The Supmea Conductivity TDS Controller delivers dependable industrial performance, precision process control, and high metrological reliability engineered specifically for industrial automation, electrical marshaling panels, process control skids, and continuous plant monitoring.

Industrial Precision with the Supmea Conductivity TDS Controller

Engineered for mission-critical installations, the Supmea Conductivity TDS Controller provides high operating reliability, compliance with international engineering standards, and robust signal integrity across challenging factory environments. Designed to eliminate operational downtime and minimize maintenance overhead, the instrument integrates seamlessly into modern supervisory systems and distributed plant architectures.

The system incorporates industrial-grade metallurgy, comprehensive electronic safeguards, and vibration-resistant mechanical connections to ensure uninterrupted performance across diverse operating conditions. Field commissioning and diagnostics are streamlined through intuitive physical interfaces, standardized mounting architectures, and universal telemetry connectivity.

Technical Specifications

Industrial Applications and Process Integration

The Supmea Conductivity TDS Controller is widely deployed across primary utility networks, heavy industrial complexes, and civil infrastructure, including:

• Demineralised water loops and reverse osmosis (RO) membrane permeate monitoring.
• Industrial steam boiler feedwater and cooling tower total dissolved solids blowdown.
• Pharmaceutical purified water storage distribution loops.
• Semiconductor rinse water and clean-in-place (CIP) concentration auditing.

Frequently Asked Questions

Which cell constant is required for pure water applications?
For pure water and RO permeate (under 20 µS/cm), use a K=0.01 or K=0.1 cell constant. For standard industrial water, use K=1.0; for high-salinity solutions, use K=10.0.

Can the controller display resistivity values?
Yes, the controller firmware allows switching the primary display between electrical conductivity (µS/cm, mS/cm), TDS (ppm, mg/L), and resistivity (MΩ·cm).

How often does the conductivity probe require calibration?
Because conductivity electrodes have no chemical electrolyte to deplete, calibration using standard KCl reference solutions is typically conducted every 6 to 12 months.