E52-CA35C-N D=15

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The E52-CA35C-N D=15 Temperature Sensor is an excellent example of a thermocouple. A thermocouple is a device used to measure temperature by correlating an electric potential that is created by two dissimilar metallic wires joined together at one end.

When heated at the junction, a thermocouple will create a temperature-dependent voltage that can be correlated to a temperature reading. This thermoelectric effect is the basis of the E52-CA35C-N D=15 Temperature Sensor.

The E52-CA35C-N D=15 Temperature Sensor is comprised of two different metal wires with one end joined together and insulated from each other. At the junction, the metals form a thermocouple junction, which is where the thermoelectric effect occurs. Temperature causes a thermoelectric potential to form between the two wires, allowing the temperature to be measured.

The E52-CA35C-N D=15 Temperature Sensor is temperature-rated from -20°C to 180°C. This makes the device well-suited for many applications, including industrial ovens, HVAC, and food and beverage processing.

The E52-CA35C-N D=15 Temperature Sensor is designed to be used with PLC controllers, analog controllers, and other automation systems. The device features a 4 to 20mA loop-powered output for direct connection to the controller. It is designed to be easy to install and use, enabling fast integration into the control system.

The E52-CA35C-N D=15 Temperature Sensor is tough and durable, providing reliable long-term operation in a variety of harsh environments. The robust design of the device ensures high accuracy and precision, ensuring reliable temperature readings. The thermocouple can also be integrated into existing systems for maximum convenience.

In summary, the E52-CA35C-N D=15 Temperature Sensor is an excellent choice for reliable temperature sensing and measurement. Its robust design ensures high accuracy and precision, and its temperature range makes it suitable for a variety of applications. Its easy installation and use provides easy integration into both new and existing automation systems.

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