The C36TC0UA1100 is a dedicated digital process instrument engineered for precision thermal regulation in plastic extrusion, industrial baking ovens, environmental test chambers, and chemical processing facilities. This electronic controller calculates deviation metrics continuously to maintain strict process temperatures within close user defined tolerances.
A primary capability of the C36TC0UA1100 temperature controller is its versatile input stage. The hardware accepts direct electrical links from multiple sensor types, including standard thermocouples and resistance temperature detectors. Onboard software routines apply precise mathematical linearization to the incoming millivolt or ohmic signals, providing highly accurate internal temperature readouts.
The core regulation logic of the C36TC0UA1100 relies on an advanced proportional integral derivative algorithm. The instrument includes auto tuning functions that analyze thermal lag in the heating or cooling loop automatically, adjusting proportional bands and integral values to prevent temperature overshoot and undershoot issues during fast startup sequences.
The C36TC0UA1100 features multiple physical output channels, which may configure as electro mechanical relays, solid state relay drive pulses, or linear analog current links depending on the specific model configuration. Separate auxiliary alarm contacts monitor for deviation thresholds, over temperature faults, or open sensor conditions, allowing the unit to trigger emergency shutdown loops independently.
The front face of the C36TC0UA1100 includes a dual row digital display that shows the current process variable and setpoint value simultaneously. Sealed pushbuttons allow operators to modify configurations and cycle through diagnostic parameters. The housing is designed for standard cut out panel installations and incorporates dust proof front sealing to protect internal electronics.



