E5AC-TCX4A5M-000

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E5AC-TCX4A5M-000 is a family of digital temperature controllers designed to provide precise control of temperature in industrial processes. These controllers are used in a variety of applications including machine control, food and beverage production, heating and cooling, electronic circuit manufacture, and automotive applications. The E5AC-TCX4A5M-000 controllers offer outstanding features including easy setup, reliable operation, and precise control.

The E5AC-TCX4A5M-000 controllers have a temperature control range of -10 to 50°C (14 to 122°F), with a resolution of 0.1°C (0.2°F). The controllers provide precise control of temperature by continually monitoring process temperature with a temperature sensor. Based on the temperature readings, the controller calculates a control output, which is then applied to the process being controlled. This output can be an on/off signal, proportional voltage signal, or pulse signal.

E5AC-TCX4A5M-000 controllers use two different types of temperature sensors to provide accurate temperature readings. Pt100 type temperature sensors use Platinum wire resistance to measure temperatures. Thermocouples use a voltage generated between two dissimilar metals to measure temperatures over larger ranges. This enables the E5AC-TCX4A5M-000 controllers to accurately measure temperatures in processes with very high, or very low temperatures.

The E5AC-TCX4A5M-000 controllers are equipped with a number of features to ensure reliable and precise temperature control. These features include adjustable time delays, control outputs, control action selector, lighting system, cooling cycle, over temperature protection, heating cycle selection and more. The controllers also have a wide range of communication options including Ethernet, Profibus, USB, and Modbus RTU.

Overall, the E5AC-TCX4A5M-000 controllers provide precise and reliable temperature control for a variety of industrial processes. They are easy to setup and use, and offer a wide range of features to ensure reliable performance. The controllers can be used in a wide range of applications, and they can be easily integrated into existing production systems. Furthermore, the controllers are reliable and provide precise temperature control.

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