SPECTRUM INSTRU...

📍  Mahalakshmipuram, Bangalore
☏  +91-80-23490523/23492253
✉  salesblr@adilabtech.com

ATOMIC ABSORPTION SPECTROMETER

SP-AA 3000 FLAME AAS SPECTROMETER

Centrifuge Safety Features
  • Spectrum Instruments improve the optical precision, linear range and background correction effectively. SP-AA 3000 is an external computer controlled AAS equipped with 8-lamp positions, automatic gas control and automatic burner height setting.

System Design

Optical system Dual Optics combined for single beam and double beam mode. True Double Beam developed optical noise reduction technology, which combined optical component UV enhancement technology. It improved instrument’s optical performance, linear range and enhanced
Wavelength range 185-900 nm
Grating Holographic grating with 1800 lines/mm
Wavelength repeatability ±0.1 nm
Wavelength accuracy ±0.2 nm
Sensitivity (Cu) approx. 0.8A at 5 ppm
Slits Automated slit selection 0.1; 0.2; 0.7 and 1.4 nm
Detector Wide range UV sensitive photomultiplier tube
Lamp Automated 8-lamp turret with independent lamp power supply for each lamp and two heating circuits for preheating lamp operation.
Background Correction Deuterium (D2) Background Correction and Self-absorption Background Correction.

Flame System

Burner-Nebulizer-System All-titanium 100mm and 50mm burners are available:-100mm burner for air / acetylene operation, 50mm burner for both air / acetylene and nitrous oxide /acetylene operation. Adjustable nebulizer with internal Platinum / Iridium capillary, PEEK Nozzle and fixed ceramic impact bead are supplied as standard. SP-AA 4000 features automated setting of burner height for each elements.
Spray Chamber The PPS (Polyphenylene Sulfide) spray chamber is used for both aqueous and organic solution.
Gas Controls Programmable gas control features software-controlled gas flows with automatic setting of gas flows for each element.
Safety Functions Interlocked safety system prevents selection of the nitrous oxide flame if the nitrous oxide burner is not fitted. Sensor controls for protection to use the incorrect burner head and check the siphon system. To ensure correct operating fuel gas and oxidant pressures are maintained also to check the flow rate. In case of the system power failure, safety interlocks will shut down the gases automatically.
Hydride System The Hydride system is a continuous flow technique for the determination of As, Se,Sb, Sn, Te, Bi and Hg at low microgram per liter (ppb) concentration with electrothermal heating unit to heat the quartz cell. The Hg will be determined with the cold vapour technique. The system has the gas flow control including two peristaltic pumps for supply the reagent, acid and samples solution.
Autosampler for Flame Corrosion resistant sample tray is consist of 85 positions. Integral peristaltic pump with speed control provides on-demand rinsing of the probe, eliminating carryover.

Graphite furnace System (option)

Heating System Integrated computer-controlled Longitudinal Heated Graphite Furnace.
Function Analytical furnace programs up to 9 steps can be set up.
Temperature Programmable temperature up to 3000 °C in 1 °C increment. Maximum linear heating rate is 2000 °C/s under software control.
Gas Flow Choice of two inert gases with computer-controlled flows. Separate control of inert gas stream is Argon for internal and external gas flow.
Cooling System A closed circuit optimised to save time, water and provide stable confitions. Water temperature during operation is approx. 38 °C
Autosampler for Graphite Injection volumes from 1 to 50 μL in increments of 1 μL are user selectable. Automatic dilutions and additions of three different modifiers are available. There is a corrosion resistant 87-sample position tray.

Other Information

Software SPWinAA Software Package
Weight 90kg
Dimensions (W x D x H) 800 mm x 580 mm x 575 mm
Environmental Requirements 10 °C up to 35 °C Rel. humidity
max. 85 % Power Requirements 110 / 220V±10%, 50/60Hz

SP-AA 4000 Flame AAS Spectrometer

Spectrum Instruments improve the optical precision, linear range and background correction effectively. SP-AA 4000 is an external computer
controlled AAS equipped with 8-lamp positions, automatic gas control and automatic burner height setting.

