USED PERKIN ELMER 303

Perkin Elmer 303 Atomic Absorption Machine
Make: Perkin Elmer 
Model: 303
Type: Atomic Absorption Machine (AA Machine)
Year: 70's Vintage
Power Requirements: 120 Volt, 50/60Hz 
Condition: Used Condition
Technical Features and Components:
Spectrometer Type: Double-Beam Atomic Absorption Spectrophotometer
Atomization: Flame Atomizer Utilizing Acetylene/Air as the Oxidant
Optics: Front-Surfaced, Reflecting Optics with Protective Coating, Initially Sealed with a Semicircular Metal Rear Shield
Wavelength Selection: Capable of Precise Wavelength Selection for Identifying Specific Elements
Detector: Typically Uses a Photo-Multiplier Tube
Light Source: Compatible with Intensitron Hollow Cathode Lamps Designed Specifically for Element Detection
Operation: Manual, Knob-Controlled Interface Requires the User to Select Wavelengths and Adjust Flame Conditions
Spectrometer Type: Double-Beam Atomic Absorption Spectrophotometer
Atomization: Flame Atomizer Utilizing Acetylene/Air as the Oxidant
Optics: Front-Surfaced, Reflecting Optics with Protective Coating, Initially Sealed with a Semicircular Metal Rear Shield
Wavelength Selection: Capable of Precise Wavelength Selection for Identifying Specific Elements
Detector: Typically Uses a Photo-Multiplier Tube
Light Source: Compatible with Intensitron Hollow Cathode Lamps Designed Specifically for Element Detection
Operation: Manual, Knob-Controlled Interface Requires the User to Select Wavelengths and Adjust Flame Conditions
Applications and Performance:
Trace Element Analysis: Widely Used for Detecting Trace Amounts of Metals Such As Lead (Pb), Cadmium (Cd), Copper (Cu), Zinc (Zn), and Iron (Fe)
Performance: Known for High Sensitivity and Being a Significant Improvement Over Early Alternatives like the "EEL" Spectrometer
Industries: Used in the Chemical, Water Quality, and Food Analysis Industries, Including Testing Ceramic Glazes and Water Samples
Trace Element Analysis: Widely Used for Detecting Trace Amounts of Metals Such As Lead (Pb), Cadmium (Cd), Copper (Cu), Zinc (Zn), and Iron (Fe)
Performance: Known for High Sensitivity and Being a Significant Improvement Over Early Alternatives like the "EEL" Spectrometer
Industries: Used in the Chemical, Water Quality, and Food Analysis Industries, Including Testing Ceramic Glazes and Water Samples
Location: Savona, British Columbia, Canada
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