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IOT-THS010 :  IOT Temperature And Humidity Sensor Monitoring And Switch Status Detection Node
IOT-THS010 :  IOT Temperature And Humidity Sensor Monitoring And Switch Status Detection Node
IOT-THS010 :  IOT Temperature And Humidity Sensor Monitoring And Switch Status Detection Node
IOT-THS010 :  IOT Temperature And Humidity Sensor Monitoring And Switch Status Detection Node
IOT-THS010 :  IOT Temperature And Humidity Sensor Monitoring And Switch Status Detection Node
IOT-THS010 :  IOT Temperature And Humidity Sensor Monitoring And Switch Status Detection Node
IOT-THS010 :  IOT Temperature And Humidity Sensor Monitoring And Switch Status Detection Node
IOT-THS010 :  IOT Temperature And Humidity Sensor Monitoring And Switch Status Detection Node
IOT-THS010 :  IOT Temperature And Humidity Sensor Monitoring And Switch Status Detection Node
IOT-THS010 :  IOT Temperature And Humidity Sensor Monitoring And Switch Status Detection Node
IOT-THS010 :  IOT Temperature And Humidity Sensor Monitoring And Switch Status Detection Node
IOT-THS010 :  IOT Temperature And Humidity Sensor Monitoring And Switch Status Detection Node

IOT-THS010 : IOT Temperature And Humidity Sensor Monitoring And Switch Status Detection Node

The ultra-low power sensor monitoring star network system is mainly used for sensor data acquisition and control of the Internet of Things. The entire network system is composed of gateway IOT-G010 and node IOT-N010/ IOT-THS010, which adopts the networking mode of wireless star network. A good coordination mechanism and precise scheduling algorithm are used internally between the node and the gateway to avoid collisions between data packets in the air. The communication protocol between the node and the gateway has been implemented by the system, and customers can build a reliable sensor acquisition and control network as long as they follow a simple configuration. The node module IOT-THS010, as the node end of the network, uses a high-performance low-power MCU and a wireless communication module, integrated temperature sensor DS18B20 or temperature and humidity sensor SHT20 and Hall devices. Setting a proper collection interval can achieve a life span of several years. Especially suitable for battery-powered temperature and humidity acquisition and switch state detection systems

Parameter Min. Type. Max. Unit Conditions
Operation Conditions
Operating voltage range 3.3 5 6 V  
Operating temperature range -40 25 +85  
Current Consumption
RX Current   <20   mA  
TX Current   <100   mA @20dBm
Sleep Current   <12   uA  
RF Parameters
Modulation rate 1.2 9.6 1000 Kbps GFSK
Transmit power range -1 / +20 dBm Software configurable
Receiving sensitivity   -121   dBm @1.2Kbps
Special Function Sensor acquisition

Features of Sensor Monitoring Node IOT-THS010

  • Node low power consumption
  • Star network
  • Multi-point data collection (up to 255 for a single gateway)
  • Multi-point switch collection (up to 255 for a single gateway)
  • Data anti-collision mechanism
  • Serial port firmware upgrade
  • Programmable Upload time interval
  • OTA parameter modification

Applications of Sensor Monitoring Node IOT-THS010

  • Temperature and humidity collection
  • Switch status detection

 

Typical application circuit of sensor monitoring node IOT-THS010

Pin definition of sensor monitoring node IOT-THS010

Pin NO Pin definition Description
1 VCC Positive power supply (3.3-6V)
2 GND Power ground
3 DATA The module is connected to the DATA pin of DS18B20, or it can be connected to 18B20 DATA.
4 SCL The clock pin of SHT200 is internally connected, such as an external sensor, this pin can be connected.
5 SDA The data pin of SHT200 is internally connected, such as an external sensor, this pin can be connected.
6 K_IN The output pin of the Hall device is internally connected, and the magnetic sensor can be externally connected.
7 SCLK Keep
8 MISO Keep
9 MOSI Keep
10 GND Power ground
11 ANT Connect the antenna (50 ohm copper shaft antenna)
12 GND Antenna ground
13 Reserve Keep
14 TXD Serial communication data transmission
15 RXD Serial communication data reception
16 TXLED The red light on the internal connection board, the transmitting indicator light, the low level lights up.
17 RXLED The blue light on the internal connection board, the receiving indicator light, the low level is on.
18 SET_MODE Set the pin, which is connected with the buttons on the board, pull it down for 3s to enter the setting mode, pull it down for 15s to restore the factory settings
19 SET_MODE_IND Setting mode indication, output low when entering setting mode; input high when exiting
20 GND Power ground

Mechanical Sizes of sensor monitoring node IOT-THS010

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