BOD Analyzer HM-BOD5

Product Introduction:

The Biochemical Oxygen Demand (BOD) Analyzer is based on the national standard "HJ505-2009" 5-day cultivation method, simulating the biodegradation process of organic matter in nature. It uses a simple, safe, and reliable mercury free pressure difference sensing method to measure the concentration of BOD in water; Fully intelligent design, leading R&D technology and design manufacturing, no need for laboratory personnel to be on duty during the experimental process; Suitable for biochemical oxygen demand measurement in the fields of polluting enterprises, environmental monitoring, sewage treatment plants, third-party testing institutions, scientific research, universities, etc.

Product features:

1. Adopting internationally advanced mercury free differential pressure method, with no mercury pollution and accurate and reliable data;

2. 6 testing terminals, independently controlled, and capable of adding new measurement groups at any time during the testing process;

3. The Android system provides a better interactive experience and is more convenient and efficient;

4. 7-inch LCD touch screen, user-friendly human-machine interaction design, all numerical comparison display, simple and intuitive;

5. No manual conversion is required, the instrument can directly display BOD concentration values, and multiple sets of data can be displayed on a unified interface;

6. The instrument can automatically analyze and draw the data curve of the measured water sample, and multiple sets of curves can be displayed on a unified interface;

7. The test terminal is connected to the host via Bluetooth and wirelessly transmits data to the host for display.

8. Each testing terminal is equipped with a large capacity lithium battery with a lifespan of over 2 years, and a brief power outage has no impact on the testing;

9. The base integrates 6 USB ports, which can be directly used to charge the testing terminal, and can be used for more than six months when fully charged.

10. There is no pipeline design in the experimental stage to avoid drawbacks such as pipeline aging and air leakage;

11. The measurement range can be selected, and no dilution is required when the water sample concentration is below 4000g/L;

12. The measuring instrument automatically records measurement data, and the time recording frequency can be set arbitrarily, making the detection data more accurate;

13. The cultivation time can be flexibly adjusted according to needs, and can last up to 30 days;

14. Automatically complete the measurement process without the need for dedicated personnel to be on duty;

15. Built in thermal printer, which can automatically print the parameters set before measurement, and can freely cancel the content that does not need to be printed;

16. Built in clock system, real-time display of time, and the ability to query measurement data by time;

17. The instrument is equipped with a cloud platform that allows for wireless upload of detection data via WIFI. After logging in on a computer or mobile phone, the data can be viewed, analyzed, and statistically analyzed more clearly.

18. The instrument is equipped with a demonstration video of the operation steps. Users can watch the video inside the instrument to learn and get started more quickly.

Technical parameters

Testing criteria: HJ505-2009, JJG 824-1993;

Measurement item: Biochemical Oxygen Demand (BOD);

Measurement range: 0-4000mg/L (can be directly measured within this range without dilution);

Resolution: 0.01mg/L;

*Low detection limit: 5mg/L;

Result recording frequency: 5 minutes to 24 hours, can be set arbitrarily;

Measurement principle: mercury free pressure difference method;

Basic error: Measure glucose glutamic acid standard solution, BOD5 range is 180mg/L~-230mg/L;

Data storage: capable of storing detection data for 10 years;

Mixing method: program control, magnetic stirring;

Measurement cycle: 1-30 days, can be set arbitrarily;

Measurement quantity: 6 groups, independent testing;

Cultivation bottle volume: 580ml;

Data output: exported through USB port or wirelessly transmitted to cloud platform;

Data printing: built-in thermal printer;

Cultivation temperature: 20 ± 1 ℃;

Power configuration: AC220V ± 10%/50-60HZ;

Overall dimensions: 324x335x350mm (including test bottle);

Article address:http://www.hmwatertesting.cn/cod3/30.html