Technical Data - 3B LASER NEEDLE Mode D'emploi

11.

Technical Data

General
Product name 3B LASER NEEDLE
Classification and standards
Classification: Protection class II to EN 60601-1
Application unit BF to EN 60601-1
class IIb nach RL 93/42 EWG
Laser class 3R to EN 60825-1:2007
Without moisture protection (IPX0)
Laser power
Laser type: Semiconductor laser 660/ 785/ 405 nm
Effective output 12 x 50 mW (CW Betrieb)
CW max.
Wave length and choices:
Modulation-frequencies
s. page 16
Fiber optic cables Fiber optic cables
Plastic fibers
Core diameter, 0.5 mm
Minimum bend radius, 15 mm
Beam divergence
Components Control Touch Pad with Docking Station and
Laser Unit
RF interface
Band ISM- Band, 2,4 GHz
Range <= 10m
RF admission to EN 300440-1/2
• 12 x 660 nm
• 12 x 785 nm
• 10 x 660 nm, 2x 785 nm
• 11 x 660 nm, 1x 405 nm
• CW (continuous wave)
• Multi (Multifrequency)
• Alpha- frequency
• Bahr frequency (1- 7)
• Nogier- frequencies (A- G, L)
• Reininger frequencies 1- 12
• Chakra frequencyies 1-8
• A user-definable frequency can be set by the user in the range 0 to
9999 Hz
• 660 nm: x-direction 7,5-12°, y- direction 15-19°
• 785 nm: x- direction 7,5-10°, y- direction 15-19°
• 405 nm: x- direction 6-12°, y- direction 15-21°
Power supply
Fuses
Rechargeable batteries
Permissible temperature range
Storage temperature
Permissible relative humidity
Manufacturer
Conformity
WEEE-Reg.- Nr.
Exclusive sales
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Control Touch Pad + Laser Unit
Power supply unit
Optional with rechargeable batteries
Primary: 100-240 VAC/ 50-60 Hz/ 400 mA
Secondary: 12 V/1,25 A/ 12 W, short-circuit-proof
Manufacturer: Friwo, Typ FW 7555M/12
Application unit to EN 60601-1
2 A , power supply unit short-circuit-proof
5 pc, AA- Size, NiMH, 1,2 V
Manufacturer f.e. Panasonic , HHR-3XRE, 2600 mAh
The service life of a full charge > 4 h
Charging duration: approx 5h
10 - 30 Grad C
0 - 50 Grad C
30 – 75 %
livetec GmbH, Marie- Curie- Str. 8, 79539 Lörrach, Germany
CE 0366
FE 59335168
3B Scientific GmbH, Rudorffweg 8, 21031 Hamburg, Germany
Phone: +49–(0)–40-73966-222
Fax: +49–(0)-40-73966-100
e-mail: stefan.baudis@3bscientific.com
Internet : www.3b-laser.de
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