Trumpf BendMaster 150, Руководство оператора

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Assembly Laser class Description
Diode lasers on the sheet sensor for
height measurement
Wavelength 535 nm.
2M The accessible laser radiation lies in the visible spectral
range of 400 nm to 700 nm. It is not dangerous for
eyes in the case of short exposure time (up to 0.25 s)
as long as the beam is not observed through optical
instruments (magnifying glass, lens, telescope). Addi-
tional radiation parts outside the wavelength spectrum of
400-700 nm fulfill the conditions of class 1M.
Eyes are normally protected from the laser light by turn-
ing away and closing the eyelids.
Four diode flashes on the sheet
sensor for fine exposure
Wavelength 532 nm.
2M The accessible laser radiation lies in the visible spectral
range of 400 nm to 700 nm. It is not dangerous for
eyes in the case of short exposure time (up to 0.25 s)
as long as the beam is not observed through optical
instruments (magnifying glass, lens, telescope). Addi-
tional radiation parts outside the wavelength spectrum of
400-700 nm fulfill the conditions of class 1M.
Eyes are normally protected from the laser light by turn-
ing away and closing the eyelids.
Tab. 1-2
Eye injury due to laser radiation!
Laser radiation damages the eyes permanently.
Ø Do not look directly into the beam.
3.3 Dangers from magnetic fields
Mobile fanning magnet (option)
A mobile fanning magnet can be used to separate ferromagnetic
sheets.
The fanning magnet is a permanent magnet which creates a
strong magnetic field. The magnetic field and the high attractive
ferromagnetic force are constant.
The magnetic flux density is at its highest of about 180 mT (milli
tesla) at the front surfaces of the fanning magnets. The value is
about 0.7 mT at a distance of 60 cm.
1
‐
8
Hazards 2015-06-01
B579EN
WARNING
Magnetic flux density