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Overview of the microprocessor-based digital electronic temperature controller.
Details on the buttons, LEDs, and display of the controller's front panel.
Setting the Set Point using SP1, SP2, SP3, SPE, and SPH modes.
Procedure for accessing and modifying instrument parameters, including password protection.
Restoring all parameters to their factory default settings.
Locking the keyboard to prevent accidental changes.
Viewing various measured and operating variables on the display.
Guidelines on the intended and permitted applications of the instrument.
Instructions for physically installing the instrument in a panel.
Provides instrument dimensions, panel cut-out, and mounting hardware information.
Wiring instructions for power supply and signal connections.
Controls the instrument's operational state between ON and Stand-by.
Explains the different operating modes and how to switch between them.
Settings for temperature units, resolution, calibration, and displayed variable.
Defining the function of the digital input terminal.
Configuring the function of the instrument's outputs and internal buzzer.
Details the ON/OFF control action and different functioning modes (Cooling, Heating, Neutral Zone).
Functions to prevent repeated compressor start-ups and manage power-on delays.
Details on automatic defrost starting, manual defrost, and end-of-defrost conditions.
Covers probe error durations, display lock, and dynamic interval systems.
Configuration and operation of evaporator fans based on temperature and defrost status.
Covers general alarms, temperature alarms, and external/door/voltage alarms.
Details the functionality assigned to the UV and Q/P keys for mode selection and output control.
Using the A01 device for parameter transfer via NFC.
Using the AFC1 device for parameter transfer via NFC.
Connecting a remote display device for temperature monitoring.
Connecting the instrument to an RS485 network for supervision.
Detailed table of all programmable parameters, their descriptions, and ranges.
Lists error messages, their reasons, and recommended actions, plus other system messages.
Recommended procedure for cleaning the instrument.
Guidelines for the proper disposal of the appliance.
Information on warranty coverage, terms, and how to handle faulty instruments.
Power supply, consumption, input/output specifications, and protection classes.
Housing material, dimensions, weight, mounting, and operating environment conditions.
Summary of temperature control, defrost, measurement, display, software, and compliance features.
Guide to selecting model variants based on power supply, outputs, terminals, and display.
Overview of the microprocessor-based digital electronic temperature controller.
Details on the buttons, LEDs, and display of the controller's front panel.
Setting the Set Point using SP1, SP2, SP3, SPE, and SPH modes.
Procedure for accessing and modifying instrument parameters, including password protection.
Restoring all parameters to their factory default settings.
Locking the keyboard to prevent accidental changes.
Viewing various measured and operating variables on the display.
Guidelines on the intended and permitted applications of the instrument.
Instructions for physically installing the instrument in a panel.
Provides instrument dimensions, panel cut-out, and mounting hardware information.
Wiring instructions for power supply and signal connections.
Controls the instrument's operational state between ON and Stand-by.
Explains the different operating modes and how to switch between them.
Settings for temperature units, resolution, calibration, and displayed variable.
Defining the function of the digital input terminal.
Configuring the function of the instrument's outputs and internal buzzer.
Details the ON/OFF control action and different functioning modes (Cooling, Heating, Neutral Zone).
Functions to prevent repeated compressor start-ups and manage power-on delays.
Details on automatic defrost starting, manual defrost, and end-of-defrost conditions.
Covers probe error durations, display lock, and dynamic interval systems.
Configuration and operation of evaporator fans based on temperature and defrost status.
Covers general alarms, temperature alarms, and external/door/voltage alarms.
Details the functionality assigned to the UV and Q/P keys for mode selection and output control.
Using the A01 device for parameter transfer via NFC.
Using the AFC1 device for parameter transfer via NFC.
Connecting a remote display device for temperature monitoring.
Connecting the instrument to an RS485 network for supervision.
Detailed table of all programmable parameters, their descriptions, and ranges.
Lists error messages, their reasons, and recommended actions, plus other system messages.
Recommended procedure for cleaning the instrument.
Guidelines for the proper disposal of the appliance.
Information on warranty coverage, terms, and how to handle faulty instruments.
Power supply, consumption, input/output specifications, and protection classes.
Housing material, dimensions, weight, mounting, and operating environment conditions.
Summary of temperature control, defrost, measurement, display, software, and compliance features.
Guide to selecting model variants based on power supply, outputs, terminals, and display.
| Mounting | Panel mount |
|---|---|
| Input | Thermocouple |
| Output | Relay |
| Control Mode | ON-OFF, PID |
| Power Supply | 100-240VAC |
| Display | LED |
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