8
12V Power Output Terminals
Circuit 1 = left bank, Circuit 2 = right bank
Output terminals are connected together in parallel to increase
available outputs (
Figure D
). Each left-right pair is designated for
one 12VAC device (common and hot) connection. Seven positions
are provided but you may only connect as many 12VAC devices as
the cumulative wattage consumption of 60W or less will allow.
Do not exceed 60W load.
Connect low voltage (12VAC) lights to the unit’s lever terminals.
1. Strip each cable jacket back from the end to release about 3ʺ of
each internal wire, being careful not to damage their insulation.
2. Strip each wire’s insulation 3/8ʺ +/- 1/16ʺ.
3. Twist each wire to eliminate any stray strands.
4. Select a pair of connection points located horizontally across
from each other as shown in
Figure E
. Using a fingernail or small
tool, rotate each ‘lever’ out and down until it remains open.
5. Fully insert the black insulated lead through the outermost hole
and the red insulated lead through the innermost hole as shown.
6. While holding both leads fully inserted, flip both ‘levers’ all the
way up.
7. Pull on each lead firmly to confirm it is fully gripped (
Figure F
).
8. Repeat steps 1-7 for Circuit 2 connections on right bank of
connection points.
12V or 13V AC Low voltage accommodations
If Input voltage to unit is less than 120V and lighting load is high
or secondary wiring runs are long, it may be desirable to increase
transformer output voltage to compensate. This may be done by
opening the lever terminal in the upper right of the output terminal
block, removing the blue transformer wire, and substituting the
available yellow transformer wire in its place. Cap the, now unused,
blue wire with the wire nut (see
Figure G
).
FIGURE D: Low Voltage Output
connection terminal
FIGURE E: Lever terminal in open position
FIGURE F: Low voltage light cord shown
connected
FIGURE G: Red-Blue or
Red-Yellow wires used for 12V
or 13V output.
Note:
output voltages for either
circuit 1 or circuit 2 may be set
independently by this method based
on application needs.
Summary of Contents for Power Tower PT-6002
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