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±2% Accuracy Ultra Low Gas/Airflow Measurement 316 Stainless Steel Application Based Construction MFE MicroFlow Air/Gas Flow Measuring Elements 1000/3000 Get a Quote

MFE-1000/3000 Overview

The MFE-1000 & 3000 are differential pressure (head) devices specifically designed as in line flow meters to provide continuous, accurate and reliable measurement of ultra low air/gas volumetric flow rates over a wide operating range. These flow sensing elements utilize the piezoid ring static pressure sensing technique, combined with a self-averaging total pressure sensing manifold. The MFE-3000 incorporates area reducing transitions on the entering and leaving ends to accelerate air velocity resulting in greater flow measurement accuracy. The output of the MFE-1000 & 3000 requires no correction (k) factor, and when actual air/gas density is determined the output of these devices can provide accurate mass flow measurement.

Specifications 
Accuracy±2% of Actual Flow Rate
MaterialType 316 Stainless Steel
Operating Temperature900°F Non-Corrosive Gas Media
500°F Corrosive Gas Media
Signal Output ConnectionsStandard 1/8" Female NPT.
Stainless Steel Compression (Optional)
Operable Line Pressure150psi Static Pressure
Product Documents
MicroFlow Air/Gas Flow Measuring Elements

MFESeries
MicroFlow Air/Gas Flow Measuring Elements

Documentation
Overview

The MFE-1000 & 3000 are differential pressure (head) devices specifically designed as in line flow meters to provide continuous, accurate and reliable measurement of ultra low air/gas volumetric flow rates over a wide operating range. These flow sensing elements utilize the piezoid ring static pressure sensing technique, combined with a self-averaging total pressure sensing manifold. The MFE-3000 incorporates area reducing transitions on the entering and leaving ends to accelerate air velocity resulting in greater flow measurement accuracy. The output of the MFE-1000 & 3000 requires no correction (k) factor, and when actual air/gas density is determined the output of these devices can provide accurate mass flow measurement.