System Design

Optical system Dual Optics combined for single beam and double beam mode. True Double Beam developed optical noise reduction technology, which combined optical component UV enhancement technology. It improved instrument’s optical performance, linear range and enhanced
Wavelength range 185-900 nm
Grating Holographic grating with 1800 lines/mm
Wavelength repeatability ±0.1 nm
Wavelength accuracy ±0.2 nm
Sensitivity (Cu) approx. 0.8A at 5 ppm
Slits Automated slit selection 0.1; 0.2; 0.7 and 1.4 nm
Detector Wide range UV sensitive photomultiplier tube
Lamp Automated 8-lamp turret with independent lamp power supply for each lamp and two heating circuits for preheating lamp operation.
Background Correction Deuterium (D2) Background Correction and Self-absorption Background Correction.

Flame System

Burner-Nebulizer-System All-titanium 100mm and 50mm burners are available:-100mm burner for air / acetylene operation, 50mm burner for both air / acetylene and nitrous oxide /acetylene operation. Adjustable nebulizer with internal Platinum / Iridium capillary, PEEK Nozzle and fixed ceramic impact bead are supplied as standard. SP-AA 4000 features automated setting of burner height for each elements.
Spray Chamber The PPS (Polyphenylene Sulfide) spray chamber is used for both aqueous and organic solution.
Gas Controls Programmable gas control features software-controlled gas flows with automatic setting of gas flows for each element.
Safety Functions Interlocked safety system prevents selection of the nitrous oxide flame if the nitrous oxide burner is not fitted. Sensor controls for protection to use the incorrect burner head and check the siphon system. To ensure correct operating fuel gas and oxidant pressures are maintained also to check the flow rate. In case of the system power failure, safety interlocks will shut down the gases automatically.
Hydride System The Hydride system is a continuous flow technique for the determination of As, Se,Sb, Sn, Te, Bi and Hg at low microgram per liter (ppb) concentration with electrothermal heating unit to heat the quartz cell. The Hg will be determined with the cold vapour technique. The system has the gas flow control including two peristaltic pumps for supply the reagent, acid and samples solution.
Autosampler for Flame Corrosion resistant sample tray is consist of 85 positions. Integral peristaltic pump with speed control provides on-demand rinsing of the probe, eliminating carryover.

Graphite furnace System (option)

Heating System Integrated computer-controlled Longitudinal Heated Graphite Furnace.
Function Analytical furnace programs up to 9 steps can be set up.
Temperature Programmable temperature up to 3000 °C in 1 °C increment. Maximum linear heating rate is 2000 °C/s under software control.
Gas Flow Choice of two inert gases with computer-controlled flows. Separate control of inert gas stream is Argon for internal and external gas flow.
Cooling System A closed circuit optimised to save time, water and provide stable confitions. Water temperature during operation is approx. 38 °C
Autosampler for Graphite Injection volumes from 1 to 50 μL in increments of 1 μL are user selectable. Automatic dilutions and additions of three different modifiers are available. There is a corrosion resistant 87-sample position tray.

Other Information

Software SPWinAA Software Package
Weight 90kg
Dimensions (W x D x H) 800 mm x 580 mm x 575 mm
Environmental Requirements 10 °C up to 35 °C Rel. humidity
max. 85 % Power Requirements 110 / 220V±10%, 50/60Hz

SP-AA 4500 Graphite Furnace AAS Spectrometer

Spectrum Instruments improve the optical precision, linear range and background correction effectively. SP-AA 4500 is an external computer controlled AAS equipped with 8-lamp positions and automatic gas control.

