The story: How customers work with the SePem® 351 solution.
Amelie and Laurent are experts in water leak detection. They talk about their experiences with the SePem® 351 solution.
SePem 351
— stationary noise logger
The cost-effective solution for continuous monitoring of your drinking water network
Water supply companies face the daily challenge of detecting and repairing leaks at an early stage. The SePem® 351 noise logger from Sewerin is an innovative solution for detecting water leaks in drinking water pipes within 3 days at the latest. In this way, you prevent leaks from developing uncontrollably. You minimize costs and conserve the valuable resource of water.
Product description
Efficient leakage monitoring with SePem® 351 LoRaWAN®
- Highly sensitive piezo microphone with specially optimized frequency response
- Installation on existing fittings instead of complex installation of measuring zones with area meters
- Protection class IP68: Suitable for permanent operation - even permanently under water
- Transmission of measurement data via LoRaWAN®, a network that you can control yourself
- Attractive total cost of ownership thanks to 9-year battery life and maintenance-free operation of the loggers
- With connection to your network information system
- With SePem® WebApp for data analysis and visualization
- Full data sovereignty possible
- Also available for transport lines: as the SePem® 351 HY variant
The SePem® 351 impresses with its ability to stationarily monitor entire drinking water networks or larger network areas. Customers are particularly impressed by the long battery life and the associated low total cost of ownership.
Battery life
The maintenance-free operation and long battery life ensure very low operating costs over the entire product life cycle.
Maximum
until the first warning, if there is a leak.
Relieving the burden
on skilled workers. Night work and time-consuming network inspections are no longer necessary.
Battery life
The maintenance-free operation and long battery life ensure very low operating costs over the entire product life cycle.
Maximum
until the first warning, if there is a leak.