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Lab Expo TOC Analyzer LE-TOC102 supports a wide measurement range from 0 to 10,000 mg/L for diverse sample concentrations. It utilizes High Temperature Catalytic Combustion for efficient oxidation of organic carbon. Equipped with auto sample dilution to enable seamless handling without manual intervention. Incorporates advanced dehydration technology to effectively remove moisture from the sample gas. Our TOC Analyzer delivers precise and efficient total organic carbon analysis for a wide range of applications.
$24,192.00 $ 20160
| Measurement Range | 0 to 10,000 mg/L, Extendable to 0 to 100,000 mg/L (Manual Dilution) |
| Detection Limit | 50 µg/L |
| Repeatability | ≤ 3% |
| Maximum Salinity | 85 g/L |
| Max. Permissible Error | TOC: ±5% |
| Measuring Time | TC: Around 4 minutes |
| Injection Volume | TC: 100 to 500 µL |
| Measurement Method | High Temperature Catalytic Combustion |
| Detector | NDIR (Non-Dispersive Infrared) |
| Analysis Parameters | TC, TIC, TOC, NPOC |
| Gas Requirement | Nitrogen, purity ≥ 99.995% |
| Control Mode | PC Software |
| Power Consumption | 700 W |
| Power Supply | AC110/220V, 50/60Hz |
| Dimension | 450 × 500 × 480 mm |
Function Implementation Environmental water labs 50 µg/L detection limit supports trace contaminant analysis Pharmaceutical quality control ±5% Max. Permissible Error ensures batch consistency testing Industrial effluent monitoring 85 g/L maximum salinity enables high-saline sample processing Clinical research facilities 4-minute TC measuring time allows rapid sample throughput High-throughput screening labs Auto sample dilution extends range to 100,000 mg/L for concentrated samples
Autosampler (Liquid)
Autosampler (Solid)
1: What method does the LE-TOC102 use for carbon analysis?
Our TOC Analyzer uses High Temperature Catalytic Combustion, a reliable method for efficiently oxidizing organic carbon in the sample.
2: What is the detection limit and repeatability?
It offers a detection limit of 50 µg/L and repeatability of ? 3%, ensuring both sensitivity and consistency in results.
3: What are its main features?
It offers key features such as auto sample dilution, advanced dehydration technology, high salinity sample compatibility, a modular design for easy maintenance, and PC software control.
4: What is the measuring time and injection volume for TC analysis?
The typical measuring time for TC is around 4 minutes, and the injection volume ranges from 100 to 500 µL.
5: What type of detector is used in this analyzer?
It uses a Non-Dispersive Infrared (NDIR) detector, ensuring high sensitivity and accurate detection of carbon levels.
6: What enables the TOC Analyzer to accurately measure carbon in both liquid and gas samples?
The analyzer uses advanced oxidation techniques and sensitive detectors to ensure accurate carbon measurement in both liquid and gas phases, across a wide concentration range.
7: What role does the computer-aided system play in TOC analysis?
The computer-aided system automates key functions such as data processing, calibration, sample handling and result interpretation to ensure precise carbon measurement.
8: What is wet chemical oxidation in TOC analysis?
Wet chemical oxidation involves the use of UV light and chemical oxidants, such as persulfate, to break down organic carbon into measurable CO? for detection.
9: Does the analyzer support real-time TOC measurement?
Yes, the analyzer provides real-time TOC monitoring, enabling continuous tracking of carbon levels for immediate process feedback and control.
10: Why is a leakage prevention mechanism important in TOC Analyzers?
Leakage can lead to inaccurate readings, contamination of samples, instrument damage and safety hazards. An automatic system minimizes these risks by responding in real time.
Lab Expo TOC Analyzer units are used for total organic carbon measurement in water quality, environmental, and pharmaceutical testing applications. Models support TOC analyzer measurement ranges up to 10,000 mg/L (extendable to 100,000 mg/L), with µg/L detection limits and up to 3% repeatability for portable TOC analyzer workflows.
