Introduction: Solving Industrial Temperature Sensing's "Connection & Reliability" Challenge
In industrial processes where accurate temperature measurement is paramount—from monitoring
steam turbine exhaust in power plants to controlling batch reactor temperatures in chemical facilities
—the integrity of the signal path from sensor to controller is as critical as the sensor itself. The GE
IS210DTURH1A Terminal Board is engineered to be the most reliable connection point in this chain: as
a dedicated thermocouple terminal board for GE's Mark VIe Distributed Control System (DCS), it
provides a robust, noise-immune interface between field-installed thermocouples and Mark VIe input
modules. Unlike generic terminal blocks assemblies that lack proper isolation or protection, this board
is purpose-built for the harsh realities of industrial environments—offering superior electrical
isolation, built-in surge protection, and rugged construction. Whether you're connecting dozens of
thermocouples in a boiler or a single critical sensor on a turbine bearing, the IS210DTURH1A acts as
the "fortress gate" of your temperature monitoring system—ensuring every microvolt of
thermoelectric signal reaches the controller accurately and reliably.
