Technical Specifications

• Type: Refrigeration Controller
• Input:
  • Temperature Sensors: Compatible with NTC or PT1000 temperature sensors for accurate monitoring.
  • Digital Inputs: The EKC 361 typically features multiple digital inputs that can be configured for various functions such as door switches or defrost signals.
• Output:
  • Relay Outputs: Equipped with several relay outputs for controlling evaporator fans, defrost heaters, and other refrigeration components.
  • Analog Outputs: May include analog outputs for modulating control devices like electronic expansion valves.
• Display:
  • User Interface: Features an LED display for showing current temperature, setpoints, and system status. The user interface also includes buttons for setting parameters and navigating the menu.
• Power Supply: Usually operates on a standard 24V AC/DC power supply, making it compatible with common industrial power systems.
• Communication:
  • Modbus: Typically includes Modbus communication capabilities for integration into building management systems (BMS) or other control networks.
  • RS485: Often includes an RS485 port for serial communication with other controllers or monitoring systems.

Features

• Temperature Control: Precisely controls the temperature of refrigeration systems by managing the operation of compressors, fans, and other components.
• Defrost Management: Offers programmable defrost cycles, which can be set based on time, temperature, or manual initiation. This helps in maintaining the efficiency of the evaporator.
• Fan Control: Controls evaporator fans based on temperature or system demand, optimizing energy use and maintaining consistent cooling.
• Alarm Functions: Includes configurable alarms for conditions such as high/low temperatures, sensor failures, or door open conditions. These alarms can be displayed on the unit or communicated to a central monitoring system.
• Energy Efficiency: Designed to optimize energy use in refrigeration systems, helping to reduce operational costs while maintaining precise control over refrigeration conditions.
• User Programmability: The EKC 361 allows for easy programming of control parameters, making it adaptable to various refrigeration system designs and requirements.
• Remote Monitoring: The controller’s communication capabilities allow for remote monitoring and control, which is especially useful in large installations or in systems that require frequent adjustments.

Application Scenarios

• Commercial Refrigeration: Used extensively in commercial refrigeration applications, such as supermarkets, cold storage facilities, and food processing plants, where precise temperature control is critical.
• Industrial Refrigeration: Suitable for industrial refrigeration systems, including large-scale refrigeration for manufacturing processes or storage of temperature-sensitive goods.
• HVAC Systems: Can be integrated into HVAC systems where precise control of evaporator functions is necessary to maintain desired environmental conditions.
• Remote Monitoring Solutions: Ideal for applications where remote monitoring and control are essential, such as in distributed refrigeration systems across multiple locations.