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Ion Chromatograph LE-IC101 offers a broad detection range from 0 to 45,000 μS/cm to enable precise analysis of ionic concentrations. Equipped with bipolar conductivity detector to ensure high sensitivity and accurate detection. Features built-in low-pressure degassing technology to minimize bubble formation. Integrated with electrolytic microfilm suppressor to enhance signal clarity. Our IC is ideal for a wide range of laboratory and industrial applications.
$51,264.00 $ 42720
| Cell Volume | ≤ 0.8 μL |
| Detection Range | 0 to 45000 μS/cm |
| Detection Resolution | ≤ 0.0020 ns/cm |
| Electronic Noise | 0.02 ns |
| Flow Rate Range | 0.001 to 9.999 mL/min |
| Pump Maximum Pressure | 42 MPa |
| Pressure Display Accuracy | ≤ 0.1 MPa |
| Injector Maximum Pressure | 35 MPa |
| Detector Maximum Pressure | 10 MPa |
| Operating Temperature Range | 5° to 60°C |
| Temperature Accuracy | ± 1°C |
| Power Supply | 150 W |
| Dimension | 350 × 470 × 510 mm |
| Net Weight | 26 kg |
| Gross Weight | 32 kg |
Function Implementation Anion and cation analysis Wide conductivity range enables ionic quantification Water quality monitoring High pressure pump supports stable separation Food and beverage testing Suppressor system enhances signal clarity Pharmaceutical analysis Precise flow control ensures reproducible ion profiling Environmental sample evaluation Low electronic noise maintains detection stability
1: What is the detection range of the LE-IC101?
Our Ion Chromatograph offers a wide detection range from 0 to 45,000 ?S/cm, suitable for a variety of high-precision laboratory and industrial analyses.
2: What detection technology does it use?
The instrument uses a bipolar conductivity detector for high sensitivity and accuracy, and includes an electrolytic microfilm suppressor to enhance signal clarity.
3: Does it help with bubble prevention?
Yes, it includes built-in low-pressure degassing technology to minimize bubble formation during operation.
4: What is the resolution and noise level of the detector?
It provides a detection resolution of ? 0.0020 ns/cm and an electronic noise level of 0.02 ns, ensuring precise and reliable measurements.
5: What temperature range does it operate in?
It functions within an operating temperature range of 5°C to 60°C, with ±1°C accuracy.
6: What are the performance benefits of incorporating advanced circuit technology in Ion Chromatography systems?
Advanced circuit technology enhances the performance of ion chromatography systems by improving signal stability, reducing electronic noise and increasing sensitivity. These improvements lead to more accurate and reproducible detection of ions, especially at low concentrations.
7: How does using an eluent generator benefit the consistency of chromatographic results?
Eluent generators ensure precise and reproducible eluent concentration, improving method consistency and reducing variability between runs.
8: How does degassing improve system performance and reliability?
Low-pressure degassing technology removes dissolved gases from the eluent, effectively preventing the formation of gas bubbles within the flow path. This leads to a more stable baseline signal, minimizes the risk of flow interruptions and ensures consistent detector performance.
9: What is gradient elution in Ion Chromatography?
Gradient elution involves gradually changing the eluent concentration or composition during the chromatographic run to improve separation efficiency and resolution of complex mixtures.
10: Are these systems suitable for both routine and research applications?
The integration of self-regenerating suppressors with advanced workstations makes the system highly versatile offering reliable performance for both high-throughput routine testing and complex research applications.
Lab Expo Ion Chromatography Systems support high-precision ionic analysis where stable separation, sensitive detection, and automated eluent management are required for complex samples. The systems operate with modular flow paths, gradient elution, and bipolar conductivity detection to maintain consistent analytical conditions. Automated dilution, degassing, and self-regenerating suppression reduce manual handling, while digital controls and integrated data management ensure controlled operation and repeatable ion analysis for continuous laboratory use.
