Huge Savings Allen-bradley 1769-ow8 For You [MXU35fbo]

Huge Savings Allen-bradley 1769-ow8 For You [MXU35fbo]: 8-Point Relay Output Module

The Huge Savings Allen-bradley 1769-ow8 For You [MXU35fbo] is a robust and versatile 8-channel relay output module designed for seamless integration with CompactLogix and MicroLogix 1500 systems. This compact I/O module offers reliable performance and advanced features that make it an ideal choice for a wide range of industrial applications. With its ability to interface AC or DC output devices, the 1769-OW8 is perfect for controlling solenoids, indicators, motor starters, and other field devices with ease.

Key Features and Specifications

The 1769-OW8 comes equipped with a range of key features that enhance its functionality and durability. Each channel provides mechanical relay outputs capable of switching up to 2A, ensuring efficient operation for a variety of devices. The module offers channel-to-channel isolation and to the backplane, providing a high level of safety and reliability. With LED status indicators for each output, monitoring and troubleshooting are simplified. Additionally, the 1769-OW8 is compatible with the 1769 Compact I/O bus, ensuring seamless integration with your existing system.

• Output Channels: 8 relay outputs
• Output Voltage Rating: Up to 250V AC or 30V DC

Applications and Benefits

The Huge Savings Allen-bradley 1769-ow8 For You [MXU35fbo] is suitable for a wide range of applications, including switching solenoids and contactors, controlling indicator lamps and alarms, and general-purpose AC/DC output control. Its compact form factor and reliable performance make it an excellent choice for small machine automation and OEM systems using Compact I/O architecture. By choosing the 1769-OW8, you can benefit from versatile AC/DC load control, mechanical isolation between channels, and a compact design that fits tight panels.

• Versatile AC/DC Load Control: Efficiently manage a variety of output devices
• Mechanical Isolation: Enhanced safety and reliability in industrial environments