Quality Clamp-on Ultrasonic Flowmeter & Wall-Mounted Ultrasonic Flow Meter manufacturer

When Should You Use a Clamp-On Flow Meter Like the TM Series? Short Answer: Use a clamp-on ultrasonic flow meter when you need accurate liquid flow measurement without cutting into the pipe, introducing pressure drop, risking contamination, or shutting down the system, especially in small-diameter piping (1/8” to 4”) and for low or high flow rates.   The TM Series Clamp-On Ultrasonic Flow Meter is designed specifically for these conditions in cooling systems, utility circuits, HVAC system, dosing system, residential area and industrial process support lines. What Is a Clamp-On Ultrasonic Flow Meter?   A clamp-on ultrasonic flow meter measures liquid flow by transmitting ultrasonic signals through the pipe wall.   It:   Has no wetted parts Does not contact the fluid Does not create pressure drop Does not require pipe cutting This makes it ideal for:   Retrofit installations Clean or sensitive fluids Systems where downtime is unacceptable Small-diameter cooling and utility lines   What Pipe Sizes and Flow Rates Does the TM Support - Taking TM605 as an example?   The TM605 is optimized for: Pipe diameters: 1/8” to 4” Flow rates: Up to 145.86m³/h Pipe materials: Common plastics, metal pipe and specialty materials Fluids: Water, glycol mixtures, oils, DI water, and specialty liquids   This range aligns with the most common pipe sizes found in:   Data center cooling loops Equipment cooling circuits Tool-level utilities Chemical skids HVAC branch lines Dosing system Residential area   Can a Clamp-On Flow Meter Be Used in Data Center Liquid Cooling?   Yes, particularly in CDUs and secondary loops.   Application Examples: Rack-based Coolant Distribution Units (CDUs) Rear-door heat exchangers Secondary rack cooling loops   Why TM605 Works Well: Installs on live systems without draining coolant Supports stainless steel and plastic piping Measures flow and temperature simultaneously Enables basic thermal performance monitoring   Why Engineers Choose Clamp-On in Data Centers: Avoids downtime in uptime-critical facilities Eliminates leak paths Simplifies retrofits in existing racks Reduces commissioning time   For small-diameter liquid cooling loops, clamp-on ultrasonic measurement eliminates the risk associated with inline turbine or mechanical meters.   How Do You Measure Flow in Equipment Cooling Systems Without Adding Leak Risk?   Use non-invasive ultrasonic measurement.   Common applications:   Motor cooling Drive cabinets Welding systems Laser cooling loops Automation cell utilities   Why TM605 Fits:   No mechanical intrusion into the pipe No added pressure drop Real-time and totalized flow output Supports preventative maintenance diagnostics   For OEMs and maintenance teams, this reduces mechanical complexity and long-term failure points.   Is Clamp-On Flow Measurement Suitable for Semiconductor Manufacturing?   Yes, especially for ultra-clean utilities.   Typical fluids: DI water Cooling water Specialty process fluids   Why It’s Preferred in Fabs:   No contamination risk (no wetted components) Compatible with small-diameter tool piping Digital configuration allows tuning for:      -- Pipe material      --Wall thickness      --Fluid properties In cleanroom environments, eliminating inline sensors reduces contamination and compliance concerns.   Can You Use a Clamp-On Flow Meter in Chemical Processing?   Yes, particularly when chemical compatibility is a concern.   Common installations:   Chemical dosing systems Transfer skids Fluid handling packages   Why TM605 Is Practical:   No wetted parts eliminate material compatibility challenges Works with plastic and metal piping Suitable for water, oils and various liquids   For corrosive or sensitive fluids, avoiding direct sensor contact simplifies design and improves safety.   Is Clamp-On Flow Measurement Good for HVAC Systems?   Yes, especially in retrofit hydronic systems.   Typical uses:   Chilled water loops Condenser water lines Terminal unit branch circuits   Advantages:   No pipe cutting required Minimal disruption to building operations Flow totalization supports energy monitoring Useful for balancing and diagnostics   In building mechanical systems, installation speed and minimal disruption are often more important than ultra-high precision.   Why Do OEM Skid Builders Choose Clamp-On Flow Meters?   Common in:   Cooling skids Filtration systems Fluid handling packages   Design Advantages:   Eliminates inline flow meter body Reduces leak paths Simplifies mechanical layout Reduces SKU complexity Supports Modbus RTU integration with PLCs   For packaged systems, fewer mechanical penetrations mean faster builds and improved reliability.   When Is a Clamp-On Ultrasonic Flow Meter the Best Choice?   Choose clamp-on ultrasonic measurement when:   You cannot shut down the system You want zero pressure drop Fluid contamination must be avoided Chemical compatibility is uncertain Pipe cutting is undesirable You are working with small pipe diameter   Summary: Where the TM Series Delivers the Most Value The TM Series Clamp-On Ultrasonic Flow Meter is optimized for small-diameter liquid cooling and utility lines where:   Installation speed matters Cleanliness matters Uptime matters Mechanical simplicity matters   By combining:   Non-invasive measurement Flow and temperature sensing Digital configuration ModBus RTU communication   The TM series provides practical flow visibility without introducing risk into critical systems.

Successful Application of ST501 Wall-Mounted Ultrasonic Flow Meter   Location: Quebec, Canada Application: Filtered Water System Model: ST501 Wall-Mounted Ultrasonic Flow Meter Installation Type: Clamp-on Measured Medium: Water Pipe Material: PVC   Project Background   This project is located in Quebec, Canada, where accurate flow monitoring was required for a filtered water system. The customer needed a reliable solution that could be installed without interrupting system operation or modifying the existing pipeline.   Since the pipeline is made of PVC and already in service, traditional intrusive flow measurement methods would increase installation complexity and downtime risks. Therefore, a non-invasive measurement solution was preferred.   Solution   The ST501 wall-mounted ultrasonic flow meter features clamp-on transducers, allowing installation without cutting or stopping the pipeline. Key advantages include:   Non-invasive installation Suitable for PVC and various pipe materials Easy setup and low maintenance Stable and repeatable measurement performance   After parameter configuration and on-site commissioning, the system achieved accurate and stable monitoring of filtered water flow.   Project Result   The device operates reliably with accurate data output, helping the customer improve operational efficiency of the filtered water system while reducing installation and maintenance costs.