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Inductively Coupled Plasma Spectrometer

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Inductively Coupled Plasma Spectrometer Specification

View Head
Dual view system (axial & radial)

Focus System
Motorized and software controlled focus

Features
Simultaneous multi-element analysis, high stability, programmable autosampler, powerful spectral software, and robust design for routine laboratory use

Spare Parts
Torch, cones, nebulizer, pump tubing, RF coil, sample tubing

Theory
Plasma Emission Spectrometry (ICP) for quantitative and qualitative multi-element analysis

Drawtube
Dual view (axial and radial) capability for enhanced sensitivity and flexibility

Sensor
High-sensitivity solid state CCD/CMOS detector array

Resolution
0.007 nm FWHM (at 200 nm)

Interface
USB 2.0, RS232, Ethernet compatible connectivity options

Frame Rate
Up to 30 spectra/sec data acquisition

Focal Distance
500 mm optical system focal distance

Magnification
Spectral magnification for precise element detection

Dimensions
Approx. 1200 x 750 x 700 mm (L x W x H)

Focus Range
Automated focus adjustment for optimal signal

Eyepieces
Not applicable (uses digital/camera detection only)

Illumination
Plasma torch light source (Argon plasma)

Coarse Adjustment Range
Electrically controlled sample introduction adjustment

Fine Adjustment Range
Programmable via software for optimal alignment

Working Stage
Integrated auto-sampler compatible sample stage

Still Image Capture Resolution
Up to 2048 x 2048 pixels (spectral imaging)

Video Capture Resolution
Real-time spectrum acquisition, 30 fps

Image Format
Digital output compatible with major analytical software

Objective Achromatic
High-precision polychromator optics

Condenser
Echelle grating with cross dispersion for high resolving power

Light Source
Argon Plasma torch, RF powered

Nebulizer Gas Flow Rate
0.5-1.0 L/min (Argon)

Wavelength Range
160 - 900 nm (full spectrum coverage)

Compliance
CE and ISO 9001:2015 Certified

Background Correction
Dynamic real-time correction

Environmental Operating Conditions
Ambient temperature 15-35C, humidity <80% RH non-condensing

Sample Introduction System
Auto-sampler with high-precision peristaltic pump and nebulizer options

Safety Interlocks
Torch and door interlocks, gas pressure safety cut-off, RF power interlock

Detection Limit
Up to ppb/ngmL1 range for most elements

Auxiliary Gas Flow Rate
0-2 L/min (Argon)

Weight
Approx. 110 kg (without accessories)

Cooling
Integrated water recirculating chiller

Plasma Gas Flow Rate
8-20 L/min (Argon)

Power Supply
230V AC, 50/60Hz, 2.5 kW

Operating Software
Windows-based advanced ICP operation and data evaluation software

RF Power Range
700 - 1600 W continuous adjustable

Inductively Coupled Plasma Spectrometer About

Technical specification

Plasma gas flow meter: 100-1000L/h (1.6-16L/min)
Auxiliary gas flow meter10-100L/h (0.16-1.66L/min)
Carrier gas flow meter10-100L/h (0.16-1.66L/min)
Carrier gas pressure stabilization valve 0-0.4MPa
Cooling water: Water temperature: 15-25 Flow rate >5L/min Water pressure: >0.1MPa Resistivity>1M
Technical Specifications of Optical System
Optical path: Czerny-Turner
Focal length: 1000mm
Grating specification: Ion Beam Etching Holographic Grating; The etching density is 3600 grooves/mm; the etching area is 80*110 mm.
(Alternative 2400 grooves/mm; etching area: 80*110mm)
Reciprocal linear dispersion rate: 0.26nm
Resolution: 0.008nm

Advanced Analytical Precision

Harnessing the power of an RF range between 7001600 W and precise Argon gas control, this ICP spectrometer delivers exceptional multi-element detection sensitivity. The dual-view optics maximize analytical flexibility, while the solid-state detector array ensures quantitative and qualitative accuracy for both trace and major elements.

User-Friendly Automation and Software

Featuring an integrated auto-sampler with a high-precision peristaltic pump and advanced sample introduction system, this spectrometer facilitates automated measurements for high-throughput laboratories. Windows-based ICP operation and evaluation software delivers configurable workflows and intuitive data management.

Robust Design and Safety Compliance

The built-in water chiller maintains consistent performance, and a suite of safety interlocks protects both operator and equipment integrity. Certified under CE and ISO 9001:2015 standards, this spectrometer is designed for dependable operation under variable laboratory conditions.

FAQs of Inductively Coupled Plasma Spectrometer:

Q: How does the dual-view (axial and radial) capability improve analysis with this ICP spectrometer?

A: The dual-view capability enables both axial and radial observation of the plasma, enhancing detection sensitivity and expanding the dynamic range. Axial view offers lower detection limits for trace elements, while radial view provides accuracy for higher concentrations, making the instrument suitable for a wide range of sample types.

Q: What features facilitate high-throughput sample analysis in routine laboratory applications?

A: The spectrometer includes an integrated auto-sampler, high-precision peristaltic pump, programmable sample introduction, and robust spectral acquisition software. These features automate sample handling and data processing, enabling efficient, high-volume analysis with minimal operator intervention.

Q: When should the real-time dynamic background correction be used during measurements?

A: Dynamic background correction is automatically applied during each analysis, ensuring that spectral interferences and matrix effects are minimized. This feature is essential for accurate and reliable measurements, especially when analyzing complex samples with overlapping spectra.

Q: Where can this ICP spectrometer be used, considering environmental and regulatory requirements?

A: This instrument is designed for use in analytical laboratories, including environmental, pharmaceutical, industrial, and research labs. It operates reliably at ambient temperatures of 1535C and humidity below 80% (non-condensing), and it complies with CE and ISO 9001:2015 standards for safety and quality.

Q: What is the benefit of an integrated water recirculating chiller in the spectrometer?

A: The integrated chiller maintains optimal operating temperatures for the plasma torch and electronic components, ensuring instrument stability and prolonging the lifespan of critical parts. Consistent cooling is vital for maintaining analytical accuracy during extended operation.

Q: How is data transferred and processed for subsequent analysis?

A: The spectrometer offers multiple connectivity options, including USB 2.0, RS232, and Ethernet. Acquired spectral data can be output in digital formats compatible with major analytical software, allowing seamless integration with LIMS and further statistical evaluation.

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