It's All Built-in
Everything you need to detect potential leaks, monitor your distribution network and build confidence in your decisions is built into every meter from day one.
Your meter can do more than measure water.
ONE INSTALLATION. TWO ESSENTIAL FUNCTIONS.
Kamstrup (ALD) uses the same ultrasonic sensor that measures flow to listen for persistent acoustic activity within the water column.
There is no separate logger to deploy, no additional sensor to install and no extra battery to maintain. Every applicable flowIQ® meter becomes part of a permanent connected leak-detection network.
Less infrastructure. More infrastructure insight.
THE BUILT-IN ADVANTAGE
Acoustic sensing is integrated into the metering technology utilities already deploy and manage.
No separate loggers
Leak-detection capability is already integrated into the meter.
No added installation
Meter deployment also expands the acoustic monitoring network.
No extra batteries
No separate battery-powered acoustic device is attached to the system.
No impact on meter life
Built-in monitoring supports the meter's planned 20-year operating life.
Your metering system becomes the leak-detection network.
EVERY METER EXPANDS THE NETWORK
One meter can listen. A connected network adds context. With every applicable flowIQ® meter deployed, utilities gain another listening point that can help identify persistent acoustic activity, recognize patterns and narrow areas for futher investigation.
No stand-alone deployment. No separate survey network. Just broader, more continuous visibility into what may be happening underground.
7,300+ automated acoustic surveys over a 20-year operating life
Traditional acoustic surveys can require specialized equipment, dedicated personnel and scheduled routes. With sensing already integrated into the meter network, acoustic monitoring can occur automatically as part of everyday operation.
See how continuous acoustic insight delivers more data, more context, more confidence
LIVE WEBINAR · NOVEMBER 19
Join Kamstrup for a closer look at how acoustic measurements move from the meter to actionable distribution insight, including examples from real field events.