3B Scientific - Biology Catalog
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Experiments Sensory Physiology<br />
Laser Ray Box<br />
Laser diode capable of producing up to five parallel rays, for use with<br />
related board (9982-1003056). In metal housing with magnetic foil. The<br />
number of emerging light beams can be selected electronically via switches.<br />
Power is supplied via a plug-in unit or batteries that are auto matically<br />
disconnected after 60 minutes.<br />
Diode laser:<br />
5 beams, each max. 1 mW,<br />
Laser safety class II<br />
Wavelength:<br />
635 nm<br />
Separation of laser beams: 18 mm<br />
Plug-in power supply: Primary 100 – 240 VAC,<br />
Secondary 3 V DC, 300 mA<br />
Battery compartment: for 2x 1.5 V AA-batteries<br />
(batteries not included)<br />
Dimensions:<br />
approx. 110x60x20 mm³<br />
Laser Ray Box (230 V, 50/60Hz)<br />
9982-1003052<br />
Laser Ray Box (115, 50/60 Hz)<br />
9982-1003051<br />
Board for Laser Ray Box<br />
Magnetic board for conducting experiments with<br />
laser ray box (9982-1003052 resp. 9982-1003051).<br />
With a removable prop for inclining board.<br />
Dimensions:<br />
approx. 600x450 mm²<br />
9982-1003056<br />
9982-1003056<br />
Equipment Set “Optics with Laser Ray Box”<br />
Set of optical components for use in combination with a laser ray box<br />
(9982-1003052 resp. 9982-1003051) and related board (9982-1003056). This<br />
equipment set is ideal for conducting a wide variety of experiments on ray<br />
optics. Equipped with magnetic foil, the components can be easily attached<br />
to the board and aligned. Six work templates with pre-defined positions facilitate<br />
experiment setup. The beam paths can be observed from a relatively<br />
long way away without any need for darkening the room.<br />
Basic length:<br />
100 mm each (in most cases)<br />
Thickness:<br />
15 mm each.<br />
Contents:<br />
1 Biconcave lens<br />
4 Biconvex lenses<br />
1 Plano-concave lens<br />
1 Hemispherical body (45 mm)<br />
1 Hemispherical body (75 mm)<br />
1 Plane mirror<br />
1 Concave mirror<br />
9982-1003049<br />
Additionally required:<br />
9982-1003052 Laser Ray Box (230 V, 50/60 Hz)<br />
or<br />
9982-1003051 Laser Ray Box (115 V 50/60Hz)<br />
9982-1003056 Board for Laser Ray Box<br />
1 Convex mirror<br />
1 Flat parallel block (60x100 mm²)<br />
1 Prism<br />
1 Wave guide (20x200 mm²)<br />
6 Foils (410x290 mm²)<br />
1 Experiment guide<br />
Experiment Topics:<br />
• Law of refraction<br />
• Law of reflection<br />
• Total reflection<br />
• Determining the focal length of curved mirrors<br />
and lenses<br />
• Lens laws<br />
• Correction of spherical aberration<br />
• Short-sightedness and long-sightedness<br />
of the human eye and the correction of such defects<br />
• Beam paths in cameras, microscopes and telescopes<br />
9982-1003052<br />
9982-1003051<br />
9982-1003050<br />
9982-1003049<br />
Supplemental Set “Optics with Laser Ray Box”<br />
Supplementary kit to the demonstration laser optic set with laser ray box,<br />
consisting of 13 optical components for more advanced experiments on<br />
geo metric optics, e.g. experiments using air lens that show why optical<br />
elements cause either negative or positive refraction. All components are<br />
coated with magnetic foil.<br />
Base length:<br />
100 mm each (in most cases)<br />
Thickness:<br />
15 mm each<br />
Contents:<br />
1 Biconcave glass lens<br />
1 Biconvex glass lens<br />
1 Equilateral glass prism<br />
2 Rectangular glass prism<br />
1 Flat parallel block (square)<br />
9982-1003050<br />
2 Flat parallel blocks (rectangular)<br />
2 Plane mirror<br />
1 Biconcave air lens<br />
1 Biconvex air lens<br />
1 Air prism<br />
130<br />
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