Specification Sheet

12VDC-60W
Power Supply
+
–
10f t
XX-XX
E237774
Dry Location
XX-XX
E237774
Dry Location
10f t
XX-XX
E237774
Dry Location
10f t
XX-XX
E237774
Dry Location
10f t
Note: Before powering on the system, double check
that all connections are secure and that all polarity
(+/-) symbols are oriented in the same direction.
LED TAPE LIGHTING SYSTEMS 27
Get More From Your Power Supply
Whether you’re working with high or low output tape, there is typically a maximum length that can run off of one
power supply. The diagrams below illustrate ways to break up your runs into multiples, which will ultimately result
in additional inches of tape operating from one power supply. In addition to efficiencies gained in materials, the
shorter linear runs will also help to maximize the light output potential for a beautiful end effect.
POWER SUPPLY OPTIMIZATION
Maximize Light Output and the Power Supply
12V HIGH OUTPUT:
• Max linear run is length 16', but connecting two 10' lengths in parallel increases total run to 20' using a 60W power supply.
12VDC-60W
Power Supply
+
–
XX-XX
E237774
Dry Location
10f t
XX-XX
E237774
Dry Location
10f t
24V HIGH OUTPUT:
• Max linear run is length 20', but connecting two 15' lengths in parallel increases total run to 30' using a 96W power supply.
24VDC-96W
Power Supply
+
–
XX-XX
E237774
Dry Location
15f t
XX-XX
E237774
Dry Location
15f t
12V LOW OUTPUT:
• Max linear run is length 16', connecting four 10' lengths in parallel increases total run to 40' using a 60W power supply.
24VDC-96W
Power Supply
+
–
16f t
XX-XX
E237774
Dry Location
XX-XX
E237774
Dry Location
16f t
XX-XX
E237774
Dry Location
16f t
XX-XX
E237774
Dry Location
16f t
Note: Before powering on the system, double check
that all connections are secure and that all polarity
(+/-) symbols are oriented in the same direction.
24V LOW OUTPUT:
• Max linear run is length 32', but connecting two 32' or four 16' lengths in parallel increases total run to 64' using a 96W
power supply.