Send Inquiry

Request To Call Back

MICROPROCESSOR UV SPECTRO PHOTOMETER

Get a Price/Quote

MOQ : 1 Piece

MICROPROCESSOR UV SPECTRO PHOTOMETER Specification

Weight
Approx. 13 kg

Dimension (L*W*H)
480 x 380 x 210 mm

Voltage
220 V AC 10%, 50 Hz

Material
ABS Plastic and Stainless Steel

Capacity
Single or dual beam cuvette holder

Power
75 W

Product Type
Microprocessor UV Spectro Photometer

Application
Pharmaceuticals, Clinical Labs, Biochemistry, Research, Chemical Analysis

Usage
Quantitative and qualitative analysis of samples using UV and visible light

Classification
Laboratory Equipment

Operate Method
Microprocessor Controlled with Digital Keypad

Color
White/Grey

Software
PC Software for Data Analysis (optional)

Photometric Range
-0.3 to 3.0 A, 0 to 200% T

Wavelength Accuracy
0.5 nm

Photometric Repeatability
0.2% T

Photometric Accuracy
0.3% T

Accessories Included
Quartz cuvettes, power cord, user manual

Sample Holder
4-position Cell Holder (10 mm path length cuvettes)

Stray Light
0.05% T at 220 nm & 340 nm

Data Output
RS232 Interface

Spectral Bandwidth
2 nm

Light Source
Deuterium Lamp & Tungsten Halogen Lamp

Printer Interface
Parallel Port

Environmental Conditions
Temperature 10-40C, Humidity 80% RH

Display
Large LCD Digital Display

Wavelength Repeatability
0.2 nm

Wavelength Range
190-1100 nm

Detector
Silicon Photodiode

MICROPROCESSOR UV SPECTRO PHOTOMETER Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Sample Available
Yes

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

Packaging Details
carton box, export quality also available

Main Export Market(s)
Asia, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About MICROPROCESSOR UV SPECTRO PHOTOMETER

MICROPROCESSOR UV SPECTRO PHOTOMETER ETA-16A

Microprocessor UV Spectrophotometer is a solid state microcontroller based instrument designed for quick and accurate spectrophotometric analysis of any concentration. The instrument uses the latest microprocessor technology and advanced engineering techniques so as to give enhanced accuracy and reproducibility.

SPECIFICATION OF MICROPROCESSOR UV SPECTRO PHOTOMETER SPECTREAL

Range 195 to 1000 nm
Resolution 0.1 nm
Sepctral Band Width 2 nm
Accuracy 0.5 nm
Repeatability 0.3 nm

PHOTOMETRIC

Photometric Range % T : 0 to 100 % , Abs : 0 to 1.999
Conc.: 0 to 1999, K-Factor : 0 to
1999
Accuracy ±0.005 Abx at 1.0 Abs
Stray Light Less than 0.1 % at 320 nm
Data Readout Single Line LCD display
Key Board 4 Keys, soft touch membrance type
Serial Interface RS 232C interface
Light Source a) Tungsten Halogen Lamp
b) Deuterium Lamp (D2)
Detector Wide range Silicon Photodiode
Readability ±1 Count
Printer Interface Printer interface for any centronics
dot matrix printer
Optics Complete mirror optics with resolution
1200 grooves/mm grating
Power 230V 10% AC, 50 Hz

Advanced Performance & Precision

With a photometric range from -0.3 to 3.0 A and photometric accuracy of 0.3% T, the Microprocessor UV Spectrophotometer ensures reliable results for both routine and complex analyses. Its wavelength accuracy and repeatability allow consistent, reproducible outcomes vital for laboratory research and quality control.

Ease of Use and Data Management

Featuring a digital keypad, large LCD display, and user-friendly interface, this spectrophotometer streamlines workflow. The instrument includes an RS232 interface and a parallel port for external data output or printing, while optional PC software enhances data analysis, archiving, and reporting.

Versatility in Laboratory Applications

Ideal for pharmaceutical, clinical, research, and chemical laboratories, this spectrophotometer excels in a wide range of qualitative and quantitative assessments. It is engineered for use within 1040C and up to 80% relative humidity, ensuring stable operation under standard laboratory conditions.

FAQs of MICROPROCESSOR UV SPECTRO PHOTOMETER:

Q: How does the Microprocessor UV Spectrophotometer ensure high measurement accuracy?

A: The spectrophotometer maintains high measurement accuracy with a wavelength accuracy of 0.5 nm and repeatability of 0.2 nm. Its photometric accuracy is 0.3% T, supported by a dual light source (deuterium and tungsten halogen) and a silicon photodiode detector, ensuring precise and reliable data.

Q: What types of analyses can be performed with this spectrophotometer?

A: This instrument supports both qualitative and quantitative analyses in the UV and visible ranges, making it suitable for analyzing pharmaceutical ingredients, biological samples, chemical compounds, and performing routine laboratory tests or advanced research studies.

Q: When should users calibrate or maintain the UV spectrophotometer for optimal results?

A: Regular maintenance and calibration are recommended according to laboratory protocolsoften before critical experiments or routine operational schedules. The devices high repeatability and reliability minimize frequent recalibration, but periodic checks help maintain best results.

Q: Where can the Microprocessor UV Spectrophotometer be most effectively used?

A: This spectrophotometer is best utilized in pharmaceutical quality control, clinical diagnostics, biochemical studies, chemical research, and academic laboratory environments due to its broad wavelength range and robust performance under standard lab conditions.

Q: What is the process for collecting and exporting data from the spectrophotometer?

A: Data is displayed on a large LCD screen and can be exported via the RS232 interface or parallel port for printing. Optional PC software further enables data analysis, archiving, and comprehensive reporting for documentation and regulatory compliance.

Q: How should the spectrophotometer be operated for typical sample analysis?

A: Place your sample in a 10 mm path length quartz cuvette within the 4-position cell holder, select the desired wavelength and measurement mode using the digital keypad, and view results on the LCD display or export data as required.

Q: What are the primary benefits of using this spectrophotometer in a laboratory setting?

A: The main advantages are its precision, versatility across diverse applications, user-friendly controls, reliable data output, and stable performance in varying environmental conditions. This makes it an essential tool for research, diagnostics, and quality assurance across scientific fields.

Tell us about your requirement