| WET GAS ORIFICE METER SYSTEM |
Sizes / Flange |
Size: 2” to 48”, up to schedule 120, Flanges: #150 – #2500. |
| Meter Run Compliant |
AGA 3 / API 14.3 / ISO 5167-2 orifice meter run compliant. |
| Designs Available |
Dual Chamber, Single Chamber. |
| Wet Gas Operating Range |
Liquid Loading ‘XLM’ ≤ 0.2 (≈ GVF ≥95%)150psi (10 Bar) ≤ Pressure ≤ 2500psi (83 Bar) |
| Flow Rate Knowledge |
No liquid loading or liquid flow rate knowledge required. |
| Prediction |
Gas flow prediction up to ± 3% accuracy, with liquid loading indicator |
| WET GAS VENTURI METER SYSTEM |
Sizes / Flange |
Size: 2” to 48”, all standard schedule, connections and materials. |
| Meter Run Compliant |
ISO 5167-4 / ISO TR 11583 Venturi meter compliant. |
| Unit |
Complete Meter run, Instrumentation, and Flow Computer unit. |
| Applications |
For use with test separator / tracer dilution estimated liquid flow or unknown
liquid flow with the range of ISO TR 11583. |
| Operating range |
Operating range: As stated by ISO TR 11583 |
| Gas flow prediction |
Gas flow prediction up to ±3% accuracy, with liquid flow indicator. |
| Validation |
Option validation system ‘PrognosisTM’. |
| WET GAS CONE METER SYSTEM |
Sizes / Flange |
Sizes: 2” to 48”, up to schedule XXS, Flanges #150 – #2500. |
| System |
Complete Meter run, Instrumentation,
and Flow Computer unit. |
| Accuracy |
Gas flow prediction up to ±3% accuracy,
with liquid flow indicator. |
| Liquid Loading Range |
Liquid Loading ‘XLM’ ≤ 0.12 (≈ GVF ≥
95%). |
| Velocity |
Minimum Inlet Gas Velocity ‘Vg’ ≥ 15 ft/s
( ≥ 5 m/s). |
| Pressure |
Pressure ≥ 150 psi ( >10 Bar). |
| Option |
Option validation system ‘PrognosisTM’. |
| COVOR WET GAS METER |
Measurement Options |
Measures fluid density, volumetric flow
rate and mass flow rate along with
density of changing gas mixtures. |
| Advanced Diagnostic |
Continuously monitor and verify the
flow meter health and reduce output
uncertainty using Advanced diagnostic
software. |
| Cost-Effective |
Multiple readings from a single installed
device reduces initial cost,
installation
cost and cost-of ownership over the
lifetime of the instrument. |
| Calculations |
AGA-3, ISO5167, V Cone. |
| Reliable |
No moving parts, Non-contact fluid
sensor. |
| Multi-variable options |
Multi-variable options available for
temperature and pressure measurement. |
| Remote Electronics Option |
Use in harsh environments or locations
with limited access. |
| Mass Flow Equations |
Real gas, Ideal gas, AGA 8, API 2540. |
| HART Protocol |
Modbus, BACnet, Power over Ethernet
(PoE) communications available. |
| TEK-FCA 8000A FLOW COMPUTER |
Design |
Flexible design with power and
communication options to meet field
instrument needs. |
| Compliances |
Complete Meter run, Instrumentation,
and Flow Computer unit. |
| Data Logging |
Real time measurement and Enhanced
Data Logging capabilities. |
| Advanced Diagnostic |
Continuously monitor and verify the
flow meter health and reduce output
uncertainty using Advanced diagnostic
software. |
| Operator Friendly |
Easy to use with multiple differential
pressure like Orifice,
Venturi, Flow
Nozzle, Wedge, Cone. |
| Field Configuration |
Simple and easily interface with the
device using push buttons. |
| Flow Units |
Volumetric or Mass flow measurement
of Liquid, Gases and Steam. |
| Calculations |
AGA-3, ISO5167, V Cone |
| Mass Flow Equations |
Real gas, Ideal gas, AGA 8, API 2540 |
| Measurement Options |
Steam Quality and Density of Gas
Mixture measurement. |
| Low Power |
Cost Effective, Low Power field mount
flow computer. |