Microprocessor Based Flame Photometer

Features and Functions
- Clinical, Educational and Industrial applications in ONE instrument.
- Four element measurement in a single aspiration (Na, K, Li and Ca)
- Calibration curve fit routines first order and second order
- Data displayed in concentration units i.e. ppm and meq
- Automatic filter selection, auto calibration feature
- Printer attachment, PC connecting compatibility
- Sample data storage, more then 500 results
- Alphanumerical key board for easy data entry.
- Graphical LCD display thus easy to read
- Curve calibration using up to 5 standards
- Multiple calibration curve saving facility
- Stainless steel burner

Technical Specifition

Range :
1. GENERAL ANALYTICAL
Na 0.1-100ppm (Up to 250 meq/L, 1:100 dilution)
K 0.1-100ppm (Up to 250 meq/L, 1:100 dilution)
Ca 10-100ppm (Up to 250 meq/L, 1:100 dilution)
Li 0.5-100ppm (Up to 250 meq/L, 1:100 dilution)

2. SERUM
Na 0-200 (1:100 dilution)
K 0-10 (1:100 dilution)
Ca-Li 0-2 (1:5 dilution)

3. Urine
Na 0-250 (1:100 dilution)
K 0-100 (1:100 dilution)
Ca-Li 0-10 (1:2 dilution)

- Sensitivity : Na 0.5 ppm, K 0.5 ppm, Li 0.5 ppm, Ca 10 ppm
- Filters :Filters for sodium and potassium included : Lithium and Calcium extra
- Resolution :0.1 ppm / meq- Linearity : <3% of F.S.
- Range Selection : Automatic
- Reporducibility : 2% for 25 samples
- Curve fit accuracy : ±2% FS
- Display : LPG and dry oil free air
- Detector : Silicon photodiode
- Calibration : Up to 5-point calibration with curve fitting software
- Gas Control : Fully Adjustable
- Gas Cutoff : Automatic gas cutoff on power failure
- Ignition System : Auto Ignition
- Atomizer : Axial Flow Type
- Power : 230V ±10% AC, 50/60 Hz.
- Dimensions : 365x245x220mm (LxBxH) Approx.
- Weight : Main Unit 7.5 Kg. Approx.

Compressor Unit
- Air Supply : Oil free compressor unit with pressure regulator & gauge, Built in air filter
- Combustion LPG : Controlled by precision regulator
- Power : 230V ±10% AC, 50/60 Hz.
- Dimensions : 290x255x210mm (LxBxH) Approx.
- Weight : 8 Kg. Approx.