Microprocessor Flame Photometer RS 1381

Microprocessor Flame Photometer is an ideal instrument for the determination of sodium, Potassium, Calcium and Lithium. It uses the latest microcontroller technology and advanced engineering techniques so as to give enhanced and reproducibility. The System has 3-Point calibration facility using curve fitting software. It has soft touch membrane key for ease of operations.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 the digital display.

INTERLABS / SCIENTIFIC & LABORATORY EQUIPMENT

Microprocessor Flame Photometer RS-1381

Microprocessor Flame Photometer is an ideal instrument for the determination of sodium, Potassium, Calcium and Lithium. It uses the latest microcontroller technology and advanced engineering techniques so as to give enhanced and reproducibility. The System has 3-Point calibration facility using curve fitting software.

Product Overview

The Microprocessor Flame Photometer RS-1381 belongs to Laboratory & Scientific Instruments – Spectroscopy & Photometry and is intended for professional laboratory, research, education, testing or quality-control workflows as applicable. Exact capabilities should be confirmed against the verified model specification.

Key Features

01

Microprocessor-based control or operation where specified

Microprocessor-based control or operation where specified

02

Digital display or control interface where specified

Digital display or control interface where specified

03

Flame-based photometric measurement for selected elements

Flame-based photometric measurement for selected elements

Applications

01

Routine elemental analysis

02

Clinical and biochemical laboratories

03

Water and environmental analysis

04

Educational laboratories

05

Research applications

How Does the Microprocessor Flame Photometer RS-1381 Work?

The sample is introduced into a flame, where characteristic emitted radiation from selected elements is filtered and detected. The signal is processed to provide a measurement related to elemental concentration.

Benefits

  • Supports structured laboratory and scientific workflows
  • Helps users perform the intended measurement, preparation, observation or test procedure
  • Useful for research, education and quality-control work as applicable
  • Can be selected around the required procedure, sample type and verified specifications

How to Choose the Right Microprocessor Flame Photometer RS-1381

Consider the intended procedure, sample or specimen type, measurement requirements, capacity, operating conditions, laboratory workflow and the verified technical specifications of the selected model.

Frequently Asked Questions

What is a Microprocessor Flame Photometer RS-1381?

A microprocessor flame photometer rs-1381 is an analytical instrument used for photometric determination of selected elements such as sodium, potassium, calcium or lithium when supported by the instrument.

How does a flame photometer work?

It introduces a prepared sample into a flame and measures characteristic emitted radiation associated with selected elements.

What should I consider when selecting a flame photometer?

Consider the elements to be measured, calibration method, sample requirements, display, gas arrangement and laboratory workflow.

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