Model:
ZW-YL-PRUse:
Measure Chlorine of waterPower Supply:
12-24V DCOutput Signal:
RS485/4-20mACertificates:
Measurement CertificationCustomized support:
OEM, ODMWarranty:
1 YearIndustrial RS485 Residual Chlorine Sensor, No Reagent Low Maintenance
RS485 Residual Chlorine Sensor
Core Function: A digital online monitoring device based on RS485 (Modbus RTU) communication, enabling real-time and continuous detection of residual chlorine concentration in aqueous solutions.
Performance Advantages: Features high precision measurement, IP68 waterproof protection, no reagent consumption, low maintenance requirements, and strong anti-interference capabilities for stable long-term operation.
Communication Method: Achieves seamless data transmission via standard RS485 interface, supporting direct connection to PLC, DCS, and industrial control systems for easy integration into existing monitoring networks.
Application Scenarios: Widely used for continuous online residual chlorine monitoring in drinking water treatment plants, canning factories, municipal water distribution networks, swimming pools, cooling circulating water systems, and various industrial water quality treatment projects.
RS485 Residual Chlorine Sensor
Communication Protocol: Based on RS485 physical layer, supports Modbus RTU protocol for reliable point-to-point and multi-drop data transmission.
Gateway & Integration: Compatible with industrial gateways that can forward RS485 data via Ethernet, 4G, or Wi-Fi to cloud IoT platforms.
Protocol Compatibility: Supports seamless integration with SCADA systems, and can be configured to output data in formats compatible with MQTT, HTTP, or other IoT protocols when paired with a gateway.
Transmission Features: Boasts long communication distance (up to 1200m at standard baud rates), strong anti-interference performance in industrial environments, and stable data transmission even under high electromagnetic interference conditions.
Residual Chlorine Sensor Details:
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Model |
ZW-YL-PR |
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Shell Material |
ABS/PC alloy |
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Measuring principle |
constant voltage method |
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Range and Resolution |
0~2.000mg/L(HClO) |
0.001 |
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Accuracy |
±5% or ±0.05mg/L,±0.3℃ |
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Response time(T90) |
<90s |
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Minimum Detectability |
0.05mg/L |
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Calibration Method |
two-point calibration |
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Cleaning Method |
/ |
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Temperature Compensation |
automatic temperature compensation(Pt1000) |
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Output Method |
RS-485(ModbusRTU) |
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Storage Temperature |
-5~65℃ |
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Working Conditions |
5~50℃,≤0.2MPa,pH:4~9 |
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Installation Method |
Circulation pool installation,3/4NPT |
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Power Consumption |
0.2W@12V |
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Power Supply |
12~24VDC |
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Protection Level |
IP68 |
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Cable Length |
5 meters, other lengths available |
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Packaging:
Single package size: 37X26X5 cm
Product Description:
Customer on-site examples:
Application:
RS485 residual chlorine (CL) sensors are widely used in outdoor scenarios such as aquaculture, drinking water disinfection, and sewage treatment to monitor residual chlorine concentration in real-time and ensure water quality safety. With stable RS485 (Modbus RTU) communication and strong anti-interference performance, they are particularly suitable for long-term monitoring needs in industrial environments and field applications.
Certifications:
We are a leading solar-powered residual chlorine (CL) sensor manufacturer and exporter based in China, with over 10 years of specialized experience in water quality monitoring solutions. Our solar-powered residual chlorine (CL) sensors are engineered to deliver reliable, maintenance-free operation in remote and off-grid environments, and have earned CE and RoHS certifications to meet global safety and environmental standards.
Designed for durability and precision, our products are trusted by clients worldwide for applications including drinking water disinfection, aquaculture, sewage treatment, and industrial water quality management. With a focus on innovation and quality, we provide customized OEM/ODM services to meet diverse project requirements, ensuring seamless integration with RS485, LoRaWAN, and other industrial communication protocols.
Whether you need a standalone sensor or a complete water quality monitoring system, our team is dedicated to delivering high-performance solutions that enhance operational efficiency and ensure compliance with global water safety regulations.
Production Process:
Why choose us:
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