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UAB “ Nano sensorics”

 

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Pakaunės g. 70, LT

-47243 Kaunas 

🌐

 

www.nanosensorics.com 

 

[email protected] 

 

 

 

OPERATION AND INSTALLATION MANUAL

 

Temperature and humidity measuring sensor - TEMPHU 

V2.5 Published on 2021-08-16 

 

 

 

 

 

 

 

 

The main technical characteristics and benefits of TEMPHU sensor: 

 

Compatible with LoRaWAN® specification 1.0.3 

 

Measures temperature 

 

Measures humidity 

 

Measurements at regular intervals with integrated advanced intelligent (AI) computational algorithms 

 

Indoor use 

 

Easy to use and deploy 

 

Powered by batteries 

 

Data transmission up to 10 km. 

 

Battery life is up to 10 years depending on settings and environmental conditions 

 

 

 

General information  

 

  

The  TEMPHU  is  advanced  technology  sensor  measures  the  magnitude  of  the 
temperature, humidity and used indoors.  The data transmitted from the sensor is based 
on Class A LoRaWAN® wireless network. TEMPHU is powered with one or two batteries 
and able to operate up to 15 years depending on the configuration and either one or two 
batteries  are  inserted.  The  TEMPHU  sensor  is  easily  configured  and  connected  to  the 
LoRaWAN® wireless network.  The calibration is not needed for the TEMPHU since it has 
automatic  self-calibration based on  integrated advanced intelligent  (AI) computational 
algorithm.

 

Applications 

 

Indoor environment measuring  

 

Smart buildings 

 

Government buildings 

 

Public buildings 

 

Banks 

 

Industrial facilities 

 

Factories 

Product features 

 

LoRaWAN communication 

 

Computational AI algorithm. 

 

Indoor temperature sensor 

 

Indoor humidity sensor 

 

Configuration over the air 

 

Robust enclosure 

 

Auto self-calibration 

Summary of Contents for TEMPHU

Page 1: ...ology sensor measures the magnitude of the temperature humidity and used indoors The data transmitted from the sensor is based on Class A LoRaWAN wireless network TEMPHU is powered with one or two batteries and able to operate up to 15 years depending on the configuration and either one or two batteries are inserted The TEMPHU sensor is easily configured and connected to the LoRaWAN wireless netwo...

Page 2: ...r production date and QR code Installation and MAINTENANCE Use a screwdriver to unscrew the back cover as showed in the picture Use the lithium batteries type AA 3 6V 1 or 2 units to install in the TEMPHU sensor as showed in the picture Use a screwdriver to screw the back cover with four screws as showed in the picture Screw with two appropriate screws to the wall as showed in the picture ...

Page 3: ...ocked glued with any material Do not throw the battery into a fire to prevent the battery from exploding Damaged batteries may also explode All of the above suggestions apply equally to your device battery and accessories The TEMPHU sensor is maintenance free except replacement of the batteries Regulations UAB Nano sensorics is the company which develops and produce highly innovative sensors with ...

Page 4: ...rcuit Replace batteries only with the same or equivalent type recommended by the manufacturer Discard used batteries according to the manufacturer s instructions Do not bend deform shred microwave paint the sensors or other hardware Do not insert external material into any opening on the sensors Disassembling or puncturing the battery whether integrated or removable can cause an explosion or fire ...

Page 5: ...tails Sensing characteristics Temperature 20 to 85 C Temperature Accuracy Max 1 C 20 10 C Max 0 4 C 10 C 85 C Max 1 C 85 90 C Humidity 0 to 90 RH non condensing Humidity Accuracy 4 RH 20 C 80 7 RH 20 C Mechanical specification Weight 88 g without battery 123 g with battery Dimensions 121 x 62 x 26 mm Enclosure Plastic ASA PC FF Storage Temperature 40 to 85 C Sensor Power Supply Battery Type and vo...

Page 6: ...tion Temperature 2 MSB byte 128 to 128 C LSB byte value after decimal point 0 to 100 Humidity 1 0 to 90 Battery 2 0 65535 mV Transportation and Storage Packed sensors may be transported in any type of covered vehicle Equipment should be anchored reliably to avoid shock and possibility to shift inside vehicle Sensors should be protected against mechanical damage and shock No aggressive chemical sub...

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