Evaporator and room control
Products shown: 42
AK-CC 210
The AK-CC 210 is a versatile refrigeration controller designed for temperature control in various refrigeration applications. It integrates multiple refrigeration-technical functions, allowing it to replace a collection of thermostats and timers. The controller is suitable for use in small systems, such as those found in supermarkets, and can manage two compressors. It features easy data communication setup, quick installation, and multiple digital inputs for various functions.
AK-CC 210A
The AK-CC 210A controller is designed to manage refrigeration systems by maintaining optimal temperature conditions. It features multiple applications and is equipped with four relays to handle various control tasks. The controller uses LON communication for integration into larger control systems, ensuring seamless operation and monitoring.
AK-CC 210B
The AK-CC 210B is a refrigeration controller designed to manage the temperature within refrigerated cabinets. It operates based on the measurement from a single sensor, Sair, which can be placed either in the cold airflow after the evaporator or in the warm airflow before the evaporator, depending on the cabinet's construction and usage. The controller is capable of controlling up to two compressors, ensuring efficient temperature regulation by alternating the compressors based on their operating hours and the temperature differential.
AK-CC 240
The AK-CC 240 is a refrigeration appliance control unit designed for temperature regulation in various refrigeration applications. It is part of the Danfoss Cooling Solutions product line, specifically within the Electronic Controllers and Services segment. This controller is optimized for use with thermostatic expansion valves (TXV) and is equipped with multiple adaptive defrost methods to ensure high system efficiency and optimal performance.
AK-CC 250A
The AK-CC 250A is a versatile controller designed for temperature control in refrigeration applications. It integrates multiple refrigeration-technical functions, allowing it to replace a collection of thermostats and timers. This controller is suitable for various applications, including the control of two compressors, hot gas defrost systems, and more. It features fixed MODBUS data communication, quick setup, and multiple digital inputs for various functions.
AK-CC 350
The AK-CC 350 is a versatile and advanced controller designed for temperature control in refrigeration applications. It integrates multiple refrigeration-technical functions, making it capable of replacing a collection of thermostats and timers. This controller is suitable for various applications, including controlling two compressors, and it offers fixed MODBUS data communication for seamless integration.
AK-CC55
AK-CC55 is a complete refrigeration appliance control with great flexibility to adapt to refrigeration appliances and cold storage rooms. AK-CC55 Single Coil, Compact, and Multi Coil controllers are optimized to control refrigerated display cases or cold rooms with electronic expansion valve type AKV. In addition to the valve output, the controllers hold a pressure input, temperature sensor inputs, digital inputs as well as an analogue output and relay outputs that can be applied to numerous functionalities in a refrigeration system. The temperature in the appliance is registered by temperature sensors in the air flow before the evaporator and after the evaporator. A setting for thermostat, alarm thermostat and display reading determines the influence the sensor values should have for the control functions. Additional sensors can be used for registration and alarming of the temperature near the food items, registration of the temperature of evaporator and also as defrosting sensors.
AK-CC55 Water Loop
The AK-CC55 Water Loop is a sophisticated case controller designed for semi plug-in units with a water/brine cooled condenser. It is engineered to manage the temperature control of refrigeration systems by on/off control of single or dual compressors, variable speed control of compressors, or brine pumps. It is designed without an integrated display but can be extended with an external display for enhanced user interaction.
AK-RC 204B / AK-RC 205C / AK-RC 305W-SD
The new AK-RC family is a complete refrigeration controls range with great flexibility to adapt to cold storage rooms. The full AK-RC family controls are designed to save installation time, reduce energy consumption and provide the best food quality preservation for cold room application.
AK-RC111
The AK-RC 111 is a new control panel for cold rooms with a single-phase compressor up to 2HP, specially designed to provide the user with safety, protection, control and ease of installation. It allows the user to control all the components on a refrigerating system: compressor, evaporator fans, defrosting elements, room light and thermostat-holder demisting element.
AK-RC113
The Optyma™ Control three-phase is a controller for refrigeration systems with a three-phase compressor or for controlling the three-phase evaporating unit only, for complete cold room management. Front access to the automatic fuse and motor protector for the compressor and an innovative design combine to make it the ideal choice for effective refrigeration control.
EKC 202A
The EKC 202A is a temperature controller designed for refrigeration applications. It is capable of receiving signals from one temperature sensor, which can be placed either in the cold air flow after the evaporator or in the warm air flow just before the evaporator. The controller manages defrosting processes, which can be either natural or electric, and can restart cooling based on time or temperature. It also supports the use of a defrost sensor for direct measurement of defrost temperature.
EKC 202B
The EKC 202B is a refrigeration controller designed for temperature control in refrigeration appliances. It is part of the EKC 202 series, which includes models A, B, and C. The controller is equipped with integrated refrigeration-technical functions and is suitable for various applications, including defrost on demand in 1:1 systems.
EKC 202C
The EKC 202C is a refrigeration controller designed for temperature control in refrigeration appliances. It is part of the EKC 202 series, which includes models A, B, and C, each tailored for specific applications. The EKC 202C is particularly suited for controlling temperature in refrigeration systems using thermostatic expansion valves (TXV).
EKC 202C-MS
The EKC 202C-MS is an advanced electronic controller designed by Danfoss for precise temperature regulation in refrigeration applications. This controller is part of the EKC 202 series, which is well-regarded for its reliability and comprehensive feature set. Specifically tailored for use with refrigeration appliances that utilize thermostatic expansion valves (TXV), the EKC 202C-MS integrates essential refrigeration functions, including defrost on demand, which enhances system efficiency.
EKC 202D
The EKC 202D is a temperature controller designed for refrigeration applications. It is part of the Danfoss EKC series, which includes controllers for various refrigeration and air conditioning systems. The EKC 202D is specifically tailored for controlling temperature in refrigeration appliances and cold rooms.
EKC 202D1
The EKC 202D1 is a versatile electronic controller designed for temperature control in refrigeration applications. It integrates multiple refrigeration-technical functions, allowing it to replace a collection of thermostats and timers. This controller is suitable for various applications, providing easy setup and operation.
EKC 302D
The EKC 302D is a temperature controller designed for small refrigeration systems, such as refrigeration appliances or cold rooms. It is part of the Danfoss Cooling Solutions product line, specifically within the Electronic Controllers and Services segment. The controller is capable of receiving signals from one or two temperature sensors, which can be placed in various positions relative to the evaporator to optimize control based on the specific application.
