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Automatic Polarimeter NAPR-100

Automatic Polarimeter NAPR-100

Automatic Polarimeter NAPR-100

Automatic Polarimeter NAPR-100 is a highly efficient polarimeter configured with the latest temperature control system to measure the rotation of polarized light Featuring four measurement options to assess a substance's concentration, content, purity, etc., including optical rotation, specific rotation, concentration, and international sugar content. It works within a temperature range between 10 °C to 45 °C having a wavelength range of 589.3 nm. Designed with an intuitive touchscreen interface that displays all parameters.

Specifications

Measurement mode Four modes: optical rotation, specific rotation, concentration, and international sugar content
Measuring Range ±89.99°, ±259°Z
Minimum Reading 0.001° (Optional Rotation)
Accuracy ±0.01°(-45° ≤ optical rotation ≤ +45°)
Repeatability 0.002° (Optional Rotation)
Measuring Sample Min. Transmittance 0.01
Working Wavelength 589.3 nm
Test Tube One 200 mm & One 100 ml
Temperature Range 10 °C to 45 °C
Temperature Accuracy ± 0.2°C
Calibration Automatic
Data Storage Capacity 1000 sets of data
Power Supply AC 220V ± 10% 50 Hz
Power Consumption 250 W
Dimensions 820 × 420 × 440 mm
Net Weight 28 Kg
Gross Weight 32 Kg

Features

  • Integrated with energy-efficient Parr (Peltier) temperature control system provides an accurate and reliable result
  • Simplified with a large touchscreen LED display for clear observation of intuitive operation
  • Improved with automatic calibration for non-standard test tube measurements
  • Integrated with a long LED life light source for perfect inspection of a sample
  • Structured with rust-free stainless steel offer long-term safety and longevity
  • Equipped with remote USB and RS232 interface that enables an easy connection via PC or printer
  • Effortless handling with easy cleaning
  • Flexible and cost-effective maintenance with safety and sanitation
  • Plug and play with high reliability and durability

Applications

It is commonly used in the pharmaceutical, chemical, sugar, and food industry to monitor chemical processes, purity, quality control, determination of concentrations, and for characterization of new synthetic substances.

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