


COIN® Wedge, Flanged with Chemical-Tee Pressure Taps (Chem) Flow Meter
The Preso® COIN FF wedge Chem (Flanged with Chemical-Tee pressure taps) flow meter accommodates most flows, even the most abrasive. This type of Differential Technology is a proven, consistent measuring technology for media in the Upstream, Midstream and Downstream applications. The inlet section is the same diameter as the incoming pipe section and is followed by a precise segmented single piece construction angled section equal on both sides for bidirectional flow measurement. The H/ID ratio is determined by the manufacturer according to recognized standards and formulas. The discharge coefficient (Cd) is linear and stable in the operating flow range. Accuracy and reliability are achieved by its rugged construction, practical design, and simple principle of operation. It stands alone in its ability to maintain the necessary square root relationship between flow rate and differential pressure for almost any type of flow.
Benefits
- Reynolds number measurement down to 300
- High viscosity measurement to 3000 and higher
- Abrasive & Erosive Slurries, Multi-Phase Fluids, Viscous & Dirty Fluids, Clean Fluids, Steam or Gasses
- Resists wear, no moving parts
- Bi-Directional flow measurement
Features
- Low pressure losses
- Reduced pumping costs
- Resists wear, maintenance free (no moving parts)
- Easily installed in any position with minimal straight pipe requirements
- Turndown ratio: 10:1
- Mass flow output with multivariable transmitter (accuracy ± 0.5% calibrated)
- Repeatability: ± 0.2% of readings
- Reynolds number measurement down to 300
- High viscosity measurement to 3000 and higher
- Resists wear, no moving parts
- Bi-directional flow measurement
- Easily installed in any position with minimal straight pipe requirements
- Manufactured to ASME, ANSI B31.1, NACE MR-0175, CSA-Z299.3
- ISO-9001 certified design and fabrication
- Optional: RTD
Software
Specifications
(calibrated) ±0.5 %
Additional Specifications
Liquids with low electrical conductivity
Viscous and non-Newtonian liquids
Processes with high operating pressures and/or high operating temperatures
Bi-directional flow measurement
CO2 or water injection to revitalize existing oil and/or natural gas fields
Measuring media prone to agglomeration and gum formation
Oil & Gas
Process or Industrial
Product Resources
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