See what the network is doing, zone by zone
Most distribution networks are read once a month at the boundary. Between those readings, a burst, a closed valve or a meter drifting out of calibration is invisible. Continuous monitoring closes that gap.
Flow, pressure and whatever else the site already measures.
District meters and zone boundaries, pumping stations, reservoir outlets, pressure-reducing valves and large consumer connections. Flow tells you how much is moving; pressure tells you how the network is behaving while it moves. Where a site carries other instrumentation, MODBUS RTU and 4–20 mA provision brings that into the same record rather than a second system.
The district meters that define where water enters and leaves.
Where flow is created, and where a fault shows up first.
What leaves storage, against what the zone below it receives.
Control points, and the connections big enough to move a balance.
A typical configuration.
In CLog.
A live list of every zone meter with its last reading and status, graphs of flow and pressure over any period, and exports for your monthly balance. Alarms surface the sites that moved out of range while you were looking elsewhere.
One device per monitoring point, a SIM, and an hour on site to mount and configure it over Bluetooth.
No power, no cabling and no civil work in most chambers.
Add reservoir outlets and large consumers as the scheme grows — same platform, one picture.
Instrument one zone and see.
Tell us the boundary meters and we will scope the devices, the sensors and the connectivity for a single district.