K2CU-F40A-D AC110

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The K2CU-F40A-D AC110 is a temperature controller that is designed and manufactured by the Tokyo-based electronics company, Nicco Corporation. The controller is used for various industrial applications, such as refrigeration, heating and air conditioning systems, in order to ensure precise temperature regulation. This article reviews the application field and working principle of the K2CU-F40A-D AC110.

Area of Application

The K2CU-F40A-D AC110 is designed to meet the strict requirements of a variety of industrial applications, from refrigeration to heating and air conditioning systems. The controller is responsible for regulating temperature to a specified range, detecting any errors and determining how best to regulate the temperature. This makes it an invaluable piece of equipment for a wide range of processes and machines, as it guarantees accurate temperature control.

The controller is suitable for applications with an operating voltage up to AC 110V, meaning it can easily be used in different industrial environments. For instance, the controller can be employed in large industrial operations such as bakeries and food processing plants, or in factories where precise temperature and humidity control is necessary. Additionally, the controller can also be used on a smaller scale, such as in laboratory settings or even in residential and commercial building automation systems.

Working Principle

The K2CU-F40A-D AC110 is designed to operate with precise accuracy and reliability, and its working principle is relatively simple. At the heart of the controller is a processor, which continuously monitors and compares the monitored temperature data with the set value. The processor then sends an appropriate output signal to the custom-made integrated relay or motorized valve, which act to adjust the temperature accordingly.

The controller features a hybrid sensor technology. This means that it is able to receive both thermistor and RTD (Resistance Temperature Detector) sensors. Upon receiving this data, the controller can accurately detect small deviations in the temperature and respond quickly to reach the desired temperature. Moreover, the controller can also detect when the sensor connection is lost or short-circuited, and will dispatch an alarm signal.

In addition, the K2CU-F40A-D AC110 also features a comprehensive set of functions as standard. These include Auto-tuning, which adjusts the internal settings according to the measurement data; dual output control; variable hysteresis; and over/under voltage detection. With all of these features, the K2CU-F40A-D AC110 ensures precision temperature regulation and reliable performance in a variety of industrial applications.

Conclusion

The K2CU-F40A-D AC110 is an advanced temperature controller that is designed to provide precise temperature regulation in a wide variety of industrial applications. Its key features include a processor-based system, hybrid sensor technology, Auto-tuning, variable hysteresis, and dual output control. Thanks to its reliable performance and comprehensive set of functions, the K2CU-F40A-D AC110 is well-suited to the needs of a variety of industries, from food processing to laboratory operations.

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