Precision Power Stereo Amplifier D1000 1 User Manual

AMPLIFIER MODELS  
D500/1  
D1000/1  
D2000/1 D3000/1  
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CONGRATULATIONS  
TM  
Thank you for choosing Precision Power audio equipment.  
Designed and engineered in the USA, this product combines  
innovative technology with the finest materials to consistently deliver  
Absolutely State of the Artperformance, sound quality, reliability,  
TM  
and value. This Precision Power product reflects our commitment  
to offer you unparalleled performance and quality for years of  
dependable service and listening enjoyment.  
SERVICE  
TM  
Do not attempt to service Precision Power products yourself.  
Performing maintenance on your audio equipment will void the  
TM  
warranty. Many parts of the Precision Power product are custom  
built to our specifications. Our factory parts are not made  
available to anyone else nor are they for sale. Our goal is to  
TM  
make sure that your Precision Power product will always sound as  
good as the day it was purchased. Contact your Authorized  
TM  
Precision Power Dealer about obtaining any warranty service  
TM  
through Precision Power . (See the Warranty on the outside of the  
back cover).  
CAUTION  
Extended use of a high powered audio system may result in hearing  
TM  
loss or damage. While Precision Power systems are capable of  
“Concert Level” volumes with incredible accuracy, they are also  
designed for you to enjoy at more reasonable levels all of the sonic  
subtleties created by musicians. Please observe all local sound  
ordinances.  
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FEATURES  
Advanced Instrumentation Input Stage.  
24dB/Octave; HP/LP/FULL; 30-4kHz Crossover.  
Independent Line Output Crossover 30-4kHz  
PWM Power Supply  
Triple Darlington Output Stage.  
AP-IV Protection Circuity  
TM  
QBASS Bass Boost  
High Voltage Input Capability with -12dB Attenuation Switch.  
Gold Plated RCA Input and Output Connectors.  
TM  
PowerLock Speaker and Power Wire Connectors.  
WHAT’S INCLUDED  
Amplifier (with speaker and power plugs mounted)  
(4) Mounting screws and washers  
2mm hex wrench  
2.5mm hex wrench  
3mm hex wrench  
CEA SPECIFICATIONS  
D500/1  
Power Output: 125 Watts RMS x 1 at 4 ohms and < 1% THD+N  
Signal to Noise Ratio: -70 dBA (reference 1 Watt into 4 ohms)  
Additional Power Output: 270 Watts RMS x 1 at 1 ohm at 14.4 Supply<1% THD+N  
D1000/1  
Power Output: 185 Watts RMS x 1 at 4 ohms and < 1% THD+N  
Signal to Noise Ratio: -68 dBA (reference 1 Watt into 4 ohms)  
Additional Power Output: 495 Watts RMS x 1 at 1 ohm at 14.4 Supply<1% THD+N  
D2000/1  
Power Output: 375 Watts RMS x 1 at 4 ohms and < 1% THD+N  
Signal to Noise Ratio: -71 dBA (reference 1 Watt into 4 ohms)  
Additional Power Output: 1150 Watts RMS x 1 at 1 ohm at 14.4 Supply<1% THD+N  
D3000/1  
Power Output: 495 Watts RMS x 1 at 4 ohms and < 1% THD+N  
Signal to Noise Ratio: -60 dBA (reference 1 Watt into 4 ohms)  
Additional Power Output: 1475 Watts RMS x 1 at 1 ohm at 14.4 Supply<1% THD+N  
3
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SPECIFICATIONS  
Nominal Power Ratings  
MODEL  
D500/1  
4ohm MONO  
1 X 125  
2ohm MONO  
1 X 200  
1ohm MONO  
1 X 250  
D1000/1  
D2000/1  
D3000/1  
1 X 175  
1 X 375  
1 X 500  
1 X 275  
1 X 600  
1 X 1000  
1 X 500  
1 X 1000  
1 X 1500  
General Specifications  
Conversion Efficiency  
Frequency Response  
Total Harmonic Distortion  
Input Sensitivity  
Phase Adjust  
RCA Output Jacks  
Input Impedance  
Supply Voltage  
>80% @4 ohms  
20Hz - 200Hz +0, -1dB  
<0.02%  
200mv - 5 Volts RMS  
