🛠️ Rosemount 222 Toroidal Conductivity Sensors: Reliable Performance and Low Maintenance in High Conductivity Measurement
The Rosemount 222 Toroidal Conductivity Sensor uses inductive (toroidal/electrodeless) measurement technology to deliver reliable and stable measurement in high-conductivity processes. Since electrodes do not come into direct contact with the process fluid, fouling, polarization and contamination effects are minimized, offering longer service life and lower maintenance costs compared to traditional contacting conductivity sensors.
Accurate conductivity measurement:
Improves chemical dosing control
Increases process efficiency
Preserves product quality
Optimizes energy consumption
Supports compliance with environmental regulations
Reduces risk of unplanned downtime
💧 Water & Wastewater
Municipal water treatment plants
Industrial wastewater treatment
Effluent monitoring
Chemical dosing systems
⚡ Energy
Boiler feedwater
Cooling water systems
Demineralized water plants
Steam cycle control
🧪 Chemical & Petrochemical
Acid and caustic concentration
Chemical reactors
Brine applications
Scrubber systems
🍽️ Food & Beverage
CIP return lines
CIP/SIP processes
Beverage production
Process quality control
🧬 Pharmaceutical & Biotechnology
Process water systems
Chemical preparation units
Pharmaceutical process control
Toroidal (Inductive/Electrodeless) measurement technology
Electrodeless design reduces fouling effects
Stable performance in high-conductivity applications
Low maintenance requirements
Chemically resistant PVDF and PEEK body options
4–20 mA output and integration with HART®, FOUNDATION™ Fieldbus, PROFIBUS PA analyzers
Predictive Diagnostics support
Remote monitoring via AMS Device Manager
Advanced asset management with Plantweb™ digital ecosystem
|
Parameter |
Value |
|
Measurement Tech |
Toroidal (Inductive/Electrodeless) |
|
Measurement Range |
0–2000 mS/cm |
|
Accuracy |
±0.5% FS |
|
Body |
PVDF / PEEK |
|
Operating Temp |
0°C to +85°C |
|
Certifications |
ATEX, IECEx, FM, CSA options |
|
Communication |
Compatible with HART®, FOUNDATION™ Fieldbus, PROFIBUS PA analyzers |
Recommended practices for reliable measurement performance:
Validation with standard solution
Sensor surface inspection
Loop testing
Monitoring Predictive Diagnostics data
Periodic calibration based on process conditions
Which applications are suitable for Rosemount 222?
It is ideal for high-conductivity processes in chemical, water treatment, energy, petrochemical, food and pharmaceutical industries.
What are the advantages of toroidal sensors?
Electrodeless measurement technology reduces fouling and polarization effects, lowers maintenance requirements and ensures stable measurement in aggressive chemical environments.
What information can be monitored via AMS Device Manager?
Sensor status, diagnostic data, maintenance history and device performance can be centrally monitored.
✔ Reliable online conductivity measurement
✔ Toroidal (Inductive) measurement technology
✔ Electrodeless design with low maintenance requirements
✔ Predictive Diagnostics support
✔ AMS Device Manager integration
✔ Plantweb™ digital ecosystem compatibility
✔ Optimized maintenance planning
✔ Reduced Total Cost of Ownership (TCO)
Yeşil Grup Enerji provides technical support for Rosemount 222 Toroidal Conductivity Sensors including:
Model validation
Cross-reference support
Application-specific product selection
Certification verification
Global sourcing
Fast RFQ management
Critical spare parts planning
Shutdown maintenance support
📞 +90 505 696 61 00
Rosemount 222 Toroidal Conductivity Sensors, with inductive (electrodeless) measurement technology, deliver reliable performance, low maintenance requirements and long service life in high-conductivity and fouling-prone processes. Predictive Diagnostics, AMS Device Manager and Plantweb™ integration optimize maintenance processes while enhancing overall process reliability. Yeşil Grup Enerji supports model selection, technical validation and global sourcing to ensure the most suitable solution for industrial applications.