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Acusys Atomic Absorption Spectrophotometer

Acusys Atomic Absorption Spectrophotometer

Product Details:

  • Temperature Range Ambient to 3500C (with graphite furnace)
  • Measurement Range 0.01 to 100 ppm
  • Power Source AC Mains
  • Core Components Hollow cathode lamp, burner assembly, monochromator, detector
  • Accuracy 0.5% relative standard deviation (RSD)
  • Automation Grade Semi-automatic
  • Feature Automatic flame and graphite furnace switching
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Acusys Atomic Absorption Spectrophotometer Price And Quantity

  • 5000 INR
  • 1 Piece

Acusys Atomic Absorption Spectrophotometer Product Specifications

  • Automatic flame and graphite furnace switching
  • Elemental analysis of liquids and solids
  • Digital LCD screen
  • Approx. 45 kg
  • Powder coated steel, corrosion resistant materials
  • AAS-2019
  • 50/60 Hz
  • 220-240 V
  • Single and double element measurement capability
  • 95 x 51 x 41 cm
  • Atomic Absorption Spectrophotometer
  • 0.01 to 100 ppm
  • AC Mains
  • Ambient to 3500C (with graphite furnace)
  • Semi-automatic
  • Hollow cathode lamp, burner assembly, monochromator, detector
  • 0.5% relative standard deviation (RSD)

Acusys Atomic Absorption Spectrophotometer Trade Information

  • 5-10 Piece piece Per Month
  • 6-8 Week

Product Description

Standard Features
The 210/211 is shipped ready for use.  All operating conditions are pre-loaded in the internal computer, including lamp settings, secondary wavelengths, and alternate methods of analysis for over 60 elements by flame, furnace, or hydride techniques.  The three lamp turret has individual controls for alignment and standby mode to keep lamps warm.  Direct report generation to a printer or data linking to the Free Buck Analyst software package is easily done using the parallel and RS-232 serial ports.

Analytical Performance
The Buck Accusys 211 is a high energy, microprocessor controlled single beam
atomic absorption spectrophotometer.  Solid state electronics and simple optics provide the basis for our superior stability and sensitivity. The Ebert mount monochromator and user-selectable bandwidth give the system maximum flexibility. Our short-path dynamic nebulizer/burner configuration is highly efficient. An inert needle, precisely positioned in a high flow venturi, delivers sample to the corrosion proof impact bead. This results in a tremendously high nebulization effect for all types of sample matrices.


Deuterium Background Correction
This is the oldest and still most commonly used technique, particularly for flame AAS.  In this case, a separate source (a deuterium lamp) with broad emission is used to measure the background absorption over the entire width of the exit slit of the spectrometer. In the 210VGP & Accusys 211 the deuterium lamp is in-line with the hollow cathode lamp, thus eliminating the need for a double beam system. The benefits of a single beam system are more energy, smaller size, lower cost, and a more sensitivity.


  • Unique non-flame ignitor provides the safest instrument start-up Simple 3 button operation for fully automatic gas controls, ignition and gas switchover (Air to Nitrous Oxide)
  • Automatic optimization of analytical parameters when method files are loaded from the 211 built-in Methods Library
  • Fully integrated safety interlocks for gas pressure sensors, burner head type, UV flame sensor, drain line trap and ignitor continuity insure safe operation of the 211 AAS Upgradeable to the model 220GF back-mounted graphite furnace for ppb/ ppt trace level analyses
  • Available autosampler, hydride generator and cold vapor attachments Internal microprocessor and software can identify samples, perform statistical analysis and graphically display calibration curves and transient peaks (Hydride generation & Graphite furnace)

 



Exceptional Analytical Performance

The Acusys AAS-2019 is designed for precise, rapid elemental analyses. Its advanced optics, variable monochromator bandwidth, and broad photometric range ensure reliable detection even at trace levels, accommodating single and double element analysis in challenging matrices.


User-Friendly with Advanced Software

Equipped with intuitive PC-based software and a digital LCD screen, this spectrophotometer simplifies operation, method creation, data storage, and result export. Automatic flame and furnace switching enhances workflow efficiency and user convenience.


Enhanced Safety and Reliability

Safety is a priority with built-in automatic gas cut-off, overheat, and leak protection features. The durable powder-coated steel body, corrosion-resistant components, and integrated cooling system make this instrument a reliable choice for long-term laboratory and industrial use.

FAQs of Acusys Atomic Absorption Spectrophotometer:


Q: How does the Acusys Atomic Absorption Spectrophotometer ensure accurate elemental measurement?

A: The spectrophotometer uses advanced optics with a 4-position hollow cathode lamp turret, variable bandwidth, and a sensitive detector to provide accurate analysis from 0.01 to 100 ppm. Automatic electronic ignition and precise wavelength selection further ensure high accuracy with a relative standard deviation (RSD) of 0.5%.

Q: What is the process for switching between flame and graphite furnace modes?

A: The instrument features automatic switching between flame and graphite furnace modes, allowing seamless transition via its PC-based analytical software. This flexibility enables users to analyze a wider range of samples without manual intervention, optimizing throughput and efficiency.

Q: When should users utilize the graphite furnace option?

A: The optional graphite furnace is best used for trace element detection or when analyzing small sample volumes requiring enhanced sensitivity. This mode is ideal for applications demanding measurements at very low concentrations and for matrices not easily analyzed by flame methods.

Q: Where can the Acusys AAS-2019 be applied?

A: This model is suitable for elemental analysis in laboratories involved in environmental testing, food and beverage quality control, pharmaceuticals, mining, metallurgy, and academic research, making it versatile for a wide range of scientific and industrial applications.

Q: How does the built-in safety system benefit users during operation?

A: Automatic gas cut-off, overheat, and leak protection safeguard both the instrument and users, minimizing risks during use. These features ensure compliance with lab safety protocols and protect against accidental exposure to hazardous gases.

Q: What are the benefits of the digital data output and data storage feature?

A: The digital interface allows for easy connection to PCs and transparent data management, while storage for up to 1,000 methods/results streamlines reporting and record-keeping, enhancing traceability and operational efficiency in busy labs.

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