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| MotionBLITZ® Cube Family |
MotionBLITZ® Cube is the worlds most compact high
speed video system in its category. CMOS imaging unit,
high density electronics, 2 to 4 Gigabyte of image memory
and a rechargeable battery, all packed into a solid Aluminum
housing, make the Cube an extremely versatile tool for
better and faster understanding, decision making and action
in research, development, production, maintenance and
field service.
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| EoSens® Cube |
MotionBLITZ® CUBE |
High Speed Video System |
Compacts, robust, flexible |
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The right Cube for every job
| Model |
Resolution
[Pixels, h/v)] |
Frame Rate
[fps] |
Sensitivity
[ISO/ASA]
mono/color |
Minimum recording time* |
Option: extended recording time* |
Multi Sequence-Recording |
Hi-G Version |
Color Version |
EoSens® Mini2
-NEW- |
1696x1710 |
1-523
max.
285.000 |
1200/1000 |
1.5 sec. |
-- |
opt. |
opt. |
opt. |
EoSens® Mini1
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1280 x 1024 |
1-506 max.
113.000 |
2500 / 2000
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3.3 sec.
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-- |
included |
opt. |
opt. |
EoSens® Cube7
-NEW- |
1696x1710 |
1-523 max.
285.000 |
1200/1000 |
1.5 sec.
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6 sec.
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opt. |
opt. |
opt. |
| EoSens® Cube6 |
1280 x 1024 |
1-506 max. 83.000 |
2500 / 2000
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3.3 sec.
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6.6 sec.
or 13 sec. |
opt. |
opt. |
opt. |
Cube5
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512x512
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100-5.000
max.
195.000 |
1000 / 800
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1.6 sec. |
3.3 sec.
or 6.6 sec. |
opt. |
opt. |
opt. |
Cube4
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1280x1024 |
25-1010
max.
93.000 |
200 / 160 |
1.6 sec. |
3.3 sec.
or 6.6 sec. |
opt. |
opt. |
opt. |
| Cube3 |
512x512 |
50-2500
max.
120.000 |
1000 / 800 |
3.3 sec. |
6.6 sec. |
opt. |
opt. |
opt. |
| Cube2 |
1280x1024 |
18-500 max.
46.000
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200 / 160 |
3.3 sec. |
6.6 sec. |
opt. |
opt. |
opt. |
Cube1
(obsolete) |
640x512 |
36-1000
max.
1000 |
200 / 160 |
3.3 sec. |
6.6 sec. |
opt. |
-- |
opt. |
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* = at maximum resolution and speed. Longer recording
times by reduced values.
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Highlights of all MotionBLITZ® Cubes:
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RoI: Frame rate, RoI position and
resolution freely
adjustable |
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Internal rechargeable battery for approx. 30
min. autonomous recording or 1h stand-by |
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External trigger, sync and master/slave options
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4 bit digital input (including trigger), status displayed
per image |
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8 bit analog input, status displayed per image |
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PC link via Gigabit-Ethernet |
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Image archiving in BMP format |
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Video generation in .AVI format |
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MotionBLITZ® Director control and analysis
software for Windows® 2000/XP |
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Unlimited Application Fields
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Dynamics, oscillations and motion
analyses for machine and process optimization |
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Staff education: Machine and process function,
high load response |
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Quality assurance and preventive maintenance
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Engineering: Welding, filling, packaging, automatic
assembly, printing, web production, fine mechanics,
adjustment of fast and cyclical machines |
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Automotive: Suspension development and analysis,
tire test, extreme load research |
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Motion analysis: Sports, health care, medical
research, biology and bionics |
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Material test: Deformation, destruction, explosion |
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Security system testing: Airbags, car crash, restraints
and passive safety |
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Movies & TV: Advertisements, documentation,
education by slow motion |
IRIG-B
Mikrotron:
N48° 16.77' E11° 33.92' |
IRIG-B is a timecode, originally defined by the Inter-Range Instrumentation Group.
Extracted from the worldwide GPS signal, it is used for synchronization of measurements in industrial an military applications as missile tracking, ballistics or projectile tracking.
The most widely used IRIG-B code is an amplitude-modulated 1 KHz sinus signal, which provides once every second: the day of the year, as well as the hour, minute and second of the day, referring to the 0-meridian (Greenwich, Great Britain, GMT).
In high-speed recordings taken with Mikrotron´s MotionBLITZ® Cube4, or Cube5, this timestamp is attached to every recorded image at the moment of exposure. At the same time the zero-crossing of the IRIG-B carrier signal synchronizes the start of an exposure, precise to the fraction of a microsecond.
Every exposed frame, no matter on which place on earth, independent of the frame rate set in the MotionBLITZ Cube, has therefore been taken at exactly the same time.
The IRIG-B signal is simply fed into the digital input no.3 of the camera to synchronize the camera automatically.
A wide range of inexpensive pc boards and devices is available for the reception of the GPS signal and to supply the IRIG-B signal. (e.g.: www.meinberg.de www.hopf.com )
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