Universal Laser Systems ULTRA X6000, User Manual

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9
Over-Temperature Detection
The system is designed to disable all laser sources, home the motion
system, and trigger an audible alarm in the event it detects an unusually
high temperature in the laser processing area.
Warning: All laser processing requires constant supervision while the
laser system is in use; exposure to the laser beam may cause combustible
materials to ignite, which may lead to a fire hazard.
Laser Blocking Laminated
Safety Glass
Shatterproof multi-layer laminated safety glass with appropriate
wavelength filter media. Meets laser safety requirements OD 5+ for
10.6 µm, 9.3 µm, and 1.06 µm wavelength laser radiation.
Metal Enclosure with
Labyrinth Seals
All enclosure doors or access panels have overlapping flanges to prevent
direct line of sight into the enclosure, as required by international safety
regulations.
Fire Suppression*
Deploys fire suppressant into the laser material processing area if self-
sustained combustion is detected.
Warning: All laser processing requires constant supervision while the
laser system is in use; exposure to the laser beam may cause combustible
materials to ignite, which may lead to a fire.
System External
Dimensions
•
Width: 63.09 in. (1603 mm) with Control Panel folded
•
Width: 87.75 in. (2229 mm) with Control Panel extended
•
Depth: 50.07 in. (1272 mm)
•
Height: 47.67 in. (1211 mm)
Maximum System Weight 4 550 lb (250 kg). Weight is approximate and varies with laser selection.
Power Requirements 220 – 240 V / 20A
Exhaust Requirements
Intelligent Air Filtration (UAC 2000/4000) OR
External Exhaust Blower Capable of >700 CFM at 6 in. WG Static Pressure
(1190 m3/hr. at 1.5 kPa)
Note: *Denotes Optional Feature
Disclaimers
1. Universal Laser Systems® reserves the right to change these specifications at any time, and without notification.
2. Material processing results are affected by ambient temperature, material temperature, processing environment
temperature, humidity, laser processing settings, and material characteristics.
3. Normalized power density (watts/cm 2 ) = power density coefficient x 103 x average laser power (watts). Normalized
power density is the power of the material processing laser(s) divided by the area of the focal spot measured
at 1/e 2 .
4. Weight is approximate and varies with laser source selection.