Turbine Flow Meter TRFM1.0

  • Cost Effective
  • Accurate Measurement 0.5% or 0.2% (optional)
  • Required Minimal Maintenance,
  • Excellent Repeatability 0.05%…0.2%,
  • Outputs 4-20 mA 2 wire or pulse output 3 wire
  • Ideal for Batching Aplications

 

  • Description
  • Application Areas
  • Brochure
  • User’s Guide
  • How It Works

Product Description

Introduction:
Turbine gas flow meter consists of turbine flow sensor and display instrument and it is made by us using foreign state-of-the-art technologies, which is an ideal gauge for measuring of liquid flow. The flow meter is characterized by simple structure, high precision and easy installation and repair. The product may be used in a wide range of industries, including oil industry, chemical industry, metallurgy, water supply, paper-making, environment protection and food industry.

Features:
♦  Have good performance on antiy-seismic and surgin flow
♦  High accuracy,±0.5% of rate or ±1.0% of rate
♦  Adopte micro-power technology,power consumption is low,it could be powered by battery
♦  Small loss of pressure,fine repeat
♦  Simple and firm structure, easy for installation and dismantling.
♦  Wide range of measuring with very lower flow velocity limit.
♦  High resistance to electromagnetic interference and vibration
♦  Turbine flow meter adopt new type sensor with lower pressure loss,starting flow is small-corrosion with long term work life
♦  The sensor is with hard alloy bearing thrust type, which may guarantee the precision and improve the wear resistance performance as well.

  • Tap water, Demineralised water and Chemicals.
  • Fuels, Marine Engine Fuel Monitoring, Vegetable oil, Thermal oil and Solvents.
  • Special models for Refrigerants, Pharmaceutical fluids, Cryogenic fluids, Liquefied gases and High-pressure applications.

TRFM 1.0 DATA SHEET

TRFM1.0-G TURBINE FLOW METER MANUAL

TRFM1.0-L TURBINE FLOW METER MANUAL

A turbine flow meter is used for volumetric total flow and/or flow rate measurement and has a relatively simple working principle.
As fluid flows through the turbine meter, it impinges upon turbine blades that are free to rotate about an axis along the center line of the turbine housing.
The angular (rotational) velocity of the turbine rotor is directly proportional to the fluid velocity flowing through the turbine.
The resulting output is taken by an electrical pickoff(s) mounted on the flow meter body.