Radio Bridge Thermocouple Temp Sensor Operating Temperature_0 ~ 60°C Its metrological specificities allow it

Its metrological specificities allow it to be perfectly adapted to the monitoring of equipment with very limited temperature ranges

(*Raspberry Pi is a trademark of the Raspberry Pi Foundation)

7" (170 mm x 170 mm) SYSTEM PROCESSOR 10th Gen Intel® Comet Lake LGA1200 Socket Processor / 10core TDP Max 35W / 8ccore TDP 65W CHIPSET Intel® H410 SYSTEM MEMORY DDR4 2933/2666/2400MHz / 2 x 260-pin SO-DIMM / Max

Linux (support by request) / 6th Gen Skylake: Windows 7 32 / 64bit WATCHDOG TIMER 1~255 steps by software program POWER REQUIREMENT POWER INPUT 12V DC-in Jack (Default) POWER ADAPTER 84W adapter / DC12V / 7A / AC / DC ENVIRONMENTAL OPERATING TEMPERATURE -20~50°C (4 ~ 122°F) STORAGE TEMPERATURE -20 ~ 70°C (-4 ~158°F) STORAGE HUMIDITY 10% ~ 90% @40°C non-condensing VIBRATION RESISTANCE Operating Random vibration Test 5-500Hz

and a reed switch (a magnet for reed switch is included)

Radio Bridge Thermocouple Temp Sensor Operating Temperature_0 ~ 60°C Its metrological specificities allow itThis Radio Bridge thermocouple temperature sensor can be configured via downlink messages. Temperature reporting can be based on thresholds, report on change, and periodic messaging. Versions of the sensor support the major LPWAN standards such as Sigfox, LoRa LoRaWAN, and NBIoT.