HTY-DI1000D Online Total Organic Carbon Analysis System

The HTY-DI1000D online total organic carbon analyzer is an instrument produced by Zhejiang Tailin Biotechnology Co., Ltd. for measuring the concentration of total organic carbon in water samples. It can detect water samples with TOC concentrations ranging from 0.0001mg/L to 1.0000mg/L, and has high sensitivity and accuracy.

The HTY-DI1000D online total organic carbon analyzer consists of one ODT061 online total organic carbon (TOC) data terminal and multiple OET061 online total organic carbon (TOC) detection units. The data terminal is responsible for collecting and displaying data from each detection unit, and has functions such as data storage, output, printing, and alarm. It can connect up to 8 detection units. Each detection unit has its own oxidizer and detector, which detect the TOC of water samples at each monitoring point. The working principle of the detection unit: Organic matter in the water sample is oxidized to carbon dioxide under the action of ultraviolet (UV) radiation, and the determination of carbon dioxide is carried out using conductivity detection technology. Calculate the total organic carbon concentration by measuring the total inorganic carbon (TIC or IC) concentration of the unoxidized sample and the total carbon (TC) concentration of the sample obtained after oxidation. The total organic carbon concentration is the difference between the total carbon concentration and the total inorganic carbon concentration: TOC=TC-TIC.

HTY-DI1000D Online Total Organic Carbon Analysis SystemTechnical characteristics;

1. A data terminal can be configured with up to 8 detection units, which can simultaneously detect 8 monitoring points.

2. Realize multi-point synchronous online and continuous monitoring of the water supply system, save costs, facilitate operation, and reduce workload.

3. 8 monitoring points are centrally displayed and monitored, while displaying TOC, conductivity, and temperature.

4. The analysis interval and data storage interval can be set arbitrarily.

5. It has an automatic upper limit alarm output function, which promptly alerts when data is abnormal.

6. It has a countdown function for the expiration date of ultraviolet lamps, accurately calculating the usage time of ultraviolet lamps.

7. Data can be stored and queried, with a large data storage function that can store data for more than 5 years.

8. It has a USB interface and can export data through a USB flash drive.

9. It has the function of printing and outputting.

10. Can switch to offline detection mode for detection, calibration, and verification.

11. No need to add acid reagents, oxidants, or any gases, and no additional daily maintenance fees are required.

12. The operation is simple, fast, and reliable, and users do not need professional knowledge or specialized training.

13. Small size, light weight, and low energy consumption.

14. It has a waterproof splash design and can work in humid environments and high temperature conditions.

15. The compact box design meets the requirements of harsh industrial environments.

HTY-DI1000D Online Total Organic Carbon Analysis SystemTechnical Specifications:

1. TOC detection range: 0.1 µ g/L to 1000.0 µ g/L

2. Conductivity detection range: 0.055 µ S/cm~6.000 µ S/cm

3. TOC detection limit: 0.1 µ g/L (conductivity<1.0 µ S/cm)

4. TOC2ui maximum allowable error: ± 5%

5. Analysis interval time: can be set by oneself (it is recommended to shorten it by 200 seconds)

6. Response time: within 15 minutes

7. Repetitive error: ≤ 3%

8. Zero drift: ± 5%

9. Range drift: ± 5%

10. Sample temperature: 1~99 ℃

11. Environmental temperature: 10~60 ℃ Temperature variation within ± 5 ℃/d

12. Relative humidity: ≤ 100%

13. Power supply: 220V ± 22V

14. Power frequency: 50Hz ± 1Hz

15. Rated power of detection unit: 50W

Application areas;

This system can be used to detect the concentration of total organic carbon in purified water, injection water, and deionized water in the pharmaceutical industry.

2. The system can monitor online the water production system in the pharmaceutical industry, the ultrapure water preparation system and chip process in the semiconductor industry, and the deionized water preparation process in power plants.

3. This system can be used for the detection of TOC in ultrapure water in the semiconductor industry, power plants, scientific research institutions, laboratories, etc.