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ICP Spectrometer LICP-B10

ICP Spectrometer LICP-B10 is an instrument which measures elements in ppb levels with least interference and reduces the time taken for analysis by detecting 5 to 6 elements in 1 min. Excellent analytical precision, high optical resolution, fully automated, wide wavelength range with 2400 line grating, powerful analysis software, high performance solid-state RF system, high accuracy etc. are some of the characteristic features. The equipment consist of a Scott-type spray chamber, quartz torch, spectrophotometer with Czerny-Turner monochromator, detector with photomultiplier tube and data processing system which allows multi-element measurement along with high resolution. It finds applications in environmental, food safety, metallurgy, pharmaceutical etc. fields.

ICP Spectrometer LICP-B10

Monochromator Specifications {"Optical type":"Czerny turner","Resolution":"\u2264 0.015nm (3600 line grating) \u2264 0.030nm (2400 line grating)","Focal length":"1000 mm","Grating specifications":"huge holographic grating with 3600 L\/mil or 2400 L\/mil and 80 mm \u00d7 100 mm of ruling area","Wavelength range":"195 to 500 nm for 3600 line grating 195 to 800 nm for 2400 line grating"}
Solid State Power Specifications {"Frequency":"27.12 MHz Frequency stability: < 0.05%","Spray chamber":"Scott double pass spray chamber","Output power":"800 W to 1600 W, adjustable with power efficiency more than 65%","Output power stability":"\u2264 0.05%","Induction coil":"25 mm \u00d7 3 ID (ID-internal diameter), equipped with three concentric quartz torch tubes 35 mm ED (ED-external diameter)"}
Technical Specifications {"Suitable sample content range":"Liquid sample: 0.01 ppm to several thousand ppm Solid or power sample: 0.001% to 70%","Repeatability":"short-term stability- RSD \u2264 1.5% Long-term stability: RSD \u2264 2%","Test speed":"5 to 8 elements \/ min","Limits of detection (LOD, \u00b5g\/L) for most elements":"1ppb to 10ppb"}
Control Circuit {"Photomultiplier tube specification":"R212 \/ R928","Negative high voltage":"-50 to -1000 V","Circuit measuring range":"(10-12<\/sup> to 10 -4<\/sup>) A","Signal acquisition":"VF conversion"}
Working Environment {"Temperature for storage and transportation":"15\u00b0C to 25\u00b0C","Humidity for storage and transportation":"\u2264 70%","Power Stability":"220 \u00b1 10V; 50 to 60 V","Humidity":"\u2264 70%","Temperature":"15\u00b0C to 30\u00b0C"}
Other Details {"Packaging Dimension and Gross Weight (4 case)":"1st case: 188 \u00d7 111 \u00d7 105 \/ 348 kg 2nd case: 60 \u00d7 60 \u00d7 55 \/ 25 kg 3rd case: 59 \u00d7 67 \u00d7 97 \/ 80 kg 4th case: 38.5 \u00d7 38.5 \u00d7 63 \/ 47 kg"}

  • Highly advance optical design
    Holographic grating for minimum scattering of light
    Correction of spectral interference to improvise detection
    System controlled torch movement for optimized position
    System controlled mass flow controller for carrier gas, auxiliary gas and plasma gas
    27.12 MHz RF generator for efficient ionization
    Auto-coupling system
    Peristaltic pump for stable flow rate and drainage of sample
    Argon gas cylinder last up to 8 hours
    Auto-sampler can be provided
    Software Details
    Allows selection of multiple elements and parameters for analysis
    Faster Calibration function
    Correction of background interference
    Report generation with single button press
    Many export options
    Real-time graphical display of instrument status
    Plasma ignition with one button press
    Large database to select spectral lines according to requirement

It used for quantitative and qualitative analysis of elements in the given sample. Various fields like petrochemicals, pharmaceuticals, agriculture, environmental, food industry, metallurgy, processing industry etc. require it for several operations.

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