microprocessor flame photometer

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MOQ : 10 Units

microprocessor flame photometer Specification

Voltage
220-240 Volt (v)

Power Supply
AC Mains

Usage
Laboratory Flame Photometric Analysis

Power Consumption
Less than 50 W

Product Type
microprocessor flame photometer

Material
Metal

Size
Compact Bench Top

Style
Modern Compact

Weight
Approx. 7 kg

Feature
Easy to Operate

Color
White and Blue

Sample Throughput
60 samples/hour

Aspiration Rate
2-5 ml/min

Flame Source
LPG/Propane gas

Display
7-Segment Digital Display

Detector
Photo-sensitive Detector

Measuring Range
Na: 0-100 ppm, K: 0-100 ppm, Ca: 0-100 ppm, Li: 0-100 ppm

Repeatability
± 2% of Full Scale

Operation
Microprocessor Controlled

Accessories
Air Compressor, Atomizer, Standard Solutions, Tubing

Dimensions
420 x 250 x 175 mm

Sensitivity
< 0.2 ppm for Na & K

Calibration
Automatic via Microprocessor

microprocessor flame photometer Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash Advance (CA), Telegraphic Transfer (T/T), Cash in Advance (CID), Cheque

Supply Ability
10 Units Per Day

Delivery Time
2-3 Days

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
Box

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

Main Domestic Market
All India

About microprocessor flame photometer

Grab the opportunity to capitalise on our resplendent microprocessor flame photometer, designed for superb laboratory accuracy. Measuring Na, K, Ca, and Li concentrations from 0-100 ppm, this outstanding device features a high-sensitivity photo-sensitive detector, reliable repeatability (2%), and automatic calibration. Buy now to benefit from its easy operation, compact bench-top build, and modern style. Suitable for every lab, it handles up to 60 samples/hour efficiently, consumes less than 50 W, and includes all vital accessories. Make your analyses exceptional-order from India's leading distributor, exporter, manufacturer, supplier, and trader.

Ideal for Laboratory Analysis and Plant Use

The microprocessor flame photometer is extensively used by laboratory professionals and researchers in plant application settings. Its advanced design is suited for chemical and agricultural labs, water treatment facilities, and clinical diagnostic centers. This compact, bench-top flame photometer offers outstanding reliability for soil, water, and biological testing, ensuring expert results in diverse environments.

Domestic Market, Sample Availability, and Dispatch Assurance

Samples of our microprocessor flame photometer are available upon request, allowing clients to evaluate its performance before purchase. Flexible payment terms are provided to suit diverse requirements. We serve the entire domestic mar, delivering efficient transportation and prompt dispatching across India's main domestic markets, ensuring seamless and reliable service from order to delivery.

FAQ's of microprocessor flame photometer:

Q: How does the flame photometer measure sodium and potassium concentrations?

A: The microprocessor flame photometer uses a photo-sensitive detector and advanced electronic processing to accurately determine sodium and potassium levels within a range of 0-100 ppm. The instrument provides superb sensitivity below 0.2 ppm for Na and K, delivering reliable results.

Q: What accessories are included with the photometer upon purchase?

A: Each unit is supplied with essential accessories such as an air compressor, atomizer, standard solutions, tubing, and a flame source compatible with LPG or propane gas. These ensure immediate, outstanding usability in any laboratory setting.

Q: Where can this device be used effectively?

A: This flame photometer is widely used in laboratories, agricultural research centers, plant applications, water treatment facilities, and clinical diagnostics-anywhere accurate ion measurement is required.

Q: When should the calibration process be performed?

A: The instrument features automatic calibration via its microprocessor, simplifying maintenance. Calibration should be done before each analysis batch to ensure optimal sensitivity and repeatability.

Q: What benefits does the microprocessor-controlled operation offer?

A: Microprocessor control provides easy-to-operate functionality, high sample throughput (60 samples/hour), enhanced accuracy, and reliable automation, capitalizing on superb workflow efficiency for laboratory professionals.

Q: How is the device dispatched and transported within India?

A: Products are promptly dispatched and carefully transported throughout India's main domestic markets, ensuring secure, timely delivery to laboratories and research institutions nationwide.

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