E52-CA10ASY 4M

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The E52-CA10ASY 4M is a type of temperature sensor that falls into the category of thermocouple temperature probes. This thermal instrument is designed to monitor, measure, and record the temperature of various materials in industry applications. The thermocouple probe consists of two conductors of different metals connected at a joint point. One of these conductors is called the hot junction and the other one is referred to as the cold junction. By virtue of this combination, an electric circuit is formed and the presence of a temperature differential between the two junctions results in a voltage that can be measured and transmitted for further use.

The E52-CA10ASY 4M consists of two rugged stainless-steel probes for the hot and the cold junction. It has a voltage output signal of 4 millivolt, ensuring relatively accurate temperature measurements. The thermocouple sensor is also capable of withstanding ambient temperatures of up to 300 degrees Celsius and direct contact with liquid temperatures up to 150 degrees Celsius. Manufacturer recommends using a thermowell, an enclosure that isolates the thermocouple sensor from the environment, to protect it from accidental mechanical contacts.

Due to its robust design, the E52-CA10ASY 4M can be used in several industrial applications. It can be used in ovens and kilns, chemical and pharmaceutical process vessels, and tanks for various liquids such as water, oil, and fuel. Accurate process temperature measurement, temperature control, and storage device temperature checks are some of the other areas where the thermocouple probe can be useful. It offers optimal temperature control, an accuracy deviation of less than 0.5%, and a response time of less than one second.

The E52-CA10ASY 4M is an economical and reliable temperature measure for industrial applications. It is constructed of durable stainless steel, has a range of 4 millivolts, and is designed to withstand harsh conditions while providing accurate results. With its fast response time and relatively low deviation, it is an ideal choice for monitoring and maintaining the proper temperature in various industrial processes.

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