TQC Sheen Ecoscan Cond 6+ Conductivity Gauge Kit

Brought to you through TQC Sheen, our specialist paint testing brand, the Ecoscan Cond 6+ Conductivity Gauge Kit contains everything you need for testing the conductivity of fluids – in one box.

Conductivity gauges measure the ion capacity in aqueous solutions to carry an electrical current. The Ecoscan Cond 6+ is the ideal tool if you work in the agricultural or printing industries, anodizing functions, laboratories, or paint production.

What does our conductivity testing kit contain?

When you invest in an Ecoscan Cond 6+ Conductivity Gauge Kit, you get the following items in the box:

• 1 x Eutech Cond 6+ conductivity meter with electrode (ECCONSEN91B)
• Conductivity carrying kit containing:
  – 1 x 1413 uS, 12.88 mS, 84 uS KCI standard solution
  – 1 x deionized (rinse) water (60 ml)
• Declaration of conformity & warranty card
• Calibration certificate
• Instruction manual

Powerful and precise conductivity testing

Our highly accurate microprocessor-based conductivity gauge is equipped with a cable electrode and a temperature probe. The electrode design offers a fast automatic temperature response (ATC) for optimum accuracy under fluctuating temperatures. The device also reduces air entrapment for accurate, repeatable, and stable readings.

The Ecoscan Cond 6+ has a wide measuring capability and five pre-set conductivity testing ranges. It features auto-ranging and temperature compensation to match the sample you’re testing.

A user-friendly conductivity tester

It’s so simple to operate the Ecoscan Cond 6+ Gauge – just pick it up and start measuring! All you need to do is:

• Rinse the electrode with deionized or distilled water
• Dip the probe in your test sample
• Allow the reading to quickly stabilize
• Read it off!

The six splash-proof conductivity gauge keys offer you convenient one-touch functionality. This includes automatic calibration and a hold button to freeze and read the result – then restart your live measurements as needed.

Portable, protected conductivity testing

Our conductivity gauge is lightweight and portable and can easily be carried on your person to any testing location – field or laboratory. It also has a built-in stand for easy bench-top operation.

Built to last, it has a sturdy design and a protective probe guard. The keyboard is splash-proof, and the instrument comes in a removable rubber armor shell to weather the knocks and drops of any testing environment. For your peace of mind, it also comes with a warranty covering both the probe and the meter itself.

Ready and reliable conductivity testing

It can be really frustrating when your device runs out of power while you’re in the process of testing! So, we developed the Ecoscan Cond 6+ Conductivity Gauge with a low battery warning indicator. You get a warning, ahead of time, to let you know when any of the four ‘AAA’ batteries need changing.

With good quality batteries, you should get over 100 hours of use from your device. The battery power is further extended through the power-saving, automatic shutdown function.

Crisp and clear measurement data

Conductivity measurements complete; your results are clearly displayed on a large, four-digit LCD screen (liquid crystal display) for easy reading – even at a distance. The device is self- diagnostic and presents message codes for easy troubleshooting.

A portfolio thick with innovative testing devices

Across the Industrial Physics portfolio, we have a wide range of conductivity testing solutions.

For example, there’s the Elite Pocket Tester, a multifunctional meter designed for conductivity, TDS, salinity, and temperature measurement. Then you could check out the ECCON700 Meter with its accurate conductivity and ATC probe.

Let our experience conduct your testing approach!

Over many decades of building conductivity testing devices, we’ve learned a lot of best practices. We share our insight across the knowledgebase section of our website.

Here you’ll find lots of blogs relating to conductivity, like this one on measuring soluble salts using the Bresle patch method. Or this blog, which investigates how to find the thermal conductivity of gases.