Product Description
Visible Scanning Spectrophotometer MODEL: V1710
Technical Parameters
Wavelength range: 320-1100nm;
Spectral bandwidth:2nm; Automatic wavelength
Calibration & setting; 128*64 LED
Precision Optical MeasurementEngineered with a spectral bandwidth of 2 nm and wavelength accuracy of 0.5 nm, the Visible Scanning Spectrophotometer ensures reliable and repeatable results. Whether analyzing single or double beam modes, its advanced detector and halogen lamp deliver consistency and clarity, supporting a wide range of laboratory applications.
User-Friendly OperationSample loading is effortless with a fixed, easy-loading compartment. The intuitive digital LCD display and PC-compatible software streamline data acquisition, storage, and analysis. With built-in memory for 50 methods, users can conveniently save and retrieve protocols, enhancing workflow efficiency.
Durability and ConnectivityConstructed from powder-coated metal, the spectrophotometer offers durability in daily laboratory environments. Connectivity is straightforward via RS232 interface, allowing seamless integration with computers for expanded data management and reporting capabilities.
FAQs of Visible Scanning Spectrophotometer:
Q: How does the Visible Scanning Spectrophotometer maintain accurate wavelength measurements during operation?
A: The device employs a high-quality Halogen Lamp and a Silicon Photodiode Detector, regulated by a stable electronics package, to achieve wavelength accuracy within 0.5 nm and repeatability of 0.2 nm, ensuring reliable data for every scan.
Q: What types of samples can be analyzed and how are they loaded into the instrument?
A: Samples compatible with visible spectrophotometry can be placed in the fixed sample compartment, designed for easy and secure loading. Standard cuvettes containing liquids or transparent solutions are typically used for measurement.
Q: When is it beneficial to use single or double beam modes on this spectrophotometer?
A: Single beam mode is suitable for routine sample analysis with reference blank corrections, while double beam mode provides enhanced baseline stability and compensates for lamp intensity fluctuations, vital for sensitive experiments.
Q: Where can the data captured by the spectrophotometer be stored and how is it accessed?
A: The instrument features an inbuilt memory capable of saving up to 50 analytical methods. Additionally, data can be transferred to an external computer via its RS232 connectivity for further processing and archiving using PC-compatible software.
Q: What is the process for calibrating and operating the equipment for routine analysis?
A: Routine operation involves powering the device (220 V AC, 50 Hz), loading the sample into the compartment, setting the required wavelength and parameters on the digital LCD display, and following stored or newly created methods to initiate scans. Calibration ensures accurate baseline and wavelength settings before analysis.
Q: How does the spectrophotometer benefit laboratories and research facilities?
A: Laboratories benefit from the instruments precise measurements, ease of use, robust construction, and versatile data handling capabilities, enabling comprehensive quantitative and qualitative analyses for research, quality control, and educational applications.