TMCO TrueShot Ultrasonic Flow Meters, powered by Transus technology, use patented Broadband Continuous Wave (BCW™) signal processing and high-efficiency titanium transducers to deliver reliable and precise gas flow measurement even in the most extreme applications. The TrueShot UIM Series provides industry-leading accuracy for custody transfer and industrial metering.
TMCO offers the complete TrueShot UIM Series lineup from Transus, available in single-path, dual-path, three-path, four-path, and customized configurations.
These ultrasonic flow meters are ideal for upstream production, midstream custody transfer, and downstream distribution applications.
TrueShot UIM meters are Intrinsically Safe (ATEX/IECEx Zone 0 certified), making installation simple and economical with no special wiring or housing precautions required. The versatile keypad and display provide easy operation, while field wiring can be accessed without shutting down the meter—preventing measurement data loss. With ultra-low power consumption (<1 watt), TrueShot ultrasonic meters are perfect for solar-powered or battery-powered remote measurement stations.
TMCO offers four TrueShot ultrasonic meter configurations from Transus to meet diverse gas measurement needs.
The UIM-4F for Custody Transfer metering of natural gas and other gases.
The UIM-3/3F for Industrial Metering-fiscal accuracy at an economical cost.
Two independent accurate fiscal flow measurements in a single flowmeter body.
The UIM-1/UIM-2 for flare gas, vent gas, fuel gas, process gas and biogas.
TrueShot ultrasonic transducers by Transus operate at just 3.6V—compared to tens or hundreds of volts required by competing ultrasonic flow meters. This efficient design reduces power consumption while maintaining measurement accuracy.
All wetted surfaces are metal construction for durability in the harshest gas measurement conditions. Optionally retractable TrueShot transducers handle pressures up to 153 bar (2,250 psi). The combination of titanium ultrasonic sensors and Broadband Continuous Wave (BCW) processing enables measurement of challenging applications including wet gases, dirty gases, varying gas compositions, and attenuating gases. This technology is also highly resistant to acoustic noise interference.
