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Thermo-Couple Formal Report

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Measuring Devices Thermo-Couple (Type K).
Thermocouple measurements are deduced from the millivolt reading and the known reference junction temperature. A signal converter must make the millivolt reading and compare the millivolt value of the reference junction at a known temperature to be able to make the temperature measurement. Any combination of dissimilar metals will create the See beck Effect; however eight wire combinations are predominately used in thermocouples. They are types: J, K, T, E, R, S, B & N. There are Factors to consider when selecting a thermocouple: (Temperature Range, Media, Required Response Time, Accuracy, Measurement System Installation, Cold Junction Compensation and Lead wire Compatibility). Figure (4.8) Thermo-Couple Temperature probe.

Table (4.2): Thermo-Couple temperature with prob specifications.
Type Thermocouple temperature probe with handle to prick
Units Display oC
Resolution …show more content…

Inlet air Temperatures and humidity.
Multifunction transmitter is used for the temperature and relative humidity measurements of the two rooms of laboratory (Ambient room and Indoor room) after achieve the required conditions due to design. This device can measure the temperature and humidity by two sensors in each room connected to the main device by cables, the main device can give us the minimum and maximum temperatures and humidity during an hour from starting. Figure (4.10) Multifunction transmitter C310 device.

Table (4.3): Multifunction transmitter with sensor specifications.
Type Multifunction transmitter with sensor
Units Display oC, oF , RH%
Resolution 0.1 oC, 0.1 oF , 0.1 RH%
Operating temperature From -20 to +70 oC // 0 to 95 %
Accuracy of the sensor From -20 to 0 oC: 2% of displayed value ±0.6 oC.
From 0 to 30 oC: 0.5 oC.
From 30 to 70 oC: 1.5% of displayed value.
±2%RH (from 15 oC to 25

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