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Single Beam Spectrophotometer

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MOQ : 1 Box

Single Beam Spectrophotometer Specification

Connectivity Type
RS232 interface for PC connectivity

Frequency
50/60Hz

Capacity
Standard 10 mm cuvette holder

Resolution
0.1%T, 0.001A, 1 nm

Sensor Type
Silicon photodiode detector

Humidity %
Less than 85% RH

Measurement Range
0-200%T, -0.3 to 3A, 0-1999C

Temperature Range
Room temperature operation

Material
Metal and high-quality plastic body

Power Supply
AC 220V 10%, 50/60Hz

Power Consumption
30W

Accuracy
0.5%T

Display Type
4-digit LED display

Range
190-1000 nm

Wavelength Accuracy
2 nm

Equipment Type
Single Beam Spectrophotometer

Net Weight
8 kg

Stray Light
0.3%T @ 220nm, 360nm

Light Source
Tungsten Halogen & Deuterium Lamp

Dimensions
420 x 340 x 180 mm

Sample Holder Capacity
Up to 4 cells

Data Output
RS232C

Path Length
10 mm standard

Spectral Bandwidth
5 nm

Detector
Silicon Photodiode

Photometric Accuracy
0.5% T

Applications
Qualitative and quantitative analysis in laboratories

Baseline Flatness
0.005A

Wavelength Repeatability
1 nm

Single Beam Spectrophotometer Trade Information

Minimum Order Quantity
1 Box

Supply Ability
20 Boxes Per Day

Delivery Time
4-6 Days

Sample Available
Yes

Main Domestic Market
Uttarakhand, Uttar Pradesh, Haryana, Chandigarh, Punjab, Delhi, Rajasthan, Himachal Pradesh

About Single Beam Spectrophotometer

Single Beam Spectrophotometer is one of the most commonly utilized instruments in pathological & biochemistry laboratories. It is intended to be used for quantitative measurement of analyte in patients sample. This instrument works on principle of using Lamberts & Beers law which says that amount of light absorbed is directly proportional to the amount of solute present in sample. It is known to have table top structure and is provided with user friendly control panel. Offered Single Beam Spectrophotometer also comprises digital panel with backlit display for clear visibility. It is also utilized for various biochemical experiments that involve ENA, RNA, & proteins.

Accurate and Versatile Analysis

Achieve precise quantitative and qualitative results with advanced features like 0.5% photometric accuracy and 5 nm spectral bandwidth. The device supports a broad spectral range and provides reliable baseline flatness and low stray light, enhancing confidence in analytical outcomes for pharmaceutical, chemical, or environmental labs.

Efficient Workflow and Connectivity

Process up to four samples simultaneously with the multi-cell holder, optimizing laboratory efficiency. The RS232C output enables swift data transfer to computers, simplifying reporting and record-keeping. The 4-digit LED display ensures clear readings, while intuitive controls make operation straightforward for users of varying experience levels.

FAQs of Single Beam Spectrophotometer:

Q: How does the spectrophotometer ensure accurate wavelength measurements?

A: The instrument maintains wavelength accuracy of 2 nm and repeatability of 1 nm through its advanced optical system, dual light sources, and precise silicon photodiode detector, ensuring consistent and reliable results for diverse laboratory analyses.

Q: What kind of samples can be analyzed with this spectrophotometer?

A: It is ideal for qualitative and quantitative analysis of liquids, solutions, or suspensions in laboratory settings. Its standard 10 mm cuvette holder accommodates up to four sample cells, supporting a wide range of laboratory applications, including pharmaceutical, biochemical, and environmental testing.

Q: When should baseline flatness and stray light levels be checked?

A: Baseline flatness (0.005A) and stray light (0.3%T at 220 nm, 360 nm) should be evaluated periodicallypreferably before each measurement session or as part of routine calibrationto ensure data integrity and instrument reliability.

Q: Where can the data output from the spectrophotometer be directed?

A: All measurement data generated by the spectrophotometer can be transmitted to a connected PC or laboratory information system via the RS232C interface, allowing for easy documentation and further analysis.

Q: What is the process for operating the spectrophotometer?

A: Operation involves inserting the sample into the 10 mm cuvette holder, selecting the desired wavelength, and reading the measurement on the 4-digit LED display. Data can then be exported and managed via RS232 connectivity. Routine cleaning and calibration help maintain measurement accuracy.

Q: How does the spectrophotometer benefit laboratory workflows?

A: Its robust design, multi-cell sample holder, accurate measurements, and computer connectivity streamline laboratory tasks, increase throughput, and minimize data errors, ultimately enhancing productivity and analytical confidence.

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