System Design

Optical system Developed optical noise reduction technology, which combined optical component UV  enhancement technology. It improved instrument’s optical performance, linear range and  enhanced background correction.
Wavelength range 185-900 nm
Grating Holographic grating with 1800 lines/mm
Wavelength repeatability ±0.1 nm
Wavelength accuracy ±0.2 nm
Dectection limited Cd ≤1.0 pg
Slits Automated slit selection 0.1; 0.2; 0.7 and 1.4 nm
Detector Wide range UV sensitive photomultiplier tube
Lamp Automated 8-lamp turret with independent lamp power supply for each lamp and two heating circuits for preheating lamp operation.
Background Correction Deuterium (D2) Background Correction and Self-absorption Background Correction.

Graphite furnace System (option)

Heating System Integrated computer-controlled Longitudinal Heated Graphite Furnace.
Function Analytical furnace programs up to 9 steps can be set up.
Temperature Programmable temperature up to 3000 °C in 1 °C increment. Maximum linear heating rate is 2000 °C/s under software control.
Gas Flow Choice of two inert gases with computer-controlled flows. Separate control of inert gas stream is Argon for internal and external gas flow.
Cooling System A closed circuit optimised to save time, water and provide stable confitions. Water temperature during operation is approx. 38 °C
Autosampler for Graphite Injection volumes from 1 to 50 μL in increments of 1 μL are user selectable. Automatic dilutions and additions of three different modifiers are available. There is a corrosion resistant 87-sample position tray.

Other Information

Software SPWinAA Software Package
Weight 90kg
Dimensions (W x D x H) 800 mm x 580 mm x 575 mm
Environmental Requirements 10 °C up to 35 °C Rel. humidity
max. 85 % Power Requirements 110 / 220V±10%, 50/60Hz

5000 Graphite Furnace and Flame AAS Spectrometer

The SP-AA 5000 from Spectrum Instruments is a fully automated computer controlled Flame and Graphite Furnace AAS instrument featuring an 8-lamp turret, automatic gas box and automatic burner height setting, graphite furnace, autosampler for flame, furnace and Hydride System, and cooling system. The furnace power supply is integrated in the instrument. Instrument and all accessories are controlled by the SPWin-AA Software.
The majority of samples will run smoothly with this instrument, if the stored default methods are applied. In case of unique challenges our application
experts will take personal responsibility for responding to the customers´ needs.

System Design

Optical system Developed optical noise reduction technology, which combined optical component UV  enhancement technology. It improved instrument’s optical performance, linear range and  enhanced background correction.
Wavelength range 185-900 nm
Grating Holographic grating with 1800 lines/mm
Wavelength repeatability ±0.1 nm
Wavelength accuracy ±0.2 nm
Dectection limited Cd ≤1.0 pg
Slits Automated slit selection 0.1; 0.2; 0.7 and 1.4 nm
Detector Wide range UV sensitive photomultiplier tube
Lamp Automated 8-lamp turret with independent lamp power supply for each lamp and two heating circuits for preheating lamp operation.
Background Correction Deuterium (D2) Background Correction and Self-absorption Background Correction.

Graphite furnace System (option)

Heating System Integrated computer-controlled Longitudinal Heated Graphite Furnace.
Function Analytical furnace programs up to 9 steps can be set up.
Temperature Programmable temperature up to 3000 °C in 1 °C increment. Maximum linear heating rate is 2000 °C/s under software control.
Gas Flow Choice of two inert gases with computer-controlled flows. Separate control of inert gas stream is Argon for internal and external gas flow.
Cooling System A closed circuit optimised to save time, water and provide stable confitions. Water temperature during operation is approx. 38 °C
Autosampler for Graphite Injection volumes from 1 to 50 μL in increments of 1 μL are user selectable. Automatic dilutions and additions of three different modifiers are available. There is a corrosion resistant 87-sample position tray.

Other Information

Software SPWinAA Software Package
Weight 90kg
Dimensions (W x D x H) 800 mm x 580 mm x 575 mm
Environmental Requirements 10 °C up to 35 °C Rel. humidity
max. 85 % Power Requirements 110 / 220V±10%, 50/60Hz
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