Home » How to Select a Conductivity Meter
Instrumentation Design

How to Select a Conductivity Meter

Conductivity Electrode / Sensor & Instrument Selection Guide

Conductivity is a measure of the ability of a fluid to conduct an electrical current. In water this ability is due to the presence of various ionized substances in solution. Conductivity measurements usually include temperature compensation.

Conductivity Meter

To help you choose the right conductivity electrode and sensor electronics for your specific liquid applications needs, follow these recommended steps.

Step 1: Determine Application Requirements

Defining the following variables before building your system will ensure peak performance from your Selected conductivity sensors, electrodes and instruments.

• Conductivity measurement range
• Installation requirements
• Pipe size and material
• Chemical compatibility of all wetted parts to process chemicals
• Hazardous location requirements
• Conductivity system specifications (such as temperature and pressure)
• Performance requirements of conductivity sensor or electrode
• Fluid particulates
• Viscosity of fluids

Step 2: Select Conductivity Sensor/Electrode Technology

Based on the application requirements, choose a conductivity sensor or electrode. Then, determine your signal output requirement to allow you to match the right instrument.

Step 3: Choose Conductivity Instrument (Transmitter, Controller, Monitor etc)

Choose a conductivity/resistivity or multi-parameter instrument depends on your needs. All units are available in 1/4 DIN panel or field configuration and are available with digital, analogue, or analogue/digital display. Various retrofit adapters and mounting accessories are also available.

Step 4: Determine Installation Requirements

We offer a wide selection of installation fittings to suit the select conductivity insertion sensor and electrodes. These fittings are specifically designed to ensure the proper placement of the sensor or electrode in the system to achieve accurate readings.

Related Articles

Why We use Shielded Cable and Twisted Pair Cables ?

S Bharadwaj Reddy

Normally-Closed Contacts for Stop Buttons

S Bharadwaj Reddy

Difference Between a Flow Control & a Needle Valve

S Bharadwaj Reddy

Relay Latching Circuit using Push Button

S Bharadwaj Reddy

Readings Mismatch between Field & Control Room ? Why

S Bharadwaj Reddy

Important Factors Consider during Piping Design

S Bharadwaj Reddy

Leave a Comment

This website uses cookies to improve your experience. We'll assume you're ok with this, but you can opt-out if you wish. Accept Read More

How to Select a Conductivity Meter

WordPress Image Lightbox

Send this to a friend