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IFCL Integrated Free Chlorine Sensor
Operating Principle
The integrated free chlorine analyzer adopts MEMS manufacturing technology, integrating the measuring electrode and counter electrode into a highly compact structure and combining them with a reference electrode to form a three-electrode measurement system. This design ensures excellent measurement stability and minimal flow dependence.
The sensor supports pH compensation and temperature compensation, and is capable of operating under high pressure. It is suitable for continuous monitoring of residual chlorine and chlorine dioxide in municipal drinking water distribution networks.
The integrated free chlorine analyzer adopts MEMS manufacturing technology, integrating the measuring electrode and counter electrode into a highly compact structure and combining them with a reference electrode to form a three-electrode measurement system. This design ensures excellent measurement stability and minimal flow dependence.
The sensor supports pH compensation and temperature compensation, and is capable of operating under high pressure. It is suitable for continuous monitoring of residual chlorine and chlorine dioxide in municipal drinking water distribution networks.
Key words:
Classification:
- 产品描述
- Product Features
- Performance Index
- Field Application
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- Reagent-free design, with no need to replace electrolyte; non-polluting and low maintenance.
- Equipped with pH and temperature compensation, providing higher measurement accuracy.
- In-situ measurement design using MEMS-based electrode fabrication, enabling high-pressure resistance.
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Parameter Details Measurement Method Three-electrode method Range 0–5 mg/L Accuracy 0–2 mg/L: ±5% or 0.03 mg/L (whichever is greater) ； 2–5 mg/L: ±10% Resolution 0.001 mg/L Operating Temperature 0–50°C (no freezing) Sample Pressure 0–6 bar pH Operating Range 5–9, low pH may cause membrane damage Electrical Conductivity Range ≥100 μS/cm, pure water not applicable Membrane Cap Lifetime 1 year (depending on water quality conditions) Communication RS485 / MODBUS protocol Power Supply Voltage 12V ±10% Power Consumption 0.5 W Material 316L stainless steel
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Tengine Innovation (Beijing) Instruments Inc.
Email: contact@tengine.com.cn
WhatsApp: +86 133 3109 8301
Address: Floor 6, Building 8, Yard 1,
Nongda South Road, Haidian District, Beijing
Copyright©2022 Tengine Innovation (Beijing) Instruments Inc.
Copyright©2022 Tengine Innovation
(Beijing) Instruments Inc.