Water Treatment · Industrial Monitoring · Process Control
Process pH
Zero Calibration. Maximum Control.
Continuous, calibration-free pH monitoring engineered for drinking water treatment and industrial process operations.
Zero Calibration. Maximum Control.
Continuous, calibration-free pH monitoring engineered for drinking water treatment and industrial process operations.
The ANB Sensors Process pH package combines our solid-state, zero-calibration AQ² sensor with an integrated controller, transmitter, and touchscreen display — delivering a complete, ready-to-deploy pH monitoring solution.
Designed specifically for potable water and utility environments, Process pH eliminates fragile glass electrodes and routine recalibration cycles. The result: stable performance, reduced maintenance burden, and dependable compliance-ready data.
Calibration-free, drift-compensated pH and temperature measurement
On-site visibility with user-configurable alarms and thresholds
4-20 mA, 0-5 V, RS-485/232, SCADA and Profibus and relay outputs for seamless process integration
Real-time pH control for coagulation, disinfection, and corrosion prevention.
Continuous remote monitoring across transmission mains and service reservoirs.
Precise pH measurement for chemical stability and water quality assurance.
24/7 compliance monitoring in treated water reservoirs.
From corrosion control optimisation to disinfection balancing, Process pH provides continuous, trustworthy pH data — without the operational overhead of traditional sensors.
2–10, full range measurement without calibration buffers
±0.1 pH units across entire operating range
Solid-state electrochemical with in-situ auto-calibration
Surface refresh in under 60 seconds — no reagents or storage solution required
Compatible with inline, flow cell, and submersible deployment configurations
4-20 mA and 0-5 V outputs; RS-485/RS-232 with Modbus RTU; compatible with SCADA and Profibus systems; configurable relay outputs
Process pH delivers the reliability and ease of use that modern water utilities demand.