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InLab-2000X series total organic carbon analyzer (laboratory)
Five Chinese character printing formats make environmental statistics easier. Simple structure, low price, good linearity, and wide measurement range.
Product details
InLab-2000XTotal Organic Carbon Analyzer
Basic configuration: infrared (semiconductor) carbon dioxide detector, dual circuit host, operation controller, data processor, micro printer, semiconductor cooler, 128 × 256 LCD Chinese character display screen.
The infrared (semiconductor) carbon dioxide detector consists of an infrared light source, a measuring and reference light path, a filter, a semiconductor thermistor, and a circuit. Infrared light is measured through the optical path and filter and sent to the semiconductor thermistor. Enable the thermistor to obtain a certain amount of energy. When CO is mixed into the measuring optical path2Infrared light is partially absorbed, causing a change in the energy sent to the thermistor. Mixing CO into the measuring optical path2The energy changes before and after are used to determine the content of carbon dioxide.
Features: Simple structure, good stability, and affordable price. The drawback is that the sensitivity is relatively low. Suitable for water quality monitoring in heavily polluted areas, such as wastewater treatment plants, chemical, pharmaceutical, energy and other enterprises.
Measurement range: 0-100mg·c/L、0～1000mg·c/L、0～10000mg·c/Loptional
Repeatability: IC ≤ 2% TC ≤ 4%
Linearity: 4%
InLab-2000DMulti functional Total Organic Carbon Analyzer
Basic configuration: infrared (micro tone) carbon dioxide detector, dual circuit host, operation controller, data processor, micro printer, semiconductor cooler, 128 × 256 LCD Chinese character display screen, ion trap.
The infrared (micro tone) carbon dioxide detector consists of an infrared light source, a measuring and reference light path, a filter, a micro capacitive sensitive element, and a circuit. Infrared light enters the measurement chamber through the measurement path and filter, and the measurement chamber receives energy to keep the microphone in a certain position and stabilize the capacitance. When CO is mixed into the measuring optical path2After absorbing infrared light, the energy of the measuring optical path changes, resulting in a change in the capacitance of the microphone. Mixing CO into the measuring optical path2The capacitance changes of the front and rear microphones are used to determine the content of carbon dioxide.
The ion trap is composed of inorganic salts and oxides such as silver oxide and silver manganese oxide. There is no significant interference from chloride ions at 10000mg/L, sulfur ions at 2000mg/L, sulfate ions at 2000mg/L, nitrate ions at 2000mg/L, and phosphate ions at 2000mg/L.
Features: Stable performance, good repeatability, Chinese character operation menu, five Chinese character data statistical formats, and two standard calibration curves. Suitable for use by ministerial, provincial, municipal, large-scale factories and mines, environmental monitoring, universities, and research institutions. Particle organic carbon (POC) and volatile organic carbon (VOC) are optional.
Measurement range: 0-100mg·c/L、0～1000mg·c/L、0～10000mg·c/Loptional
Repeatability: IC ≤ 2% TC ≤ 3%
Linearity: 2%
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