Trinity Touch 11716853, 8 CH 1 COB 24 VDC Relay Board With Omron G5Q Relay

Trinity Touch 11716853, 8 CH 1 COB 24 VDC Relay Board With Omron G5Q Relay

Trinity Touch 11716853, 8 CH 1 COB 24 VDC Relay Board With Omron G5Q Relay

Trinity Touch 11716853 is a high-density, 8-channel relay interface module engineered for space-constrained industrial control panels. Featuring the reliable, low-profile Omron G5Q series relays, this module provides efficient electrical isolation and signal switching between sensitive PLC/DCS controllers and higher-power field devices.

Product Description

This module is designed to combine compact dimensions with high-performance signal management:

Compact Omron G5Q Relays: The module utilizes the Omron G5Q series, which are highly efficient, miniature power relays. These are specifically selected for their small footprint, allowing for the dense 8-channel configuration without sacrificing reliability.

1 C/O (SPDT) Configuration: Each of the eight channels provides one Change Over (1 C/O) contact, allowing for versatile control over both Normally Open (NO) and Normally Closed (NC) load circuits.

Integrated Inductive Protection: Each channel includes a built-in freewheeling (flyback) diode. This is essential for protecting your PLC output circuitry from the high-voltage spikes (back-EMF) generated when an inductive load (like a solenoid or relay coil) is de-energized.

Visual Status Monitoring: The module is equipped with clear, onboard LED indicators for each of the eight channels. This allows for immediate visual troubleshooting and system status verification, reducing diagnostic time for maintenance teams.

Modular Mounting: Designed for standard 35mm DIN rail mounting, the module facilitates a clean and organized layout in control cabinets. It is built to endure the typical environmental conditions found in industrial automation settings.

Input Flexibility: The coil supply is designed for 24V DC operation, with design considerations that facilitate easy integration into common industrial control logic schemes (sourcing or sinking).