Emerson FloBoss S600+ Flow Computer

Applications

The Emerson FloBoss S600+ Flow Computer is designed for flow measurement and calculation applications in the oil and gas industry. Flow computers process measurement inputs from field instruments and apply configured calculations to determine flow rates and accumulated quantities. Depending on the installation and configuration, the S600+ can support gas and liquid measurement systems used in custody transfer and pipeline operations.

Typical application areas include:

• Custody Transfer Metering: Supports measurement calculations for commercial gas or liquid transfer when configured for the relevant metering application.

• Natural Gas Pipelines: Processes measurement signals and calculates flow-related values for pipeline monitoring and accounting.

• Oil and Gas Processing Facilities: Can be integrated into suitable metering systems at processing plants and transfer stations.

• Metering Skids: Serves as a flow computation component in appropriately designed industrial metering assemblies.

• Pipeline Measurement Stations: Supports flow measurement and operational data collection at compatible installations.

• Industrial Flow Monitoring: Provides calculated flow information for supervisory systems and measurement management applications.

The exact measurement capabilities depend on the hardware, firmware, application configuration, connected instruments, and applicable metering standards.

Advantages

The Emerson FloBoss S600+ combines flow computation with configurable measurement functions for demanding industrial metering applications.

• Dedicated Flow Computation: Processes measurement inputs to calculate flow-related values according to the configured application.

• Custody Transfer Support: Can be applied in metering systems where measurement accuracy, repeatability, and traceable configuration are essential.

• Multiple Instrument Interfaces: Supports integration with compatible field instruments and metering equipment, subject to the installed hardware and interface configuration.

• Configurable Measurement Applications: Can be configured for supported flow measurement methods and calculation requirements.

• System Integration: Provides measurement data for compatible supervisory, monitoring, and data acquisition systems.

• Industrial Operation: Designed for use in industrial measurement environments when installed within the specified operating conditions.

• Maintenance and Diagnostics: Configuration and diagnostic functions can assist qualified personnel with commissioning, troubleshooting, and routine maintenance.

Actual performance depends on correct instrument configuration, calibration, installation practices, and the requirements of the metering system.

Technical FAQs

Q1: What is the Emerson FloBoss S600+ Flow Computer used for?

It is used to process flow measurement inputs and calculate flow rates and totals in industrial metering systems, particularly in oil and gas applications such as pipeline measurement and custody transfer.

Q2: What types of fluids can the FloBoss S600+ measure?

The system can be configured for supported gas and liquid metering applications. The appropriate measurement method, instrument inputs, and calculation parameters depend on the specific installation.

Q3: How does a flow computer calculate flow?

A flow computer receives data from compatible instruments, such as flow meters and pressure and temperature transmitters. It applies the configured measurement equations and correction methods to calculate flow rates and accumulated quantities.

Q4: Can the FloBoss S600+ be used for custody transfer?

Yes, it is associated with custody transfer metering applications. Suitability for a particular transaction depends on the installed configuration, measurement standards, calibration procedures, and applicable regulatory or contractual requirements.

Q5: Which field instruments can be connected to the S600+?

Compatible instruments depend on the available input channels, electrical interface types, and configured application. Confirm the exact hardware and interface specifications before connecting transmitters or meters.

Q6: Can the flow computer communicate with a SCADA system?

Integration with supervisory control and data acquisition systems depends on the supported communication interfaces, protocols, and configuration. Verify the required protocol and port availability for the specific unit.

Q7: Why is configuration important for flow measurement accuracy?

Incorrect meter parameters, instrument scaling, pressure or temperature inputs, or fluid properties can affect calculated results. Configuration should follow the meter manufacturer's requirements and the applicable measurement standards.

Q8: What should be checked when troubleshooting a flow measurement problem?

Review instrument signals, wiring, configured input ranges, meter parameters, alarm indications, communication status, and the validity of the calculated values. Follow approved maintenance procedures before making configuration changes.

Q9: Can an existing FloBoss S600+ be replaced with another flow computer?

A replacement requires a detailed compatibility assessment covering measurement algorithms, I/O requirements, communication interfaces, application configuration, and any custody transfer approval requirements. A different model should not be treated as a direct replacement without verification.

Q10: What information should be provided when ordering a replacement unit?

Provide the complete model designation, product identification details, hardware and firmware information where available, required I/O configuration, communication requirements, and details of the existing metering application.