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The sample solution is aspirated through an automiser. Sample, Air and the fuel are mixed in the mixing chamber which is then sprayed as a very fine mist into the flame. The color of the flame is changed depending upon the concentration of elements present. Radiations from the flame passes through the sensing system and specific narrow band interference filter which permits only the characteristic radiation to pass to the photo-detector. The output of the photo-detector is then processed by the microcontroller and the final results are displayed on graphical lcd display. In both models 5-Point calibration facility and non-linearity correction is provided through an automatic curve fitting software. Microprocessor Based with Printer Interface Auto Gas Cutoff Auto Flame Failure Detection Four Measurements in Single Aspiration Setup Storage Facility Sample Data Storage Facility Curve Calibration Programmability Using Maximum of 5 Standards Multiple Calibration Curve Saving Facility Data Processing Through Curve Fitting Techniques, Least Square, Quadratic Online Help Key Direct Results in ppm and meq Useful for Medical & Soil Testing Mode: General, Serum, Urine Sensitivity: General: Na: 0.5 ppm, K: 0.5 ppm, Li: 0.5 ppm, Ca: 15 ppm Filters: Na & K supplied (Ca & Li are optional at extra cost) Resolution: 0.1 ppm/meq Reproducibility: < 1% coefficient of variation for 20 consecutive samples using 10 ppm Na set as max standard Curve Fit Accuracy: < 2% error when 3 ppm Na/K and 5 ppm Li are set as maximum standards Display: 128 x 64 Graphical LCD Display Flame System: LPG and dry oil free air Detector: Silicon photodiode Calibration: Upto 5-Point calibration with curve fitting software Flame Failure:Auto detection.