Basic configuration

Infrared carbon dioxide detectorTCOxidation circuit, peristaltic pump, acidifier, operation controller, data processor, microprinter, semiconductor cooler128×256LCD Chinese character display screen.

The water sample and hydrochloric acid solution are sucked into the acidifier by a peristaltic pump to remove inorganic carbon, and then sent to be loaded with catalyst at a constant temperature900℃ofTCOxidation tube. Organic matter is oxidized to carbon dioxide under high temperature and catalyst, cooled by a semiconductor cooler to remove moisture, and then sent to an infrared carbon dioxide detector for measurement. The data processor calculates, displays, and prints the results.

characteristic

Stable performance, good repeatability, and complete oxidation. Sequential storage240individualTOCmean value/6Minutes, in00：06Before automatic printing24Hourly average value/Hour (printing time can be set by oneself). It is also possible to manually print the daily average value,XXtimeXXThe average score/6Fenhe andXXHourly average value/Hour. Continuous monitoring and timed automatic detection（1～16order/On a daily basis, it can continuously measure a water source and measure in different time periods2～4A water source (accessory) that can be connected to a flow meter for measurementTOCTotal amount.RS232、RS485Optional,CDMA/GPRSWireless and Ethernet wired options are available. Suitable for water quality monitoring and wastewater treatment process control in large industrial and mining enterprises.

Technical Parameter

Measurement range:0～50mg·c/L、0～500mg·c/L、0～5000mg·c/Loptional

Repeatability:4%

Linearity:3%

Stability:3%