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General| Number of Outputs | Up to 4 |
|---|---|
| Protection | IP20 |
| Supply voltage | 100-240 VAC |
| Mounting | Panel mounting |
| Operating Temperature | 0 to 50°C |
| Input | Thermocouple, RTD, mV, V, mA |
Introduces the bentrup compact series controllers, their technology, and operation.
Guide to setting up and initiating a firing process on the TC44 controller.
How the TC66 saves and manages up to 6 firing curves as programmes for ceramic applications.
Steps to choose a firing curve and initiate the firing process on the TC66 controller.
Instructions on how to modify existing firing curves for specific ceramic applications on the TC66.
Setting a delayed start for the firing process to align with specific timing needs on the TC66.
How to monitor kiln temperature and segment progress during an active firing on the TC66.
Example of inputting a specific firing program (P2) into the TC88 controller for flexible applications.
Detailed steps for defining time and temperature for each segment of a firing curve on the TC88.
How to begin the firing cycle using the start-stop key and interpret indicators on the TC88.
Monitoring firing progress, including temperature, segment, and remaining time during dwells on the TC88.
Displaying current setpoint (SP) and time remaining in a segment during operation on the TC88.
Options for manual adjustments like changing setpoint, holding, or skipping segments on the TC88.
List and explanation of common error codes like overrun, underrun, and invalid for controller faults.
Further details on error codes related to over/under temperature, heating problems, and internal controller issues.
How to adapt controller settings for specific applications and access operational parameters.
Connector pin assignments, wiring diagrams, and safety precautions regarding controller access and fuses.
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