Conductivity Measurement

Advanced conductivity analyzers designed for precise water and process monitoring, featuring 2-wire and 4-wire models, single or dual input options, and smart communication via HART, Profibus, and Foundation Fieldbus

Why Choose Conductivity Measurement from ADYAA?

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Conductivity Measurement

Engineered for precision and flexibility, ABB’s conductivity analyzers offer 2-wire and 4-wire models, single or dual input options, and advanced communication support including HART, Profibus, and Foundation Fieldbus—ideal for demanding water and process monitoring applications

ABB AC211 Insertion Type Conductivity Sensor

Screw-in design allows quick installation in industrial pipelines and vessels for continuous conductivity monitoring
Annular carbon electrodes resist polarization, ensuring accurate and stable conductivity readings
Built for durability, the sensor operates with minimal upkeep, reducing downtime and service costs
Known for its extended lifespan and consistent performance in demanding industrial environments

ABB AWT420 Dual Input Analytical Transmitter

Monitors two parameters simultaneously, ideal for water quality and industrial process control
Includes Bluetooth, dual PID control, and EZ-Link sensor support for fast setup and precise adjustments
Intuitive interface with advanced diagnostics and modular build for simplified maintenance and reduced downtime
Compatible with analog and digital sensors for use in drinking water, wastewater, industrial water, and power systems

ABB AC212 Flow Through Conductivity Sensor

Designed for installation in sample lines, the AC212 enables continuous conductivity measurement in industrial water and process systems
Equipped with annular carbon electrodes that resist polarization, ensuring stable and accurate conductivity readings over time
Built for long-term performance with minimal servicing, reducing operational costs and improving system uptime
Trusted for its durability and long service life, making it ideal for demanding industrial applications like chemical processing and wastewater treatment

ABB AC213 Dip Type Conductivity Sensor

Designed for full or partial immersion in tanks, basins, and waterways, the AC213 ensures reliable conductivity measurement in dynamic flow conditions
Built with annular carbon electrodes that deliver stable readings and resist signal drift, even in challenging industrial environments
Engineered for long-term use with minimal upkeep, reducing service interruptions and lowering operational costs
Trusted for its rugged design and extended lifespan, making it ideal for wastewater treatment, chemical processing, and environmental monitoring

ABB AC221 Insertion Type Conductivity Sensor

Designed for direct insertion into pipelines, vessels, and sample lines which is ideal for power plants, reverse osmosis, and chip cleaning applications
Equipped with polarization-resistant stainless steel electrodes for accurate and stable conductivity measurement
Integrated temperature sensing with rapid response under 30 seconds ensures precise readings and efficient process control
Offers multiple cable connection options, including a detachable connector to prevent miswiring and simplify setup

ABB AX410, AX411 and AX416 Single and Dual Input Analyzers for Low-Level Conductivity

Designed to measure one or two low-conductivity points with high precision, ideal for ultra-pure water and sensitive process applications
Works seamlessly with ABB’s 2-electrode conductivity cells, delivering stable and accurate readings in low-conductivity environments
Provides continuous local visualization and reliable retransmission of conductivity data for efficient process control
Combines advanced diagnostics, flexible configuration, and robust performance to meet the demands of modern industrial monitoring

ABB AX430, AX433, AX413 and AX436 Single and Dual Input Analyzers for Conductivity

Designed to measure one or two conductivity points simultaneously, these analyzers offer flexible control for water treatment, chemical processing, and industrial fluid systems
Compatible with ABB’s TB4 and AC400 Series sensors, delivering high accuracy readings in insertion, immersion, and flow through configurations
Provides continuous on-screen conductivity values with reliable retransmission to SCADA or control systems for real time decision making
Combines advanced diagnostics, modular design, and robust performance to meet the demands of modern process monitoring and automation

Key Features

ABB offers insertion, dip-type, and flow-through sensors for pipelines, tanks, and open channels in industrial and water treatment systems
Carbon and stainless steel electrodes provide accurate, polarization-resistant readings across a wide conductivity range
AWT420 and AX Series support single or dual-channel monitoring with Bluetooth, PID control, and analog/digital sensor compatibility
Integrated sensors deliver quick compensation, while self-diagnostics reduce downtime and boost efficiency
Ideal for ultra-pure water and high-ppm fluids, ensuring consistent and dependable measurements
Supports HART, Profibus, and Fieldbus protocols for smooth connectivity with SCADA and DCS platforms

Industrial Applications:

Power Generation & Steam Cycle Optimization: Used to monitor conductivity in boiler feedwater, condensate loops, and ion-exchange systems ensuring turbine longevity and thermal efficiency
Water & Wastewater Purification: Ideal for tracking ionic content in potable water, effluent discharge, and recycling streams to meet environmental compliance and sustainability goals
Chemical & Petrochemical Processing: Supports concentration control, phase separation, and reaction tuning in corrosive, high temperature, and volatile fluid environments
Pharmaceutical & Food-Grade Systems: Ensures hygienic integrity during CIP cycles, rinse validation, and ingredient purity checks in regulated production lines
Semiconductor & Microelectronics Fabrication: Critical for ultra-pure water monitoring in wafer cleaning, etching, and precision rinsing where even trace conductivity impacts yield
Desalination & Reverse Osmosis Monitoring: Used to assess membrane performance, detect salt breakthrough, and optimize permeate quality in water recovery systems