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Flexim-FLUXUS F721XLF Low Flow Meter Non-Intrusive Flow Meter

Flexim FLUXUS F721XLF - Non-Intrusive Low Flow Meter

Product Description

The Flexim FLUXUS F721XLF is a non-intrusive metering system for the reproducible and long-term reliable measurement of extremely low flow liquid rates down to 1 gal/h and below on line sizes ranging from 0.4 inch to 2 inches independent of the pipe wall thickness and pressure ranges. Available both in aluminum and stainless-steel housing with ATEX/IECEx zone 2, FM Class I Div. 2 certifications, this low flow ultrasonic flow meter offers advanced data processing capabilities, sophisticated signal filters, bidirectional communication protocols and in-house system factory calibration to achieve highly accurate and repeatable measurements of extremely low flows.

Specifications

Fluid type
All liquids
Accuracy
Measurement uncertainty of the measuring system (volumetric flow rate): ±0.3 % of reading ±0,0006 m/s (±0.002 ft/s)
Measurement uncertainty at the measuring point (volumetric flow rate): ±1 % of reading ±0,0006 m/s (±0.002 ft/s)
Repeatability
0.15 % of reading ±0,0006 m/s (±0.002 ft/s)
Flow Channels
1
Range
Depending on pipe size
Certifications/Approvals
-
Power supply
100-230VAC
24VDC
12VDC
Pipe size
10 to 2400 mm (0.39 to 94.5 inch)
Pressure range
-
Temperature range (media)
-40 to +130°C (-40 to +266°F)
Output
4-20mA active/passive
4-20mA HART active/passive
pulse/frequency/binary
voltage
Input
Temperature
4-20mA active/passive
binary
voltage
Communication Protocol
Modbus RTU/TCP
BACnet MSTP/IP
Profibus PA
Foundation Fieldbus
System configuration and installation
For more detailed Information please download the Technical Specifications

Features

  • No potential for leaks
  • Completely maintenance free
  • Accurate and highly repeatable low flow measurement
  • Applicable to any pipe and any liquid media
  • Rugged and hazardous area approved transducers and transmitters (ATEX / IECEx Zone 2, FM Class I , Div. 2)
  • Matched transducers, advanced digital signal processing (DSP) and efficient algorithms ensure stable measurements at very low flows
  • Advanced Meter Verification

Documents & Drawings