• ©2020 EVO-LITE, LLC • 6240 W 54TH AVE., ARVADA, CO 80002 • V2–3220
LIGHT SHEET ORIENTATION
RGBW and Tunable White Auragami Light Sheets have arrows printed on them. These
arrows mark the direction and orientation that all sheets must be installed.
When mounting
multiple sheets, it is important that the arrows on each sheet line up and point the same
direction.
These arrows help maintain equal LED spacing. If the arrows are not aligned, you
may experience color shifts or hot spots. See Figure 8.
MOUNTING LIGHT SHEETS
Various mounting methods may be used to secure the Light Sheets to the mounting surface after the dry-fit and operation tests are complete.
Use the appropriate method or combination of methods depending on the type of mounting surface and its orientation. Mechanical fastening is
recommended in addition to the adhesive back.
Mechanical Fasteners: Any penetrations through the Light Sheet must be made inside the concentric circles marked on the sheet. The smaller
diameter circle on the Light Sheet indicates the maximum diameter of screw or other fastener that can be used without causing damage to the
Light Sheet’s power distribution grid. The larger diameter circle is the maximum diameter of the screw head that can be used without causing
damage. See Figure 9. For suspended applications, use mechanical fasteners with an appropriate spacing to avoid sagging. Use pan head, domed,
or round head screws – not tapered screws (like wood or drywall screws) nor self-tapping screws – and never screw the fastener so much that it
deforms the Light Sheet. See Figure 10.
Re-test function before installing the translucent (forward facing) material.
0.24”
(6 mm)
0.12”
(3 mm)
Figure 9
Figure 8
Figure 10
POWER INPUT
Use only with Class 2 power units. To avoid visible brightness variances due to voltage drop, the total distance should not exceed 6.5 ft (2 meters)
from the Light Sheet’s power supply input to the farthest end of any interconnected sheet. If this distance exceeds 6.5 ft (2 meters), splice an
additional high count multi-strand lead wire (that is the appropriate gauge for the load and distance) to the power input wire and connect this lead
to a sheet that is centrally located within the interconnected sheets. Alternatively, split the length in two and power each with its own power supply,
making sure the two sections are not connected electrically (see Figure 6).
Use the power lead (E) to route power from the power supply to a single Light Sheet or a set of up to eight Light Sheets. Use
Wago connectors (F)
in place of wire nuts, for a secure connection of wires of the same polarity (see figure 7). Do not exceed the 4 A maximum load capacity of a
connection block in any configuration nor interconnect more than eight sheets (88 W total). If any Light Sheet fails to light, check that the sheet-to-
sheet connection wires are fully connected into the 5-pin connection blocks. If the whole layout fails to light, check polarity at the power supply,
proper connection at the splicing connectors, and supply power at the source.
Light Sheets are dimmable, compatible with full-range (100% - 0%), flicker-free power and control components. Barrel connectivity options/
accessories are sold separately for use with barrel connected plug-in power supplies. Contact an Evo-Lite Systems Integration Specialist for optimal
power and control solutions to fit the project needs.
Power Input Kit, SKU: AG1-24-RGBW-PIK (sold separately):
Includes one 48” (1219.2 mm) 20 AWG 5-conductor power lead
wire with stripped & tinned ends (E), five Wago connectors (F) (see
Figure 7) and four cable management clips (G) (see Figure 3).
Figure 7
E
F
G
POWER INPUT CABLE
WAGO CONNECTORS
* Not to Scale
+
–
Multi-Channel Control Component
(24V DC Output sold separately)
B
G
R
W
x5
Note: The black wire is positive (+)
and the other colored wires (RGBW)
are signal (-) control wires.
F
E
G
–
––
One power input is required for each Class 2 circuit
Figure 6
221
221
221
221
221
CABLE MANAGEMENT CLIPS
