Top Clamp on Flow Meters

The Micronics PF222 Portaflow Clamp On Meter is a practical option for quick flow checks and simple troubleshooting. It is light, easy to carry and fast to set up. Many users choose it when they need a straightforward meter that gives clear readings without extra steps. It is well suited for short jobs, basic inspections or situations where you only need a dependable flow reading and nothing more.

The Micronics PF333 Portaflow Clamp On Meter is a strong choice for portable work because it handles a wide range of flow checks with steady accuracy. It is built for people who need to move between sites and gather clear readings without stopping the system. The unit offers more features than a basic portable meter, which makes it useful for deeper studies, longer tests and jobs where you want solid data you can trust.

The Micronics U1000 Clamp-On Flow Meter is a solid choice for permanent flow monitoring when you need a simple and dependable clamp on meter. It installs easily on the outside of the pipe and delivers steady readings without interrupting the system. Many users choose it for everyday flow tracking in building systems, water loops and other applications where a reliable, set it and leave it meter is the goal. It offers the core performance needed for long term use without extra complexity.

The Micronics U3300 Clamp-On Flow Meter is designed for permanent installations that need more capability and wider operating flexibility. It delivers strong performance across a broad range of applications and supports more advanced system needs. The meter stays fixed in place and provides continuous flow monitoring that facility teams and operators can depend on. It is well suited for projects that need stable measurement, long term data and a meter that handles demanding conditions without getting in the way.

The Micronics PF333 Heat Meter is a portable heat meter used for short term energy studies and system checks. It measures flow and temperature so you can understand how much heat energy is moving through a line without opening the system. It is a good fit for audits, performance reviews and troubleshooting work where you need both flow and temperature data in one place. The unit is easy to carry and set up, which makes it practical for field use.

The Micronics U1000 Heat Meter is a permanent heat meter designed for long term energy monitoring. It measures flow and temperature from the outside of the pipe, so the system stays running while the meter collects data. Many teams use it to track energy use in heating and cooling loops or building systems where steady performance matters. It offers a simple and dependable way to watch how heat energy moves through a system over time.

The Micronics U3300 Heat Meter is built for permanent heat measurement in more demanding applications. It pairs flow and temperature data to give a clear picture of energy movement through the system. The meter stays fixed in place and delivers long term monitoring that operators can rely on. It is well suited for large facilities, complex energy loops and projects that need accurate heat data for planning, analysis or system optimization.

The Micronics UX5000 Hazardous Explosion Proof Clamp On Flow Meter is designed for permanent flow measurement in locations that require hazardous area protection. It uses clamp on ultrasonic technology, so it measures flow from the outside of the pipe while the system stays sealed and running. This makes it useful in environments where safety ratings matter and access to the line is limited. The meter provides stable, long term monitoring that operators can rely on in places where a standard meter would not be suitable.

The Micronics AV5500 Doppler Flow Meter is used for flow measurement in open channels and partially filled pipes. It uses an area and velocity approach, which makes it useful in places where a standard full pipe meter will not work. The sensor reads the speed of the water and the meter calculates flow from the size and shape of the channel. It is often used in collection systems, treatment plants and other outdoor locations where the flow level changes throughout the day.

The Micronics D5500 Doppler Meter is a permanent Doppler meter designed for long term use on pipes that carry liquids with solids or noticeable aeration. It sends sound into the pipe and listens for the frequency shift that occurs as the flow moves past the sensor. The meter stays fixed in place and gives continuous readings in conditions where other methods may struggle. It is often used in industrial and wastewater environments where the liquid is not clean enough for a transit time meter.

The Micronics DS200 Doppler Meter is a compact Doppler style meter that reads flow from the outside of the pipe. It works by sending a sound signal into the pipe and listening for the reflections that come back from solids or air in the liquid. This makes it a good fit in situations where the flow carries suspended material or behaves like a slurry. The meter is small, easy to mount and commonly used for basic monitoring on lines that are not suitable for transit time equipment.

The Lorric FU ES is a clamp on ultrasonic meter designed for permanent flow monitoring on a wide range of pipe sizes. It measures flow from the outside of the pipe using transit time technology, so the system stays sealed and running during installation and operation. The meter provides steady readings on clean liquids and is often used in building systems, plant operations and other applications where reliable long term measurement is needed.

The Brooks Clamp On Ultrasonic Flow Meter is built for single use systems in bioprocessing where the product must stay protected. It measures flow from the outside of the tubing, so there is no contact with the liquid and no risk of contamination. The design supports cleanroom standards and fits well into cGMP workflows.

The meter includes EtherNet IP for real time monitoring and easy integration with control systems. It also uses in-situ flow diagnostics to check signal quality while the process is running. This helps teams spot changes early, plan maintenance and keep the system performing as expected.