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Microprocessor Flame Photometer

Price 45000 INR/ Piece

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MOQ : 10 Pieces

Microprocessor Flame Photometer Specification

Temperature Resistance
Up to 50C ambient

Accuracy
2% (for Na and K at 100 ppm)

Glass Type
Borosilicate Glass Nebulizer

Shape
Rectangular

Display Type
Digital LED Display

Features
Automatic ignition, automatic air compressor, digital readout, simultaneous display of readings, printer port

Power Supply
230V AC, 50Hz

Control Type
Microprocessor Controlled

Usage
For Laboratory

Type
Microprocessor Flame Photometer

Dimension (L*W*H)
365 x 245 x 220 Millimeter (mm)

Product Type
Microprocesor

Weight
9-12 Kilograms (kg)

Equipment Type
Lab Analytical Instrument

Equipment Materials
Stainless steel body with powder coating

Power
230V 10%, 50Hz AC

Voltage
230V AC

Material
Stailness Steel

Application
Determination of Na, K, Ca, Li in solutions; Clinical, Soil, Pharmaceuticals, Food, and Beverage Analysis

Detector
Photodiode/Photomultiplier Tube

Sample System
Nebulizer and Mixing Chamber

Repeatability
< 1% Coefficient of Variation for 20 ppm Na/K

Aspiration Rate
5-6 ml/min

Measurement Range (Li)
0-100 ppm

Filters
Interference filters for Na, K, Ca, Li

Measurement Range (Ca)
0-100 ppm

Sensitivity
Na: 0.2 ppm, K: 0.2 ppm

Printer Interface
Yes

Safety
Flame failure alarm and cutoff

Drift
Less than 2% per hour

Calibration
Automatic through Microprocessor

Measurement Range (Na)
0-100 ppm

Measurement Range (K)
0-100 ppm

Microprocessor Flame Photometer Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash in Advance (CID), Cash Advance (CA)

Supply Ability
1000 Pieces Per Month

Delivery Time
1 Week

Main Export Market(s)
Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Central America, Asia, Africa

Main Domestic Market
All India

About Microprocessor Flame Photometer

Microprocessor Flame Photometer, Model- 0002 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. It has soft touch membrane key for ease of operations. the solution is aspirated through an automiser, Air sample 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. The System has 5-Point calibration facility and no linearity correction is provided through an automatic curve fitting software. Facility has been provided for re-standardization with a single standard, thereby, eliminating the need of the multiple standards once a calibration has been performed.

Features

Microprocessor Based with Printer Interface
Auto Gas Cutoff (Model - LSI 0002)
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

Advanced Analytical Capabilities

This flame photometer provides highly accurate and repeatable results for Na, K, Ca, and Li, with an automatic calibration system managed by a microprocessor. Its sensitivity of 0.2 ppm and digital LED readout enable precise detection, critical for clinical diagnostics, soil analysis, and food and beverage quality control.

User-Friendly Operation and Safety Features

Engineered for seamless laboratory integration, the photometer features automatic ignition, integrated air compressor, easy-to-use controls, and a safety flame failure cutoff. Simultaneous digital display and printer interface simplify documentation and enhance user experience.

Durable Construction and Robust Performance

Housed in a stainless steel body coated for durability, this instrument is built to endure rigorous laboratory conditions. With resistance to temperatures up to 50C and weighing 9-12 kg, it offers reliable, stable performance in a variety of research and industrial settings.

FAQ's of Microprocessor Flame Photometer:

Q: How does the microprocessor-controlled automatic calibration benefit users?

A: The automatic calibration ensures consistent accuracy and eliminates manual adjustment errors. Users can trust their results during routine analysis, making workflows efficient and reducing maintenance downtime.

Q: What applications are suitable for this flame photometer?

A: This instrument is ideal for laboratories involved in clinical analysis, soil testing, pharmaceutical quality control, and food and beverage monitoring. Its capability to detect Na, K, Ca, and Li makes it versatile for multiple industries.

Q: When should the flame photometer be recalibrated or serviced?

A: It is recommended to recalibrate the instrument whenever there's a change in standards, after extensive use, or if accuracy seems compromised. Regular servicing based on manufacturer guidelines ensures optimal performance.

Q: Where can this instrument be installed for best performance?

A: Install the flame photometer in a well-ventilated laboratory, away from direct heat sources and corrosive environments. Ensure ambient temperatures stay within the resistant range (up to 50C) for prolonged instrument life.

Q: What is the process for performing a typical analysis with this photometer?

A: The process involves aspirating the sample via a nebulizer, automatically igniting the flame, and using microprocessor-guided measurement. Results are displayed digitally and can be printed directly for documentation.

Q: How does the instrument ensure safety during operation?

A: Safety is prioritized with a flame failure alarm system that automatically cuts off the gas supply, reducing risk during flame instability. The robust stainless steel body further enhances laboratory safety.

Q: What are the key benefits compared to standard flame photometers?

A: Key benefits include increased accuracy, digital data display, printer connectivity for easy record-keeping, automatic calibration, safety features, and durable construction suited to demanding laboratory use.

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