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TOC Lotix – Total organic carbon meter, measures solid and liquid samples

The Lotix TOC combustion analyzer is designed to accurately measure the carbon content of water substrates down to the ppb level. It uses proven high-temperature combustion, oxidation of carbon materials to carbon dioxide, and detection using the new Non-Dispersive Infrared Absorption (NDIR) Sensor.

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  • No cost for cylinder shifters or 7-port valves!
  • Ability to run 0-20,000 ppm without dilution with a single 0.5 mL injection volume without calibration curve
  • Easy to use software, just <1 minute to set up the calibration curve
  • The simple design ensures that almost any component can be accessed for service or repair. The furnace module is located at the front for quick and easy furnace maintenance
  • Real-time analysis data and print reports while the device is running
  • Easy scheduling for priority templates
  • Ability to export to CSV or PDF and import from CSV files
  • Average run time for three TOC samples is 13-15 minutes (depending on concentration)
  • Use the 10 L pressurized water tank to clean the sample path, loop, and needle before and after each sample without using any position on the autosampler.
  • Possibility to run solids with optional modules (LSS module, mixing module, SO3 Scrubber, salt analyzer)
METHOD
  • Standard Method 5310B
  • EPA 415.1 and 9060A
  • ASTM D2579
  • ISO 8245
  • AOAC 973.47
  • EN 13639
APPLICATION
TOC sampling and analysis are used in a wide range of applications in a number of industries.
  • Environment
  • Medicine
  • Petrochemical
Chemistry Oxidation by catalytic combustion: from 680 0 C – 1000 0 C
TOC . probe Non-Dispersive Infrared Absorption (NDIR) Sensor
TOC . analysis mode TOC (NPOC), TC-IC, TC, IC
TOC analysis The concentration range 0-20,000 ppm requires no dilution when using a single 0.5 mL sample injection. Higher concentrations can be obtained with dilution prior to analysis.

Detection limit: 50 ppb

Backlog: 1.0% cross-contamination

Sample Size: 0.5 mL (0.3 mL for high concentration, hard or salt samples)

Accuracy: 2% RSD
TOC analysis time 13 – 15 minutes, typical for 3-sample TOC analysis
Carrier gas treatment Integrated pressure regulator with flow limiter to maintain carrier gas at 200 mL/min
Liquid handling Pressurized sample delivery and liquid handling

Solenoid-activated micro-pump delivers precise acid for removal/analysis in 50 L +/- 5% increments

Self-cleaning sample handling process cleans the sample path before and after each sampling
Sample Loading Built-in 30-position autosampler
Remote controll PC, Interface via Windows® 7 or later
Data processing Reports can be exported to CSV and PDF formats

Import from CSV file

Real-time viewing and printing of analysis results while the instrument is running

Possibility to store custom individual test methods

Priority patterns through process interrupt

Remove offsets and control precise performance criteria
Other features Pre-programmed point and click method settings

Device indicator light

Automatic and configurable standby

Simple design ensures access to internal components in minutes

The burner can be accessed from the front of the unit quickly

Automatic cleaning from sample and/or wash water via integrated wash station
Main application Waste water, industrial wastewater, surface water, groundwater, sea water
Method Standard Methods 5310B, EPA 415.1, EPA 9060A, ASTM D2579, ISO 8245, AOAC 973.47

LSS: EN-13639
Certifications CE (CSA certified site if needed)
Requirements Voltage: 100/115/230 VAC (± 10%), Frequency: 50/60 Hz, Power: 1150 VA
Size 18.2” W (46.2 cm) x 23.7” D (60.2 cm) x 26.3” (66.8 cm) H (Lotix only)

Weight 53 lbs (24 kg) (Lotix only)
Gas supply Free Air Hydrocarbon and Carbon Dioxide (CO2) with a TOC (greater than 18% oxygen) <1 ppm or UHP O2. Gas can be supplied from a cylinder or a TOC generator. If a TOC generator is used, the gas formed must be hydrocarbons and not contain water. To ensure the use of clean carrier gas, we recommend using a complete CO2 removal system and trapping hydrocarbons between the gas source and the analyzer. Ultra-zero or Oxygen air can be used.
Inlet gas pressure 50 – 100 psi

 

 

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