eYc FGM04 Gear Flow Meter

Features :
Medium : Liquids
Accuracy (at 30cst ) : ± 0.5 % of reading ( turndown ratio of 1:10 ) ; ± 1 % of reading (measuring range )
Repeatability : ± 1 % of reading
Pressure rating : Stainless steel 420 bar ; Aluminum 100 bar
Model : eYc FGM04

High Accuracy Measurement of Various Viscosity Liquids

● The FGM04 series of positive displacement flow meters have 8 measuring ranges from 0.006 ... 1L/min through 4.0 ... 450L/min
 Optional pickoffs for pulse output, current analog output and voltage analog output

FGM04 positive displacement flow meter measures the flow on the volumetric principle, in
which gearwheels is moved proportional to the flow rate. The movement of the gearwheels is
measured through the enclosing housing wall by a sensor. No straight tap needed. Immune
to medium viscosity. Higher trundown ratio, accuracy, resolution and responsibility, as well as
for measuring the very-low flow. FGM04 flow meters are bi-directional and can be used to
measure the cylinder position without damaging internal parts.
Assembled with journal bearings FGM04 can measure low or non-lubricating fluids, such as
paints, glues, resin, sealant etc.
Applicable Medium
Liquids

Accuracy (at 30cst )
± 0.5 % of reading ( turndown ratio of 1:10 ) ; ± 1 % of reading (measuring range )

Repeatability
± 1 % of reading

Pressure Rating
Stainless Steel 420 bar ; Aluminum 100 bar

Ambient Temperature
-40 ... +85 ℃

Medium Temperature
-40 ... +100 ℃ ; (Max. 150 ℃ for high temperature type)

Materials
Body:       316 Stainless Steel or Aluminum
Gear:        316 Stainless Steel
Sealing:    FPM ( NBR / PTFE optional )
Bearing:   Stainless Steel Ball Bearing ; Tungsten Carbide Journal Bearing
● High repeatability and accuracy
● Pulse / analog output selectable
● High pressure rating
● Specifications
● Wide measuring range
● Applicable to various viscous media
Plastic and Rubber Manufacturing /
Machinery Manufacturing /
Fuel Supply / Wafer Manufacturing /
Refrigeration and Air Conditioning /
Papermaking and Printing