High-Accuracy Chlorine Sensors Real-Time Water Monitoring Probes
Did you know 23% of water treatment violations stem from faulty chlorine monitoring? Imagine your facility failing compliance tests because your analog sensors can't detect below 0.1ppm. Your current equipment might be costing you $12,000+ annually in recalibration fees. What if you could slash that by 60%?
(chlorine sensor)
Our digital chlorine sensor
probe delivers lab-grade accuracy (±0.02ppm) with 2-second response times. The ceramic solid-state membrane resists pH interference that plagues 78% of traditional sensors. See the difference:
Feature | Analog Sensors | AquaGuard Pro |
---|---|---|
Calibration Cycles | Weekly | Every 90 Days |
Detection Range | 0.1-10ppm | 0.01-20ppm |
Warranty | 6 Months | 3 Years |
While Brand X uses fragile glass electrodes, our chlorine sensor water system employs titanium-alloy probes tested for 200,000 immersion cycles. The IP68-rated housing survives temperatures from -40°F to 185°F. Need proof? Check these real-world results:
✓ 98.7% accuracy maintained after 18 months in Miami wastewater plant
✓ 0 sensor replacements reported by 92% of users in first year
Whether you need chlorine sensor probes for narrow 2" pipes or industrial 24" water mains, we engineer to spec. Choose from:
After installing 142 AquaGuard digital chlorine sensors, the utility achieved:
✔ 83% reduction in false alerts
✔ $217k saved in first-year maintenance
✔ 100% EPA compliance since deployment
Ready to transform your water monitoring? Our engineers are standing by with FREE system analysis and 15% first-order discount. Which problem should we solve first for you - calibration costs? Data gaps? Compliance risks?
Get Your Custom Quote Now →(chlorine sensor)
A: A chlorine sensor probe measures free or total chlorine levels in liquids. It is commonly used in water treatment, pools, and industrial processes to ensure safety and compliance. The probe converts chemical chlorine data into electrical signals for monitoring.
A: Digital chlorine sensors use advanced algorithms to minimize interference from pH or temperature fluctuations. They provide real-time data transmission and calibration reminders via digital interfaces. This ensures reliable, consistent measurements compared to analog alternatives.
A: Yes, modern chlorine sensors for water achieve detection ranges as low as 0.01 ppm. They meet regulatory standards for municipal and residential water quality monitoring. Some models feature auto-cleaning mechanisms to maintain precision in trace-level analysis.
A: Calibration is recommended every 1-3 months depending on usage intensity. High-accuracy applications like pharmaceutical water systems may require weekly calibration. Most digital sensors include self-diagnostic alerts to prompt maintenance.
A: Results can be influenced by pH levels, organic contaminants, and sensor membrane condition. Temperature compensation and proper probe storage are critical for accuracy. Regular cleaning and calibration mitigate most environmental interference issues.
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