GE IS200TBTCH1C Mark VIe Control Systems Thermocouple Input PTCC I/O Pack

GE IS200TBTCH1C Mark VIe control systems Thermocouple Input PTCC I/O Pack

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Description:

The IS200TBTCH1C module excels in temperature control, allowing for precise and accurate regulation of thermal conditions. It can maintain temperatures within a defined range, ensuring optimal process performance and product quality.

The module is equipped with flexible input and output options, allowing for seamless integration with various temperature sensors and control devices. It can interface with different types of temperature sensors and control elements, providing compatibility and versatility in temperature control setups.

The module incorporates alarm and safety features to provide alerts and prevent undesirable conditions. It can trigger visual or audible alarms, initiate shutdown procedures, or activate safety measures when temperature exceeds specified limits or critical conditions occur.

A shield strip is provided next to each block, which is actually the left-hand side of the metal base where the module is mounted. Wide and narrow modules are arranged in vertical columns of high and low-level wiring that can be accessed from top and/or bottom cable entrances. An example of a wide module is a module containing magnetic relays with fused circuits for solenoid drivers.

I/O modules can be categorized as generic and application-specific. As an example, discrete inputs (contact inputs) are used in virtually all applications and differ primarily in their voltage rating. Other considerations in selecting a module are its redundancy, isolation (group or point), terminal block type, availability for safety applications (IEC61508), and approval for hazardous locations.

A typical application-specific module is a servo module that is used for fast closed-loop control of a turbine’s servo valve actuator or a complete emergency over-speed trip system for a turbine. These unique modules will not be described in the following tables. However, some application-specific modules such as a vibration module is commonly applied in monitoring radial and axial shaft displacement of rotating machinery in plant

distributed control systems and will be described in a separate table.