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ALUVISION > Clemence Dosschestraat 44 > 9800 Deinze, Belgium > T: +32 (0)9 381 54 70 > [email protected] > www.aluvision.com
•
Hi-LED R437 convex
− Outer curve
− Resolution: 300 x 192 pixels (Pitch 2.5)
− Viewing angle (Horizontal/Vertical): 120°/120°
•
Hi-LED R437 concave
− Inner curve
− Resolution: 266 x 192 pixels (Pitch 2.5)
− Viewing angle (Horizontal/Vertical): 140°/120°
The curved Hi-LED tiles are ¼ of a circle segment and match a standard Omni-55 R437 frame. They consist
out of
4 flexible (and replaceable) LED modules.
The height is the same as a regular 2.5 Hi-LED tile
(192 px), the width is different and depends if the curved Hi-LED is an inner (266 px) or an outer curve
(300 px). The power box looks a little different, but has the
same functionalities
as the ones for
a flat Hi-LED.
Since the pixel pitch is 2.5, the power consumption per m² is the same as for a flat 2.5 pitch Hi-LED (MAX
610W/m² – AVG 203 W/m²).
But be aware,
this does not mean you can connect as many curved Hi-LED
tiles as flat tiles in one power flow! Since they all have different dimensions, please take the different types
of Hi-LED tiles into account when calculating the power.
The same reasoning applies to calculating how many cabinets can be connected in one data flow. Keep
the different amount of pixels for each type of Hi-LED tiles into account. Basically 11 convex and 12 concave
Hi-LED tiles can be connected in one data flow. But this number only applies when all tiles are the same
type. Having a combination requires a
custom calculation
. An easy and safe way for quick calculation is
counting all curved Hi-LED’s as 2 flat tiles.
Since the curved Hi-LED tiles are only available in pixel pitch 2.5, they can only
be combined with other pixel pitch 2.5 Hi-LED tiles.