LED-Strip B12-250

LED-Strip B12-250
With double the number of
LEDs, the LED-Strip B12-250
offers twice the light output of
the LED-Strip B25-250. Perfect
to edge-light frosted glass and
acrylic panels, or as a source for
cove and border lighting.
Twenty high-bin Nichia-RGB
LEDs with 12.5 mm pitch on a
10 in. PCB. RGB mixing within
the LED helps avoid multicolor
rainbow shadows.
On-board current regulation
ensures smooth, even light output
over long runs. LEDs operate
together on the same three
DMX channels, resulting in easy
installation and terrific price/
performance ratio.
Two methods of control are
available:
For long runs of uniform color
we recommend the Long Distance
Controller with power and data
distribution in a single unit.
Systems using individually controlled
strips require a System
Power Supply 4 for dimming, plus
Intelligence cards for data and
channel allocation at the LED-
Strips.

LED-Strip B12-250
Features
· RGB color mixing
· High-bin Nichia-RGB LEDs
· Multiple mounting options
Optical
· Number of LEDs: 20 high-bin
LEDs in a 12.5mm pitch
· Viewing angle: approx. 115°
· Min. 12,000 hours at an ambient
temperature of 77°F (25°C)
Electrical
· Optimum input voltage: 24VDC
· Current draw (RGB at 100%):
0.26A
· Power consumption (RGB at
100%): approx. 6.3W (plus PSU
power consumption)
· Connectivity:
· Version S: 4-pin system PCB
connector (blue), in- and
output
· Version N: 6x 4-pin solder
connection, 0.1 in (2.54 mm)
pitch
· Version I: with built-in
Intelligence
· Connections: Red cathode, Green
cathode, Blue cathode, common
anode
· Dimensions (LxWxD):
10x0.6x0.4 in
(250x15x10 mm)
· Weight: 0.53 oz (15 g)
(plus cable and mounts)
System Accessories
· System Power Supply 4
· Long Distance Controller
· PCB link cable
· Intelligence
· PCB mounts: Self-adhesive,
push-through, screw-in
B12-250 UMIN UMAX I ldom.
Red 23 V 28 V 0.06 A 623 nm
Green 21 V 26 V 0.10 A 527 nm
Blue 21 V 26 V 0.10 A 468 nm
9.84 (250)
0.49
(12.5)
3.44 (87.5)
1.46 (37) 3.46 (88)
0.59
(15)
Dimensions in inches (mm)
Electrostatic Discharge (ESD) can damage sensitive electronic equipment. We recommend the use of anti-static bracelets when installing or servicing our products.
Also, the polishing of glass or plastic surfaces in the vicinity of our products should be avoided to prevent buildup of static electricity. Suitable anti-static packaging
materials should always be used to transport our products. Ordinary plastic packaging materials such as air-cushioned bags and bubble-wrap, are not suitable
alone. For safety reasons, only products and accessories designed by Schnick Schnack Systems GmbH should be used in conjunction with our LED components.
System specifications may change without notice. No part of this document may be reproduced without permission.
LITS3B12250STRIP-060512