Environments
Water Supply LinesIce MachinesDishwashersFiltration Systems
Used In Solutions
Inline flow sensors install directly into water supply lines, measuring volume and flow rate as water passes through the sensor body.
Pulse-based measurement options use existing water meters equipped with pulse outputs, enabling flow monitoring without cutting into plumbing by reading the meter's built-in pulse signal.
Deployments range from single-point monitoring on specific equipment feeds (like an ice machine or dishwasher supply) to facility-wide monitoring on main water supply lines.
Undetected water leaks and running fixtures waste thousands of gallons and dollars before anyone notices. Flow monitoring establishes normal usage baselines and alerts when consumption deviates — catching slow leaks, stuck valves, and running toilets.
Water usage data helps operators understand true consumption patterns. Knowing that a location uses 40% more water on weekends or that usage spikes overnight when the building should be empty reveals actionable operational insights.
For equipment like reverse osmosis systems, monitoring flow rates helps track filter performance over time. Declining flow rates signal filter clogging or membrane degradation, enabling proactive maintenance before water quality suffers.
Leak detection support — identify abnormal water consumption patterns that indicate hidden leaks in supply lines, fixtures, or equipment.
Equipment feed monitoring — track water usage for specific equipment like dishwashers, ice machines, or RO systems to detect anomalies and plan maintenance.
Usage benchmarking — compare water consumption across locations or time periods to identify efficiency opportunities and validate conservation efforts.
Inline flow sensor installation requires cutting into plumbing, which typically needs a licensed plumber and a brief water shutoff. Pulse-based alternatives avoid this but depend on compatible meter hardware.
Flow measurement indicates volume and rate — it does not measure water quality, temperature, or pressure. For comprehensive water monitoring, flow sensors are typically paired with water quality or pressure sensors.
