Last Chance Allen-bradley Plc-5 1771-owna Point Digital Output Module Holiday Cheer Edition [V7ELBXZb]

Last Chance Allen-bradley Plc-5 1771-owna Point Digital Output Module Holiday Cheer Edition [V7ELBXZb]

The Last Chance Allen-bradley Plc-5 1771-owna Point Digital Output Module Holiday Cheer Edition [V7ELBXZb] is a high-quality component designed for industrial automation systems. This module is engineered to provide reliable and efficient control in various applications. With its robust design and advanced features, it is a must-have for any automation project.

Key Features and Specifications

The PLC-5 1771-OWNA module offers 32 digital outputs, divided into four groups of 8, allowing for flexible and scalable configurations. It is compatible with 1771-A1B through -A4B, and 1771-AM1, -AM2 I/O Chassis, ensuring seamless integration into your existing system. The module operates on a wide voltage range of 24-138V AC (rms) and 24-125V DC, providing versatility and reliability. With a maximum current rating of 12A per module and 1A per output, it can handle demanding applications without compromising performance. The module also boasts a surge current rating of 1A per output, ensuring robust protection against power spikes.

Practical Applications and Benefits

The Last Chance Allen-bradley Plc-5 1771-owna Point Digital Output Module Holiday Cheer Edition [V7ELBXZb] is ideal for a wide range of industrial applications, including factory automation, process control, and building automation. Its reliable performance and user-friendly design make it a perfect choice for daily operations. The module's high isolation voltage of 1000V between open contacts and 1500V between coil and contact ensures safety and protection against electrical hazards. With its robust construction and agency certifications, including CSA and UL, you can trust this module to perform consistently in challenging environments. The PLC-5 1771-OWNA is the ultimate choice for automation professionals seeking a reliable and efficient digital output module.