All-closed combined electric appliance GIS radio device for on-line monitoring temperature
A wireless temperature and monitoring device technology, which is applied in the field of fully enclosed combined electrical GIS wireless temperature online monitoring devices, can solve the problems of inability to monitor the temperature of the conductive parts to be measured online, and the inability to perform online temperature monitoring, and achieves a simple and convenient temperature monitoring process. Effect
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Embodiment 1
[0013] Working principle of embodiment one: inductive current transformer A senses the energy of conductive row I current, power supply circuit B is used as the power supply of signal conversion circuit C and wireless transmitter D, and temperature sensor senses K and detects the temperature signal of the conductive part to be measured , the signal is converted by the signal conversion circuit C and converted into a wireless transmission signal by the wireless transmitter D, and then transmitted by the wireless transmission antenna E, the wireless reception antenna F receives the signal transmitted by the wireless transmission antenna E, and sends it to the wireless receiver G , the wireless receiver G is sent to the computer information processing system Z for information processing after processing, and the computer information processing system Z displays the temperature value or over-temperature alarm.
[0014] In Figure 2, A is an inductive current transformer, B is a powe...
Embodiment 2
[0016] The working principle of embodiment two: the inductive current transformer A senses the energy of the conductive row I current, the power supply circuit B serves as the signal conversion circuit C and the power supply of the bluetooth slave module H, and the temperature sensor K senses the temperature signal of the measured conductive part , the signal is converted by the signal conversion circuit C and converted into a Bluetooth transmission signal by the Bluetooth slave module H, and then transmitted through the Bluetooth transmitting antenna J, and the Bluetooth receiving antenna L receives the signal transmitted by the Bluetooth transmitting antenna J, and sends it to the Bluetooth main module M After being processed by the Bluetooth main module M, it is sent to the computer information processing system Z for information processing, and the computer information processing system Z displays the temperature value or an over-temperature alarm.
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