Analysis C1500 TOC detector Introduction: The Analysis C1500 TOC detector measures the difference in conductivity changes of samples before and after UV oxidation under temperature compensation to achieve TOC detection. Applicable to: determining TOC indicators in deionized water and injection water in the pharmaceutical industry; Testing of TOC in ultrapure water and pure water in the semiconductor industry, research institutions, laboratories, etc; Testing the cleaning effect during the cleaning validation process in the pharmaceutical and biochemical fields; Monitor water systems in pharmaceutical and semiconductor industries. Features: 1. Online and offline detection methods, convenient and fast 2. UV oxidation direct conductivity detection method, without the need for catalyst and carrier gas, and without additional daily maintenance fees 3. High precision temperature compensation algorithm for more accurate data 4. Adopting a diaphragm pump to achieve self suction function, with an ultra long service life and no need to replace related consumables 5. Built in UV light monitoring function, timely reminder upon expiration 6. Complies with the relevant provisions of the CP2015 version of the "Total Organic Carbon Inspection Method" 7. Designed for water samples with TOC content below 1500ppb 8. Large data storage capacity, real-time online viewing, one click export for USB download 9. High definition 5-inch color touch screen, with a simple and elegant operating interface 10. Small size, light weight, ultra quiet, low energy consumption, and convenient portability Technical parameters: Power supply: AC220V 50Hz Power consumption: ≤ 50W Detection range: 1-1500ppb Detection limit: 1ppb Maximum allowable error: ± 5% Scale value: 0.01ppb Analysis time: 3-10 minutes Zero drift: ± 5% Repeatability error: ≤ 3% Sample conductivity: ≤ 2 μ S/cm Sample temperature: 4-65 ℃ Environmental temperature: 4-45 ℃ Relative humidity: ≤ 85% Basic dimensions: 180 * 300 * 180 Weight: 2.55kg
Introduction: The Analysis C1500 TOC detector measures the difference in conductivity changes of samples before and after UV oxidation under temperature compensation to achieve TOC detection. Applicable to: determining TOC indicators in deionized water and injection water in the pharmaceutical industry; Testing of TOC in ultrapure water and pure water in the semiconductor industry, research institutions, laboratories, etc; Testing the cleaning effect during the cleaning validation process in the pharmaceutical and biochemical fields; Monitor water systems in pharmaceutical and semiconductor industries.
