Allen-Bradley 1756-OX8I | 8-Pt Isolated Relay Output Module

Allen-Bradley 1756-OX8I | 8-Channel Relay Output Module – Isolated, Normally Open, 36-Pin

Overview

The Allen-Bradley 1756-OX8I is a relay output module for the ControlLogix system, featuring 8 isolated channels with normally open (NO) contacts. Built for flexibility and high-reliability switching, it supports both AC and DC loads, making it suitable for a wide range of automation tasks in industrial environments.

Each channel is electrically isolated, providing enhanced protection and reducing interference between outputs.

Key Features

• Output Type: Relay, normally open (NO)

• Channels: 8 individually isolated outputs

• Connector: 36-pin

• Supports AC and DC Loads – Versatile switching

• Channel-to-Channel Isolation – Enhanced safety and reliability

• Status LEDs per Channel – Easy diagnostics

• ControlLogix System Compatible

Technical Specifications

• Model: 1756-OX8I

• Output Channels: 8

• Contact Type: Relay, NO

• Voltage Range: Up to 250V AC / 30V DC

• Max Current: 2A per channel (resistive load)

• Connector Type: 36-pin

• Isolation: Channel-to-channel and to backplane

• Backplane Current (5.1V): ~350 mA

• Backplane Current (24V): ~200 mA

• Operating Temp: 0°C to +60°C

• Mounting: ControlLogix chassis

Applications

• Machine Automation – Reliable load switching

• Building Management – HVAC, lighting control

• Process Equipment – Actuator and valve switching

• Packaging Systems – Isolated output for multiple devices

Why Choose the 1756-OX8I?

• Electrically isolated NO contacts for safety and flexibility

• Supports both AC and DC outputs

• Robust design for industrial environments

Order Now

Available and ready to ship worldwide. Ask about matching terminal blocks, input modules, or volume pricing.

NEW product in original sealed packaging. The product may be of older version or design. The packaging may have markings, signs of discoloration, and wear. DDPARTSSOLUTION Warranty: 1 Year. Manufacturer's Warranty and Support NEVER apply