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Evie Huang Sales Manager
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Email: Sales@watermonitortech.com
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Phone/WhatsApp: +86 18996117830
Multi-Parameter Water Quality Monitors
Electrode-based multi-parameter monitors in wall-mounted, cabinet, outdoor and pole-mounted versions for continuous reagent-free online measurement.

Multi-Parameter Water Quality Monitors
Multi-parameter monitors combine digital sensors for pH, dissolved oxygen, conductivity, turbidity, ORP and temperature into a single controller, giving you a reagent-free, low-maintenance alternative to wet-chemistry analyzers. Pick the housing that fits your site, rather than adapting your site to the instrument.
Product lines in this category
- Wall-Mounted Multi-Parameter Monitor
- Cabinet Multi-Parameter Monitor
- Outdoor Multi-Parameter Monitor
- Pole-Mounted Multi-Parameter Monitor
Each monitor logs data locally, speaks RS485 Modbus RTU, offers optional 4G/5G uplink, and can be expanded with extra sensor channels as your monitoring scope grows.
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Multiple Parameters in One System
pH
Dissolved Oxygen (DO)
Temperature
Conductivity
Salinity
Turbidity
Ammonia Nitrogen
Nitrate
ORP
Chlorophyll
Applications
Aquaculture
River & Lake Monitoring
Water Treatment
Industrial Water
Flexible System Configuration
Water Quality Sensors
Multi-Parameter Monitoring Unit
Data Acquisition
4G / LoRa / Other Communication
Cloud / IoT Platform
Select the Parameters
Integrate Multiple Sensors
Connect to Remote Platforms
Why Choose Multi-Parameter Monitoring?
Multiple Parameters
Modular Configuration
Centralized Monitoring
Remote Data Management
Built Around Your Monitoring Requirements
Typical applications: surface water sections, aquaculture ponds, pump stations and secondary water supply, landscape water, hydroponic and process water loops.
Monitors are factory-calibrated before shipment. Field calibration of pH and DO takes only a few minutes with standard buffer and zero solutions, and the optional automatic cleaning keeps optical sensors stable between service visits.
A standard MATICTEST configuration combines a multi-parameter sonde with optional analyzer modules to measure up to 12 parameters in one cabinet, including pH, dissolved oxygen (DO), conductivity, turbidity, oxidation-reduction potential (ORP), temperature, ammonia nitrogen, total phosphorus, total nitrogen, chemical oxygen demand (COD), biochemical oxygen demand (BOD) and residual chlorine. Custom sensor packages are available for special applications such as fluoride, hardness, heavy metals or chlorophyll.
Tell us your site conditions - available power, network coverage, space and the parameters you need to measure - and our engineers will recommend the right configuration: a compact micro station for narrow rivers and canals, a cabinet system for plants with rack space and PLC/SCADA integration, or a solar floating buoy for reservoirs and lakes without civil works. Maintenance access, reporting requirements and budget are all factored into the recommendation, and we provide layout drawings before you order.
We recommend factory calibration every 2 to 4 weeks for drinking water and every 1 to 2 weeks for wastewater, depending on fouling load. Each station ships with a fully automatic self-cleaning and auto-calibration module that runs a programmed calibration cycle using onboard standard solutions, so daily maintenance is limited to reagent refill and visual inspection. For field calibration, your team only needs to follow the step-by-step guided procedure in the controller; on-site or remote video support from MATICTEST engineers is included free of charge during the warranty period.
Every MATICTEST station supports RS485 Modbus RTU as standard, with optional 4G, 5G, NB-IoT, Ethernet, Wi-Fi or LoRa uplink. Telemetry protocols include Modbus TCP, MQTT, HTTP/HTTPS REST API and IEC 60870-5-104 for SCADA integration. Data is delivered to our MATICTEST Cloud dashboard for real-time viewing, historical trends, threshold alarms and report export, or pushed to your existing SCADA/IoT platform through open APIs.
Yes. Our stations, outdoor monitors and telemetry units are all designed for unattended off-grid operation. A typical configuration pairs an 80 W solar panel with a 50 Ah lithium battery bank and an MPPT charge controller, providing 7-day autonomy under cloudy conditions. The system includes low-power sleep modes for the analyzer and modem, with smart power management that prioritizes measurement, cleaning and transmission cycles to maximize uptime in remote locations.
Talk to Our Water Quality Engineers