The Phoenix Contact IBS CT 24 IO GT-T is a sophisticated coupling module designed to facilitate the seamless integration and communication between two INTERBUS systems. This module is expertly crafted to operate with a 24 V DC power supply and is specifically engineered for DIN rail mounting, ensuring a secure and stable installation within your control cabinet.
With its compact dimensions of 204 mm in width, 77 mm in height, and 37 mm in depth, the IBS CT 24 IO GT-T is an ideal solution for space-conscious environments. The unit boasts an IP20 degree of protection, making it suitable for use in general industrial settings where direct contact with the device is not an issue.
One of the standout features of this coupling module is its ability to provide electrical isolation between the two connected INTERBUS systems. This not only enhances the reliability of your network but also safeguards against potential electrical interference that could disrupt communication.
The module is equipped with a 10-position MINI-COMBICON connector, facilitating straightforward and secure remote bus connections. It supports a transmission speed of 500 kbps, ensuring swift and efficient data exchange, which is critical for optimising system performance.
For ease of monitoring and diagnostics, the IBS CT 24 IO GT-T includes diagnostic and status indicators. These indicators provide immediate visual feedback on the operational status of each INTERBUS system, allowing for quick identification and resolution of any issues that may arise.
Configuring the module is made simple with a configuration switch and a 7-segment display that indicates the selected data word or byte. This user-friendly feature ensures that adjustments can be made with precision and ease.
Overall, the Phoenix Contact IBS CT 24 IO GT-T coupling module is a reliable and efficient choice for those looking to enhance the connectivity and communication within their industrial automation systems. Its robust design and user-centric features make it a valuable addition to any setup requiring the integration of two INTERBUS systems.