dixell xr06cx manual
Dixell XR06CX Manual: A Comprehensive Guide
This manual details the Dixell XR06CX controller‚ a microprocessor-based solution for refrigeration‚ featuring a 71x29mm size and 230VAC power‚ compatible with NTC sensors.
The Dixell XR06CX is a widely utilized‚ compact microprocessor-based temperature controller designed for a diverse range of refrigeration applications. Measuring just 71x29mm‚ this controller offers precise temperature management in freezers and refrigeration units. It operates on a 230VAC power supply and is specifically engineered for use with NTC temperature sensors‚ ensuring accurate readings within a 0 to 60°C measurement range.
This controller‚ identified as model XR06CX-5N0C1‚ has gained popularity‚ with over 3‚847 units sold as of today‚ February 3rd‚ 2026. Its robust design and reliable performance make it a preferred choice for professionals. The XR06CX features a single relay output‚ designated CO-8A(3)‚ providing versatile control options. Understanding its functionalities is crucial for optimal system operation and troubleshooting‚ which this manual aims to provide.
Key Features and Specifications
The Dixell XR06CX boasts several key features‚ including its compact 71x29mm dimensions facilitating easy integration into various systems. It’s powered by 230VAC and designed for seamless compatibility with NTC temperature sensors‚ offering a measurement range of 0 to 60°C. A prominent feature is its single CO-8A(3) relay output‚ enabling flexible control of connected devices;
Specifically‚ the XR06CX-5N0C1 model stands out for its microprocessor-based design‚ ensuring precise and stable temperature regulation. The controller’s intuitive interface allows for straightforward parameter configuration and monitoring. Its robust construction guarantees reliable operation in demanding environments. As of February 3rd‚ 2026‚ over 3‚847 units have been purchased‚ demonstrating its market acceptance and proven performance. This controller is a versatile solution for diverse refrigeration needs.
Power Supply and Wiring Diagram
The Dixell XR06CX operates on a 230VAC power supply‚ requiring careful attention to wiring for safe and efficient operation. Proper grounding is essential to prevent electrical hazards and ensure system stability. The controller’s wiring diagram details the connections for the NTC temperature sensor‚ relay output (CO-8A(3))‚ and power input.
It’s crucial to consult the official XR06CX passport/manual for a detailed wiring schematic before commencing installation. Incorrect wiring can lead to malfunction or damage to the controller and connected equipment. The diagram illustrates the terminal assignments for each component‚ ensuring correct connections. Always disconnect power before making any wiring changes. Adhering to the wiring diagram guarantees optimal performance and longevity of the XR06CX temperature controller.
Display and Button Functions
The Dixell XR06CX features a clear display providing essential information such as the current temperature‚ setpoint‚ and operational status. The display utilizes a straightforward interface for easy monitoring of the controlled environment. Button functions allow for navigation through menus‚ adjustment of parameters‚ and acknowledgement of alarms.
Typically‚ buttons are used for setting the desired temperature‚ accessing configuration options‚ and initiating defrost cycles. The manual details each button’s specific function and corresponding display indications. Understanding these controls is vital for effective operation and troubleshooting. Familiarize yourself with the display symbols and button commands to maximize the controller’s capabilities. Proper utilization of the display and buttons ensures precise temperature management.

Setting Up the XR06CX
Initial setup involves parameter configuration‚ temperature sensor calibration‚ and defining defrost cycles to optimize performance for specific refrigeration or freezer applications.

