



WT103 - LoRaWAN Connected Thermostatic Head - Milesight
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WT103 - LoRaWAN Connected Thermostatic Head - Milesight
Regulate heating at the building level
The WT103 is a connected thermostatic head designed to control the water flow of a radiator. Its motor operates the valve according to the setpoint, while the integrated temperature sensor monitors local operation. For an office park, a public-access building, or a multi-room site, the LoRaWAN connection allows data to be reported and settings to be transmitted remotely via a compatible infrastructure. The programming provides for a predefined period and up to sixteen personalized heating schedules. The PID algorithm adjusts the valve position to stabilize the ambient temperature.
Local adjustment and protection features
The standard valve connection is M30 × 1.5 mm. The reinforced one-piece structure and metal push rod are designed for high-traffic shared spaces. The replaceable batteries offer a stated battery life of up to five years and quick access to the compartment. The rotatable LCD screen makes reading easier when the position of the radiator varies. The buttons allow for on-site intervention. Open window detection reacts to a temperature variation to limit unnecessary heating, and the frost protection responds to particularly low temperatures. The child lock reduces unauthorized tampering in shared spaces. NFC configuration from a mobile application and downlink commands simplify setup operations.
Prepare the LoRaWAN deployment
Paired with a Milesight LoRaWAN gateway and the Milesight IoT Cloud platform, this equipment allows you to manage the ambient temperature and interact with other sensors or devices. Control is carried out simply remotely, from a web interface or a mobile application.
| Specifications | |
|---|---|
Power Supply |
Battery-powered
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Operating Temperature |
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Mounting Type |
For M30 × 1.5 mm radiator valve
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Application |
Building heating control, Smart Building, and Smart City
|
Resolution |
|
IP Rating |
|
Supported Protocols |
LoRaWAN
|
Sensor Type |
|
LoRaWAN Class |
|
Configuration Mode |
|
Accuracy |
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