Description
How it works
Once attached to the meter and connected to the radio module, the sensor begins counting the magnet’s rotations within the water meter. It generates pulses according to a predefined ratio and sends this information to the pulse radio module. The pulses represent data equivalent or proportional to the magnet’s revolutions. This information is stored in the radio module’s non-volatile memory and is periodically transmitted via the LoRaWAN network to a server, where it is converted into meter readings.
Sensor Specifications
- Sensor model — Jooby Aquaris SNS WMBA02 100
- Water meter model — Baylan KK-12
- Pulse coefficient — 1 pulse per 100 liter
- Operating temperature — 1 °C … 60 °C
Ethan T. –
The order went through seamlessly and the customer support team was extremely knowledgeable. Setup was easy, and I’ve had consistent, stable performance with reliable readings. Highly recommend this store for quality and service.