Parameter Configuration: Basic Settings
Configuring basic parameters on the Dixell XR06CX is crucial for proper operation. This includes setting the measurement range‚ typically 0 to 60°C‚ to align with the application’s temperature requirements. The controller’s power supply is 230V‚ and correct wiring is essential‚ utilizing the CO-8A(3) relay output.
Users must define the temperature unit (Celsius or Fahrenheit) and configure alarm settings to receive notifications for deviations from setpoints. Initial setup also involves selecting the appropriate sensor type – the XR06CX is designed for compatibility with NTC sensors. Proper parameterization ensures accurate temperature control and efficient operation of refrigeration or freezer units. Refer to the XR06CX passport/manual for detailed instructions on accessing and modifying these settings‚ ensuring optimal performance and longevity of the system.
Temperature Sensor Calibration
Accurate temperature readings are paramount‚ necessitating careful sensor calibration on the Dixell XR06CX. This process compensates for sensor inaccuracies and ensures reliable control. The XR06CX is designed to work with NTC sensors‚ and calibration procedures are outlined in the controller’s manual (XR06CX passport).
Calibration typically involves comparing the controller’s reading to a known‚ accurate temperature source. Adjustments are then made through the parameter settings to align the displayed temperature with the reference value. Proper calibration is vital for maintaining consistent temperatures within the specified 0 to 60°C measurement range. Incorrect calibration can lead to inefficient operation‚ product spoilage‚ or equipment damage. Regularly verifying sensor accuracy is recommended for optimal performance.
Defrost Cycle Configuration
The Dixell XR06CX offers flexible defrost cycle configuration to prevent ice buildup on evaporator coils‚ crucial for efficient refrigeration. Defrost settings‚ accessible through the parameter menu‚ allow customization of cycle frequency‚ duration‚ and termination temperature. Users can select from various defrost modes‚ including electric resistance or hot gas defrost‚ depending on the system’s design.
Proper configuration ensures effective ice removal without compromising product temperature or energy consumption. Parameters control the interval between defrost cycles‚ the maximum defrost duration‚ and the temperature at which the cycle terminates. Careful adjustment of these settings optimizes defrost performance‚ minimizing energy waste and maximizing system reliability. Refer to the XR06CX manual for detailed instructions and recommended settings for specific applications.
Alarm Settings and Troubleshooting

The Dixell XR06CX incorporates comprehensive alarm functionalities to alert users to potential system malfunctions. These alarms cover high and low temperature limits‚ sensor failures‚ and defrost termination issues. Users can configure alarm thresholds and enable/disable specific alarms based on application requirements. Visual and audible alerts provide immediate notification of abnormal conditions.
Troubleshooting common issues is simplified through error codes displayed on the controller’s interface. The manual provides a detailed list of error codes and corresponding solutions‚ aiding in quick diagnosis and repair. Common problems include sensor disconnection‚ relay failures‚ and incorrect parameter settings. Regularly checking alarm logs and understanding error codes ensures proactive maintenance and minimizes downtime‚ maintaining optimal system performance and product safety.

Advanced Configuration
The XR06CX allows for precise control through temperature limits‚ relay output configuration (CO-8A(3))‚ and measurement range adjustments (0 to 60°C).
Setting Temperature Limits
Establishing appropriate temperature limits is crucial for optimal performance and safety when utilizing the Dixell XR06CX controller. This feature allows users to define both maximum and minimum allowable temperatures for the controlled environment‚ preventing deviations that could compromise stored products or equipment;
The XR06CX’s advanced configuration options enable precise setting of these thresholds. Users can program the controller to trigger alarms or initiate corrective actions – such as activating a defrost cycle or shutting down the system – if temperatures exceed the defined limits. This proactive approach minimizes risks associated with temperature fluctuations.
Careful consideration should be given to the specific requirements of the application when determining these limits. Factors such as the type of stored goods‚ desired preservation levels‚ and energy efficiency goals all play a role. Proper configuration ensures the XR06CX operates effectively within safe and optimal parameters.
Relay Output Configuration (CO-8A(3))
The Dixell XR06CX controller features a relay output designated as CO-8A(3)‚ offering versatile control capabilities for connected devices. This output is designed to switch loads‚ enabling the controller to activate or deactivate components like compressors‚ fans‚ or heaters based on programmed settings and temperature readings.
The “CO” designation indicates a changeover relay‚ meaning it provides both normally open (NO) and normally closed (NC) contacts. This flexibility allows for diverse wiring configurations to suit various application requirements. The 8A(3) specification denotes the relay’s current carrying capacity and voltage rating‚ ensuring safe and reliable operation.
Proper configuration of the CO-8A(3) relay is essential for correct system functionality. Users can define the conditions under which the relay activates or deactivates‚ tailoring the controller’s response to specific needs. Understanding the relay’s characteristics is vital for optimal integration.

Measurement Range Configuration (0 to 60°C)
The Dixell XR06CX temperature controller is engineered with a measurement range spanning from 0 to 60 degrees Celsius. This broad range accommodates a wide spectrum of refrigeration and heating applications‚ ensuring accurate temperature monitoring and control across diverse environments.
This configuration is crucial for optimal performance‚ as it defines the boundaries within which the controller can reliably detect and respond to temperature fluctuations. Operating outside this range may lead to inaccurate readings or compromised control functionality. The controller’s internal algorithms are calibrated to deliver precise measurements within these specified limits.
Users should verify that the intended application falls within the 0-60°C range to guarantee compatibility and reliable operation. Proper range configuration is fundamental for maintaining system stability and achieving desired temperature setpoints.

