Why Choose a Suspended Solids Water Quality Detector
Due to the significant seasonal precipitation variations in the city, a water supply company decided to purchase a suspended solids water quality detector to improve the quality of water monitoring. The fluctuating content of suspended solids in the water source posed a potential threat to water quality safety.
After extensive market research and technical comparisons, the water supply company ultimately selected the product manufactured by WoHuan Technology. This instrument utilizes advanced laser scattering technology to accurately measure the content of suspended solids in water in real-time, and it is equipped with functions such as automatic data recording, transmission, and alarm.
How to Install the Suspended Solids Water Quality Detector
Site Survey
First, technicians surveyed the water intake, water plant, and pipeline network of the water supply company to determine the installation location and sampling points for the detector.
Installation Preparation
Based on the equipment requirements, the necessary installation tools and materials were prepared, and the installation area was cleaned and sanitized.
Equipment Installation
Following the equipment manual and installation drawings, the detector was securely fixed in the designated location and connected to the power supply, sampling tube, and data cable.
System Debugging
After installation, technicians conducted a system debugging process, including parameter setting, calibration, and testing. All equipment performance indicators met the required standards after debugging.
Application Effects of the Suspended Solids Water Quality Detector
The detector can monitor the content of suspended solids in water in real-time and transmit the data to the monitoring center promptly. Based on the monitoring data, the water supply company can adjust the water treatment process to ensure water quality.
If the suspended solids in water surpass a set limit, the detector gives a warning. It also sends alarm signals. These remind the staff to act quickly. This way, water pollution accidents can be avoided.
The device automatically records historical data. It then processes and analyzes this data using specialized software. As a result, the water supply company gains insights into water quality trends. This provides scientific evidence that aids in formulating long-term water quality management strategies.
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