pH | 0~14 |
---|---|
Residual chlorine | 0~2~20 mg/L |
Turbidity | 0~20~400 NTU |
Temperature | 0~60℃ |
ORP | ±1000mV |
Conductivity | 0~30000 µS/cm |
WH-MP Multi-parameter Analyzer is a universal online analyzer.
Modular design, highly integrated, lightweight and compact.
Touch screen operation, user-friendly interface design, easy to operate.
Advanced Optical Measurement System to ensure the reliability of measurement results.
Low maintenance and long service life.
Power -off protection and automatic alarm.
Complete user authority management system.
Measurement factor
pH, residual chlorine, turbidity, temperature;
Optional: ORP, DO, conductivity, chlorine dioxide, total chlorine, temperature, ions, chlorophyll, etc.
WH-MP Multi-parameter Analyzer Application:
Multi-parameter water quality analyzer is widely used because it can simultaneously detect many physical, chemical and biological indicators in water. Here are some of the main application scenarios:
Environmental Monitoring
Natural water monitoring: water quality monitoring of rivers, lakes, oceans, etc. to assess the quality status of water bodies and detect pollution incidents in a timely manner.
Water source protection: Monitoring the water quality of drinking water source to ensure the safety of water supply.
Ecological Protection: Monitoring Wetlands, nature reserves and other ecologically sensitive areas of water quality, protection of the ecological environment.
Drinking water treatment:
Water quality monitoring in water plants: monitor the quality of raw water, process water and outlet water to ensure that the water quality meets health standards.
Water supply network monitoring: Set up monitoring points in the water supply network to monitor water quality changes in real time and prevent water quality problems.
Wastewater treatment:
Industrial wastewater treatment: Monitor the water quality during industrial wastewater treatment, evaluate the treatment effect, and optimize the treatment process.
Municipal sewage treatment:
Monitor the water quality of influent and effluent in urban sewage treatment plants to ensure that the discharged water quality meets the standards.
Irrigation:
Water quality monitoring for irrigation: Monitoring the quality of water used for irrigation to ensure that it does not adversely affect crops and to improve irrigation efficiency.