0° or 180°, selectable switch  
HP/LP/Full; 30Hz to 4kHz  
40 kohms  
9 - 16 Volts  
Damping Factor  
Slew Rate  
>150  
>50V/µs  
QBASS PLUSTM  
Crossovers Type/Range  
Up to +18dB Boost @30, 36, 44, or 60Hz  
LP—30Hz to 250Hz  
HP—off/24dB switch 20Hz to 100Hz  
LP—off/24dB switch 30Hz to 250Hz  
Short, thermal, over voltage (16V) and  
under voltage (9V)  
Protection Functions  
4
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Fuse Requirements  
You will need to install an in-line fuse or circuit breaker in the power  
wire within 18” of the battery.This fuse or circuit breaker is to protect  
your vehicle from fire in case the power wire shorts to the vehicle  
body. If you are only using one amplifier, use the fuse rating  
indicated in this chart. If you are using more than one amplifier, add  
up the fuse ratings for all the amplifiers. This sum is the rating for  
your fuse or circuit breaker. You may also want to add a power  
distribution block near your amplifiers to distribute large gauge  
power cable to multiple amplifiers.  
Amp  
Fuse  
40 A  
D500/1  
D1000/1  
D2000/1  
D3000/1  
50 A  
100 A  
150 A  
Dimensions  
Length  
Width  
Height  
D500/1  
12-½”  
21-½”  
24-¾”  
29-3/8”  
10-½”  
2-¾”  
D1000/1  
D2000/1  
D3000/1  
10-½”  
10-½”  
10-½”  
2-¾”  
2-¾”  
2-¾”  
5
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AMPLIFIER STATUS LEDS  
1
2
The LEDs provide the following indications:  
1. Power - These LEDs illuminates the center Precision Power logo  
background when the amplifier power is turned on.  
2. Short - These LEDs behind the PPI logo will flash to indicate a  
short on the output.  
2. Thermal - These LEDs behind the PPI logo will extinguish if the  
amplifier is in thermal shutdown protection.  
Note: Read the AP-IV Protection Circuit section for additional  
information regarding Short and Thermal protection.  
6
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TOOLS/PARTS FOR INSTALLATION  
NOTE:TOOLS ARE NOT SUPPLIED.  
Small flat blade screwdriver  
Phillips screwdriver (#2 or medium sized)  
Wire cutters  
Wire strippers  
4 - #6 round head screws, and 1 - #8 sheet metal screw. (or nut, bolt,  
flat washer, star washer) (see details)  
2 - Ring connectors (large enough to accommodate your method of  
grounding)  
In-line fuse or circuit breaker  
Power and ground wire  
Speaker wire - 12-16 gauge  
Grommets (sized to work with the power wire you plan to use in your  
installation)  
Tube of silicone sealant  
WIRING  
Before beginning, disconnect the negative (-) terminal of the battery  
prior to connecting the amplifier to the positive (+) 12V terminal to  
prevent a short to ground and potential damage to wiring and  
equipment. Some vehicle radios have an anti-theft feature where  
when the radio is removed from 12V the radio will no longer function  
and must be code reset.  
7
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Note: The cables running from the battery to the rear of the car  
should be installed on the side of the car opposite to the antenna.  
When using 16 gauge wire or larger, run the speaker wires from the  
amplifier location through the vehicle to the speakers. Observe the  
same precautions for routing these wires that you followed for running  
the power and remote turn on wires. Cut off excess and, using wire  
strippers, strip 1/4-inch of insulation. Locate the speaker/remote turn-  
on PowerLockTM connector. Using a hex wrench loosen the screws on  
the upperside of the connector. Insert the speaker leads into the end  
and secure with the hex wrench. Check to be sure you've maintained  
proper polarity before securing each wire.  
8
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Note: The amplifier comes with the connector inserted into the  
amplifier with the wire clamping screws in the up position as  
shown below. Use a 2mm hex head wrench to secure the wires  
to the connector. If the connector needs to be unplugged from  
the amplifier, use a 2.5mm hex head wrench to remove the  
retaining screw from the connector (set aside and save the  
retaining screw).The two negative outputs are common to each  
other as are the two positive outputs. A speaker may be  
connected to either terminal.  
Speaker  
TM  
POWERLOCK  
Connector  
2mm hex  
wrench  
Speaker positive  
Speaker positive  
Remote turn on  
Speaker negative  
Speaker negative  
Remove retaining  
screw with a  
2.5mm hex wrench  
GROUND WIRING  
Locate an area near the amplifier(s) that is metal and clean an area  
about the size of a quarter down to bare metal. Inspect the area  
around and underneath to be sure you will not drill into wires, brake  
or fuel lines, etc. Drill a pilot hole in the middle of this area.Terminate  
the ground wire with a ring connector and attach it to the bare metal  
using a #8 sheet metal screw and washer or preferable, a bolt, nut  
and a star washer. (not supplied). We suggest crimping and  
soldering this connection. After the  
connection is complete, coat the area  
(on both sides) with silicone or some  
similar material to prevent rust from  
developing on the bare metal. If your total current draw is over 80  
amps (or total power is over 500 watts). Keep the ground and power  
9
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wires as close together as possible, and use the same gauge wire  
for both.This will ensure that you have a good ground path, and may  
eliminate such potential problems as engine noise and overheated  
amplifiers.  
CHARGING SYSTEM  
If your total current draw is over 100 amps (or total output power is  
over 600 watts), you are probably exceeding the capability of your  
charging system. Dimming lights and fluctuating voltage are solid  
indicators that you need to upgrade your alternator, battery, or both.  
You should also check the condition and current capacity of the  
stock battery negative cable and connections, and replace or  
upgrade as necessary. Keep in mind that your amplifiers simply  
convert electrical energy to acoustical energy, and any electrical  
deficiency will compromise the performance of your sound system.  
For more information about charging system upgrades, see you  
TM  
TM  
local authorized Precision Power Dealer or call Precision Power  
Technical Support at 1-800-62POWER x2033.  
CURRENT DRAW  
The following is a basic formula to be used as a guide to determine  
current draw. Your new amplifier is more efficient than most other  
amplifiers. This formula is to be used as a guideline. Using wire of a  
larger gauge can only improve the current transfer of your system.  
Do NOT use smaller wire gauge.  
Total RMS output X 1.3 = Total Input Wattage  
Total Input Wattage  
= Current Draw (in Amps)  
Supply Voltage  
Example: A PPI amplifier has one channel at 1000 watts RMS  
rating into 4 ohms.  
You would use the formula in the following way:  
1000 W X 1.3 = 1300 watts  
10  
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1300W  
12V  
= 108 Amps total current draw  
If the same amplifier is driven into a 2 ohm load, double it’s 4 ohm  
RMS rating. These amplifiers will effectively double their power at  
this load.  
1000W X 1.3 X 2 = 2600 watts  
2600W  
12V  
= 217 Amps total current draw  
If you are using more than one amplifier, add up the total current  
draw for all of them and choose the appropriate gauge based on the  
grand total.  
POWER WIRE SIZE  
A minimum of 8 gauge or a maximum of 4 gauge wire is  
recommended dependent on the application.  
The ground wire must be the same gauge as the power wire.  
11  
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POWERLOCK CONNECTORS  
Once you have run both the power and ground wires, then connect  
the cables to the amplifier. Cut off excess wire, and using wire  
strippers, strip the ends of the power and ground cables  
TM  
approximately 1/4 inch. Locate the PowerLock power and ground  
connector (supplied). Using a hex wrench, loosen the screws before  
attempting to insert the cable wires. Insert the wires into the  
appropriate hole, and tighten the screws. The Power/Ground  
TM  
PowerLock will accommodate 4 gauge wire for these amplifiers.  
Note: The amplifier comes with the connector inserted into the  
amplifier with the wire clamping screws in the up position as  
shown below. Use a 3mm hex head wrench to secure the wires  
to the connector. If the connector needs to be unplugged from  
the amplifier, use a 2.5mm hex head wrench to remove the two  
retaining screws from the connector (set aside and save the  
retaining screws).  
3mm hex  
wrench  
Power wires  
Remove retaining  
screw with a 2.5mm hex  
wrench  
Connection to  
amplifier  
12  
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FRONT PLATE DIAGRAMS  
14  
13 12 11 10  
R
R
PHASE  
ATT  
REM  
OUTPUT XOVER  
LP  
0° 180°  
1
-12dB  
2
XOVER  
20 100  
MIN MAX  
30 4k  
30 250  
LPF QBASS QBASS  
L
L
OUTPUT FREQ FULL HP  
INPUT  
GAIN FULL HP HPF  
1
7
8 9  
2
3
4 5 6  
1. Cooling Plenums: Maintain a minimum 2” clearance around  
cooling plenums for proper amplifier cooling.  
2. Speaker/Remote Connector: The PowerLockTM speaker  
connector.  
3. Output Freq. Control: Use this control to adjust the sub bass  
output signal crossover frequency from 30Hz to 4kHz. (See the  
Crossover Frequency chart in this manual).  
4. Output HP/LP/FULL Switch: Select the desired crossover  
setting HP/LP/FULL for the signal of the RCA outputs.  
5. LPF Frequency Control: Allows adjustment of the LPF between  
30Hz and 250Hz.  
TM  
TM  
6 & 7. QBASS 1 and QBASS 2 Freq.: Use these switches,  
TM  
TM  
TM  
QBASS 1 and QBASS 2 to program the QBASS PLUS circuit  
frequency.  
8. Xover FULL/LP/HP Switch: Select the desired crossover setting  
FULL/HP.  
9. Sub Sonic Adjustment: Adjusts the crossover between 20Hz  
and 100Hz.  
10. Gain: Use this control to match the output level of the source  
unit to the amplifier.  
11. Input: Plug in the RCA leads from your source here.  
13  
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12. -12dB Input Attenuation: Push this switch ‘IN’ for high voltage  
(4V-12V) capability. This button pushed ‘IN’ must be used for  
speaker level input on common ground head-units or for high  
voltage line drivers.  
13. Phase: These switch sets the phase of the output relative to the  
amplifier input.  
14. RCA Outputs: RCA outputs provide HP/LP/FULL 30-4kHz  
signal to another amplifier.  
END PLATE DIAGRAMS  
1
2
3
4
D500/1, D1000/1  
+18  
0
QBASS  
REMOTE  
QBASS  
1
1
2
3
4
D2000/1, D3000/1  
QBASS  
REMOTE  
+18  
0
QBASS  
TM  
1. Power/Ground PowerLock : Note that the D2000/1 and  
D3000/1 have two of these receptacles. You must connect the  
TM  
power and ground cables to both PowerLock terminals for  
optimum operation.  
TM  
2. QBASS REMOTE : Plug in the data cable from the optional  
TM  
QBASS REMOTE dash mounted level control here. (The remote  
TM  
level control will bypass the amplifier’s on board QBASS control.  
TM  
3. QBASS Level Control: Controls bass boost, centered at 40Hz  
with up to 18dB of boost.  
14  
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4. Cooling Plenums: Maintain a minimum 2” clearance around  
cooling plenums for proper amplifier cooling.  
INPUTS  
There are two sets of RCA jacks on the front end of your amplifier.  
The RCA cables from your source unit go in the set labeled  
INPUTS. If your source unit doesn’t have RCA outputs, then add a  
set of RCA plugs (available at your dealer) to your front or rear set  
of speaker leads (see drawing below). Plug them into the input  
jacks, and push in the -12dB input attenuation switch.  
SOURCE Headunit  
eject  
1
5
2
6
3
7
4
8
Trk 1  
BASS  
TREBLE  
PPI MAR KET ING DPT  
BALANCE  
TRACK  
VOLUME  
LEFT  
RIGHT  
FOWARD  
REVERSE  
(+) Positive  
LEFT input  
(-) Negative  
(+) Positive  
RIGHT input  
(-) Negative  
ADVANCED INSTRUMENTATION INPUT  
The Advanced Instrumentation Input has been incorporated from  
TM  
the legendary Precision Power 2500F1. This circuit completely  
isolates the chassis ground from the audio circuit of the amplifier  
and reduces noise radiated into your signal cables by up to 40dB.  
This is equivalent to a noise reduction of approximately one hundred  
times what the noise level would be without this circuitry. It provides  
all the benefits of a true balanced line without the need of any  
special cables (see diagram below). This type of input works with  
any conventional RCA cables.  
15  
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QBASS PLUS SPECIFICATIONS  
TM  
QBASS PLUS  
Up to 18dB of boost with selectable center frequency at 30Hz, 36Hz,  
44Hz or 60Hz, with a Q-factor of 2.  
TM  
Optional QBASS REMOTE  
This boost control can be mounted in the dash and will supersede  
the boost control on the amplifier endplate.  
16  
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QBASS PLUS/QBASS REMOTE  
On these amplifiers, we’ve taken bass control to a higher level with  
TM  
TM  
QBASS PLUS . The two QBASS switches (labeled 1 and 2) on  
the front end of the amplifier allow you to select one of four  
frequency centers 30Hz, 36Hz, 44Hz and 60Hz. On the rear end  
TM  
plate you will find the QBASS level control and plug-in for an  
TM  
optional QBASS REMOTE dash mounted level control. Adjust the  
level control clockwise for up to +18dB of boost at your selected  
frequency.  
TM  
QBASS Settings  
1
2
Freq.  
30Hz  
36Hz  
44Hz  
60Hz  
IN  
IN  
IN  
OUT  
IN  
OUT  
OUT  
OUT  
TM  
CAUTION: QBASS PLUS should only be used in systems with a  
strong subwoofer section. +18dB is a tremendous amount of bass  
boost and may damage your speakers or create excessive distortion  
if abused.  
TM  
The optional QBASS REMOTE : This boost control can be  
mounted in the dash and will supersede the boost control on the  
endplate.  
TM  
The Precision Power amplifiers no longer need an optional  
TM  
TM  
QPORT to connect multiple QBASS PLUS equipped amplifiers  
TM  
TM  
while using one QBASS REMOTE . The new QBASS PLUS  
circuitry in the DCX amplifiers is now positioned before the  
TM  
crossover circuit. In doing this, Precision Power engineers have  
allowed you to daisy chain your RCA output to the next amplifier  
TM  
input, causing the first amplifier’s QBASS REMOTE to become the  
TM  
master control amplifier. See your authorized Precision Power  
dealer for more information!  
17  
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TC-X CROSSOVER  
Your new amplifier has a TC-X Crossover (Total Control X-over®)  
30Hz-4kHz (see this guide for Crossover Chart).12dB per octave  
phase correlated crossover built-in to provide superior system  
flexibility without the added expense and installation of an outboard  
crossover. The speaker outputs of your amplifier are high pass, low  
pass, or all-pass according to the HP/LP/FULL switch on the front  
endplate. You would choose low pass (middle position of switch) to  
use this amplifier for subwoofers, choose high pass (left position of  
switch), or full (right position of switch) to use this amplifier for full  
range speakers.  
