Effluent Water Flow Meter

Product Description

The exact measurement of electrically conductive liquids in closed pipe systems, where the magnetic flux permeates the full cross-sectional area of the liquid flow, is possible with the aid of effluent water flow meters. These electromagnetic flow meters measure electromotive forces, calculate flow rates using the conductivity equation, and determine liquid velocity using Faradays law of electromagnetic induction. Effluent Water Flow Meters are designed to work with liquids that conduct electricity at a minimum of 5 micro Siemens per centimeter.

Effluent Water Flow Meter Features:

• It uses Faradays law of electromagnetic induction for operation.
• It provides exact measurement.
• It calculates flow rates using the conductivity equation.

Working Principle of Effluent Water Flow Meter:

This is working on the principal of faradays law which states that when a conductor moves through a magnetic field of a given strength a voltage is produced in the conductor and proportion to the relative velocity between the conductor and the magnetic field.

Effluent Water Flow Meter Technical Detail:

• Nominal D­a (mm) : 15 to 1400mm
• Electrode Material : SS 316, SS 316L, Hastelloy, & Tantalum
• Material of Construction : MS, SS 304, SS 316 & SS 316L
• Process Pressure : Max. 25 kg/cm2
• Flow Tube Material : SS 316
• Process Temperature : Max. 150C
• End Connection : Flange/Wafer
• Flange- Standard : ANSI B 16.5 150 #RF / 300 # RF
• Measuring Range : 0.5 m/sec for Minimum & 5m/sec for Maximum
• Optional: +/-0.5% FSD.
• Accuracy : +/- 1% FSD
• Repeatability : 0.3%
• Display : 2 Line Alfa Numeric LCD Output : Std. 4 - 20 mA / RS 485 / Pulse / HART
• Protection Class for Transmitter : IP 65
• Protection Class for Sensor : IP 65
• Installation : Inline Flange Type.
• Cable Length for Remote : 30 meters

FAQs - Effluent Water Flow Meter:

What are the benefits of employing an effluent water flow meter?

Effluent water flow meters have a number of advantages. They are appropriate for detecting electrically conductive liquids, have a wide variety of applications, and are relatively resistant to temperature, pressure, viscosity, and density fluctuations in the flowing liquid. They also give precise and dependable flow readings.

What kinds of liquids can an effluent water flow meter measure?

Effluent water flow meters are developed particularly for measuring electrically conducting substances. Water, different aqueous solutions, wastewater, industrial effluents, and other conductive fluids are examples of this.

Are variations in the temperature, pressure, viscosity, or density of the liquid being monitored affecting effluent water flow meters?

Temperature, pressure, viscosity, and density fluctuations in the moving liquid have little influence on effluent water flow meters. Under these changing circumstances, their measurements remain precise and dependable.

What is the bare minimum conductivity for a liquid measured by an effluent water flow meter?

For reliable readings, an effluent water flow meter must have a minimum conductivity of 5 micro Siemens/cm.

FAQs of Effluent Water Flow Meter:

Q: What is the use of the Effluent Water Flow Meter?

Q: What is the material used to make the meter?

Q: What is the frequency of the meter?

Q: Is the meter resistant to external elements?

Q: What is the warranty period for the meter?