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Atomic emission spectrometer, ICPE-9800

Shimadzu (Japan)

Description

Atomic emission spectrometers with inductively coupled plasma

The ICPE-9800 series spectrometers are new-generation systems characterized by exceptional accuracy, allowing simultaneous and rapid determination of a large number of elements, regardless of their concentration levels.

A distinctive feature of the ICP-AES spectrometers of this series is their user-friendly software that makes analysis simple and intuitive. In addition, low operating costs ensure the highest productivity level in the industry.

The ICPE-9800 series is the best solution in atomic emission spectrometry for analytical applications in environmental monitoring, pharmaceuticals, food and chemical industries, metallurgy, mechanical engineering, and other scientific and industrial fields.

These spectrometers enable both qualitative and quantitative analysis of various samples and provide simultaneous determination of most elements of the Periodic Table, including nonmetals such as I, P, S, and Si.

Technical Specifications

Plasma observation Axial or dual (axial/radial)
Sample introduction system Torch: vertically positioned mini torch or standard torch
Nebulizer: coaxial
Chamber: cyclonic type
Sample drain: gravity
Peristaltic pump (optional): 4-channel
Gas flow control Controlled by computer
Eco-mode: argon consumption 5.6 L/min
Gas purity: 99.95%
RF generator Frequency: 27 MHz
Power: 1.6 kW (step 0.2 kW)
RF block: transistor type
Stability: within ±0.3%
Spectrometer Optical system: Echelle spectrometer
Spectral range: 167–800 nm
CCD detector Number of pixels: 1024 × 1024 (1 inch × 1 inch)
Pixel size: 20 μm × 20 μm
Cooling: Peltier element, computer-controlled

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