ZONEWU Industrial Magnesium Ion Transmitter

Product Features:

ZONEWU magnesium ion sensor adopts industrial grade design standards, specially designed for water quality hardness monitoring and industrial process control. The device supports DC 10-28V wide voltage external power supply and is equipped with a standard 5.5mm × 2.1mm DC power interface, which can meet the continuous online monitoring needs of 7 × 24 hours. The sensor probe is made of high-strength and corrosion-resistant material, suitable for complex water quality environments; The default length of the cable is 5 meters, and it supports customization to adapt to different installation scenarios. Built in LED status indicator light, real-time display of device operation and network connection status, convenient for on-site inspection and maintenance.

1. technology
The sensor covers a measurement range of 0-1000 mg/L (or ppm), with a resolution of 0.1 mg/L and a stable accuracy within ± 3%. Support automatic temperature compensation to eliminate the interference of environmental temperature changes on measurement results. The device adopts the standard Modbus RS485 communication protocol and can seamlessly integrate with industrial PLCs, touch screens, and data acquisition systems; LoRaWAN wireless transmission module can also be optionally selected to achieve remote data reporting and cloud monitoring. The product undergoes a 48 hour aging test and multi-point standard solution calibration before leaving the factory to ensure long-term operational stability.

2. principle
The sensor uses ion selective electrode (ISE) method for magnesium ion concentration detection. The sensitive membrane selectively responds to magnesium ions in water, generating a potential signal positively correlated with ion concentration, which is processed by a high impedance preamplifier and converted into a digital signal. The built-in temperature sensor synchronously collects water temperature data and automatically compensates for the impact of temperature on electrode potential through algorithms to ensure measurement accuracy. This method has the advantages of fast response, good selectivity, and easy maintenance, and is suitable for continuous online monitoring scenarios.

3. purpose
This sensor is widely used in industrial production, water quality monitoring, scientific research and education fields. Real time monitoring of magnesium ion concentration in industrial circulating cooling water systems to guide water softening treatment and prevent pipeline scaling; In the boiler feedwater and softened water treatment process, it is used to evaluate the softening effect and ensure the safe operation of equipment; Assist in evaluating water hardness and geological hydrological characteristics in surface water and groundwater monitoring; In the field of aquaculture, pay attention to the key impact of magnesium ions on the growth of aquatic organisms; Provide continuous data support for the study of water chemical characteristics in scientific research experiments. ZONEWU magnesium ion sensors provide reliable technical support for global users in water quality hardness management, process optimization, and compliance monitoring.

Single gross weight: 1.200 KG

Single package size: 37X26X5 cm

Product Display:

Quality assurance:

Each production process is inspected by dedicated personnel to strictly ensure product quality.
Professional engineers are responsible for quality inspection and control throughout the entire process.
All products have passed authoritative certifications such as CE, ROHS, and metrology.

Application:

The ZONEWU Industrial LoRaWAN Chlorophyll Sensor uses real-time monitoring and advanced fluorescence detection technology for diverse water management scenarios. It tracks phytoplankton biomass in aquaculture to prevent algal blooms and hypoxia, optimizing aeration and feeding. It provides early warnings of algal growth for drinking water sources like reservoirs, and assesses eutrophication in rivers, lakes and coastal waters for ecological monitoring. The sensor monitors biofouling in industrial circulating water, evaluates effluent quality in wastewater plants for compliance, and supports scientific research and emergency monitoring. With reliable data on water fertility and algal risks, it enables timely interventions and sustainable water resource management.