Multiple environmental Data Collection Node

Item No.: WT107
Wireless LoRa Node WT107 is used to monitor multiple environmental data. It collects air temperature & humidity, light intensity, CO2, TVOC and soil temperature & humidity.  It’s mainly used for environmental condition monitoring in smart greenhouse, orch
Introduction Features Specifications Download Applications

Wireless LoRa Node WT107 is used to monitor multiple environmental data. It collects air temperature & humidity, light intensity, CO2, TVOC and soil temperature & humidity.  Its mainly used for environmental condition monitoring in smart greenhouse, orchard, garden, etc.

 

  1. Private LoRa communication protocol for simple, safe and reliable connection
  2. Parameters can be set in BL280 configuration software
  3. Unique physical address to be identified from other nodes easily
  4. Smart transmitting mechanism to auto adjust next transmission according to node number once its configured with Gateway
  5. Automatic re-connecting to gateway once its offline to prevent Open connection between gateway and node
Parameter Specification
Temperature Range -40+125, Precision:±0.5
Humidity Range 0100%RH, Precision:±5%
Light Intensity Range 165535lx, Precision:±20%
CO2 Measurement Range 40060000ppm
Range: 4001479ppm   Precision: 1ppm,
Range:14795144ppm   Precision: 3ppm,
Range:514417597ppm  Precision: 9ppm
Range:1759760000ppm  Precision: 31ppm
TVOC Measurement Range 060000ppb
Range: 02008ppb       Precision:1ppb
Range: 200811110ppb   Precision: 6ppb
Range: 1111060000ppb  Precision: 32ppb
Soil Temperature Range -40+80℃, Precision:±0.5
Soil Humidity Range 0100%RH, Precision:053%±3%53%100%±5%
Working Mode Scheduled automatic reporting
Communication Range 402MHz~500MHz, 860MHz-930MHz
Power Supply DC12V
Power Consumption Standby83mA @12VData communication145mA @12V
LoRa Antenna External SMA antenna with inner pin and screw thread
433MHz/868MHz/915MHz optional
Communication Range 2km(open area)
Waterproof Grade IP65
Outline Dimension 101mmX69mmX39mm
Packing List WT107Node x1; LoRa Antennax1
Refer to LoRa Gateway BL280 to download the related documents:
https://gateway-iot.com/lora-gateway-p00308p1.html
Description

Wireless LoRa Node WT107 is used to monitor multiple environmental data. It collects air temperature & humidity, light intensity, CO2, TVOC and soil temperature & humidity.  Its mainly used for environmental condition monitoring in smart greenhouse, orchard, garden, etc.

 

introduction
Features
  1. Private LoRa communication protocol for simple, safe and reliable connection
  2. Parameters can be set in BL280 configuration software
  3. Unique physical address to be identified from other nodes easily
  4. Smart transmitting mechanism to auto adjust next transmission according to node number once its configured with Gateway
  5. Automatic re-connecting to gateway once its offline to prevent Open connection between gateway and node
Specifications
Parameter Specification
Temperature Range -40+125, Precision:±0.5
Humidity Range 0100%RH, Precision:±5%
Light Intensity Range 165535lx, Precision:±20%
CO2 Measurement Range 40060000ppm
Range: 4001479ppm   Precision: 1ppm,
Range:14795144ppm   Precision: 3ppm,
Range:514417597ppm  Precision: 9ppm
Range:1759760000ppm  Precision: 31ppm
TVOC Measurement Range 060000ppb
Range: 02008ppb       Precision:1ppb
Range: 200811110ppb   Precision: 6ppb
Range: 1111060000ppb  Precision: 32ppb
Soil Temperature Range -40+80℃, Precision:±0.5
Soil Humidity Range 0100%RH, Precision:053%±3%53%100%±5%
Working Mode Scheduled automatic reporting
Communication Range 402MHz~500MHz, 860MHz-930MHz
Power Supply DC12V
Power Consumption Standby83mA @12VData communication145mA @12V
LoRa Antenna External SMA antenna with inner pin and screw thread
433MHz/868MHz/915MHz optional
Communication Range 2km(open area)
Waterproof Grade IP65
Outline Dimension 101mmX69mmX39mm
Packing List WT107Node x1; LoRa Antennax1
Download
Refer to LoRa Gateway BL280 to download the related documents:
https://gateway-iot.com/lora-gateway-p00308p1.html
Applications

Review