Detailed Product Description
ITEM: HTY-DI1000B
Principle
Oxidize microorganism by UV lamp and convert organic stuff into carbon dioxide. Then TOC analyzer adopts direct conductivity method to detect the concentration of carbon dioxide and report. During testing procedure, TC and TIC are detected and TOC is equal to TC- TIC (TOC = TC-TIC).
The test range of HTY-1000B TOC analyzer is from 0.01µg/L to 1000.00µg/L .This product is easy to operate, low maintenance, no need to add chemical reagent, and no need supply special training or professional chemical knowledge for operator.
Characteristic
Appearance: Elegant and compact;
Operation: Touch LCD design, honored status;
Procedure: Menu selection, foolproof use;
Cryptoguard: Having cryptoguard when landing, parameter setting and maintenance;
Microcomputerized: Adopt high performance of CPU, TOC, temperature and conductivity, with high precision and good ;
Graph: Showing the testing datas by graph; can store it in history data for check;
Data output: Report output, USB deposit, external printer;
utility function: Display of UV and pump tube;
Strong history data store and query function
Technical Parameter
Power supply: 220V±22V
Frequency: 50Hz±1Hz
Rating power: 100W
Dimension: 44cm×18cm×26cm
Test range: 0.01µg/L(ppb)1000.00µg/L(ppb)
Conductivity Test Range: 0.055µS/cm ~10.000µS/cm
Test Limit: 0.01µg/L
Test Precision:±5%
Analyse Time: Can choose min.10s interval, max. 5min when offline.
Response time: During 15 min
Sample temperature: 1-95
Ambient temperature: 10-40 Changing during ±5/d
Inner sample speed: 0.5 ml/min
Relative humidity: ≤85%
Repeat error: ±3%
Applicantion
Used to test the TOC content of the purity water, injection and deionization water in the pharmaceutical industry; also to test the TOC content of ultrapure water in the semiconductor industry.
Validate the clean effects during the process of clean validation in the area of pharmaceutical and biochemical.
This type has online detect function, can detect the water system in pharmaceutical industry, ultrapure water preparation and wafer technics process in the semiconductor industry and deionization water preparation in electronic industry.