Why INCOE Temperature Controller heats uncontrollably?
If your INCOE Temperature Controller heats uncontrollably, and the Po value reads 99.9% (indicating full power output), it could be due to a short-circuited thermocouple, a cut or poorly connected heater. Inspect all wirings and the heater's resistance to resolve this issue.
What to do if my INCOE Temperature Controller has fuses blowing 16A in the fault zone?
If you find the 16A fuses blowing in the fault zone of your INCOE Temperature Controller, replace the faulty fuse.
What to do if INCOE MICROCOM Temperature Controller does not light when switching on the cabinet?
If your INCOE Temperature Controller doesn't light up when you switch on the cabinet, check the fuses located on the controller circuit board.
What to do if my INCOE MICROCOM triac shorted?
If the triac in your INCOE Temperature Controller is shorted, send the controller to INCOE for repair.
What to do if INCOE Temperature Controller shows reversed thermocouple?
If your INCOE Temperature Controller indicates a reversed thermocouple, check for proper wiring. You can also switch to manual mode.
How to fix pinched thermocouple in INCOE MICROCOM Temperature Controller?
To address a 'pinched' thermocouple in your INCOE Temperature Controller, fix the pinching. If time is a constraint, switch to manual mode.
How to troubleshoot open thermocouple in INCOE MICROCOM?
To troubleshoot an open thermocouple in your INCOE Temperature Controller, test the thermocouple with an ohmmeter and switch to manual mode.
Highlights key functionalities like temperature measurement, control modes, and output capabilities.
Guides through the essential steps for powering on and initiating the controller for the first time.
Describes the controller's display, LEDs, switch functions, and operating states.
Details the controller's display, LEDs, and the functions of the 'Click & Rotate' switch.
Describes the various tasks performed by the single switch for data entry and navigation.
Lists and explains the various alarms and fault messages displayed by the controller.
Provides a general overview of menu organization and how to navigate through it.
Outlines primary menu selections for control mode, power display, and configuration.
Details parameters for High Alarm, Low Alarm, Maximum Setpoint, and Time Ramp.
Details parameters for Temperature Units, Thermocouple Type, and Output Type.
Allows adjustment of degrees above setpoint for high alarm activation.
Allows adjustment of degrees below setpoint for low alarm activation.
Defines controller behavior when a thermocouple fault occurs.
Provides a table listing faults, their effects, protections, and recommended solutions.
General| Control Zones | 1 |
|---|---|
| Thermocouple Type | J, K |
| Output | SSR |
| Alarms | Deviation |
| Input Type | Thermocouple |
| Output Type | SSR |
| Control Algorithm | PID |
| Display | LED |
| Operating Temperature | 0°C to 50°C |
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