Introduction CU-500 TOC analysis module uses the static UV oxidation-Conductivity Detection. Deionized water samples for the determination of total organic carbon concentration of analytical instruments. TOC concentrations can be detected from 0.1ppb to 1000.0 ppb water samples with high sensitivity and accuracy, as well as good stability. Application Can be used for online monitoring the pharmaceutical industry Water system.
Ultra-pure water preparation system in the semiconductor industry, and the deionized water preparation process in power plants. Fundamentals Using UV light oxidation of carbon in water samples, After changes in the conductivity before and after oxidation of the sample to obtain the corresponding TOC values. During the test, water samples were isolated alone in a closed space, thus preventing contact with the surrounding environment pollution caused. The TOC value is through changes in the conductivity of the water samples before and after oxidation by UV light. To obtain the corresponding operations. The conductivity of the water sample is directly related to the content of organic carbon in water samples, and organic carbon content and can be completely oxidized to CO2 and measured. Technical Parameters: Fundamentals: Static UV oxidation-Conductivity
Detect range: 0.1-1000.0μg/L 0.1ppb
Accuracy error: ≤±5%
Repeatability error: ≤±3%
Span drift: ≤±2%/D
Zero drift: ≤±2%/D
Conductivity detection range: 0.055-6.000μS/cm
Showing Data: TOC, Conductivity, temperature
Response time: Less than 15 mins
Injection method: Water netword pressure
Reagent: No need
Carrier gas: No need
Communication: RS485, RS232(optional)
Display and operator: 3.5 inches screen(optional)
Optional: 3.5 inches screen
Power: 24V DC
Output: 50W
Ambient temperature: 0-40 degree Celsius
Dimensions (W*D*H mm): 120*56*220
Weight: 2Kg
Introduction CU-500 TOC analysis module uses the static UV oxidation-Conductivity Detection. Deionized water samples for the determination of total organic carbon concentration of analytical instruments. TOC concentrations can be detected from 0.1ppb to 1000.0 ppb water samples with high sensitivity and accuracy, as well as good stability.
