GARDEN STAR PRO RGB - GS-250RGB move Expand

GARDEN STAR PRO RGB - GS-250RGB move

Laserworld Laserworld

New

RGB laser light effect with rotating laser dots for indoor and outdoor applications and for effective lighting in gardens, at ponds, pools, on balconies etc. The GARDEN STAR PRO RGB -Laserworld GS-250RGB move has an output power of up to 250 mW

More details

b1ab809e4853a4f516c48c1090967312.jpg
4be56e85c9e003db3287cb6c61de5099.jpg
d19c8ed7ec94dd6f39aa0953acf7c95c.jpg

The GARDEN STAR PRO RGB -Laserworld GS-250RGB move is a red-green-blue laser light effect with rotating laser dots for indoor and outdoor applications. Hundreds of fine, clearly visible red, green and blue laser dots are rotating and illuminate trees, plants and buildings at a large scan angle or draws attention at every party, even at Halloween, Christmas, etc.. The GARDEN STAR PRO RGB has a durable and IP65 waterproof aluminium housing, what makes it particularly suitable for effective lighting in gardens, at ponds, pools, on balconies and outdoor areas.
The laser can be controlled by a remote control.

Features of the GARDEN STAR PRO RGB:

  • bright red, green and blue laser sources
  • rotating laser effects
  • hundreds of fine dots of light
  • waterproof aluminium housing (IP65)
  • incl. aluminium stake for easy mounting
  • maintenance-free
  • temperature range: -30°C up to +40°C

The Laserworld GS-250RGB move has an output power of up to 250 mW at wavelengths of 650 nm (red), 532 nm (green DPSS) and 450 nm (blue).


Total Power typical:250 mW
Guaranteed power:200 mW
Power Red:80 mW / 650 nm
Power Green:40 mW / 532 nm
Power Blue:80 mW / 450 nm
Beam Specifications:ca. 3 mm / 1.2 mrad
Laser Sources:Diode, DPSS
Laser Class:3R; DIN EN 60825-1: 2015-07
Operation Modes:Stand-Alone
Scanner:Rotating Diffraction Grating
Scan Angle max.:>90°
Accessories:PSU (IP44), aluminium stake, manual, remote control
Power Supply:AC 100-240V 50/60Hz at PSU DC 12V (included in delivery)
Power Consumption:4.5 W
Dimensions:85 x 85 x 135 mm
Weight:0.5 kg

Accept Site use cookies