GE IS200TDBTH2ACD Discrete Terminal Board

Input/output: 48 points of DC 24V/48V I/O, can be dry contact or wet contact.

Communication interface: VME backplane, compatible with RS-422, Ethernet (10Mbps), support Modbus protocol

Withstand environmental: humidity 5%-95% (non-condensing), vibration resistance 5-500Hz, 10g peak

Multichannel data interactive: It is an important part of the GE Mark VI control system, which realizes real-time signal interaction with turbine sensors (such as temperature sensors, pressure sensors, vibration sensors) and actuators (such as servo valve and solenoid valve), accurately monitor the condition of the turbine and control its operation.

Discrete signal control: GE IS200TDBSH6ABC (48 discrete I/O points, 24V DC/48V DC range, can be connected to turbine protection system such as emergency trip signal) can be connected to other ancillary systems, minimum Reaction time:<5ms.

Optical isolation technology: input and output channels are optically coupling isolation, strong anti-interference (EMC level reaches IEC 61000-4-3), suit for harsh environment strong disturbances (such as steel plant, etc.)

Fault self-test: built-in watchdog circuit, status indicator, power communication channel status can be real-time feedback, support remote fault look for, early warning.

Wide temperature operation, adapt to extreme industrial environments (such as high temperature in the desert, low temperature in the polar regions), failure rate <0.1 times/year.

Jumper-free design: GE IS200TDBSH6ABC replaces hardware jumpers with software configuration to reduce the risk of human error and improve system stability.

Plug and play: standardized VME interface design, supports fast installation and configuration, shortens project implementation cycle (average deployment time <4 hours).

Flexible expansion: can work with other GE modules (such as IS200ESELH1AAA excitation board, IS200FHVBG1ABA inverter board) to build a complete turbine control solution.

High-precision signal processing: 12-bit resolution analog-to-digital conversion ensures the accuracy of turbine parameter monitoring (temperature measurement error <±0.5°C, pressure error <±1%).

Dynamic optimization: Cooperate with GE Proficy software to achieve real-time adjustment of turbine operating parameters, reduce energy consumption by 5%-10%, and extend equipment life.