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General| Model | XRB |
|---|---|
| Output Type | Relay |
| Front panel protection | IP65 |
| Protection Rating | IP65 |
| Series | Dixell |
| Type | Controller |
| Accuracy | ±0.5°C |
| Resolution | 0.1°C |
| Input Type | NTC, PTC |
| Output | Relay |
| Storage Temperature | -30°C to +70°C |
Contact information and online resources for the product.
Explanation of the device's control buttons and their functions.
Description and function of the various icons displayed on the device.
Procedure to lock the device's keyboard to prevent accidental changes.
Procedure to unlock the device's keyboard.
Steps to enter and navigate the device's programming menu.
Specific steps to enter the PR2 programming menu.
How to transfer parameters between PR1 and PR2 menus.
Accessing and viewing the setpoint values.
Procedure for modifying the setpoint value.
Procedure for downloading parameter maps from a HOT-KEY to the controller.
Procedure for uploading parameter maps from the controller to a HOT-KEY.
Step-by-step guide for updating the device's firmware.
Critical precautions and considerations for firmware updates.
Core parameters governing the main regulation functions.
Parameters related to probe selection and calibration.
Parameters affecting the device display and its settings.
Parameters controlling the defrost cycle operations.
Parameters for configuring the evaporator fan's operation.
Parameters for the auxiliary regulator and output.
Parameters for setting and managing temperature alarms.
Configuration options for the digital relay outputs.
Configuration options for the digital inputs.
Parameters for configuring the energy saving modes.
Parameters for accessing and resetting internal counters.
Parameters related to the device's real-time clock settings.
Parameters for configuring serial communication (Modbus).
Parameters for customizing the user interface and buttons.
Parameters for viewing read-only information.
Details of the basic energy saving algorithm.
Key parameters and recommended values for ERA-BAS.
How digital inputs interact with the ERA-BAS algorithm.
Tables showing activation/deactivation rules for energy saving.
Details of the automatic energy saving algorithm.
Key parameters and recommended values for automatic ES.
How digital inputs interact with the automatic ES algorithm.
Activation/deactivation rules for automatic ES.
Interaction between energy saving and RTC features.
Details of the pull-down function in normal operating mode.
How pull-down relates to exiting advanced energy saving.
Fan control based on digital input status.
Methods for controlling defrost cycles.
Details on the optimized defrost mode.
How to synchronize defrost cycles across multiple units.
Configuring a digital output for compressor control.
Configuring a digital output for defrost control.
Configuring a digital output for evaporator fan control.
Configuring a digital output for alarm signaling.
Configuring a digital output for light control.
Configuring a digital output for auxiliary functions.
Parameters for managing the auxiliary regulator.
Setting timed activation/deactivation intervals for auxiliary output.
Configuring a digital output for dead band regulation.
Configuring a digital output for simple ON/OFF control.
Configuring a digital output for energy saving mode.
Configuring a digital output for a second compressor.
Configuring a digital input for door switch functionality.
Configuring a digital input to trigger defrost.
Configuring a digital input to control auxiliary output.
Configuring a digital input to enable/disable energy saving.
Configuring a digital input for external warning alarms.
Configuring a digital input for external lock alarms.
Configuring a digital input for external pressure alarms.
Configuring a digital input for evaporator fan mode.
Configuring a digital input for remote holiday mode.
Configuring a digital input for remote ON/OFF control.
Configuring a digital input for light output control.
Configuring a digital input to change controller configuration.
Configuring a digital input for motion sensor detection.
Overview of alarm causes and their associated outputs.
How alarms are reset and managed.
Wiring diagram for the XRB70CH model.
Wiring diagram for the XRB60CH model.
Wiring diagram for the XRB30CH model.
Detailed description of pin assignments for XRB30CH.
Wiring diagram for the XRB77CH model.
Detailed description of pin assignments for XRB77CH.
Technical specifications for XRB30-60-70CH models.
Technical specifications for the XRB77CH model.
Description of available tools like X-MOD, WIZMATE, HOT-KEY, PROGKEY.
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