Dixell Manual -

Large-format controllers often used in cold rooms, providing advanced relay management for lights and auxiliary outputs.

The primary function of the manual is navigation. Dixell interfaces, while robust, are notoriously cryptic. They present the user with small, monochromatic LCD screens and a series of unmarked buttons or cryptic icons. Without the manual, the controller is a labyrinth. The booklet serves as the map, guiding the user through a hierarchy of parameters—often labeled as "P01," "P02," and so on. In this context, the manual transforms from a technical guide into a narrative of cause and effect. It explains that adjusting "Celsius Setpoint" requires navigating through "Compressor Cut-out" thresholds. It teaches the user that the machine does not think in terms of "cold" or "warm," but in differential degrees and time delays. dixell manual

While the XR series share a common logic, pinouts and parameters vary by model : Large-format controllers often used in cold rooms, providing

The Set Point is the target temperature your system aims to maintain. XR60CX - Copeland They present the user with small, monochromatic LCD

| Code | Description | Typical Range | Notes | | :--- | :--- | :--- | :--- | | | Minimum Setpoint Limit | 32°F (0°C) | Prevents setting too warm | | US | Maximum Setpoint Limit | 50°F (10°C) | Prevents setting too cold | | OdS | Output delay at startup | 1-5 min | Compressor protection | | rtr | Defrost interval (hours) | 4-8 hrs | Time between defrost cycles | | rtc | Defrost max duration | 20-30 min | Safety cut-off for defrost | | dit | Defrost drain time | 2-5 min | Post-defrost drip delay | | FSt | Fan setpoint (evap temp) | 36°F (2°C) | Fans stop below this temp | | CAL | Probe calibration offset | +/- 5°F | Correct for sensor drift | | P2P | Probe 2 configuration | - | Set as evaporator or auxiliary |