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General| Brand | KILN care |
|---|---|
| Model | KCR32C |
| Category | Measuring Instruments |
| Language | English |
Provides a visual breakdown of the KCR32C controller's buttons, displays, and ports.
Instructions on how to initiate and halt a firing program using the controller.
Guidance on navigating through firing data and modifying values using control keys.
Procedure to lock and unlock the controller's keyboard to prevent unauthorized changes.
Details the initial display test, software version, and thermocouple type setting.
Information on how to identify and manage the keyboard lock status (LOC/UNLOCK).
Explains the function of mimic panel lamps and the decimal point indicator during operation.
Describes how a firing segment is composed of ramp, soak temperature, and soak period.
Steps to review and modify program parameters like ramp rate, soak temperature, and soak time.
Explains how program data entry ends, either by selecting 'End' or reaching max segments.
Describes how to exit programming mode, either by timeout or pressing a specific key.
Explains how the event output can be programmed to change state at ramp or soak start.
Details the menu for setting damper close/open temperatures and its operation during firing.
Explains the menu for setting fan start/stop temperatures and its operation during firing.
Instructions on starting a firing, handling delays, and stopping a firing prematurely.
Describes how the display indicates cooling status, including temperature and 'End' messages.
Explains how the KCR32C manages heating/cooling ramps based on kiln capability.
Details the function of specific keys for halting, pausing, or advancing programs.
Information on program memory retention and the delayed start functionality.
How to adjust firing values and parameters while a program is actively running.
Describes the program advance feature, which moves to the next segment or soak.
Explains how to pause a firing program and resume it later, with warnings.
Details error codes like Err.1 (Heating) and Err.4 (Cooling) and their causes.
Explains errors like Err.2 (thermocouple issue) and Err.3 (reversed thermocouple).
Covers errors like Err.5 (overshoot) and Err.6 (max firing time exceeded).
Describes 'Err.P' for potential programming errors and how to address them.
How to display energy used (kWh) and the current setpoint temperature.
Instructions for locking and unlocking the controller's keyboard for security.
Details the controller's behavior and recovery process after a power failure.
Guide to configuring the WiFi connection for remote monitoring and data access.
Explains the USB function for datalogging, user program transfer, and firmware updates.
Describes the datalogging process, file naming conventions (LOGnnn.CSV), and file format.
Details on how to use the PROGRAMS.TXT file to manage firing programs on the controller.
Explains the event flag values for controlling optional relays during ramping and soaking.
Information on how to request and perform controller firmware updates.
Crucial safety warnings, including electrical isolation and user-serviceable parts.
Provides details on installation category, power ratings, and fuse specifications.
Guidelines for meeting EMC requirements, including lead length limitations.
Advice on selecting an appropriate mounting location to avoid heat exposure.
Details on the 'holster' style ABS bracket and its mounting hole dimensions.
Explains the need for and method of suppressing contactor coils with RC suppressors.
How to enable/disable error messages and their impact on alarm and termination.
Explanation of the Setpoint Offset parameter and its effect on program setpoints.
Notes on remembering start delay and skipping it after power failure.
Warning about changing operating units, which reloads default programs.
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