Laserworld BeamBar 10R MK3 10 Head Aperture Laser System Red *B-Stock

Description:

This special laser effect creates fans of laser beams and can be controlled through DMX or runs in stand-alone or music mode. 

The Laserworld BeamBar 10R MK3 is a bar with 10 single beam laser outlets, each equipped with a red laser diode (the bright and good visible red!), which means 10 x 120 mW / 638 nm.
Each laser beam can be individually aligned through a 4-point alignment system, that can easily be accessed from the front - so no opening of the housing is necessary.

This show laser light provides an analog modulation. It means a better color fading and a much broader color hue. These facts make the Laserworld BeamBar devices ideal for all applications requiring many different color hues and color fadings.

The Laserworld BeamBar 10R MK3 can be controlled through 13 DMX channels, so each diode can be controlled individually. Thus it's possible to create many different chaser, beam or fan effects.

Due to the standard DMX compatibility, the Laserworld BeamBar 10R MK3 can easily be integrated into an existing lighting setup.

This laser projector provides a master-slave-mode. Show lasers of the same series (slave projectors), connected via DMX to a main projector (master projector) project the same patterns like the master projector.

The Laserworld BeamBar 10R MK3 is a great effect for stages, live gigs and nightclubs, as well as for TV Shows and show productions.

Specifications:

Guaranteed Power at aperture 1,200 mW
Power Red 10 x 120 mW / 638 nm
Beam Specifications* ca. 3.0 mm / 1.1 mrad
Laser Source Diode
Laser Class 3B
Operation Modes DMX, stand-alone, sound-to-light, master-slave
Accessories Interlock connector, manual, key
IP rating IP4X
Power Supply 85 V - 250 V / AC, 50/60 Hz
Power Consumption 50 W
Dimensions 1000 x 160 x 80 mm
Weight 9.0 kg

*Due to Advanced Optical Correction technology used in our laser systems the optical power of each colour within installed laser module(s) may slightly differ from the specification of respective laser module(s). Divergence FWHM average depending on model.