Справочник Пользователя для Phoenix Gold octane
SENS
BASS
POWER
B–
R
B+
R+
L+
L-
R-
18
0
6
.2
SENS
INPUT
BYPASS
OUTPUT
R
L
LPL
FREQ
RDDP
POWER
B–
R
B+
R+
L+
L-
R-
6
.2
800
40
160
300
LOW PASS SPEAKER
RDDP
LOW PASS
STEREO/MONO
Q SELECT
SUBSONIC
FILTER
LOWPASS
POWER
HIGH PASS SPEAKER
HIGH PASS SPEAKER OUTPUTS Used
to connect the high pass section of the amplifier
to speakers. Use the left + and right - terminals
for bridged mode. Minimum speaker cable
size is 16 gauge (PG# SS162 or QS162). Use
12 Gauge for bridged operation (SS122 or
QS122). Minimum impedance is 2 ohms
bridged or 1 ohm stereo.
to connect the high pass section of the amplifier
to speakers. Use the left + and right - terminals
for bridged mode. Minimum speaker cable
size is 16 gauge (PG# SS162 or QS162). Use
12 Gauge for bridged operation (SS122 or
QS122). Minimum impedance is 2 ohms
bridged or 1 ohm stereo.
INPUTS Connect preamp signal cables from
the headunit to these terminals. To maximize
noise rejection, we recommend using Phoenix
Gold ZEROpoint Musical Reference, ZEROpoint
Pro, ZEROpoint QLX, ZEROpoint TRX, XS560
or XS460 series twisted pair interconnects.
the headunit to these terminals. To maximize
noise rejection, we recommend using Phoenix
Gold ZEROpoint Musical Reference, ZEROpoint
Pro, ZEROpoint QLX, ZEROpoint TRX, XS560
or XS460 series twisted pair interconnects.
CROSSOVER FREQUENCY Controls the high
and low pass crossover point symetrically for
the high and low pass speaker outputs. The
crossover is always engaged with a frequency
adjustable from 40Hz to 800Hz with a 24dB
per octave slope.
and low pass crossover point symetrically for
the high and low pass speaker outputs. The
crossover is always engaged with a frequency
adjustable from 40Hz to 800Hz with a 24dB
per octave slope.
800
40
160
300
LPL CONTROL PORT This port is for
connecting the optional LPL44
connecting the optional LPL44
TM
Remote
Lowpass Level Control knob. The LPL44
TM
allows up to 20dB of subwoofer volume
adjustment from the driver's seat of the low
pass section of the amplifier.
adjustment from the driver's seat of the low
pass section of the amplifier.
REMOTE DIAGNOSTIC DISPLAY PORT
This port is for connecting the optional RDDP
or SDT remote monitoring kit. The RDDP
display indicates the amplifier's condition and
voltage with tri-color LEDs. While the SDT
includes a DC voltmeter and a tri-color status
LED.
This port is for connecting the optional RDDP
or SDT remote monitoring kit. The RDDP
display indicates the amplifier's condition and
voltage with tri-color LEDs. While the SDT
includes a DC voltmeter and a tri-color status
LED.
LOW PASS SPEAKER OUTPUTS Used to
connect the amplifier to low pass speakers.
Use the left + and right - terminals for bridged
mode. Minimum speaker cable size is 16
gauge (PG# SS162 or QS162). Use 12 Gauge
for bridged operation (SS122 or QS122).
Minimum impedance is 2 ohms bridged or 1
ohm stereo.
connect the amplifier to low pass speakers.
Use the left + and right - terminals for bridged
mode. Minimum speaker cable size is 16
gauge (PG# SS162 or QS162). Use 12 Gauge
for bridged operation (SS122 or QS122).
Minimum impedance is 2 ohms bridged or 1
ohm stereo.
STATUS LEDS
BLUE: Three Superbrite
BLUE: Three Superbrite
TM
blue LEDs on top of
the amplifier light when the high pass section of
the amplifier is turned on indicating it is grounded
through the B- terminal and is receiving voltage
through the B+ and remote turn-on terminals.
the amplifier is turned on indicating it is grounded
through the B- terminal and is receiving voltage
through the B+ and remote turn-on terminals.
YELLOW: Lights if the amplifier shuts down due
to overheating. If the internal heatsink reaches
115 degrees Celsius, the amplifier shuts down
and continues to run the fan at high speed until
the internal temperature falls below 115 degrees.
115 degrees Celsius, the amplifier shuts down
and continues to run the fan at high speed until
the internal temperature falls below 115 degrees.
RED: Lights if the amplifier shuts down due to
excessive output current. Common reasons for
excessive output current are chafed speaker cables
touching the vehicle’s chassis, speaker leads
touching each other or a damaged speaker voice
coil.
excessive output current. Common reasons for
excessive output current are chafed speaker cables
touching the vehicle’s chassis, speaker leads
touching each other or a damaged speaker voice
coil.
BYPASS OUTPUTS Provides a full range
signal for an additional amplifier or signal
processor. The output is always Full Range.
signal for an additional amplifier or signal
processor. The output is always Full Range.
BASS CUBE INPUT and CONTROLS
Connect the remote control unit for the bass
cube to the telephone style input. For more
information on the functions and specficiations
for setup and functions refer to the included
bass cube manual.
