Osram traxon ecue ARCHISHAPE 2.0 Dot S, Installation Manual

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Installation Guide 01/22 V1.0 18 of 20
6. TECHNICAL Specification
Model (Clear View) ARCHISHAPE ® 2.0 Dot S ARCHISHAPE ® 2.0 Dot M ARCHISHAPE ® 2.0 Dot L
Color Range:
RGB, RGBW (White CCT: 6500K)
Light Source: 3RGB
3RGB + 1W 6RGB
4RGB + 2W 9RGB
6RGB + 3W
Beam Angle:
110° 110° 110°
Power Input: 24V DC
Power
Consumption
1 :
1W 2W 3W
Weight (Dot):
28.2g / 0.06lb 66.9g / 0.15lb 73.6g / 0.16lb
Operating
Temperature:
-20°C to + 50°C/-4°F to +122°F
Storage
Temperature: -40°C to + 80°C/-40°F to +176°F
Model (Diffused View) ARCHISHAPE ® 2.0 Dot S ARCHISHAPE ® 2.0 Dot M ARCHISHAPE ® 2.0 Dot L
Color Range:
RGB, RGBW (White CCT: 6500K)
Light Source: 3RGB
3RGB + 1W 6RGB
4RGB + 2W 9RGB
6RGB + 3W
Beam Angle:
150° 150° 150°
Power Input: 24V DC
Power
Consumption
1 :
1W 2W 3W
Weight (Dot):
28.2g / 0.06lb 66.9g / 0.15lb 73.6g / 0.16lb
Operating
Temperature: -20°C to + 50°C/-4°F to +122°F
Storage
Temperature: -40°C to + 80°C/-40°F to +176°F
1. Measurement per dot.
As with all electronic devices, LED output degrades over time - a term called lumen depreciation. This also
explains why it is nearly impossible to expect photometric performances of two LED products with different service
life spans to be the same. The rate of LED degradation is a complex function of many factors such as operating
efficiency, duration of continuous operation, and operating conditions (e.g. ambient temperature).
Because LEDs are semiconductor devices, their performances are subject to inherent variability commonly found
in semiconductor industry. To improve consistency in performance across the same product, LED manufacturers
“sort” LEDs into bins according to different preset parameters, such as forward driving voltage, illumination,
etc. Whereas binning is a sorting function, it is not a correction process. Inherent variability in the manufacturing
process always results in different binning distributions according to different production lots. Traxon uses
automatically binned LEDs on its products, thereby minimizing output variations within the model range.