StreetGlow Pro Series Wireless Remote Strobe Kit - Manual (Page 2)

6 Outlet 80W power supply
(1)
1 2
1. TECHNICAL SPECIFICATION
3. SYSTEM LAYOUT 4. BULB INSTALLATION
2. SYSTEM CONTENTS
10 to 16 Volts DC
7.75 AMPS
80 WATTS
500 VOLTS DC MAX
INPUT VOLTAGE
CURRENT DRAW
OUTPUT POWER
OUTPUT VOLTAGE
Butt-splice connector
(1)
#8 x 1/2” Screws
(5)
Main power harness
(1)
Clear strobe bulbs
(4)
On/Off switch harness
(1)
15’ extension cables
(4)
Plan your system layout before starting.
This is a typical system layout.
7. STROBE HEAD CONNECTIONS
5. INSTALL THE CABLES
RTV
8. POWER CONNECTIONS
Remove lens
assembly
from vehicle.
1” hole
saw
Pop the bulb
into the 1”
hole.
Route the cable through the vehicle
and plug into the strobe bulbs.
6. MOUNT THE POWER SUPPLY
9. TROUBLE SHOOTING
Mount the power supply in a clean, dry location. Mounting the
unit to a flat metal surface will aid in heat dissipation.
Four #8 x 1/2” screws are provided...
NOTE: The bulb will get hot during operation.
Keep the bulb glass at least 3/4” away from
any plastic of the lens assembly.
Drill
hole
Cable
Do not put RTV
on electrical contacts
Before you make any connections to the vehicle
wiring, always disconnect the battery negative
terminal.
Re-connect the negative battery terminal
Optional
control
panel interface
Screw to
chassis ground
Butt Splice
Connect to a fused
=12V source
Black
Red
Power Harness On/Off
Switch
harness
Important!
If the bulb is located in a damp area, the connectors should
be sealed with RTV silicone sealant. (Not included)
Plug the strobe head cables into the
output connectors. Additional heads
and extension cables can be
purchased and connected to the two
remaining outlets.
Blown Fuse: The power supply will blow a fuse if the input voltage is
reversed. If this happens, first locate the wiring fault, then replace the fuse
with one of the same rating.
Erratic behavior (and/or) shutdown:
1) The power supply will shut down if there is a short circuit condition on
any one of the strobe heads. If the electrical conductors connecting the
power supply to the strobe heads are exposed to water, a short circuit will
result. The first sign is intermittent operation, followed by complete
shutdown of the strobe system. To find the short circuit, unplug all strobe
head cables from the power supply. Test one cable/head at a time until the
problem is found.
2) The power supply will also shut down if the input voltage drops below 10
Volts. Check for a bad connection at + and GND, or a bad switch.
When the unit is turned on the strobe head
outlets contain High Voltage. Please wait
5 minutes after shutting this unit off before
attempting service. Do not plug strobe heads
into the unit while it is running.
WARNING!
HIGH VOLTAGE