Connect the remote control unit for the bass
cube to the telephone style input. For more
information on the functions and specficiations
for setup and functions refer to the included
bass cube manual.
*Notes Prior to Installation: The bass cube will only effect the
low pass section of the amplifier. Both power terminals must be
wired to the appropriate sources for the both sections of amplifier
to operate correctly. The crossover for High and Low Pass speakers
is always activated. The internal capacitor bank automatically
charges and discharges, so there is no need for external charging.
low pass section of the amplifier. Both power terminals must be
wired to the appropriate sources for the both sections of amplifier
to operate correctly. The crossover for High and Low Pass speakers
is always activated. The internal capacitor bank automatically
charges and discharges, so there is no need for external charging.
INPUT SENSITIVITY This control adjusts
the amplifier’s sensitivity to incoming signals.
C l o c k w i s e i n c r e a s e s s e n s i t i v i t y .
Counterclockwise decreases sensitivity. Higher
signal levels allow for a lower sensitivity setting
and lower overall noise floor. Lower signal
levels will require increased sensitivity to reach
full power. To maximize performance, we
recommend using a PLD1 Professional Line
Driver or its equivalent. The High and Low
Pass sections have seperate sensitivity levels.
the amplifier’s sensitivity to incoming signals.
C l o c k w i s e i n c r e a s e s s e n s i t i v i t y .
Counterclockwise decreases sensitivity. Higher
signal levels allow for a lower sensitivity setting
and lower overall noise floor. Lower signal
levels will require increased sensitivity to reach
full power. To maximize performance, we
recommend using a PLD1 Professional Line
Driver or its equivalent. The High and Low
Pass sections have seperate sensitivity levels.
TWIN-T
TM
BASS EQ This control allows
up to 18dB of boost at 45Hz for the speaker
outputs. It cannot affect the bypass outputs.
Use this control sparingly. Every 3dB of
boost requires double the power at 45Hz.
outputs. It cannot affect the bypass outputs.
Use this control sparingly. Every 3dB of
boost requires double the power at 45Hz.
STEREO/MONO SWITCH The low pass
section of the amplifier will receive a mono
signal when the button is set to the IN position
and a stereo signal when set to the OUT
position.
section of the amplifier will receive a mono
signal when the button is set to the IN position
and a stereo signal when set to the OUT
position.
REMOTE
CONTROL
LOW PASS POWER LED When lit the low
pass section of the amplifier is on indicating
it is grounded through the B- terminal and is
receiving voltage through the B+ and remote
turn-on terminals.
pass section of the amplifier is on indicating
it is grounded through the B- terminal and is
receiving voltage through the B+ and remote
turn-on terminals.
B+ TERMINAL (BATTERY POSITIVE)
Connect directly to the positive battery terminal.
Minimum cable size is 4 gauge. Remember
to properly fuse the High Pass B+ input cable
within 18 inches of the amplifier and positive
battery terminal.
Connect directly to the positive battery terminal.
Minimum cable size is 4 gauge. Remember
to properly fuse the High Pass B+ input cable
within 18 inches of the amplifier and positive
battery terminal.
Section
Outputs
Fuse size
High Pass 4 ohms stereo
50 amp
High Pass 2 ohms stereo
60 amp
High Pass 4 or 2 ohms bridged 60 amp
REMOTE TURN-ON TERMINAL Connect
to a switched 12 Vdc source such as the
headunit's “remote” or power antenna wire.
to a switched 12 Vdc source such as the
headunit's “remote” or power antenna wire.
B- TERMINAL (CHASSIS GROUND)
Connect to a clean, solid chassis ground.
Remove all paint and dirt from the chassis
connection point. Minimum cable size is 4
gauge. Keep the cable as short as possible.
Connect to a clean, solid chassis ground.
Remove all paint and dirt from the chassis
connection point. Minimum cable size is 4
gauge. Keep the cable as short as possible.
B+ TERMINAL (BATTERY POSITIVE)
Connect directly to the positive battery terminal.
Minimum cable size is 4 gauge. Remember
to properly fuse the High Pass B+ input cable
within 18 inches of the amplifier and positive
battery terminal.
Connect directly to the positive battery terminal.
Minimum cable size is 4 gauge. Remember
to properly fuse the High Pass B+ input cable
within 18 inches of the amplifier and positive
battery terminal.
Section
Outputs
Fuse size
Low Pass 4 ohms stereo
50 amp
Low Pass 2 ohms stereo
60 amp
Low Pass 4 or 2 ohms bridged 60 amp
REMOTE TURN-ON TERMINAL Connect
to a switched 12 Vdc source such as the
headunit's “remote” or power antenna wire.
to a switched 12 Vdc source such as the
headunit's “remote” or power antenna wire.
B- TERMINAL (CHASSIS GROUND)
Connect to a clean, solid chassis ground.
Remove all paint and dirt from the chassis
connection point. Minimum cable size is 4
gauge. Keep the cable as short as possible.
Connect to a clean, solid chassis ground.
Remove all paint and dirt from the chassis
connection point. Minimum cable size is 4
gauge. Keep the cable as short as possible.
BRIDGED
+
-
BRIDGED
+
-
MADE IN AMERICA