard DIN rail mounting systems while providing adequate surface area for clear terminal labeling and identification.Supporting 16-26 AWG compatibility, the termination system accommodates both fine instrumentation cables and heavier gauge power conductors with equal reliability.