Digital Automatic Polarimeter is an advanced instrument used to measure the optical rotation (or optical activity) of a substance. It works by passing polarized light through a sample and detecting the angle at which the light is rotated, providing precise and automated measurements of optical activity. This device is commonly used in chemistry, pharmaceuticals, and quality control to analyze chiral compounds and assess the concentration of optically active substances.
Digital Automatic Polarimeter with advanced features for measuring optical rotation, which is commonly used in chemistry and pharmaceuticals to determine the concentration of optically active substances.
Here’s a breakdown of the key features you mentioned:
Digital Automatic Polarimeter: This is an electronic device that automatically measures the optical rotation of a sample, which is a crucial method for determining the concentration of optically active compounds like sugars and pharmaceuticals.
Advanced Digital Circuit and Microcomputer Control: The polarimeter is controlled by a microcomputer, allowing for precise and automated measurements with enhanced processing and display capabilities.
Large Display Storage of 3 Times Result for Repetition Measurement (Re-M): This feature allows the device to store multiple measurements for the same sample, providing better accuracy by allowing for the average of repeated measurements to be calculated.
Calculation of Average Value: The microcomputer can compute and display the average result from multiple measurements, reducing human error and providing a more accurate value.
Measurement of Colored Samples: The device is capable of handling colored or turbid samples, which would typically be challenging in optical rotation measurements due to their impact on light transmission.
RS232 Interface: The RS232 port allows for communication with a computer or other devices, enabling data transfer, remote control, or further analysis of the measurement results.
Measurement Range: The device can measure optical rotation over two distinct ranges:
-45° to +45°: This is likely the standard range for many polarimeters, suitable for typical measurements of optically active substances.
-120° to +120°Z: This extended range might be designed for substances with stronger optical activity or specific needs that require higher precision or a wider range of measurement.
This setup is quite advanced, particularly with the ability to store and average results for enhanced accuracy and the RS232 interface for integrating with external systems.
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