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UV-VIS 3092 Spectrophotomet

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UV-VIS 3092 Spectrophotomet Specification

Model No
UV-VIS 3092

Accuracy
0.5%T

Automation Grade
Semi-Automatic

Power Source
240V AC Supply

Core Components
Light Source, Detector, Monochromator

Measurement Range
1901100 nm

Frequency
50 Hz

Temperature Range
Ambient

Capacity
Double Beam 1 cm Path Length

Voltage
220-240 V

Feature
High Accuracy, Enhanced Stability, Fast Measurement

Equipment Materials
Metallic Construction with Durable Finish

Type
UV-VIS Spectrophotometer

Usage
Laboratory Use

Display Type
Digital LCD Display

Dimension (L*W*H)
500 mm 420 mm 210 mm

Weight
Approx 18 kg

Wavelength Accuracy
0.3 nm

Power Consumption
90 W max

Data Output Port
RS232 / USB

Accessories Provided
Quartz Cuvettes, Power Cord, Dust Cover, User Manual

Spectral Bandwidth
2 nm

Photometric Range
-0.3 to 3 A

Detector Type
Silicon Photodiode

Wavelength Range
1901100 nm

Lamp Type
Deuterium & Tungsten Halogen

Repeatability
0.2%T

Stray Light
0.05%T @220 nm, 360 nm

Baseline Flatness
0.002 A

Sample Compartment
Suitable for 10 mm path length cuvettes

About UV-VIS 3092 Spectrophotomet

Standard Features of UV-VIS Spectrophotometer 3092

Fully PC controlled true double beam UV-visible spectrophotometer.
Photomultiplier tube detection provides exceptional sensitivity.
Stray light 0.01 %T (220nm Nal, 340nm NaNO2).
Photometric range -4.0 - 4.0 Abs.
User-selectable spectral bandwidth between 0.1-5nm.
User-friendly design allows easy light source replacement and routine maintenance.
Sample compartment design enables use of a wide range of optional accessories.
UV-WIN software offers many operational and data processing capabilities and is supplied as standard.

Optional System & Components

The UV3092 features an advanced continuous variable bandwidth feature, making it the instrument of choice for applications with a demand for precise and accurate control of wavelength resolution. This feature allows the user to specify exactly what bandpass is required in the range of 0.1-5nm.
The double beam optical design, combined with a high specification holographic grating, gives excellent wavelength separation, allowing the user to measure close adjacent wavelengths with excellent sensitivity.
The modular design of the sample compartment allows for ease of use with a wide range of optional accessories, ensuring accurate analysis of various sample types including liquids, thin films, and powders.
The user-friendly design of the lamp compartment allows easy replacement and simplified routine maintenance of the Deuterium and Tungsten lamps.
Full instrument control, data acquisition, and processing of measurement data are made possible by means of the UV-Win software

Advanced Optical Performance

The UV-VIS 3092 Spectrophotometer guarantees high optical accuracy with its double beam configuration and a wavelength range spanning from 190 nm to 1100 nm. It features a spectral bandwidth of 2 nm, a baseline flatness of 0.002 A, and stray light control of 0.05%T, ensuring dependable analytical results for a variety of laboratory procedures.

Reliable Measurement and Versatility

Designed for precise and repeatable laboratory work, this instrument provides excellent wavelength accuracy (0.3 nm) and photometric accuracy (0.5%T). It is suitable for a diverse range of applications, including quantitative and qualitative analyses, making it essential for research, quality control, and educational settings.

User-Friendly Design and Robust Build

The UV-VIS 3092 offers intuitive operation through its digital LCD display and semi-automatic controls. The system has a user-accessible sample compartment for standard 10 mm path length cuvettes and is constructed with high-durability metallic materials, ensuring longevity even under frequent laboratory use.

FAQ's of UV-VIS 3092 Spectrophotomet:

Q: How do I operate the UV-VIS 3092 Spectrophotometer for daily laboratory measurements?

A: To operate the UV-VIS 3092, connect it to a 240V AC supply and follow the user manual for start-up procedures. Use the digital LCD display to set measurement parameters, and insert your 10 mm path length cuvettes in the sample compartment. The semi-automatic interface simplifies data acquisition and management via RS232 or USB ports.

Q: What applications are best suited for the UV-VIS 3092 Spectrophotometer?

A: This spectrophotometer is ideal for quantitative and qualitative analysis in research laboratories, academic institutions, quality assurance departments, and chemical or pharmaceutical analysis, providing accurate results across a wavelength range of 190-1100 nm.

Q: When should I replace the lamp in the instrument, and which lamp types are used?

A: The instrument utilizes Deuterium and Tungsten Halogen lamps, suitable for UV and visible measurements, respectively. Replace lamps as per the manufacturer's guidelines in the user manual, or when there is a noticeable decline in intensity or accuracy of results.

Q: Where can I obtain accessories or technical support for the UV-VIS 3092 in India?

A: You can source accessories such as quartz cuvettes, power cords, and dust covers, or request technical support through authorized distributors, manufacturers, suppliers, service providers, and traders of laboratory equipment across India.

Q: What is the data output process, and how can I transfer result files?

A: The UV-VIS 3092 features RS232 and USB data output ports. Simply connect the device to a compatible computer or data acquisition system and transfer your results as per the software instructions outlined in the user manual.

Q: How does the double beam design enhance measurement accuracy?

A: The double beam system simultaneously measures sample and reference surfaces, compensating for fluctuations in lamp intensity and environmental conditions. This ensures higher accuracy and stability in photometric readings, supporting reliable laboratory results.

Q: What benefits does the robust metallic construction provide for laboratory use?

A: The durable metallic construction safeguards the instrument against physical damage and wear, promoting longevity. This stability is especially advantageous in demanding laboratory environments, ensuring consistent operation and minimal maintenance.

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