3B SCIENTIFIC 1012404
Manuals and User Guides for 3B SCIENTIFIC 1012404. We found 3 manuals for free downloads instruction manual, User manual
Below you will find brief information for Polarization Microscope 1012404. This microscope allows you to view thin sections of rock, plant, or animal specimens in polarised light with magnifications ranging from 40x to 400x. The robust metal stand features separate coarse and fine focusing knobs, operated by rack and pinion drive with ball bearings and a retaining lever. A built-in halogen lamp with adjustable intensity provides illumination. It comes with a pair of wide field eyepieces and a revolver with three achromatic objectives.
Key Features
Binocular head 30° viewing angle
Adjustable viewing distance 54 to 75 mm
±5 dioptric compensation for both eyepieces
Inverted objective revolver with 3 achromatic objectives
Circular object stage 120 mm in diameter
Adjustable 6V 20W halogen lamp
Universal 85 to 265V 50/60Hz power supply
Robust metal stand with coarse and fine focusing knobs
Scale with Vernier and 2 specimen clips
Polariser with scale and analyser
Pages: 4 3B SCIENTIFIC 1012404 instruction manual
Brand: 3B SCIENTIFIC Category: Microscopes Size: 78 KB
Languages: English
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Frequently Answers and Questions
How do I adjust the magnification on the Polarization Microscope 1012404?
To adjust the magnification, simply rotate the nosepiece until the desired objective is aligned with the sample. The magnification is determined by multiplying the power of the eyepiece by the power of the objective.
What are the different magnification levels available on the 1012404 Polarization Microscope?
The Polarization Microscope 1012404 offers 3 magnification levels: 40x, 100x, and 400x.
How do I use the polarisation equipment on the Polarization Microscope 1012404?
To use the polarisation equipment, insert the analyser into the slot on the revolving nosepiece. Rotate the polariser until the planes of the polariser and the analyser are exactly crossed, so that one sees a black background. Any object with a doubly-refracting (birefringent) structure should now appear brightly illuminated against the dark background.
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