GEORG FISCHER
Conductivity & Resistivity Sensors
- In-line or submersible mounting
- 316 SS or Titanium (indicated tri-clamp only) standard electrode
- Alternative electrode materials available - Hastelloy-C - Monel - Titanium
- NIST traceable certifi ed cells ±1%
- Meet USP requirements
Selected variant
Technical data
Downloads
Product description
Conductivity/Resistivity Electrodes are designed to provide versatile installation and accurate sensing across a very broad dynamic range. These electrodes are built with a controlled surface fi nish to ensure accuracy and repeatability. The standard electrode is constructed 316 SS, but there are other materials available for maximum chemical compatibility (Titanium, Monel and hastelloy-C). Reversible threads or sanitary fl anges allow for maximum installation versatility. Sanitary fl ange versions are available in either SS or Titanium with quality surface fi nish of less than RA 25. An optional NIST Traceability Certifi cate (to meet USP requirements) is available. Coupled with GF Signet patented measuring circuitry, a platinum RTD (PT1000) located within the electrode allows optimal temperature sensing.
Features
Standard process connections
• ¾” NPT Polypro
• Tri-clamp 1½”, 2”
• Opt. 1/2” NPT 316 SS
• 316 SS or Titanium standard electrode
• Alternative electrode materials available
• Hastelloy-C
• Monel
• In-line or submersible mounting
• NIST traceable certifi ed cells ±1% meet USP requirements
Add product as a new cart row
You already added this product. Choose whether to increase quantity on the existing row or add the product as a new row.
Related
Robotics solutions
Robotics has revolutionised industry, enabling efficiency, higher production capacity and increased safety. For a robot solution to function optimally, the right components are required.
Float switches - built to perform
Whether you're looking to upgrade your current solution or secure a more robust float switch for your next project, Taurus delivers performance you can count on.
Why hydrostatic level probes lie and how to stop it
In this article, our application experts explain why hydrostatic level probes appear to lie, the most common failures, and how OEM, working with Aplisens, can help engineers prevent them.
What is hydrostatic level monitoring?
A hydrostatic level probe measures liquid level indirectly, by sensing pressure at a known depth. When the application is suitable and the installation is done properly, hydrostatic level probes offer several clear benefits.
Water & Wastewater Solutions
OEM Automatics water and wastewater application specialists have gathered all our solutions in one place. Our products are used in everything from small municipal water works to larger regional plants.
understanding viscosity - And Why It Matters When Choosing A Pump
Whether you’re pumping water, chocolate, oil or peanut butter knowing the product’s viscosity is essential to selecting the right pump. Find out more about viscosity and which pump may be suitable for your application!
