WF3030 Buoy-type Online Water Quality Monitoring System for Aquatic Environment

Product Introduction

The buoy-type online water quality monitor is an intelligent monitoring instrument based on advanced sensing technology and internet communication technology. It measures multiple parameters including pH, dissolved oxygen, conductivity, turbidity, and temperature, and uploads data to the server via wireless communication technology, offering higher precision, reliability, and practicality. The buoy floats on the water surface, equipped with various sensors that can penetrate the water to continuously monitor key water quality indicators. It is suitable for water quality monitoring in rivers, lakes, aquaculture, marine environments, industrial wastewater, modern agriculture, and other fields.

Features

【Real-time Monitoring of Multiple Water Quality Indicators】Customizable parameter configurations for different water environments; multiple water quality parameters are optional;

【Intelligent Control with Ultra-Low Power Consumption】Ultra-low power design, remotely controllable;

【Intelligent Early Warning and Alarm】All-weather intelligent monitoring with expandable alarm functions;

【Integrated and Easy Installation】Core components are made of waterproof materials; simply place it in the water to float on the surface for installation;

【All-Weather Unmanned Automatic Monitoring】Equipped with solar power supply for outdoor all-weather automatic monitoring.

Technical Parameters

Measurement Parameters: pH, dissolved oxygen, conductivity, turbidity, and temperature

pH: Measurement range 0–14 pH, accuracy ±0.02

Dissolved Oxygen: Measurement range 0–20 mg/L, accuracy ±0.1 mg/L

Conductivity: Measurement range 0–2000 μS/cm, accuracy ±1%

Turbidity: Measurement range 0–1000 NTU (optional), accuracy ±0.3 NTU

Temperature: Measurement range -10°C to +60°C, accuracy ±0.1°C

Operating Temperature: -10°C to 60°C

Operating Humidity: 0–100% RH

Power Supply: Solar power (60W/15–30AH)

Application Scenarios

Rivers, lakes, aquaculture, marine environments, industrial wastewater, modern agriculture