No image available
No image available
Your request is being processed.
Planned Maintenance
We are currently performing scheduled maintenance. Some site functions are impacted and may not work as expected. Thank you for your patience.
Flexim-FLUXUS F608 Portable Flow Meter for Hazardous Areas

Flexim FLUXUS F608 Portable Flow Meter for Hazardous Areas

Product Description

The Flexim FLUXUS F608 Portable Liquid Flow Meter based on the widely used, highly reliable and versatile F601, has been specifically engineered for its use within hazardous areas and is FM Class I, Div. 2 approved. Offering a high degree of flexibility, without compromising on Safety, users are not anymore obliged to obtain a Hot Work Permit, making the access to hazardous areas much easier and less time consuming. The extremely resistant carbon fiber housing, together with the rugged transducer design, ensures a high impact protection as well as resistance against oil, water and many other liquids. The F608 shares the same efficient battery management as the F601, offering over 14 hrs. of remote measurement time.

Specifications

Accuracy
Measurement uncertainty of the measuring system (volumetric flow rate): ± 1...3 % of reading ±0.02 ft/s
Repeatability
0.15 % of reading ±0.02 ft/s
Range
Flow velocity range 0.03 to 82 ft/s
Certifications/Approvals
FM Class I /Div 2
Power Supply
Li-ION 7.2V/6.2Ah Operat. time >25h
Transducers Available
Shear wave
Pipe Size
0.24 inch to 255.9 inch
Temperature Range
-40°F to +392°F / WI: -328°F to +1112°F
Communication Protocol
Pt100/Pt1000

Features

  • Instantly in Service
    Direct access to hazardous areas
    Fast and easy set-up (less than 5 minutes)
    Automatic transducer recognition
    Intuitive user guidance
  • Highly Versatile
    Unrivalled application range
    Superior accuracy even with media containing solids and gases due to the HybridTrek-Mode
    Integrated high capacity Li-Ion battery (>14 hrs. of remote measuring)
  • Accurate and Reliable
    All transducers are wet calibrated
    High precision during high and low flow rates
    No temperature and zero drift

Documents & Drawings