Liquid Flow Turbine Meter:: 200mm ID, Range 80 - 800 m3/Hr

SKU: BLFT-200
Liquid Flow Turbine Meter:: 200mm ID
Standard Range: 80 - 800 m3/hr
Extended Range: 40 - 800 m3/hr
Stainless Steel Construction
Flanged Connections
Choice of displays and outputs
  • Output / Display
  • Accuracy
  • Measuring Range
  • Body material
  • Explosion rating
  • Pressure
  • Connections
  • £1950.83
  • £2341.00 inc VAT
Qty:  

Description

  • SKU
    BLFT-200
Liquid Flow Turbine Meter:: 200mm ID
Standard Range: 80 - 800 m3/hr
Extended Range: 40 - 800 m3/hr
Stainless Steel Construction (304SS or 316SS)
Flanged Connections
Choice of displays and outputs
Temperature: -20...+120°C (150C Max avilable)
 
Connection Options:
  • DN200 PN16 Flanges
  • 8" ANSI 150# Flanges
  • JIS 10K Flanges
  • (Other flanged pressure ratings are avaialble)
 
 
This highly accurate Liquid Flow Turbine meter is constructed from stainless steel and is ideal for the measurement of various low to medium viscosity liquids in a range of different applications. This model is supplied with a square wave pulse output or low voltage coil pulse as standard, with a wide choice of digital flow displays and batch controllers available.The standard low cost digital display is powered by a lithium battery with a long battery life of 4 years, providinga choice of 4-20mA signal, pulsed output and programmable alarms
 
Internal parts of BLFT turbine meters are simple to replace for easy maintenance. Each meter is supplied with a multi-point calibration certificate

Specification

    Specifications:

     
    • Tungsten Carbide Bearing & Shaft, 2Cr13 Rotor / Alloy Option
    • Range 80 - 800 m3/hr (Extended Option 40 - 400 m3/hr)
    • -10 C to +120 C Media Temperature (+55 C Ambient). Higher Temperature options available
    • Stainless Steel Construction
    • Pressure limited by flanges
    • Accuracy +/- 1% of Reading :: Repeatability +/- 0.2% (Optional +/- 0.5%)
    • 5 Point Calibration Certificate Supplied as standard
    • ATEX EEx ia & EExd options available
     
     
    • Dimensions

     

     

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