Allen-Bradley 1734-OX2 – Point I/O Relay Output Module

Product Description

The Allen-Bradley 1734-OX2 is a compact Point I/O relay output module designed for flexible and efficient control of industrial automation systems. It offers two relay outputs, making it ideal for applications requiring switching of high-current loads or isolated output control. Its modular design allows seamless integration with other Point I/O modules for customized control solutions.

Technical Specifications

• Model Number: 1734-OX2
• Series: POINT I/O
• Number of Outputs: 2 (Relay)
• Output Type: Electromechanical relay
• Voltage Rating:
  • Maximum Switching Voltage: 125V DC / 240V AC
• Output Current:
  • 3A at 30V DC
  • 3A at 240V AC
• Isolation:
  • Output-to-System: 265V (continuous)
• Response Time:
  • Turn-On: 10 ms
  • Turn-Off: 10 ms
• Backplane Current Draw: 80 mA at 5V DC
• Operating Temperature: -20°C to 55°C (-4°F to 131°F)
• Certifications: UL, CE, ATEX, IECEx
• Connection Type: Removable terminal block or POINT I/O communication base
• Dimensions: Compact modular design to fit POINT I/O system

Key Features

1. Dual Relay Outputs
   Supports high-current switching with independent channels for greater flexibility in automation tasks.

2. Wide Voltage and Current Support
   Handles both AC and DC loads, making it versatile for various industrial applications.

3. Fast Switching
   Low turn-on and turn-off times enhance performance in time-sensitive operations.

4. Reliable Isolation
   High output-to-system isolation ensures operational safety and reduces noise interference.

5. Compact and Modular
   Designed for POINT I/O systems, enabling scalable and space-efficient control architectures.

Applications

The 1734-OX2 is suitable for:

• Industrial Machinery: Controlling motors, solenoids, and actuators.
• Process Control: Switching between different processes in complex systems.
• Building Automation: Operating lighting systems, HVAC controls, and security devices.
• Energy Management: Managing contactors and relays in power distribution systems.