Flame Photometer - Microprocessor Based

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Flame Photometer - Microprocessor Based Specification

Voltage
230 Volt (v)

Dimension (L*W*H)
28X23X20 Centimeter (cm)

Power
r supply to take care of mains variation of voltages between 200 to 250V Watt (w)

Usage
Tiles and Ceramics Miscellaneous Testing Equipment

Accuracy
+-2 % upto 40 ppm %

Automation Grade
Semi Automatic

Features
Accurate results, Robust construction, Efficient working

Operate Method
Electric

Product Type
Flame Photometer - Microprocessor Based - Dual Channel

Machine Weight
Flame Photometer 6.5 Kg. , Compressor 9.1Kg Kilograms (kg)

Flame Photometer - Microprocessor Based Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
4 Week

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Wooden Box / Corrugated Box

Certifications
ISO 9001 : 2015

About Flame Photometer - Microprocessor Based

Principle:

A solution of the salt is aspirated into the LPG AIR flame. The vapor takes up energy from the flame and emits the wavelength Characteristic color of the element being tested. The intensity of emitted light is proportional to the concentration of the metalIon in thesolution. This light is measured through a filter OR detector OR amplifier combination. This being a comparator, knownStandard solutions are to be used for calibration.

Salient Features:

Compact
Ease of Operation
Mains Operated Dual Channel LINEAR AND Versions
Large Bright LED Digital Display
Rapid and accurate determination of Na, K, Ca and Li
Compressor with Stable pressure output

Applications

Agriculture Biochemistry
Cement Ceramics
Chemicals Oil Refining
Fertilizer Food and Dairy Industry
Geology Horticulture
Metallurgy Water Analysis

Furtherdetails available on our website.

The Price mentioned here are subject to change as per the capacity,specifications and application of the user.

Reliable Results for Tiles and Ceramics

Engineered for accuracy, this flame photometer provides dependable analysis essential for quality testing in the tiles and ceramics industries. Its microprocessor-based controls ensure precision across a wide voltage range, supporting high-standard manufacturing and research processes.

Compact and Robust Design

With a footprint of just 28x23x20 cm and an overall weight suitable for benchtop installations, the instrument is both space-efficient and durable. Easy integration into laboratory or production environments makes it a practical choice for continuous testing.

FAQs of FLAME PHOTOMETER - MICROPROCESSOR BASED:

Q: How is the flame photometer used in tiles and ceramics testing?

A: The flame photometer measures the concentration of specific metal ions in ceramic and tile samples, helping to monitor quality and composition for manufacturing and research purposes.

Q: What process does the microprocessor-based flame photometer follow for testing?

A: Samples are introduced into the flame, where metal ions emit characteristic light. The microprocessor analyzes the intensity of the emitted light, providing accurate quantitative results.

Q: When should routine testing be performed using this instrument?

A: Routine testing should be performed during raw material inspection, in-process quality checks, and final product validation to ensure consistency and compliance with industry standards.

Q: Where can the microprocessor-based flame photometer be installed?

A: Due to its compact dimensions and manageable weight, the instrument can be installed in laboratories, quality control rooms, or on production floors within tiles and ceramics manufacturing facilities.

Q: What are the power requirements and how does it handle voltage fluctuations?

A: The device operates efficiently on a 230V power supply and is designed to accommodate voltage variations between 200V and 250V, ensuring stable performance even in areas with inconsistent mains power.

Q: What benefits does this flame photometer offer to manufacturers and exporters in India?

A: Manufacturers and exporters benefit from its precise measurements, robust design, and adaptability to Indian power standards, ensuring both product quality and regulatory compliance for domestic and international markets.

Technical Details