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A B B M E A S U R E M E N T & A N A L Y T I C S | P R O D U C T G U I D E
CoriolisMaster FCB100, FCB400
Commissioning and proving recommendations
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Introduction
FCB100
FCB400
Based on field experience, this guide is intended
to help commission the ABB CoriolisMaster
flowmeter.
Measurement made easy
Additional Information
Additional documentation on CoriolisMaster FCB100,
FCB400 is available for download free of charge at
www.abb.com/flow
Alternatively simply scan this code:
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Table of Contents
Related Manuals for ABB CoriolisMaster FCB100
Summary of Contents for ABB CoriolisMaster FCB100
- Page 1 Introduction Additional Information FCB100 FCB400 Based on field experience, this guide is intended Additional documentation on CoriolisMaster FCB100, to help commission the ABB CoriolisMaster FCB400 is available for download free of charge at flowmeter. www.abb.com/flow Alternatively simply scan this code:...
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Page 2: Table Of Contents
Proving connection when the meter has been removed from the line ..8 CoriolisMaster FCB100 or FCB400 – How to connect to a flow computer and to a prover by using two outputs ..................9 Site and equipment considerations ............10 ... -
Page 3: Requirements
FCB100, FCB400 COMMISSIONING AND PROVING | PG/CORIOLIS/PROVING-EN REV. A Change from one to two columns 1 Requirements Device type and software requirements Recommended meter sizing The following points should be observed when sizing the Coriolis The following settings are valid for these device types: meter for proving applications: •... -
Page 4: Standard Coriolismaster Configuration
FCB100, FCB400 COMMISSIONING AND PROVING | PG/CORIOLIS/PROVING-EN REV. A Change from one to two columns 2 Standard CoriolisMaster configuration For proving ease, configure the meter to operate in its fast response and high repeatability mode, utilizing the following configuration settings. 1 Damping Mass: 0.1 s 4 Volume Totalizer: set to your required volume flow unit e.g. -
Page 5: Frequency Output Configuration
FCB100, FCB400 COMMISSIONING AND PROVING | PG/CORIOLIS/PROVING-EN REV. A 3 Frequency output configuration 1 No modification required, default is ‘Forward’ Digital out 41 / 42 mode: Frequency Digital out 41 / 42 output value: Volume flow Upper frequency: See calculation below Figure 2: Digital output configuration (41 / 42) as frequency output Change from one to two columns Example bbl/day:... -
Page 6: Electrical Connections
FCB100, FCB400 COMMISSIONING AND PROVING | PG/CORIOLIS/PROVING-EN REV. A 4 Electrical connections Change from one to two columns Flow computer In order to power the passive pulse output and condition the If there is still an internal ground connection between the power signals individually, it is necessary to add resistors. -
Page 7: Coriolismaster Fcb100
FCB100, FCB400 COMMISSIONING AND PROVING | PG/CORIOLIS/PROVING-EN REV. A CoriolisMaster FCB100 In the case that the flow computer panel provide a connector for the prover. Figure 5: CoriolisMaster FCB100 In-Situ proving with a flow computer 1 Clamping connection 2 Cable gland for prover connection Threshold at prover and flow computer should be 3,5 V ±0,5 V... -
Page 8: Coriolismaster Fcb400
FCB100, FCB400 COMMISSIONING AND PROVING | PG/CORIOLIS/PROVING-EN REV. A … 4 Electrical connections CoriolisMaster FCB400 In the case that flow computer panel provide a connector for the prover. Figure 9: CoriolisMaster FCB400 In-Situ proving with a flow computer 1 Clamping connection 2 Cable gland for prover connection Threshold at prover and flow computer should be 3,5 V ±0,5 V Figure 11: Connection for proving... -
Page 9: Coriolismaster Fcb100 Or Fcb400 - How To Connect To A Flow Computer And To A Prover By Using Two Outputs
FCB100, FCB400 COMMISSIONING AND PROVING | PG/CORIOLIS/PROVING-EN REV. A CoriolisMaster FCB100 or FCB400 – How to connect to a flow computer and to a prover by using two outputs 1 kΩ / 0,5 W (between GND and input pulses +) 2 kΩ... -
Page 10: Site And Equipment Considerations
FCB100, FCB400 COMMISSIONING AND PROVING | PG/CORIOLIS/PROVING-EN REV. A 5 Site and equipment considerations Change from one to two columns Proving Zero point adjustment The proving can be influenced by many factors, so it is important The perfect meter zero will produce a meter factor near 10000. to consider the following: 1. -
Page 11: Number Of Proving Runs And Repeatability
FCB100, FCB400 COMMISSIONING AND PROVING | PG/CORIOLIS/PROVING-EN REV. A 6 Number of proving runs and repeatability Change from one to two columns Sets of runs can also be averaged for the repeatability ‘Validity of the average meter factor to a random uncertainty of calculation. -
Page 12: Appendix - Pulse Output Configuration
FCB100, FCB400 COMMISSIONING AND PROVING | PG/CORIOLIS/PROVING-EN REV. A 7 Appendix – Pulse output configuration In some application it is required to use a pulse output instead of a frequency output. The main difference is that the pulse output provide a constant pulse length. Each pulse has the same pulse length. For unit ‘bbl’... - Page 13 FCB100, FCB400 COMMISSIONING AND PROVING | PG/CORIOLIS/PROVING-EN REV. A Trademarks Modbus is a registered trademark of the Modbus Organization...
- Page 14 FCB100, FCB400 COMMISSIONING AND PROVING | PG/CORIOLIS/PROVING-EN REV. A Notes...
- Page 15 FCB100, FCB400 COMMISSIONING AND PROVING | PG/CORIOLIS/PROVING-EN REV. A Notes...
- Page 16 We reserve the right to make technical changes or modify the contents of this document without prior notice. With regard to purchase orders, the agreed particulars shall prevail. ABB does not accept any responsibility whatsoever for potential errors or possible lack of information in this document.