Practical Applications
The XR06CX controller excels in freezer temperature control and refrigeration units‚ demonstrating compatibility with NTC sensors for precise and reliable performance in varied settings.
Freezer Temperature Control Settings

Optimizing freezer performance with the Dixell XR06CX requires careful parameter configuration. This controller‚ designed for precise temperature management‚ benefits from understanding its capabilities. Begin by setting appropriate temperature limits‚ ensuring they align with the specific freezer application and stored goods. The XR06CX’s measurement range‚ spanning 0 to 60°C‚ provides flexibility for various freezer types;
Crucially‚ calibrate the temperature sensor for accurate readings. Incorrect calibration can lead to temperature fluctuations and potential spoilage. Utilize the controller’s settings to adjust for any sensor discrepancies. Furthermore‚ configure the defrost cycle to prevent ice buildup‚ which can reduce freezer efficiency. Regular monitoring of alarm settings is also vital for proactive troubleshooting‚ addressing potential issues before they escalate. Remember to consult the XR06CX passport/manual for detailed guidance on these settings.
Refrigeration Unit Applications
The Dixell XR06CX controller excels in diverse refrigeration unit applications‚ offering precise temperature control for optimal performance. Its compact 71x29mm form factor and 230VAC power supply make it suitable for various systems. Utilizing NTC sensors‚ the XR06CX accurately monitors temperatures within a 0 to 60°C range‚ crucial for maintaining product integrity.
Configuration of relay outputs‚ specifically CO-8A(3)‚ is key to integrating the controller with refrigeration components. Proper setup ensures efficient compressor cycling and defrost operation. Careful attention to parameter configuration‚ including temperature limits and alarm settings‚ is essential for reliable operation. Remember to download the XR06CX passport/manual for detailed instructions tailored to your specific refrigeration unit. Troubleshooting common issues proactively will maximize system uptime and minimize potential losses.
Compatibility with NTC Sensors
The Dixell XR06CX controller is specifically designed for seamless compatibility with NTC (Negative Temperature Coefficient) sensors‚ enabling accurate and reliable temperature measurement within refrigeration systems. These sensors are crucial for providing the controller with real-time data‚ allowing for precise adjustments and optimal performance. The XR06CX supports a measurement range of 0 to 60°C when used with appropriate NTC sensors.
Proper sensor calibration is vital for ensuring accurate readings and maintaining consistent temperature control. Refer to the XR06CX manual for detailed instructions on calibrating NTC sensors. Selecting the correct NTC sensor is also important; ensure it’s compatible with the controller’s specifications. Utilizing compatible sensors guarantees the XR06CX functions as intended‚ maximizing efficiency and protecting refrigerated goods.

Maintenance and Support
Download the XR06CX passport/manual for detailed guidance‚ and troubleshoot common issues using available resources to ensure optimal controller performance and longevity.
Downloading the XR06CX Passport/Manual
Accessing the official Dixell XR06CX documentation is crucial for proper installation‚ configuration‚ and troubleshooting. The XR06CX passport‚ essentially the manual‚ provides comprehensive details about the controller’s functionalities‚ technical specifications‚ and wiring diagrams. This document‚ available in formats like PDF‚ outlines every aspect of the device‚ from initial setup to advanced parameter adjustments.
Users can typically find the XR06CX manual on the Dixell website or through authorized distributors. Searching for “XR06CX manual download” will yield relevant links. The manual details the physical dimensions – 32x74x60mm – and clarifies its suitability for medium-sized refrigeration applications. It’s a vital resource for understanding the controller’s capabilities and ensuring its effective operation within your specific system. Always refer to the latest version of the manual for the most accurate information.
Troubleshooting Common Issues
When facing difficulties with your Dixell XR06CX controller‚ systematic troubleshooting is essential. Common problems include display errors‚ incorrect temperature readings‚ or relay output malfunctions – specifically issues with the CO-8A(3) relay. Verify the power supply (230V) and ensure correct wiring according to the manual’s diagram.
Incorrect temperature readings often stem from sensor calibration issues or a faulty NTC sensor. Double-check the measurement range configuration (0 to 60°C) and recalibrate if necessary. If the controller isn’t responding‚ consult the manual for alarm settings and error code interpretations. Remember‚ the XR06CX is designed for refrigeration units and freezers; improper application can lead to operational problems. Referencing the passport/manual is the first step to resolving any issues.

















































































