Leading the market in liquid metering, FAURE HERMAN has developed an ultrasonic flowmeter for custody
transfer applications of liquid hydrocarbons. The FH8500 is suitable for the measurement of crude and refined products. The FH8500 feature’s bring key technical advantages and excellent ROI for end-users
• Fully integrated electronics
• High speed data processing
• Optimized signal processing
• 18 ultrasonic paths covering the whole velocity profile
• No moving parts
• No pressure drop
• Insensitive to viscosity changes and swirl
• Infrared remote control
• Modbus communication
• Fully integrated metering solution
• Advanced, user-friendly system
• High accuracy in accordance with OIML Recommendation R117 class 0.3 and API Standard, Chap. 5.8
• Bi-directional measurement
• Insensitive to pressure surges
• Low installation costs
• Low total cost of ownership
The FH8500 multi-path ultrasonic flowmeter is the only flowmeter that integrates 36 transducers generating 18 ultrasonic beams, providing acomplete 3D view of the flow velocity profile
Thanks to a powerful integrated processing unit (using leading-edge digital technology), the FH8500 offers an integrated and compact metering solution
This screen gives access to the configuration of the analogue 4-20 mA inputs and outputs.Users can allocate one parameter, for example flowrate or VOS (Velocity of Sound), to each of them and adjust the operating range.
This screen provides instantaneous information on the FH8500 flow conditions such as gross flowrate, average VOS, etc. In addition, users get data relating to the operating status of meter, number of working beams, alarms,and average ultrasonic signal level.
This screen gives all necessary parameters relating to the 18 ultrasonic paths, VOF (Velocity of Flow), VOS and signal gain. These data allow the user to check the measurement integrity on each single beam
A range of functionalities is available to track and view average VOF, VOS and signal gain over time
Users can download and record data from the flowmeter with respect to the previously defined period of time. These data relate to the flowmeter parameters. Dated events such as alarms can be downloaded and recorded
Environment
Ambient temperature range | -40 to +60°C (-40 to +140°F) |
Process temperature range | -40 to +120°C (-40 to +248°F) |
Storage temperature | -40 to +60°C (-40 to +140°F) |
Climatic protection | IP 66 / NEMA 4X |
Safety : ATEX II 2 G
Transducer classification | Ex m II T6 to T4 |
Enclosure classification | Ex d IIB T6 |
Remote control | Ex ia IIC T4 |
Mechanical
Pressure range | ANSI 150 / 300 / 600 |
Meter body materials | Carbon steel |
Low temperature carbon steel (upon request)
Stainless steel 316 (upon request)
Duplex (upon request)
Performances
Accuracy Repeatability | In compliance with API recommendations |
Fluid velocity range | 1 m/s to 15 m/s (3.28 fts to 49.2 fts)(extended range uponrequest) |
Viscosity range | 0.2 to 500 cSt (higher upon request) |
Density range | 400 to 1,500 kg/m3 |
Electronics
Enclosure material | Cast iron EN: GJL 200 |
Power supply voltage | 110 to 220 Vac ± 15 % – 25 W |
frequency | 50/60 Hz |
Parameters back-up battery
LCD Local Display |
4 lines x 20 characters |
Remote Control
Type | Infrared with numeric keyboard (16 keys) |
Dimensions | 120 x 65 x 22 mm (14/3”, 5/2”, 13/15”) |
Weight | 60 g |
Power supply | 1 or 2 Lithium battery 3.6 V |
Inputs / Outputs
Analog inputs | 2 4-20 mA (pressure, temperature) |
Pulse outputs | 2 (with 90° phase shift) TTL (Vmax 5 Vdc, Imax 1mA, Fmax 2kHz) |
Open collector | (Umax 30 V, Imax 500 mA, Pmax 300 mW) |
Analog outputs | 3 4-20 mA |
2 Relay contacts (Alarms) Communication / Serial link |
1 RS 485(Mod bus) (other upon request) |
Approvals
ATEX | 94/09/EC compliant |
PED | 97/23/EC compliant |
EMC | 2004/108/EC compliant |
Custody transfer | OIML R117-1 / MID (Class 0.3) and other national approvals |
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