600-031 LoRa/LoRa WAN Temperature Transmitter – Embedded Sensor

600-031 LoRa/LoRa WAN Temperature Transmitter – Embedded SensorYou might have tried using Wireless Sensors in the past to find out that they don't work 100% of the time.Just takea look at what other Niagara 4 BMS Engineers had to say about them in this post here. Issues like short battery life involve extra site visits. And unplanned visits can be costly when they come out of your own pocket. Another costly and time consuming problem is the loss of signal. Configuring the sensors to avoid concrete walls involves

You might have tried using Wireless Sensors in the past to find out that they don't work 100% of the time. Just take a look at what other Niagara 4 BMS Engineers had to say about them in this post here.

Issues like short battery life involve extra site visits. And unplanned visits can be costly when they come out of your own pocket. 

Another costly and time-consuming problem is the loss of signal. Configuring the sensors to avoid concrete walls involves many labour hours. 

So you will be happy to learn that you can install these sensors without ever worrying about the battery life and the loss of signal.

Many sectors (building – smart building, industry, agriculture, etc.) integrate temperature monitoring activities into their processes.
This Enless Wireless LoRa / LoRaWAN “hardened” (IP65) transmitter with integrated temperature sensor is used for temperature monitoring (°C data) for different applications in outdoor environments and/or in areas subject to extreme conditions.

The robustness of our LoRa / LoRaWAN temperature transmitter – IP 65 housing – and its high environmental tolerance (-20°C / +55°C) allow it to withstand any type of environment.

Its integrated, high-precision temperature sensor enables reliable and accurate °C data to be transmitted at a flexible frequency. Alerts identify where high and low-temperature thresholds are exceeded and allow corrective actions to be taken (installation or maintenance on defective heaters, management of windows and doors, air circulation, etc.).

This product incorporates high-performance D-type batteries and gives the Enless transmitter a very high autonomy of up to 15 years.

This product is LoRa/ LoRaWAN compatible. It allows you to build an operated or private network. In LoRaWAN public mode, high-precision °C data is retrieved through the transmitter and sent to the LoRa network operator cloud at a flexible frequency. In LoRa Enless Wireless private mode, the data is transmitted over the radio to our Modbus receiver, which is usually connected to a gateway. In LoRaWAN’s private mode, the data flows directly from our transmitters to the gateway.

Battery Life

Setup Instructions

Technical Specifications

If you need help selecting your wireless sensors please read our 5 min guide. 

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