Ultrasonic flowmeters, gas flowmeters, clamp-on flowmeter, Bundle Waveguide Technology, ultrasonic transducer, GE Sensing

GE Infrastructure Sensing offers a variety of accurate, maintenance-free ultrasonic flowmeters that can take measurements reliably in a very wide range of pipe sizes and flow conditions. Accurate and versatile, the fixed-installation flowmeters provide a combination of powerful features to meet your needs. The product range includes fixed-installation as well as portable flowmeters.


	Product Spotlight


	GC868 Clamp-On Flowmeter - Cost-Effective This is a fixed-installation flowmeter comprising GC868 electronics, a pair of advanced clamp-on ultrasonic transducers, a clamping fixture, a preamplifier located near the transducers and coaxial cables to connect the transducers to the preamplifier and GC868 electronics. The DigitalFlow GC868 flowmeter can be used to measure the flow of any gas or steam. Since no tapping or cutting of the pipe wall is required, permanent installation costs are significantly reduced.


	Product Spotlight


	GF868 Flare Gas Flowmeter - Reliable Operation This flare gas flowmeter improves the efficiency of petrochemical plants, refineries, and offshore platforms. It uses a proprietary algorithm to determine instantaneously the molecular weight and mass flow rate of the flare gas. The meter is used to conserve energy and reduce product loss by identifying sources of leaks into the flare systems. It operates reliably even under unsteady flow, pulsating pressure, varying composition and temperature, harsh environments and the wide flow ranges typical of flare systems.


	Specialty Transducers for Flowmeters - Say No to Obstructions The Bundle Waveguide Technology (BWT) transducers represent a technological breakthrough in ultrasonic flowmeter technology. They open a new realm of applications including high-temperature, low-density gases and high-temperature, highly viscous liquids. Although the installation is wetted, the transducers are obstruction less, so no pressure drop is produced in the system. They are available in a single-buffer design, or a double-buffer design for higher temperatures.