GL-602ANew BOD analyzer

1、 Product Overview

GL-602ANew BOD analyzerIt is a new type of instrument that uses the air pressure difference method to determine biochemical oxygen demand. It can accurately provide measurement results comparable to chemical dilution methods, with intuitive readings, clear biochemical reaction curves, and easy maintenance. It is an ideal tool for job analysis. It can be widely used in environmental monitoring, petrochemical, medical and health, teaching and research departments to monitor water quality.

2、 Technical parameters

1.Measurement range:0-4000mg/LExceeding the range requires dilution.

2.Measurement error: in accordance with water qualityBOD ₅Precision testing standards

3.Measurement days:1----30sky

4.Measurement quantity: ≤6 a

5Record interval:6Minutes---3Hour/time

6.Storage quantity:10yearBOD ₅Result value

7.Communication method: wireless transmission

8.Volume of cultivation bottle:580ml

9.Cultivation temperature:20±1℃

10.Working power supply: AC power supply110--220V，50/60Hz

11.Rated power10W

3、 Technical features

1. It can measure six samples simultaneouslyDirectly read the BOD concentration value without calculation;

2. Six independent testing terminals, which can be added to new measurement groups at any time during the testing process;

3. It has wireless transmission and can wirelessly transmit BOD test data to the computer.

4. The measuring instrument automatically records measurement data, with 60 sampling points available in one testing cycle for more accurate detection data;

5. The cultivation period can be adjusted and selected according to needs;

6. Automatically complete the measurement process, select [Switch Display Mode] on the detailed data list mode interface to display digital curves without the need for dedicated personnel to be on duty;

7. Large LCD display screen, intuitive and clear, easy to select projects;

8. The testing terminal comes with a large capacity battery with a lifespan of over 2 years, and is not affected by short-term power outages in the external environment during the testing process.