VN-YJ08 Portable Emergency Water Quality Analyzer Kits

The VN-YJ08 is a portable water quality analyzer designed by VVNA specifically for emergency testing applications.It enables rapid measurement of various water parameters including turbidity, colority, pH, residual chlorine (free chlorine), chlorine dioxide, ammonia and permanganate index in all types of water samples. Ideal for emergency water quality testing in response to sudden water pollution incidents caused by earthquakes, floods, typhoons, infectious diseases, or other events, it is deisgned in full compliance with international standard testing methods for all parameters. Paired with ready-to-use test reagents, it features simple, convenient and fast operation, providing reliable support for emergency testing efforts.

Turbidity, colority, pH, residual chlorine (free chlorine), chlorine dioxide, ammonia and permanganate index, etc.

It is applied to the on-site testing of water quality parameters for decentralized water supply, centralized water supply, source water, tap water endpoints, and other emergency water supply systems.
 

1. The testing methods comply with international standards, ensuring the accuracy and reliability of the detection results.

2. Test parameters include emergency testing items such as turbidity, colority, pH, residual chlorine (free chlorine), chlorine dioxide, ammonia, and permanganate index.

3. The ready-to-use pre-mixed reagents and leak-proof recovery bottles, are specially designed for emergency use, effectively preventing secondary pollution caused by testing operations.

4. Tailored to emergency scenarios, the configuration of the test kit has been optimized with a split-type design for regular and reserve testing items, ensuring easy portability and operation for outdoor field use.

5. The core instrument adopts a unique integrated nephelometry-transmittance optical structure design. A single unit can perform the detection of regular parameters such as disinfectant residual, turbidity, and ammonia, facilitating the conduct of emergency testing.

6. Built-in standard curves and a stable optical system ensure accurate and reliable test results.

7. Measured data can be stored in the instrument, facilitating the query of historical test data.