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Microprocessor Spectrophotometer

Name: Microprocessor Spectrophotometer
Brand: LABSOUL INDIA
Price: 40000 INR
Availability: InStock

Price 40000 INR/ Piece

Get a Price/Quote

MOQ : 10 Pieces

Microprocessor Spectrophotometer Specification

Features
Auto Zero, Auto Blank, Direct Concentration Readout, Large Digital Display, Wavelength Adjustment

Glass Type
Quartz Cuvette Supported

Display Type
Digital LCD Display

Control Type
Microprocessor Based Control

Shape
Rectangular

Power Supply
230 V AC, 50 Hz

Accuracy
0.5%T

Usage
For Laboratory

Type
Microprocessor UV-Visible Spectrophotometer

Dimension (L*W*H)
56 x 48 x 29 Centimeter (cm)

Product Type
Microprocesor

Equipment Type
Analytical Laboratory Instrument

Weight
13-15 Kilograms (kg)

Equipment Materials
ABS Plastic, Powder Coated Metal

Power
AC 220V 10%, 50 Hz

Voltage
220 V

Material
ABS Plastic and Stailness Steel

Application
Quantitative/Qualitative Analysis in Laboratories

Weight
Approx. 8 Kg

Printer Interface
External (optional)

Light Source
Tungsten Halogen Lamp

Repeatability
0.2%T

Wavelength Range
325 nm - 1000 nm

Sample Compartment
Holds Standard 10mm Path Length Cuvettes

Measurement Modes
Absorbance, Transmittance, Concentration

Photometric Range
-0.3 - 3.0 A

Bandwidth
2 nm

Detector
Silicon Photodiode

Stability
0.002 A/h @ 500 nm

Data Storage
Stores up to 100 Sets of Data

Stray Light
0.3%T @ 360 nm

Microprocessor Spectrophotometer 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)
Western Europe, Asia, Australia, North America, Eastern Europe, Middle East, South America, Central America, Africa

Main Domestic Market
All India

About Microprocessor Spectrophotometer

Double Beam UV Visible Spectrophotometer (with 8 cell Holder)

Offered comes with wavelength range of 190-1100 nm, spectral bandwidth of 1 nm, working mode of T,A,C,E and double beam based optical system. Further, the system can deliver fast, medium and slow scanning speeds and have other support options including glass cells, quartz cells, fuse, instrument cover, software CD, USB CABLE cable and operation manual. Some of the other standard range of the system includes photometric range of -0.3 - 3.5 A, 0 to 220 %T, wavelength accuracy of +0.3 nm, wavelength reproducibility of < 0.10 nm as well as photometric accuracy of + 0.3% T (0-100% T) & +0.002 A (0-0.1 A) among others.

Technical Specifications:-

Wavelength Range	190-1100 nm
Spectral Bandwidth	1 nm
Working Mode	T,A,C,E
Optical System	Double beam
Scanning Speed	Fast / Medium / Slow
Photometric Range	-0.3 - 3.5 A, 0 to 220 %T
Wavelength Accuracy	+0.3 nm
Wavelength Reproducibility	< 0.10 nm
Photometric Accuracy	+ 0.3% T (0-100% T) +0.002 A (0-0.1 A)
Photometric Reproducibility	< 0.15 % T
Stray Light	< 0.1% T (Nal. 220nm, NaNO2 340 nm)
Baseline Flatness	+ 0.002 A
Stability	< 0.001A/h (at 500 nm, after warming up)
Noise	+0.001A (at 500 nm, after warming up)
Detector	Dual Silicon Photodiode
Display	6 inches high light blue LCD
Power	AC:220V + 10%, 50 Hz.
Dimensions	630 x 470 x 210 mm
Weight	26 Kg
Glass Cells	16 No.
Quartz Cells	4 Nos.
Fuse	3 Nos.
Instrument Cover	1 No.
Software CD	1 No.
USB Cable	1 No.
Operation Manual	1 No.

Precision Measurements and Ease of Use

This spectrophotometer is engineered for accurate and repeatable sample analysis. The digital LCD display and auto zero/blank features simplify the setup and increase efficiency. With absorbance, transmittance, and concentration measurement modes, users can perform a wide range of tests with clear, direct data readouts, making it practical for both routine and specialized laboratory work.

Robust Construction and Versatile Application

Constructed from ABS plastic and stainless steel, the instrument offers robust durability for frequent use in laboratories. Its compatibility with quartz cuvettes and external printer interfaces enhances usability. Ideal for quantitative and qualitative analysis, its broad wavelength range accommodates diverse analytical requirements in chemical, biological, and industrial research.

FAQ's of Microprocessor Spectrophotometer:

Q: How is the Microprocessor Spectrophotometer typically used in laboratory analysis?

A: This spectrophotometer is commonly used for both quantitative and qualitative analysis of samples. It can accurately measure absorbance, transmittance, and concentration, making it suitable for chemical, biological, and industrial laboratory settings.

Q: What are the benefits of using this spectrophotometer for routine laboratory testing?

A: Key benefits include high measurement precision (accuracy of 0.5%T), excellent stability (0.002 A/h @ 500 nm), ease of use with auto zero/blank features, and the ability to store up to 100 sets of data, streamlining repetitive sample analyses.

Q: When should I select this model for my laboratory?

A: Choose this model when you need precise UV-Visible measurements within the 325-1000 nm range, require reliable repeatability (0.2%T) for repetitive testing, and value user-friendly controls with data storage capabilities for research or quality control labs.

Q: What is the process for operating the instrument during sample analysis?

A: Place your sample in a standard 10 mm quartz cuvette, set the desired wavelength and mode (absorbance, transmittance, or concentration), auto zero or blank the instrument as needed, and initiate the measurement. Results are displayed directly on the digital LCD, with options for data storage or external printing.

Q: Where can this spectrophotometer be installed or used?

A: This spectrophotometer is suitable for laboratories in educational, industrial, and research institutions. Its sturdy ABS plastic and stainless steel construction make it ideal for regular bench-top use indoors.

Q: How does the microprocessor control system enhance instrument performance?

A: The microprocessor-based control system ensures precise parameter adjustments, enhances data reliability through automation (such as auto zero and blank functions), and simplifies operation, reducing the potential for user error.