Yokogawa Conductivity Sensor: Models, Specs, and the Ultimate Selection Guide

Introduction: Precision Process Control with Yokogawa Conductivity Sensors

Accurate, real-time measurement of liquid conductivity is non-negotiable for quality control and process efficiency across critical industries—from power generation and pharmaceuticals to chemical processing and wastewater treatment.Yokogawa conductivity sensors are the industry standard for reliable, online monitoring, engineered to perform under the widest array of process conditions.

This comprehensive guide serves as an essential resource for engineers and procurement professionals, detailing the key Yokogawa conductivity sensor models, their technical specifications, measurement principles (contacting vs. inductive), and a definitive checklist for selecting the perfect sensor for your application.

Why Specify a Yokogawa Conductivity Sensor for Your Project?

Yokogawa delivers a complete, integrated family of conductivity solutions, ensuring seamless integration and superior long-term performance.

• Diverse Measurement Technologies: The lineup supports both contacting (electrode) and inductive (toroidal) methods, allowing precise measurement across the entire conductivity spectrum—from trace-level ultrapure water to high-concentration chemical streams.

• Robust Industrial Design: Sensors are constructed with rugged, chemical-resistant materials (e.g., Stainless Steel, PEEK, Titanium) and are available in specialized high-pressure and high-temperature variants, offering stability in extreme environments.

  
  

• Complete System Integration: Yokogawa sensors are designed for seamless, plug-and-play compatibility with their advanced FLXA and SC series liquid analyzers, leveraging advanced temperature compensation and diagnostic functions.