Clamp On Ultrasonic Gas Flow Meters

CTF878 Clamp On Gas Meter

CTF878 Clamp On Gas Meter

The CTF878 clamp-on gas flowmeter is the only flow meter in the world that can measure gas in metal pipe work at near atmospheric pressure using a technology called correlation tag (patented) The Panametrics DigitalFlow CTF878 clamp on gas flow meter can measure a wide range of velocities in small to large pipes up to 150 ft/s (46 m/s), lending itself to a wide range of applications...

XGS868i Steam Flowmeter

XGS868i  Steam Flowmeter

The XMT868i transmitter is a Transit Time and cross correlation signal processor, making it perfect for measuring flow in a range of applications, from pure liquids to even difficult gas-solid-liquid mixtures, which previously could only be handled by Doppler meters.

XGM868i Gas Flowmeter

XGM868i Gas Flowmeter

The XGM868i from Panametrics is a gas flow meter designed to measure the flow rate of almost any gas.

GS868 Steam Flow Meter

GS868 Steam Flow Meter

The GS868 flow meter from Panametrics is specifically designed for mass flow measurement of steam.

GM868 Ultrasonic Gas Flow Meter

GM868 Ultrasonic Gas Flow Meter

The Panametrics GM868 is a multi purpose gas flow meter. The GM868 is suitable for measuring the flow of most gases including fuel gases, waste gases, stack gases and others. It is a complete ultrasonic flow metering system.

Panametrics GC868 Gas Flow Meter

Panametrics GC868 Gas Flow Meter

The DigitalFlow™ GC868 flow meter can be used to measure the flow of any gas or steam.

Panametrics PT878GC

Panametrics PT878GC

Panametrics PT878GC Clamp on gas flow meter suitable for most gases including natural gas, compressed air, nitrogen, steam, argon, helium and methane.

Although industrial gas flow meters are widely utilised for liquid and water applications, it has long been accepted that this technology could not be applied to mass gas flow measurement primarily due to fundamental theoretical measurement limits. In fact only 4.9 x10–7 percent of the transmitted sound energy is received by traditional ultrasonic transducers. However, recent advances in gas flow mesaurement technology and processing have meant that despite lower acoustic impedance levels and higher attenuation levels in most gases, a clamp on gas flow meter can now measure transit times in gases where signal-to-noise ratios are extremely low. However, it is now possible to measure natural gas, steam, compressed air, hydrogen and air using clamp on flow meters.
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