E52-CA15AY D=1 8M

Series:	E52
Part Status:	Active
Element Type:	K - Type
Temperature Range:	0 ~ 900°C
Length - Lead Wire:	26.247' (8m)
Conductor Type:	Non-Grounded
Terminal Type:	Exposed Lead Wires
Length - Protective Tube:	150mm
Diameter - Protective Tube:	1mm

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The E52-CA15AY D=1 8M is a temperature sensor used in a variety of applications, such as medical equipment, process control, aerospace engineering, and even research purposes. It is a thermocouple, meaning it measures temperatures when two objects of different temperatures come into contact. The two objects are placed in proximity of each other, and the thermocouple measures the temperature change. The E52-CA15AY D=1 8M is made up of two distinct thermocouple wires, known as the sensing and return wires. These two components are connected to probes, which measure temperatures in different circumstances. The probes are connected to the thermocouple itself, and the measuring of temperatures is done by the thermocouple. The E52-CA15AY D=1 8M is able to measure temperature up to 150°C. It uses a 30mm long probes for measuring temperatures, and has a accuracy of ±0.2°C. The probes are housed in an Inconel sheath for protection, and the sensor also has a separate braided shield for protection from EMI and RFI. The thermocouple itself is made of grade J type thermocouple material. The thermocouple circuitry converts the temperature reading from the probes into an electrical current. This current is then sent to a controller, which uses it to generate a temperature output. The controller can be programmed to allow for specific temperature ranges, as well as for alarming and triggering desired events. The E52-CA15AY D=1 8M can be used in a variety of applications, such as medical equipment, process control, aerospace engineering, and even research purposes. It is a reliable temperature sensing device, with a consistent accuracy and reliable performance. Its probes are covered with an Inconel sheath for protection, and the sensor has a separate braided shield for protection from EMI and RFI. The thermocouple itself is made of grade J material, making it reliable and accurate.

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