GE

531X304IBDAMG1 Contact input group isolated terminal board

531X304IBDAMG1 Contact input group isolated terminal board

The 531X304IBDAMG1 is a contact input group isolation terminal board developed by GE. Designed for use in industrial automation and control systems, this terminal block provides efficient, stable signal transmission and isolation.

Get A Quote
Contact Us

531X304IBDAMG1 Contact input group isolated terminal board

The 531X304IBDAMG1 is a contact input group isolation terminal board developed by GE. Designed for use in industrial automation and control systems, this terminal block provides efficient, stable signal transmission and isolation.

It has 24 dry contact inputs that are connected to two palisade terminal blocks on the isolated contact input (TBCI) terminal board. For contact excitation, TBCI is coupled with DC power supply to ensure stability and reliability of signal transmission. In addition, the noise reduction circuit in the contact input can effectively protect the system from surge and high-frequency noise interference, further improving the stability and safety of the system.

The 531X304IBDAMG1 terminal board supports simplex and TMR applications and works with VTCC/VCRC, making it capable of outstanding performance in a wide range of industrial automation applications. It can also be connected to a VME rack, where a VCCC or VCRC processor board is placed via a cable with a molded plug, which makes the installation and configuration process much simpler and more efficient.

The 531X304IBDAMG1 terminal board contains diodes, resistors, capacitors, integrated circuits, jumper pins, transistors, metal brackets, crystal oscillators and other components. These components work together to ensure stable operation and excellent performance of the terminal board. Each component plays an important role in the function of the board, such as integrated circuits to control the board operation process, diodes and jumper pins to direct the energy current, capacitors to hold energy and prevent energy from escaping, and crystal oscillators to generate precise frequencies.

Scroll to Top