Flame photometer manual pdf

Manual sample supply. Flame Photometers. Determining the concentration of alkali and alkaline earth elements in laboratory and process. all Flame Photometers. Laboratory version Process version Automatic unit without dilution. Automatic unit with dilution Calibration standards and cleaning solutions for flame photometers. ABSTRACT: Flame Photometry also known as flame atomic emission spectrometry is a branch of analytical science that examined the species in form of atom, mostly it works on principle of ionization of alkali metal salt drawn into a non-luminous flame. Model Flame Photometer developed by Corning is the latest single channel Flame Photometer in that line. The Model has been manufactured and significantly updated by Sherwood Scientific over the last 10 years and represents the world’s most successful and best performing low temperature single element Flame Photometer. The Model

Flame photometry provides a simple method of analysis and concentration determination of elements which cannot easily be measured using any other technique. PG Instruments application notes for users of our versatile new flame photometers cover a wide range of industrial sectors, from food and drink to cement, minerals and glass, as well as. In flame photometer there are three fundamental systems which are emission, λ-selection and recording. The general flow diagram is shown in Figure 3. Read the introduction from the manual. 1) Describe the basic differences between atomic emission and atomic absorption. A simple flame photometer consists of the following basic components: a) The burner: a flame that can be maintained in a constant form and at a constant temperature. b) Nebuliser and mixing chamber: a means of transporting a homogeneous solution into the flame at a steady rate.

Lighting the flame Lighting the flame Manual To start the flame ignition sequence: Automatic If the FPD output with the flame on falls below the flame-off output plus the Lit offset value, this is interpreted as a flame-out condition. The FPD runs the flame ignition sequence to relight the flame. If this fails, it runs the sequence again. A simple flame photometer consists of the following basic components: a) The burner: a flame that can be maintained in a constant form and at a constant temperature. b) Nebuliser and mixing chamber: a means of transporting a homogeneous solution into the flame at a steady rate. In order to completely disconnect power to the flame photometer the mains power cord must be d etached from the back of the unit. Ensure a suitably rated detachable mains cord is used. This hazard symbol is present on the flame chimney outer casing and indicates that the surface may be hot to touch. /Rev E/ Page 4.