Reliable flow and energy measurement helps teams confirm delivered output, support hydronic balancing and make better operating decisions across chilled and heating loops.

From inline meters to retrofit-friendly ultrasonic clamp-on options, we help you choose the right technology for pipe conditions, output requirements and project constraints.

Track makeup water, glycol losses and abnormal flow changes early so small issues do not turn into wasted energy, chemical loss, equipment strain or avoidable downtime.

Measure hydronic flow with flexible installation options. Inline ultrasonic meters support installations with high accuracy, while clamp-on meters are ideal for retrofit projects—delivering reliable data without cutting pipe or shutting systems down.

Use inline electromagnetic (MAG) meters for durable, repeatable measurement across chilled water, condenser water and heating loops. With no moving parts, they provide high accuracy and long-term reliability in both open- and closed-loop HVAC systems.

Track thermal energy alongside flow to validate performance, improve efficiency and support cost allocation. Combining flow and temperature data helps optimize chiller and boiler operation and identify system inefficiencies.

Measure steam in high-temperature HVAC applications. Vortex meters handle saturated and superheated steam, helping teams monitor energy use, verify boiler output and improve efficiency in central plants.

Use accurate flow and energy data to validate delivered heating and cooling output, support hydronic balancing and improve decisions across primary and secondary loops.

Identify leaks, glycol loss and abnormal flow conditions before they escalate—reducing wasted energy, chemical loss and avoidable downtime.

Bring flow and temperature into one operating picture so teams can spot inefficiencies sooner and respond with less guesswork.

Improve cost visibility with stronger water and thermal energy measurement—making it easier to manage demand, reduce maintenance expense and support cleaner cost allocation across buildings or tenants.

Use real-time insight to support earlier maintenance decisions, reduce unnecessary equipment strain and keep chillers, pumps, open- and closed-loop systems performing longer.

Optimizing HVAC systems with sustainable solutions is crucial for monitoring system performance, reducing expenses and streamlining energy costs in the drive towards net-zero and decarbonization.