Allicdata Part #: | E52-CA35AYD=3.22M-ND |
Manufacturer Part#: |
E52-CA35AY D=3.2 2M |
Price: | $ 113.95 |
Product Category: | Sensors, Transducers |
Manufacturer: | Omron Automation and Safety |
Short Description: | T-COUPLE K L=35CM 2M |
More Detail: | K - Type Temperature Sensor 0 ~ 400°C Non-Grounded... |
DataSheet: | E52-CA35AY D=3.2 2M Datasheet/PDF |
Quantity: | 1000 |
1 +: | $ 103.59100 |
Series: | E52 |
Part Status: | Active |
Element Type: | K - Type |
Temperature Range: | 0 ~ 400°C |
Length - Lead Wire: | 6.562' (2m) |
Conductor Type: | Non-Grounded |
Terminal Type: | Exposed Lead Wires |
Length - Protective Tube: | 350mm |
Diameter - Protective Tube: | 3.2mm |
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Temperature sensors are devices used to measure temperature. The E52-CA35AY D=3.2 2M is a type of temperature sensor, known as a thermocouple, that is used to measure temperatures between -200°C and +1300°C. The thermocouple is constructed from two wires made from different metals. When the two wires are joined together, a voltage signal is generated due to the different temperatures of the two materials. This voltage signal is proportional to the temperature difference between the two materials, and can be measured and converted into a temperature value.
The thermocouple consists of two components; the sensing elements and the measuring circuit. The sensing elements are the two wires that are joined together at the measuring junction. The measuring circuit comprises of the two wires that run from the measuring junction and the thermocouple amplifier. The two wires are connected to the amplifier which measures the voltage signal generated when the two wires are joined together. The amplifier then converts the voltage signal into a temperature value.
The thermocouple is used in a wide range of applications where temperature measurement and control is required. These applications include, but are not limited to, laboratory equipment, process control, automotive, medical equipment, food processing, and aerospace. Additionally, the thermocouple can be used for temperature profiling, where the sensor is used to measure the temperature at different locations on a surface or inside an environment.
The accuracy of the thermocouple depends on a number of factors such as the accuracy of the measuring circuit, the thermal environment, and the type of metals used to make the sensing elements. The accuracy of the thermocouple can be improved by ensuring the thermal environment is stable and by using high-grade metals for the sensing elements. Additionally, proper calibration is essential for accurate measurements.
The E52-CA35AY D=3.2 2M thermocouple is a temperature sensor designed for the specific purpose of measuring temperatures between -200°C and +1300°C in industrial and laboratory applications. Its accuracy is ensured by the use of high-grade metals for the sensing elements and by a well-designed measuring circuit. The measuring circuit combined with its thermal environment makes this thermocouple a reliable temperature measurement device for a variety of applications.
The specific data is subject to PDF, and the above content is for reference
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