Introduction: The organic matter in the sample is oxidized to carbon dioxide under the action of ultraviolet light and titanium dioxide wide catalysis. The carbon dioxide is measured by the conductivity detection technology. The total carbon of the sample after oxidation by the oxidation reactor is detected by the conductivity sensor, and the conductivity sensor detects the non-oxidation reaction. The difference between the total inorganic carbon of the sample oxidized by the device, and the total organic carbon content of the sample (TOC=TC-TIC). Application range: 1. This instrument can be used to detect the concentration of organic carbon in purified water, water for injection and deionized water in the pharmaceutical industry. Degree; can also be used for the TOC detection of ultrapure water in the semiconductor industry. 2. It can be used to verify the cleaning effect in the cleaning verification process in the pharmaceutical and biochemical fields. 3. The instrument has an online detection function, which can monitor the water system of the pharmaceutical industry and the semiconductor industry online The ultrapure water preparation system and wafer process, the power plant deionized water preparation process, etc. Features: 1 Beautiful appearance, portable design. 2 Humanized operation interface, one-key operation function, automatic pipeline cleaning function. 3High-performance CPU, touch screen design, large 640*480 dot matrix true color display. 4 There is no need to disassemble the case to replace the UV lamp and pump tube. 5 The detection upper limit can be set, and the automatic upper limit alarm function. 6 With RS232 data interface, historical data can be stored for 6 months. 7Offline detection and online detection are optional. 8 has a mini printer interface (built-in printer). technical parameter: Electricity source: AC220V±22V Frequency rate: 50HZ±1HZ Work rate: 95W Dimensions: 400*260*295mm Weight: 15kg TOC detection range: 0.001mg/l-1.0mg/l Detection accuracy: ±5% Detection time: ≤4min/time Response time: ≤15min Sample flow rate: 0.5ml/min Sample temperature: 1-95℃ Environmental humidity: ≤85%RH Ambient temperature: 10-40℃ Repeat error: ≤3% Linearity error: ±5%
Introduction: The organic matter in the sample is oxidized to carbon dioxide under the action of ultraviolet light and titanium dioxide wide catalysis. The carbon dioxide is measured by the conductivity detection technology. The total carbon of the sample after oxidation by the oxidation reactor is detected by the conductivity sensor, and the conductivity sensor detects the non-oxidation reaction. The difference between the total inorganic carbon of the sample oxidized by the device, and the total organic carbon content of the sample (TOC=TC-TIC). Application range: 1. This instrument can be used to detect the concentration of organic carbon in purified water, water for injection and deionized water in the pharmaceutical industry. Degree; can also be used for the TOC detection of ultrapure water in the semiconductor industry. 2. It can be used to verify the cleaning effect in the cleaning verification process in the pharmaceutical and biochemical fields. 3. The instrument has an online detection function, which can monitor the water system of the pharmaceutical industry and the semiconductor industry online The ultrapure water preparation system and wafer process, the power plant deionized water preparation process, etc.
