ZONEWU LoRaWAN ORP Sensor – Oxidation-Reduction Potential Monitor, suitable for remote real-time monitoring of sewage treatment, drinking water and swimming pools, supporting OEM/ODM

ZONEWU LoRaWAN Water Quality ORP Sensor

Product Introduction

• LoRaWAN Long-Distance Wireless Transmission, Cost Reduction & Efficiency Improvement Without Wiring: Adopting the standard LoRaWAN Class A communication protocol, it is compatible with multiple frequency bands including CN470/EU868, featuring a transmission distance of up to several kilometers and strong wall-penetrating and diffraction capabilities. It completely gets rid of the troubles plaguing traditional wired sensors, such as cumbersome wiring layout, high construction costs and failure to deploy in remote water areas. Whether applied to wild rivers, remote aquaculture ponds or factory sewage treatment tanks, it realizes networking and data transmission immediately after power-on, without needing excavation wiring or communication cable erection. This greatly cuts down upfront construction investment and later operation & maintenance costs, delivers extreme networking flexibility, and adapts to various complex water quality monitoring scenarios.
• High-Precision ORP Monitoring, Precise Control of Water Redox State: Equipped with an industrial-grade composite ORP electrode and matched with digital signal processing technology, its measurement range covers conventional water quality monitoring demands, boasting high measurement accuracy, minimal error and fast response speed. It can accurately capture tiny potential fluctuations in water bodies and reflect the relative strength of oxidizing and reducing substances in water in real time. Whether for nitrification/denitrification reactions in sewage treatment, residual chlorine control in swimming pool disinfection, or water quality regulation in aquaculture, it can provide accurate and reliable monitoring data, offering solid data support for water quality governance and process regulation.
• Ultra-Low Power Consumption & Long Endurance, Maintenance-Free for Long-Term Outdoor Application: Adopting a low-power main control chip and energy-saving transmission algorithm, paired with a large-capacity high-performance battery, the battery life can reach more than 3 years under the default data reporting cycle. It thoroughly solves the pain points of frequent battery replacement and short endurance of outdoor water quality monitoring equipment. There is no need for regular on-site battery replacement, which reduces the frequency of manual inspections. It is especially suitable for long-term monitoring scenarios like unattended wild surface water and remote water sources, greatly lowering the full-life cycle operation and maintenance costs.
• Industrial-Grade High Protection, Stable Operation in Harsh Water Environments: The whole machine is made of ABS+PC corrosion-resistant material with integrated sealing technology, reaching IP68 or above protection level, allowing long-term submerged use underwater. It is immune to rain erosion, sewage corrosion and sediment siltation, and has excellent high and low temperature resistance, adapting to an ultra-wide operating temperature range of -40℃ to 85℃. It can operate stably and continuously in harsh conditions, whether it is strong acid-alkali industrial wastewater, high-turbidity river sewage, or wild water areas with severe cold and scorching heat. The equipment boasts outstanding durability, with a service life far exceeding that of ordinary civilian sensors.

Applications

• Aquaculture water quality monitoring
• Sewage treatment and discharge monitoring
• Drinking water supply network monitoring
• River, lake and reservoir environmental monitoring
• Industrial wastewater and circulating water monitoring

ORP Sensor Specification:

Packaging:

Single gross weight: 1.200 KG

Single package size: 37X26X5 cm

Product Description:

Customer on-site examples:

Application:

Based on LoRa wireless transmission technology, this residual chlorine sensor can be widely used in scenarios such as municipal water supply, secondary water supply, swimming pools and hot springs, aquaculture, and industrial wastewater treatment. By monitoring the residual chlorine content in water in real time and accurately, it ensures the safety of drinking water, improves commercial water quality experience, and optimizes industrial water treatment processes.