E52-CA45A D=8 8M

Series:	E52
Part Status:	Obsolete
Element Type:	K - Type
Temperature Range:	0 ~ 1050°C
Length - Lead Wire:	26.247' (8m)
Conductor Type:	Non-Grounded
Terminal Type:	Exposed Lead Wires
Length - Protective Tube:	450mm
Diameter - Protective Tube:	8mm

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IntroductionE52-CA45A D=8 8M is a thermocouple temperature probe that uses a linearizing thermocouple which is a hotter element relative to the temperature being measured. It can measure temperatures from -50°C to +150°C.ApplicationsThe E52-CA45A D=8 8M temperature probe is commonly used in food processing, electronics manufacturing, and industrial applications. These temperature probes are suitable for controlling cooking temperatures in food processing, measuring temperatures of sensors and electronic components in electronics manufacturing, and controlling temperatures of motors and other equipment in industrial applications. This temperature probe can also be used to measure temperatures in laboratory experiments. Working PrincipleThe E52-CA45A D=8 8M uses a linearizing thermocouple to measure temperature. A thermocouple is a device consisting of two different metal wires connected at one end. The thermocouple measures the temperature difference between the two ends. When a voltage is applied across the ends of the thermocouple, the thermoelectric voltage can be used to measure temperature. In the E52-CA45A D=8 8M temperature probe, the thermocouple is connected to a linearizer which converts the voltage produced by the thermocouple into a linear voltage signal that can be accurately measured and is not sensitive to noise. The linearized signal is then sent to a temperature indicator or recorder for display and/or recording. ConclusionThe E52-CA45A D=8 8M temperature probe is a thermocouple temperature probe that uses a linearizing thermocouple to measure temperature from -50°C to +150°C. It is commonly used in food processing, electronics manufacturing, and industrial applications. The thermocouple is connected to a linearizer which converts the thermocouple voltage into a linear voltage signal that can be accurately measured and is not sensitive to noise. The linearized signal is then sent to a temperature indicator or recorder for display and/or recording.

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