Team,
Many thanks in advance for your valuable feedback. We have many flowmeters already installed in Anti-surge Loop for Centrifugal Compressor (installed at suction side).
Before ordering these flowmeter, Process conditions (Flow rates, pressure and temperature had been delivered to manufacturer). Besides that, Fluid data also has been shared to manufacturer like: Fluid type, Density at operating base, Specific gravity, Compressibility at operating base, Molecular Weight, Isentropic exponent, Operating viscosity.
In summary, flowmeters are selected according to Engineering design.
Annubar Flowmeter: 3051CFADG300ZCHFS3A3D0072AA1P1V1V2QC7Q8J3G2
Related to Annubar hardware assembly information:
Flowmeter and meter type: 3051CFA - Annubar flowmeter flanged with opposite side support
Sensor size and material: 3 - 316 stainless steel
Line size: 750 mm (30 in) - Schedule: XS - Material: Carbon Steel (A105)
ID (span): 736.6 mm - Wall: 12.7 mm
Pipe orientation: Horizontal
Connection type: 300#RF ASME B16.5
Mounting type and material: 300#RF ASME B16.5
My Questions are focused on configuration and field calibration or verification:
What are the main considerations to properly configure this flowmeter? Do I should set up the pipe diameter, pipe wall and flow type (methane gas) in the flowmeter configuration?
What tool is needed to configure the flowmeter? At site we have the Trex communicator and realized that basic configuration has been seen and retrieved. Is this the only option or is there a software tool that can be used to configure this flowmeter and have the chance to see more technical information related to the Primary element (Annubar) as well?
How do we know if the Annubar sensing ports are starting to clog?
In reply to Dan Cychosz:
In reply to THALES CAMARGO 105: