Soundstream XXX-15000D User manual

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Class D Topology IR2110S
S/N 87dB at 15kW @ 1 ohm
All "N" Channel MOSFET TO218 Transistors
Unregulated Power Supply
140 Volt Rails +/- for INSANE Amounts of Power
Capacitance Voltage 160V
Monster Solid Copper Buss Bars to Pass >1000 Amps of Current
Idle Current Draw 8 amps
Maximum Current Draw >1400 amps
Dual Monoblock Internally Bridged
Digitally Controlled Module for Damping Factor >1000 @ 100Hz
200mV - 7.6V Input Sensitivity
Short Circuit Speaker Protection
Thermal Protection
Optimized for a 16 Volt DC Power Supply
Totally Separated PWM Circuit to Eliminate Noise

SPECIFICATIONS
4
Unique Protection Sensing Circuit for Maximum Power
2.5mm Thick PCB (57% thicker than normal 1.6mm)
Over 83 Pounds!
Comes with Plexiglass & Metal Bottoms
Remote Bass Control Included
12 5/8" W x 2 3/4" T x 32 11/16" L
Subsonic Filter 15-50Hz @ 24dB Per Octave
Low-Pass X-over 40-275Hz @ 24dB Per Octave
Bass Boost 40-120Hz, 0-18dB
(4) 1/0 Gauge Power Input Terminals
(4) 1/0 Gauge Ground Input Terminals
(2) 8 Gauge Remote Turn-On Terminals
(4) 8 Gauge Speaker Output Terminals
Power at 16 Volts
L oad T HD 1% T HD 5% T HD 10%
1 ohm ea ch ch 4.55 kW 5.125 kW 6 kW
5 ohm ea ch ch 7. 34 kW 8. 2 kW 9.31 kW
2 ohm Bridged 8. 88 kW 10.4 kW 12.2 kW
1 ohm Bridged 14.4 kW 16.4 kW 19 kW
P ower at 14.4 Volts
L oad T HD 1% T HD 5% T HD 10%
1 ohm ea ch ch 4. 1 kW 4.616 kW 5. 4 kW
5 ohm ea ch ch 6.63 kW 7.4 kW 8.379 kW
2 ohm Bridged 8 kW 9. 36 kW 11 kW
1 ohm Bridged 13 kW 14.8 kW 17.1 kW
The XXX-15000D performs best with a 16 volt power source.
Soundstream recommends using a minimum 14.4 power source.

SPEAKER OUTPUT SPEAKER OUTPUT
LINPUT RGAIN
MIN MAX
SUBSONIC BASS EQ
10Hz 50Hz
REMOTE
40Hz 120Hz
LPF POWER
[GREEN]
PROTECT
[RED]
35Hz 250Hz
BASS
BOOST
0dB 18dB
BRIDGED + +
+ +
POWER INPUT
GND GND +12V +12V +12V +12V GND GND REM
5

LINPUT R
2.Gain
1.Input RCA jacks
10 50
3.Subsonic
GAIN
These inputs are for signal cables from the source. Always use high quality RCA cables.
This control allows you to vary the amplifiers input sensitivity between 0.2[200millivolts]and 7.6volts.
Clockwise rotation raises the threshold and lowers the sensitivity, requiring higher input signal voltage
from the source. in order to obtain maximum output. counter-clockwise adjustment lowers the threshold
and raises the sensitivity, requiring a lower source voltage from source unit. The overall objective is to set
this control to closely match the voltage produced by the source unit.
Avoid setting the theshold too low and supplying excessive input signal voltage, as this would saturate
the input stages and introduce unwanted distortion.
Variable Subsonic Filter[10Hz - 50Hz]
The Subsonic filter will roll off all the unwanted frequencies below 10Hz - 50Hz.
This will allow the amplifier to use that wasted power in the audible bandwidth.
6

LPF
35Hz 250Hz
5.LPF Control
6.Remote Control input
The Bass EQ control is used to select the boost frequency. Any frequency from 40 to 120 Hz can be
selected. The Bass Boost control will increase the frequency selected from the Bass EQ up to 18dB.
This control is used to set desired low pass frequency[35 ~ 250Hz]
The filter acts to cut-off frequencies above the set-point.
The Remote input can be connected to the Remote Dash Control with the supplied connection cable.
This control can be used to adjust the amplifier's input sensitivity.
4.Bass Boost & EQ Control
40Hz 120Hz
7

POWER
[GREEN]
PROTECT
[RED]
GND GND
8.Gnd[Chassis ground)
7. LED indicatior
8
POWER : This GREEN LED will illuminate when the amplifier is turned“ON”. If it fails to illuminate check
the power connections to the amplifier and fuses.
PROTECT : The amplifier protection circuitry will disable the amplifier if input overload, short circuit or
extremely high temperature conditions are detected. when the protection mode is in operation
the red LED indicator on the side panel will be illuminated the amplifier has gone into a self-preservation
mode.
If you observe that the protection LED is lit, please check the system carefully to determine what has
caused the protection circuit to engage. the amplifier can be reset by turning the remote power off
and then on again. If the amplifier shut down due to a thermal overload condition. please allow it to
cool down before restarting. If the amplifier shut down of an input overload or short circuit .be sure
to repair these conditions before attempting to power up the amplifier again.
To avoid unwanted ignition noise caused by ground loops. It is essential that the amplifier be grounded
to a clean, bare, metal surface of the vehicles chassis.
It is not recommended to use seat or seat belt bolts..

+12V +12V
9.Power[Battery positive]
10.
REM
9
Due to the power requirements of the amplifier this connection should be made directly to the positive
[+] terminal of battery. For safety measure install an in-line fuse Holder [not included] as close to the
battery positive [+] terminal as possible with an ampere rating not to exceed the maximum current
specified on page 3
To remote wire from source unit.
The amplifier is turned“ON” remotely when vehicle`s source unit is turned “ON”