Dry Method Total Organic Carbon TOC Analyzer TOC-H200

Dry Method Total Organic Carbon TOC Analyzer TOC-H200

Applications

Drinking water, surface water, rivers and lakes, tap water, industrial wastewater, domestic wastewater, chemical wastewater, pharmaceutical plant water, and water used in scientific research and experiments.

Main Features

• Dry digestion method based on high-temperature catalytic oxidation and NDIR detection
• TOC concentrations in water samples ranging from 0.05 mg/L to 50,000 mg/L
• 12" touch screen LCD Display: A streamlined user interface featuring live detection graphing to ensure effortless system navigation.
• Premium Component Integration: Outfitted with a high-reflectance gold-plated cell, a precision-focused NDIR light emitter, and an ultra-responsive infrared sensor.
• Advanced Electromagnetic Metering
• Triple-Channel Cooling
• Auto-Shutoff Safety: Features include proactive furnace thermal protection alongside live tracking of system pressure, flow rates, and temperatures.
• Flexible Monitoring Add-ons: Enhance efficiency with an optional online module for continuous analysis or a robotic autosampler to minimize manual labor.
• Seamless Data Management: Integrated tools for simplified record searching, secure storage, and robust password-controlled access.
• Comprehensive Service Package: Free installation and operation training, and budget-friendly spare parts supply.
• Multiple Detection Modes: TC, TIC, TOC, NPOC can be measured within the same reactor.
• Product standards: EP, USP, HJ 501-2009 national environmental protection standard, and JJG 821-2005 metrological verification regulations.

Specifications

About dry digestion method based on high-temperature catalytic oxidation and NDIR detection

The TOC analyzer utilizes a high-performance oxidative catalyst in the combustion furnace to thoroughly combust and decompose the sample into carbon dioxide and water vapor at high temperatures. Water vapor is condensed, removing carbon dioxide, and then enters the non-dispersive infrared detector (NDIR), yielding the total carbon (TC) concentration in the water sample. Total organic carbon (TOC) is calculated as TOC = TC - TIC.