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HeiScope SZIII
Stereo Zoom Binocular |
HEIScope features
powerful stereo zoom microscopes perfect for your professional
inspection needs. HEIScope offers binocular models with
vivid images, big depth of focus, wide visual field, distinct
stereo vision in a compact structure.
You'll be delighted
by the quality and performance of these instruments. (5
year Manufacturer's warranty!)
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SZIII Stereo Zoom Binocular
Body (Meiji Type) |
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HEI-SZIII-B2
Click for Large Image
Comes with 10X eyepieces and stand.
HEI-SZIII-B2
$655.00
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Stereo microscope, 10X
eyepieces, and Meiji type post stand. |
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Stereo image with longer depth of field &
higher resolution |
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Continuous zoom
by lateral axis with a zoom rate of 1:6:5. |
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Two
horizontal zoom knobs |
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Eyepieces inclination at 45º |
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Interpupillary distance: 52mm-75mm |
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Can be used for teaching,
scientific research, electronic testing and more. |
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Zoom Range of the Microscope
Body |
0.67x ~ 4.5x |
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Zoom Rate |
1 : 6.5 |
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Eyepieces |
10x \ 15x \ 20x \ 25x \ 30x |
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Objective Lens |
0.3x \ 0.5x \ 0.75x \ 1.5x \ 2x |
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Field of view |
31mm ~ 4.9mm |
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Working Distance |
100mm |
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Binocular Angle of View |
45° |
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Total magnification
= Zoom range x eyepieces x auxiliary lens |
Optical
Specifications: |
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Auxiliary Lens |
0.3X |
0.4X |
0.5X |
0.75X |
1X |
1.5X |
2.0X |
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Working Distance (mm) |
287mm |
217mm |
177mm |
117mm |
100mm |
47mm |
26mm |
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10X
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Mag. |
2.0x-13.5x |
2.7x-18.0x |
3.4x-22.5x |
5.0x-33.8x |
6.7x-45.0x |
10.1x-67.5x |
13.4x-90.0x |
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FOV |
109.5-16.3 |
82.1-12.2 |
65.7-9.8 |
43.8-6.5 |
32.8-4.9 |
21.9-3.3 |
16.4-2.4 |
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15X
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Mag. |
3.0x-20.3x |
4.0x-27.0x |
5.0x-33.8x |
7.5x-50.6x |
10.1x-67.5x |
15.1x-101.3x |
20.1x-135x |
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FOV |
79.6-11.9 |
59.7-8.9 |
47.8-7.1 |
31.8-4.7 |
23.9-3.6 |
15.9-2.4 |
11.9-1.8 |
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20X
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Mag. |
4.0x-27.0x |
5.4x-36.0x |
6.7x-45.0x |
10.1x-67.5x |
13.4x-90.0x |
20.1x-135.0x |
26.8x-180x |
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FOV |
59.7-8.9 |
44.8-6.7 |
35.8-5.3 |
23.9-3.6 |
17.9-2.7 |
11.9-1.8 |
9-1.3 |
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25X
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Mag. |
5.0x-33.8x |
6.7x-45.0x |
8.4x-56.3x |
12.6x-84.4x |
16.8-112.5x |
25.1x-168.8x |
33.5x-225x |
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FOV |
44.8-6.7 |
33.6-5.0 |
26.9-4.0 |
17.9-2.7 |
13.4-2.0 |
9.0-1.3 |
6.7-1.0 |
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30X
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Mag. |
6x-40.5x |
8x-54x |
10x-67.5x |
15x-101x |
20x-135x |
30x-202x |
40x-270x |
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FOV |
34.8-5.1 |
26.1-3.87 |
20.9-3.1 |
13.9-2.1 |
10.4-1.55 |
6.9-1 |
5.2-7.5 |
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Warranty
Copyright © 1996 - 2008 Howard Electronic Instruments, Inc. All rights reserved.
Revised: 07/14/2008
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4-1 Choose the optical
system
1) You can alternate the binocular observation and video
capture by pushing or pulling pole. You can attain binocular observation by
pushing the pole inside, or attain video capture by pulling it outside. No
matte what optical system is chosen, push or pull the pole thoroughly.
4-2 Adjust the
specimen slide
1) Turn the zoom control knob to the maximum magnification.
2) Turn the diopter adjusting ring to the zero.
3) Observe the specimen through the right eyepiece and make
the image clear by turning the focusing knob.
4) Rotate the zoom control knob to the minimum
magnification.
5) Observe the specimen through the
right eyepiece and make the image clear by turning the right diopter
adjusting ring②.
6) Redo the step (1), (3), (4) and (5) till the right
adjusting ring is more precise.
7) Do the step (4) and make the image clear which is
observed through the left eyepiece by turning the left diopter adjusting
ring①.
4-3
Adjust the interpupillary distance
1) Adjust the prism housing along the direction of arrowhead of
the third picture on the left till the observation is comfortable.
4-4 Use Eyepiece
shields
Fig. 4 1) For user who does not wear glasses,
hold the diopter-adjusting ring to prevent them from rotating and turn the
eyepiece till the eyepiece shields fit the observer well.
2) For user who wears glasses, take the eyepiece shields off
before observation.
