The 680°C combustion catalytic oxidation method, developed by Shimadzu and subsequently spread round the world, efficiently analyses all organic compounds. A combination of highly sensitive NDIR with a high-volume sample combustion system achieves mg/L level TOC analysis, with an extremely wide range of 4mg/L to 25g/L for applications from ultra pure to highly contaminated water.

The TOC-systems TOC-V CSH/CSN and TOC-V CPH/CPN uses the combustion catalytic oxidation and NDIR Method. The 680 °C combustion catalytic oxidation method, that was developed by Shimadzu and subsequently spread around the world, can efficiently analyze all organic compounds.

• Integrated sample preparation reduces workload
• Device carry out acidification , dilution and sparging
• Internal dilution function to create multi-point calibration curbes
• Extended working range up to 20000 mg/L
• High sensitivity catalyst for ultra pure water application
• Operation of the TOC-V CSH/CSN stand-alone version via the large integrated control panel display
  • Measurement conditions can stored as method in different method groups
  • Multi-point calibration up to 10 points
  • Results of 200 samples can be stored
• TOC-Control V Software runs the TOC-V CPH/CPN, PC-Version
• Can be upgraded with
  • OCT-1 and ASI-V for automation
  • TNM-1 for simultaneous TOC and TN measurement
  • SSM-5000A for solid samples (suspensions , sludge or swabs)