Model: EAZ-570

Features:

• Adopting constant magnetic field, transverse Zeeman background correction device for both flame and graphite furnace analysis, with super powerful dual atomizer high background correction capability over the whole wavelength range
• Alarm and automatic safety protection to fuel gas leakage, abnormal flow, insufficient air pressure and abnormal flame extinction in flame system
• Alternate use of the shortest optical path, to reduce light energy losses
• Automatic 8×2 lamp turrets, automatic adjustment of lamp current and optimize of light beam position
• Automatic changeover between flame and graphite furnace operation, automatic ignition and automatic gas flow setting
• Automatic spectral bandwidth changing (4)
• Automatic wavelength scanning and peak picking (4)
• Compact structure, small space requirement, easy and simple installation and moving
• Convenient, friendly and reliable AAS software under Windows XP operation system
• Cooling wate monitoring and protection in magnetic field system
• Drain tube water seal monitoring and alarm
• Intelligent analytical quality control, precision control, standard sample check and Spike check functions
• Intelligent fully automated sampler, with automatic working curve generation, automatic tracing and correction of liquid surface height in the sample vessel, automatic long term memorizing of the sampling probe position
• Intensified flame constant magnetic field to improve the analytical sensitivity
• Monitoring, alarm and protection function to insufficient protective gas pressure and cooling water supply in graphite furnace system
• Multiple shielding technology successfully decreases magnetic interference
• New generation bus and internal network technology, enhancing the anti-interference capability of the system
• New generation large scale integration technology with simple and reliable PC boards
• Newly designed graphite furnace and its power supply system with ultra-rapid heating, super long time stability and super high power efficiency
• Parallel flame and graphite furnace atomizer, without mechanical movements and changeover, ensuring long time stability and reliability
• Quasi double beam design to correct baseline drift, shorten preheating time and improve analytical accuracy
• Quick setting, automatic adjustment and automatic optimization of instrument parameters
• Safety monitoring, quick prompt ad protection
• Shortening the distance of power supply reduces power losses dramatically
• Time-sharing dual light sources, no need for changing lamps, increasing the number of analyzable elements to the maximum and reducing operation and adjustment time to the minimum
• User selectable analytical report formats

Specifications: