The perfect ultrasonic gas flow meter for CUSTODY METERING
Every ultrasonic gas flow meter of the FLOWSIC600-XT product family is designed for custody transfer gas flow measurement. The device family satisfies national and international standards and guidelines for metrology (for example MID, OIML R137, AGA9, ISO17089), explosion protection (for example ATEX, IECEX, NEC, GOST) and pressure devices (ASME, EN2014/68/ EU). Four device variants are available, whereby every gas flow meter satisfies very special performance requirements. The requirements on a gas flow meter are not always the same. This performance-oriented classification of the FLOWSIC600-XT, – XT Forte, -XT 2plex and -XT Quatro is therefore helpful as the first step in focusing and solving tasks and meeting customer requirements in a unique manner. No matter which version you chose, every FLOWSIC600-XT can be easily installed into all custody transfer applications with a nominal width between 3 and 48 inches. Connection to all conventional Flow computers on the market is also easy.
FLOWSIC600-XT The proven all-rounder for all natural gas custody transfer applications 15 years of field experience with the FLOWSIC600 flowed into this 4-path technology
FLOWSIC600-XT Forte 8 paths on two different path levels deliver the highest measurement accuracy The first choice for installations in plants with short inlet and outlet zones
FLOWSIC600-XT 2plex Combines a very compact gas flow meter and control measurement device, featuring extended diagnostic functionality thanks to its additional independent measurement path
FLOWSIC600-XT Quatro Unites two measurement devices for redundant custody transfer measurements in one, with an installation length equivalent to that of a single device
EXCELLENT MEASUREMENT DATA SAFETY AND AVAILABILITY
FLOWSIC600-XT devices fulfill all requirement for safe, stable custody transfer gas measurement throughout the entire service life. Measurement and diagnostics data as well as status changes can be recorded permanently in six accessible data archives. The FLOWSIC600-XT further ensures that measurements continue to be taken and data is stored even in the event of a mains voltage failure, thanks to PowerIn Technology™ .
Product description
As the follow-up to the successful FLOWSIC600, the FLOWSIC600-XT ultrasonic gas flow measuring device is setting new standards in its market segment.
The FLOWSIC600-XT is available in variants with 4, 4+1, 4+4, and 8 measurement paths to meet the requirements of every application, whether it is being used as a stand-alone or system solution. In addition to the OIML R 137 Class 1.0 requirements, the FLOWSIC600-XT meets the requirements of Class 0.5 and AGA9 in their entirety.
The FLOWSIC600-XT contains i-diagnostics™ – an intelligent application diagnostics function – and PowerIn Technology™, which
enables continuous measurement operation for up to three weeks in the event of a mains voltage failure. These functions help ensure usability and unparalleled operational safety – and what”s more, the equipment offers the very best possible measurement
accuracy and long-term stability.
At a glance
• User-friendly product family
• Automatic adjustment of pressure and temperature influences
• Available for all operating conditions
• PowerIn Technology™ for reliable backup operation
• Intelligent application diagnostics with i-diagnostics™
• Can be extended to include flow computers using connect-and-go technology
• Measuring capability up to 30% hydrogen in natural gas
• Gas quality indicator for quantifying the H2 content
Your benefits
• Low measurement uncertainty in every application
• Excellent measurement data reliability and availability
• The right ultrasonic gas flow measuring device for every application – without compromise
• Simple device integration – even in compact systems
• Quick and easy commissioning and checks
• Economical quantification of the H2 content in natural gas
Fields of application
• Custody transfer measurement of natural gas
• Custody transfer measurement of natural gas with up to 30% H2
• Transport and storage of gas
• Onshore and offshore applications
• Gas production applications with H2S and CO2