E52-CA6F-N 4M

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Temperature sensors are ideal devices for monitoring cold or hot spots in manufacturing processes, HVAC, or other applications where temperature needs to be controlled for optimal performance. The E52-CA6F-N 4M is a thermistor-based temperature sensor designed for extreme temperatures and harsh environments. This versatile device offers excellent accuracy and long-term stability, making it ideal for a wide range of applications.

The E52-CA6F-N 4M is a thermistor-based temperature sensor that is capable of detecting changes between -50°C (-58°F) and +150°C (+302°F). It features a two-wire construction (power input and temperature output) and is available in three configurations (flat, straight, and BT-5 versions) for easy installation. It offers excellent repeatability and stability to ensure accurate readings over extended periods of time.

The E52-CA6F-N 4M operates using a bridge circuit, which means it measures and compares temperatures based on the resistance of its external thermistor and a reference junction. The thermal conductivity of the thermistor material, combined with the bridge circuit design, allows for accurate temperature measurement even in harsh environments. Additionally, the E52-CA6F-N 4M utilizes a negative temperature coefficient (NTC) thermistor, meaning its resistance decreases with rising temperature.

The E52-CA6F-N 4M can be used in a variety of applications including heating, cooling, and environmental monitoring. It is used in building air conditioning systems, automotive engine temperature monitoring, and medical device temperature regulation. In addition, this device is commonly used in medical scanners, HVAC systems, and to measure temperature in extreme environments such as laboratories and industrial plants.

The E52-CA6F-N 4M is easy to install and provides excellent accuracy and long-term stability. Its two-wire configuration reduces installation time and wiring costs, and its extremely wide range makes it suitable for a variety of temperature sensing tasks. Its highly accurate readings allow for precise control of process temperature, making it a great choice for temperature monitoring and control applications.

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