Technical Glossary and Key Terminology for YR01865 Spectrophotometer
The YR01865 is a highly advanced UV/VIS double beam spectrophotometer designed for accurate measurement and analysis in various laboratory environments. Understanding the key terminology associated with this equipment is essential for operators and users to maximize its potential. This article will provide an in-depth glossary of terms related to the YR01865 and their practical applications.
Technical Specifications of the YR01865
| Model | Brand | Category | Subcategory | Price USD | Net Weight | Gross Weight | Dimensions | Package |
|---|---|---|---|---|---|---|---|---|
| YR01865 | Kalstein | Spectrophotometers | Double Beam Spectrophotometer | 3440.00 | 32 kg | 37 kg | 625 * 430 * 206 mm | 84 x 64 x 44 |
Key Terms Related to YR01865
This section will explore key terms and their definitions to enhance understanding of the YR01865's operation and functionalities.
| Term | Definition |
|---|---|
| Double Beam | A design that uses two light beams to minimize variations in readings caused by fluctuations in the light source and sample characteristics. |
| Optical Path Length | The distance that light travels through a sample, which affects the absorbance measurements significantly; for YR01865, this is 520 mm. |
| Photometric Accuracy | The degree of closeness of measured values to the true value, crucial for obtaining valid results; YR01865 offers an accuracy of ±0.2% T. |
| Wavelength Range | The spectrum of wavelengths that the device can measure, with YR01865 covering 190-1100 nm to accommodate various applications. |
| Baseline Stability | The ability of the spectrophotometer to maintain a consistent baseline reading, which is ±0.0003A over a specified range. |
| Reproducibility | The reliability of measurements being consistent across multiple trials or tests, with a reproducibility of ≤0.1% T for the YR01865. |
| Calibration | The process of adjusting the instrument to ensure accurate and precise measurements; YR01865 supports automatic calibration for baseline and wavelength. |
| USB Output | A data transfer interface that allows connection to PCs for data analysis and reporting, standard in YR01865. |
| Detector | The component that measures the intensity of transmitted light; YR01865 utilizes a silicon photodiode for effective detection. |
| Standard Curve | A graphical representation of the relationship between known concentrations and their corresponding absorbance readings, essential for quantitative analysis. |
| Kinetics Testing | A method to observe changes in absorbance over time to study reaction rates, facilitated by the advanced software of YR01865. |
Importance of Understanding Key Terminology
Understanding the technical terms associated with the YR01865 spectrophotometer is crucial for effective operation and accurate data interpretation. Operators can maximize the capabilities of the instrument by recognizing how each term applies to their specific applications.
By being familiar with these terms, users can better troubleshoot issues, enhance their experimental designs, and communicate findings with clarity and precision.
Frequently Asked Questions
What is the significance of a double beam design in the YR01865?
The double beam design minimizes measurement errors caused by fluctuations in the light source or sample conditions, ensuring more stable and accurate readings.
How does the optical path length affect measurement accuracy?
Longer optical path lengths, like the 520 mm in YR01865, improve sensitivity and resolution by allowing more light to interact with the sample, which enhances measurement accuracy.
What calibration procedures should be followed for the YR01865?
Regular calibration of the YR01865 includes adjusting baseline readings, wavelength accuracy, and photometric accuracy, which can be performed automatically by the instrument.
How can I interpret the data output from the YR01865?
The data output includes absorbance values, which can be compared against standard curves to determine the concentration of analytes in the sample accurately.
What types of applications is the YR01865 suitable for?
The YR01865 is versatile and is widely used in clinical laboratories, industrial environments, educational institutions, and research facilities for various analyses.
What are the common troubleshooting steps for the YR01865?
Common troubleshooting steps include checking power connections, performing recalibrations, and ensuring there are no blockages in the optical path that could affect readings.
Where can I request a quote for the YR01865?
You can request a quote for the YR01865 spectrophotometer through specialized suppliers or directly from manufacturers like Kalstein.
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