pH & ORP Sensors for Water Quality Control High-Accuracy Monitoring
Did you know 73% of water treatment failures stem from inaccurate pH/ORP monitoring? Imagine losing $18,000/hour in chemical costs due to faulty sensors. Your operations deserve better than guesswork. This is where industrial-grade pH and ORP sensors become your ultimate safeguard.
(ph and orp sensor)
Modern pH and ORP controllers don't just measure - they predict. Our X9 Series detects ionic shifts 40% faster than standard electrodes. You get 0.01 pH resolution with automatic temperature compensation (ATC) from -5°C to 130°C. See the difference in our comparison:
Feature | Basic Sensors | X9 Smart Sensors |
---|---|---|
Response Time | 45-60 seconds | 8-12 seconds |
Calibration Cycles | Weekly | Self-cleaning (90 days) |
Error Rate | ±0.15 pH | ±0.02 pH |
When a Texas oil refinery needed ORP and pH meters for high-salinity wastewater (28,000 ppm TDS), our titanium-shielded sensors delivered 97.6% accuracy over 18 months. You'll get the same military-grade durability - IP68 waterproofing, 50 psi pressure resistance, and 3-year electrode lifespan guaranteed.
Whether you're managing pharmaceutical CIP systems (requires 0.05 pH precision) or municipal pools (ORP range 650-750 mV), we engineer pH and ORP controllers to your specs. Choose from 4-20mA, Modbus RTU, or WiFi outputs. Need dual-channel monitoring? We'll configure it in 72 hours.
A California winery slashed chemical costs by 31% using our multi-channel pH/ORP meter system. Semiconductor manufacturers achieve 99.9% ultrapure water compliance. What could our sensors save your facility?
Ready to eliminate measurement headaches?
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Join 1,200+ facilities using AquaTech's pH and ORP sensors - where 0.01 precision meets industrial toughness. Your next efficiency breakthrough starts here.
(ph and orp sensor)
A: A pH sensor measures hydrogen ion concentration to determine acidity or alkalinity, while an ORP sensor detects oxidation-reduction potential to assess water’s sanitizing or contaminant-removal capability. Both are critical for water quality monitoring but serve distinct purposes.
A: A pH and ORP controller uses input from connected sensors to automate adjustments, such as adding chemicals or activating pumps. It maintains desired levels by triggering actions based on real-time sensor data, ensuring stable water treatment or industrial processes.
A: Yes, pH and ORP meters are widely used in wastewater treatment to monitor disinfection (e.g., chlorine effectiveness) and neutralize acidic/alkaline discharges. They help comply with regulatory standards and optimize treatment efficiency.
A: Calibrate pH sensors weekly or monthly, depending on usage, using buffer solutions. ORP sensors require less frequent calibration but should be verified quarterly with reference solutions. Follow manufacturer guidelines for accuracy.
A: Industries like aquaculture, pharmaceuticals, food production, and swimming pool management rely on pH and ORP controllers. They ensure process consistency, product safety, and compliance with environmental or health regulations.
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