Positive Displacement Flow Meters with Conditioned Output

$1.00

The GF series gear type flow meters are ideal for precision measurement on medium to high viscosity hydraulic and lubrication fluids, or in applications where fluid viscosity can change substantially due to large variations in temperature.

Positive Displacement Flow Meters with Conditioned Output

$1.00

In stock
SKU: GF series

Description

Positive Displacement Flow Meters with Conditioned Output — GF Series

The GF series gear type flow meters are ideal for precision measurement on medium to high viscosity hydraulic and lubrication fluids, or in applications where fluid viscosity can change substantially due to large variations in temperature.

The GF series are positive displacement flow meters with a conditioned output, designed for measuring flows on hydraulic and lubrication systems, test stands, machine tools and other fixed or mobile applications. They offer high accuracy and excellent viscosity stability, and can be installed anywhere in the circuit for monitoring, production testing, commissioning, development testing and analysis of control systems. The compact design allows installation where space is limited.

The GF gear type flow meters have a built-in micro-controller that linearizes and conditions the signal to provide an accurate and linear output signal, enabling direct connection to a digital display, PLC or custom DAQ system without complex calibration factors or lookup tables.

  • Maximum Rated Pressure: 420 bar, 6,000 psi
  • Maximum Rated Flow: 150 L/min, 40 US gpm
  • Fluid Temperature Range: -40 to 120°C, -40 to 284°F
  • Compatible Fluids: Mineral oils to ISO 11158 (other fluids consult sales office)
  • Porting: BSPP, SAE
  • IP Rating: IP65
  • Material: Body — Stainless Steel; Internal — Stainless Steel; Seals — NBR (other seals consult sales office)
  • Output: 4-20 mA (2-wire), linearize frequency

Reviews

There are no reviews yet.


Be the first to review “Positive Displacement Flow Meters with Conditioned Output”