Smart DHT11 Sensor, An ESP8266 With MicroPython, MQTT And Integration The Niagara Framework

The shown #HowTo serves to illustrate the following topic:

In this video you can see how the smart temperature and relative humidity sensor is powered and put into operation. The sensor works in conjunction with a micro controller #ESP8622-01S running #MicroPython. After assembling the sensor we will look at the integration into the Niagara Framework.

The connection is realized via a MQTT broker on a Nano Pi.

Here in this example of the controller #ILC2050. Other Niagara based controllers like the #WEBS8000, the #JACE8000, the #Edge10, the #EagleHawk or many others are also conceivable.

The Niagara framework was developed by #Tridium and is the tool of choice for many building automation manufacturers when it comes to open standards. The Niagara Framework currently exists in version 4.8.

Open standards like BACnet (Building Automation Control net), Modbus, Lon, SNMP, oBIX or Internet of Things #IoT protocols like MQTT and OPC-UA.

Further information about the Niagara Framework is available from

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