Allen Bradley 1794-TN3G Flex I/O Terminal Base Unit

Type:Flex I/O Terminal Base

Module Compatibility:Flexible I/O expansion for Allen Bradley PLC systems

Terminal Configuration:Up to 32 discrete input or output channels

Power Supply:24V DC/AC, 120V DC/AC, 230V DC/AC

Screw Torque Limit:1.4 Nm

Isolation Voltage:250V continuous

Operating Temperature:-40°C to +85°C

Storage Temperature:-40°C to +125°C

    The Allen Bradley 1794-TN3G Flex Terminal Base is engineered to optimize industrial automation systems by ensuring reliable communication between various control devices. Its robust design withstands harsh environmental conditions commonly encountered in manufacturing floors, making it suitable for applications requiring high reliability and efficiency.

    Featuring advanced terminal screw torque specifications, the 1794-TN3G ensures secure and consistent connections, minimizing potential errors and downtime. The terminal base supports a wide range of supply voltages, providing flexibility in integration with diverse power sources across different industries.

    With its continuous isolation voltage rating, the module offers superior protection against electrical interference, safeguarding sensitive data integrity and system stability. This feature is crucial for maintaining operational safety and efficiency in complex industrial setups.

    The lightweight design of the Allen Bradley 1794-TN3G Flex Terminal Base facilitates easy installation and maintenance, allowing for quick setup and adjustments without compromising on the structural integrity of the industrial infrastructure. This ergonomic aspect contributes to overall productivity enhancements in production lines.

    Furthermore, the product’s compatibility with Allen-Bradley’s comprehensive range of control solutions enables seamless integration within existing automation ecosystems, streamlining the upgrade process and reducing implementation complexities. By leveraging the 1794-TN3G, manufacturers can achieve enhanced performance, improved system reliability, and optimized operational costs in their industrial operations.