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Visible Spectrophotometer Scanning

Visible Spectrophotometer Scanning Specification

Display Type
LCD Display

Shape
Rectangular

Glass Type
Optical Glass Cuvette

Control Type
Membrane Keypad

Temperature Resistance
Ambient

Accuracy
0.5% T

Features
Fast Scanning, User Friendly, Auto Zero, High Stability, Large Sample Compartment

Power Supply
AC Mains

Type
Visible Spectrophotometer Scanning

Dimension (L*W*H)
420 x 280 x 180 mm

Equipment Type
UV/Visible Spectrophotometer

Equipment Materials
Metal Body with Powder Coating

Power
50 W

Voltage
220 V AC 10%, 50 Hz

Material
Metal, Plastic

Application
Laboratory Analysis, Quantitative and Qualitative Chemical Analysis, Research, Teaching

Lamp Type
Tungsten Halogen Lamp

Detector
Silicon Photodiode

Wavelength Repeatability
1 nm

Stray Light
Less than 0.3%T (at 360 nm, NaNO2)

Baseline Flatness
±0.003A

Wavelength Range
325 nm - 1000 nm

Bandpass
5 nm

Wavelength Accuracy
± 2 nm

Photometric Range
-0.3 to 3.0 A

Readout Mode
Transmittance, Absorbance, Concentration

Visible Spectrophotometer Scanning Trade Information

Minimum Order Quantity
1 Unit

Main Domestic Market
All India

About Visible Spectrophotometer Scanning

Microprocessor Spectrophotometer is a solid state microcontroller based instrument designed for quick and accurate spectrophotometric analysis of any concentration. It operates at a wavelength range of 320 nm to 1100 nm. The instrument uses the latest microprocessor technology and advanced engineering techniques so as to give enhanced accuracy and reproducibility.The instrument is equipped with 128 x 64 dots graphical LCD which makes the result easy to read. User can on-screen see the standard curve. The system has soft touch numeric keys with complete numeric key that provides a convenient interface for entering numeric values.

High Precision Laboratory Analysis

Engineered for accuracy, the Visible Spectrophotometer Scanning provides a wavelength precision of 2 nm and repeatability of 1 nm, making it ideal for detailed scientific studies and routine laboratory tasks. Its stray light performance of less than 0.3%T and baseline flatness of 0.003A support highly reliable results.

Intuitive Operation and Versatile Display

The device is designed with user convenience in mind, featuring a user-friendly membrane keypad and a clear LCD display. Its auto-zero, fast scanning, and multiple readout modes (Transmittance, Absorbance, Concentration) enable swift and error-free operation in numerous laboratory environments.

Durable and Adaptable Construction

Built with a metal body and powder coating, the spectrophotometer is resistant to laboratory chemicals and wear. Its spacious, rectangular sample compartment easily accommodates various cuvette shapes and sizes, making it suitable for a broad range of analytical protocols.

FAQ's of Visible Spectrophotometer Scanning:

Q: How does the Visible Spectrophotometer Scanning operate for chemical analysis?

A: The spectrophotometer measures the intensity of light absorbed (Absorbance), transmitted (Transmittance), or the concentration of substances within a sample, using a tungsten halogen lamp and silicon photodiode detector for accuracy in the 325 nm to 1000 nm wavelength range.

Q: What are the main benefits of using this spectrophotometer in laboratory settings?

A: Main benefits include precise wavelength accuracy (2 nm), fast scanning with auto-zero, high stability, and a wide photometric range. Its user-friendly controls and reliable glass cuvette make it effective for both qualitative and quantitative research and teaching applications.

Q: When should the Visible Spectrophotometer Scanning be calibrated or maintained?

A: Regular calibration is recommended before any critical measurements or after extensive use. Maintenance, such as checking the lamp and cleaning the sample compartment, should follow standard laboratory protocols to ensure performance and longevity.

Q: Where can this spectrophotometer be effectively applied?

A: It is well suited for laboratory analysis in research institutions, academic settings, chemical and pharmaceutical laboratories, and any application requiring quantitative or qualitative chemical analysis.

Q: What is the process for conducting a measurement with this equipment?

A: Insert a sample into the large compartment using an optical glass cuvette, select the appropriate wavelength and mode (e.g., Absorbance), and use the membrane keypad to start the scan. The LCD display presents real-time results.

Q: How does the construction contribute to its durability and usability?

A: Its metal body with powder coating ensures resistance to corrosion and chemical exposure, while the large sample compartment and rectangular shape accommodate diverse cuvette types, making it versatile and long-lasting in busy labs.

Q: What advantages does the fast scanning feature provide during analysis?

A: Fast scanning reduces sample analysis time, increasing throughput and efficiency, especially useful in high-volume research or teaching laboratories where multiple samples require quick, reliable assessments.

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