uCFlowCal Flow Calculation | Xybernetics Inc.

µCFlowCal

µCFlowCal is a an embedded flow calculation solution that enables gas and liquid flow measurement of up to ten flow runs. µCFlow supports concurrent AGA3 (for orifice plate; gas), AGA7 (for turbine meter; liquid) and V-Cone/Wafer-Cone flow measurements with AGA8 for compressibility calculations.

Along with the flow calculation solution, we also provides data acquisition tools in this solution (at no cost) to allow operations acquire all the necessary data they need to complete their daily task.

For further information contact us today.

General
CPU	Toshiba S1X643034
Core Processor	ARM920T
Speed	400 MHz
RAM	64MB
Solid State Drive Space	512MB
Supply Voltage	6VDC - 15VDC
Supply Current	13mA - 500mA
Power Consumption	1.2W - 16.2W (depending on number of USB port usage, 2.5W per USB)
Operating Temperature	-40°C to 70°C
Hazardous Location	Suitable for use in Class I, Division 2, Groups A, B, C and D Hazardous Locations. Temperature Code T4 CSA certified to the req of CSA Std. C22.2, No 142, 213 ANSI/ISA 12.12.01-2000 for Hazardous Locations Certification UL 508 (Industrial Control Equipment)
Flow Computer
Number of concurrent meter runs	10
Flow algorithms	AGA-3 (1992/2000) AGA-7 V-Cone Wafer Cone
Compression calculations	AGA-8 (1992)
Energy calculation	GPA2172 AGA-5
Calculation speed	Once per second
Event Log	40 days of audit trails (configurable)
Reports	Daily Report Monthly Report Meter Report (As Found/As Left) Snapshot Report (On Demand by User)
Standards and compliance tested	American Gas Association (AGA) American Petroleum institute (API) 21.1 Alberta Energy and Utilities Board (AEUB) Directive 17
Data Access Tool
Configuration	Microsoft Internet Explorer 7.0 or higher Firefox 14 or higher Safari 4 or higher Or any internet browser
Calculated Data	Microsoft Internet Explorer 7.0 or higher Firefox 14 or higher Safari 4 or higher Or any internet browser
Event Log	Microsoft Internet Explorer 7.0 or higher Firefox 14 or higher Safari 4 or higher Or any internet browser
Reports	Microsoft Internet Explorer 7.0 or higher Firefox 14 or higher Safari 4 or higher Or any internet browser
Event and Report File Format	Comma Separated Values (CSV)
Required Operating System (OS)	Any OS
Additional Information	User can configure, monitor and access (import/export) flow calculation data and configuration parameters remotely (from their laptop, operating room, HMI server room or engineering workstations).
Miscellaneous
Security	Login required to configure flow parameters. Event log tracks user change(s)
Time Sync Capability	Able to configure/sync time though the web configuration tool
Maintenance Mode	Maintenance mode is available for the purpose of testing and loop checking
Communication Port
Ethernet Port (RJ45, 10/100BaseT)	1
RS-485 (configurable)	6
RS-232 (configurable)	6
Wi-Fi	Allows for 255 mobile devices (e.g. laptop, smart phone and tablet) connections
Communication Protocol
Protocols	Modbus TCP (Ethernet) Modbus RTU (serial RS232 and/or RS485)
Baudrate	300, 600, 1200, 2400, 4800, 9600, 19200, 38400, 57600 and 115200
Web Services
Services	Hypertext Transfer Protocol (XyberHTTP) Secure File Transfer Protocol (XyberSFTP) Dynamic Host Configuration Protocol (XyberDHCP)
Physical Dimension
Size	3.4"(86.36mm) wide, 5.5"(139.70mm) deep, 1.33"(33.78mm) high
Application
Flow measurement in wellhead
Pipeline leak detection
Energy consumption measurement
Gas and liquid totalisation

uCFlowCal supports wide variety of multi-variable transmitters to acquire instantaneous differential pressure, static pressure and flow temperature.

The following are some sample communication network setup that can be used with uCFlowCal controller.

Solution 1	Solution 2	Solution 3	Solution 4

uCFlowCal works with all end device that has Modbus TCP or RTU (both RS232 and RS485) communication available.
These are the following multivariable transmitter has been tested and proven to be working with uCFlowCalc controller.