Kicker SX650.1 Car Stereo System User Manual


 
11
SX .1 Series Amplifiers
Installation
AMPLIFIER STRAPPING
SX.1 series amplifiers are capable of being strapped
together to provide twice the power into twice their rated
minimum impedance. Only like model amps can be strapped
together. In other words, the SX650.1 can only be strapped to
another SX650.1 and the SX1250.1 can only be strapped to
another SX1250.1.
NOTE...
4 ohm minimum impedance for SX650.1 when strapped.
2 ohm minimum impedance for SX1250.1 when strapped.
1.) Wire both amplifiers to 12 volt power, ground and
remote.
2.) Connect a RCA cable from the source unit to the RCA
Input jacks on the primary amp.
3.) Use the supplied 1/8 inch mono cable to connect the
Amp Strapping Out jack of the primary amplifier to the
Amp Strapping In jack of the secondary amplifier.
4.) Use a short piece of heavy gauge wire (12Ga, 10Ga, 8Ga)
to connect the Speaker negative terminals of both amps
together.
5.) The primary amplifier’s positive terminal is used for the
positive speaker connections.
6.) The secondary amplifier’s positive terminal is used for the
negative speaker connections.
AMP STRAPPING
AMP STRAPPING
SOURCE UNIT
+
_
10
SX .1 Series Amplifiers
Installation
MULTIPLE SPEAKERS OR VOICE COILS SERIES WIRED
SX.1 series amplifiers are capable of powering multiple speakers or voice coils wired in
series as long as the minimum impedance does not drop below 2 ohms (SX650.1) or 1 ohm
(SX1250.1).
GROUND
REMOTE
TURN-ON
BATTERY
+12V
FUSE
18"
or less
S+
S-
ESC
HOME
ENT
M1
AMP 1
LOCKLEFTSYS RIGHT MUTE
AMP 2
GAINEQ LPF HPF PHASEKOMP
8888888888.........
M2 M3
M4
SIGNAL OUT
SIGNAL IN
+
_
+
_
+
_
These are just a few of the many ways you can use your SX.1 series Kicker amplifier.
These system diagrams are designed to give you a basic understanding of the most com-
mon uses for this amplifier. For more complex systems please visit your local authorized
Kicker dealer. You can also download the SX Technical Manual from our website at
www.kicker.com for more detailed information and complex system diagrams.