Automatic high speed polarimeter Auto multi-wavelength polarimeter

• Customization: Available
• After-sales Service: online
• Warranty: 1 year
• Model NO.: SGW-568
• Transport Package: Plywood
• Specification: 52*22*38(cm)
• Trademark: GONOAVA
• Origin: Changsha
• HS Code: 9024800000
• Production Capacity: 200

Product Description

Product Description

Automatic high speed polarimeter Auto multi-wavelength polarimeter 

Introduction

The instrument utilizes a digital platform, enhancing its precision, repeatability, and reliability. The polarizer employs Glan Thompson prisms (designated wavelengths for SGW-568 and SGW-537).

The instrument operates in a silent mode both in standby and during operation, which improves the response speed of the test samples, achieves high-speed measurement, reduces the sample measurement time, and aligns its technical indicators with similar foreign instruments.

Equipped with an extensive database, the instrument features user-level management, allowing data to be saved, transferred, printed, and traced. Users can define and pre-store commonly used measurement methods.

The SGW-537 is a newly developed fully automatic high-speed multi-wavelength polarimeter with two light sources and a choice of 8 wavelengths to meet various customer needs.

An upgrade version of the audit trail software compliant with national pharmacopoeia, GMP, GLP, and FDA/21 CFR Part 11 requirements can be purchased, along with compliance validation services for the audit trail software to suit the audit trail needs of the pharmaceutical industry.

Optional accessories include a split architecture instrument with upper computer software for remote control, various temperature-controlled and corrosion-resistant test tubes, and a customizable barcode scanner. By scanning QR codes, test data can be synchronized and transmitted, achieving networked identification (ID).

Applications

1. Chemical Analysis: Used to determine the purity and configuration of organic compounds, especially those with optical activity.
2. Pharmaceutical Quality Control: Ensures the purity and consistency of pharmaceutical ingredients.
3. Food Science: Measures the sugar content and other components in food, such as the purity of honey.
4. Biochemical Research: Studies the structure of proteins, nucleic acids, and other biomacromolecules.
5. Education and Training: Used in teaching laboratories to demonstrate the phenomena of light polarization and optical rotation.

Principle

The working principle of a Visual Polarimeter is based on the rotation of the plane of polarization of light as it passes through an optically active substance. Here are the detailed steps of its working principle:

1. Light Source: The instrument typically uses a stable light source, such as a sodium lamp, to produce polarized light.
2. Polarizer: The light from the source first passes through a polarizer that only allows light waves of a specific direction to pass through, thus producing polarized light.
3. Sample Tube: The polarized light passes through a sample tube containing the substance to be tested. If the sample is optically active, it will cause the plane of polarization of the light to rotate.
4. Visual Observation: The rotated polarized light then passes through a second polarizer (analyzer), which can be rotated to align with the rotated light's plane of vibration. The observer adjusts the analyzer until the light is completely extinguished (i.e., no light is visible) by looking through an eyepiece.
5. Measurement of Rotation Angle: By measuring the angle through which the analyzer is rotated, the optical rotation of the sample can be determined. This angle is usually expressed in degrees (°) and is related to the concentration of the sample and the path length.

Automatic high speed polarimeter Auto multi-wavelength polarimeter 

Product Parameters

Technical Parameter 
 

Technical Parameter	SGW-568	SGW-537 (Multi-wavelength)	SGW-533 (Multi-wavelength)
Instrument Model	SGW-568	SGW-537	SGW-533
Measurement Modes	Optical Rotation/Specific Rotation/Concentration/Sugar Content/User Defined	Optical Rotation/Specific Rotation/Concentration/Sugar Content/User Defined	Optical Rotation/Specific Rotation/Concentration/Sugar Content/User Defined
Predefined Measurement Methods	1000 types	1000 types	1000 types
Password Level Management	4 levels	4 levels	4 levels
User Quantity	500 users	500 users	500 users
Electronic Signature/Data Traceability	Yes	Yes	Yes
Audit Trail Software (FDA)	Optional	Optional	Optional
Split Architecture			Optional
Light Source	LED (Lifespan over 100,000 hours) + High-precision Interference Filter	20W Halogen Lamp/LED	LED (Lifespan over 100,000 hours) + High-precision Interference Filter
Working Wavelength	589nm (Sodium D Spectrum)	20W Halogen Lamp (Standard): 546, 589nm 20W Halogen Lamp (Optional): 365, 405, 436, 578, 633nm LED (Standard): 589, 880nm	589nm (Sodium D Spectrum)
Measurement Range	±90° ±90° (Optical Rotation) ±259°Z (Sugar Content)	±90° ±90° (Optical Rotation) ±259°Z (Sugar Content)	±90° ±90° (Optical Rotation) ±259°Z (Sugar Content)
Minimum Reading	0.0001°	0.001°	0.001°
Relative Error	±0.003°	±0.004°	±0.004°
Repeatability (Standard Deviation δ)	≤0.002°	≤0.002°	≤0.002°
Zero Position Repeatability	0.0005°	0.001°	0.001°
Minimum Sample Transmittance	0.01%	0.1%	0.05%
Response Speed (Full Range)	8°/second	8°/second	8°/second
Measurement Time	Average 26 seconds for 6 measurements	Average 26 seconds for 6 measurements	Average 26 seconds for 6 measurements
Temperature Display/Control Range	Temperature-controlled built-in Peltier, Display range: 0-100°C, Control range: 10-50°C	Temperature-controlled built-in Peltier, Display range: 0-100°C, Control range: 10-50°C	Temperature-controlled built-in Peltier, Display range: 0-100°C, Control range: 10-50°C
Temperature Control Accuracy	±0.2°C
Operating System	Windows (compatible with LIMS system)
Display Method	8-inch Color Touch LCD Screen
Calibration Method	Multi-point Automatic Calibration
Data Storage	16GB
Communication Interface	USB/Keyboard/Mouse/VGA/Ethernet/Optional Wireless Card/(Optionally) Universal Printer/(Optionally) Thermal Printer
Standard Test Tube	100/200mm Standard Type, 100mm Temperature-Controlled Type
Optional Test Tube	50mm Micro Type, 200mm Temperature-Controlled Type
Power Supply	220V±22V, 50Hz±1Hz, 200W
Instrument Dimensions	702mm x 376mm x 240mm
Net Weight of Instrument	21kg
Accuracy	Complies with JJG536-2015 Class 0.01

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