About MICROPROCESSOR UV VIS SPECTROPHOTOMETER (SINGLE BEAM)
MICROPROCESSOR UV VIS SPECTROPHOTOMETER (SINGLE BEAM)
TECHNICAL SPECIFICATIONS
SPECTRAL
- Wavelength 195 to 1000 nm
- Spectral bandwidth 2nm
- Accuracy 0.5 nm
- Repeatbility 0.3 nm
- Resolution 0.1 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 Abs at 1.0 Abs
- 0.010 Abs at 1.5 Abs
- Stray Light Less than 0.1 % at 320 nm
- Readability 1 Count
- Data Readout Single Line LCD display
- Key Board 4 Keys, Soft touch membrane type
- Printer Interface Printer interface for any centronics dot matrix
- Printer
- Serial Interface RS 232C interface
- Light Source a) Tungsten Halogen Lamp
- b) Deuterium Lamp (D2)
- Detector Optics Wide range Silicon Photodiode
- Complete mirror optics with resolution
- 1200 grooves/mm grating.
- Sample Holder 4 position adjustable sample holder
- Power 230V 10%, 50 Hz. AC
- Dimensions 420X350X240 mm (l x b x h) Approx.
- Weight 10 Kg. (Approx.)
Advanced Laboratory Analysis Made EasyThis single beam UV-Vis spectrophotometer offers precise absorbance and transmittance measurements, essential for modern laboratory applications. Its microprocessor-based design simplifies complex analyses, enabling users to perform accurate chemical quantification and quality checks effortlessly. It is an excellent addition for laboratories seeking reliability and ease of use.
Enhanced Durability and Energy EfficiencyConstructed from high-grade plastic, the instrument ensures long-lasting operation in demanding lab environments. Running on a standard 230-volt supply, it is cost-efficient and easy to integrate into existing laboratory infrastructure. The 1-year warranty from established Indian distributors further adds to its value and operational confidence.
FAQs of MICROPROCESSOR UV VIS SPECTROPHOTOMETER (SINGLE BEAM) :
Q: How does the Microprocessor UV-Vis Spectrophotometer (Single Beam) function in a laboratory setting?
A: This spectrophotometer works by directing ultraviolet and visible light through samples and measuring the absorbance or transmittance. The microprocessor processes the data, allowing for precise quantitative and qualitative analysis of chemical substances in laboratory experiments.
Q: What materials are used in the construction of this spectrophotometer?
A: The instrument is made from high-quality plastic, ensuring durability, safety, and resistance to laboratory chemicals, which supports its long service life in active research and testing environments.
Q: When should laboratories consider using this spectrophotometer?
A: Laboratories should use this UV-Vis spectrophotometer when they require accurate and reliable spectral analysis for research, quality control, or educational purposes, especially where measurement of absorbance or transmittance in the UV and visible range is necessary.
Q: Where is this spectrophotometer available and who can purchase it?
A: The device is manufactured, supplied, distributed, traded, and exported across India. It is available for purchase by laboratories through authorized distributors, exporters, and suppliers specializing in scientific equipment.
Q: What is the typical process for using this UV-Vis spectrophotometer in experiments?
A: To use the spectrophotometer, prepare your sample in a cuvette, insert it into the instrument, select the desired wavelength, and initiate the reading. The microprocessor takes care of calculations, showing results on the display for easy documentation and analysis.
Q: How does the 1-year warranty benefit users of this spectrophotometer?
A: The 1-year warranty provides peace of mind to users by covering manufacturing defects and ensuring smooth instrument operation, thereby minimizing downtime and supporting uninterrupted laboratory workflow.