The RCA outputs are controlled by a separate HP/LP/FULL switch,  
and are always independent of the speaker output crossover. As  
well as being able to independently select HP/LP/FULL, your new  
amplifier allows independent selection of frequencies from 30Hz-  
4kHz (see Crossover Detent Chart in this guide).  
D500/1, D1000/1, D2000/1, and D3000/1  
Output - 24dB/Octave, Detented High Pass 30Hz-4kHz  
Output - 12dB/Octave, Detented; HP/LP/FULL  
Sub-Sonic - 12dB/Octave Detented; High Pass; 5Hz-80Hz  
TM  
QBASS PLUS - on Front Channel - up to 18dB @ 30, 36, 44, 60Hz  
18  
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CROSSOVER DETENT CHART  
Low Pass  
Frequency (Hz)  
@ -3dB  
31  
High Pass  
Detent #  
Frequency (Hz)  
@ -3dB  
27  
1
2
31  
28  
3
31  
28  
4
32  
28  
5
32  
28  
6
34  
29  
7
36  
30  
8
39  
31  
9
42  
33  
10  
11  
12  
13  
14  
15  
16  
17  
18  
19  
20  
21  
22  
23  
24  
25  
26  
27  
28  
29  
30  
31  
32  
33  
34  
35  
36  
37  
38  
39  
40  
41  
45  
50  
55  
58  
65  
71  
78  
88  
35  
37  
40  
42  
45  
48  
50  
52  
55  
58  
62  
70  
75  
75  
80  
80  
100  
115  
119  
124  
131  
137  
142  
149  
157  
165  
176  
190  
205  
210  
213  
216  
220  
224  
228  
234  
238  
242  
242  
82  
85  
85  
90  
95  
100  
100  
103  
108  
108  
108  
108  
110  
110  
110  
110  
19  
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ADJUSTING INPUT GAIN  
1. Adjust all amplifier input gain controls to just above minimum  
sensitivity (fully counterclockwise).  
2. Using the cleanest music source (CD) playing, turn up the head  
unit source volume until you can hear distortion. Now turn it down a  
bit until you cannot hear the distortion (usually just below full  
volume).  
3. Increase the amplifier gain (clockwise) until the onset of audible  
distortion. Then decrease the gain to the point just before the  
distortion starts. This setting minimizes background noise and  
prevents overload.  
4. Repeat step 3 for any remaining independently controlled  
amplifiers (rear and subwoofer gain controls) in the system.  
HIGH MASS INTERNAL HEATSINK  
The unique heatsink on your amplifier has been designed with fins  
on the inside of the aluminum extrusion. This allows for the transfer  
of heat from the circuitry to the heatsink fins and out through the  
vents in the endplates. Be sure you provide ample space around the  
amplifier for cooling: at least 2” on all sides.  
AP-IV PROTECTION CIRCUIT  
Short Circuit Protection engaged: These amplifiers will turn off and  
try to come back on immediately. The amplifier will cycle like this  
indefinitely with “blips” of sound each time. If this is the case, check  
your speakers and wiring for low impedance and short circuits.  
Thermal Protection engaged. The amplifier will turn off and after a  
minute or so will come back on. In this case, ensure that there is  
nothing blocking the normal convection airflow of the amplifier. No  
obstruction should be within 2” of the amplifier on all sides.  
Note: Low battery voltage will cause the amplifier to run  
warmer and possibly damage the amplifier.  
TROUBLESHOOTING  
20  
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NO SOUND Is the LED illuminated?  
YES  
NO  
Check Power and Remote  
turn-on wire for voltage.  
Make sure the ground wire  
is secure.  
STILL NO SOUND  
TM  
See your Authorized Precision Power Dealer or call 1-800-62POWER.  
SOUND IN ONE CHANNEL ONLY  
Reverse the left and right speakers by unplugging the speaker connector,  
turning it over and plugging it back in.  
SOUND IS NOW IN  
OPPOSITE CHANNEL  
Reverse RCA inputs.  
SAME CHANNEL  
Problem is in the speaker or  
speaker wire of the silent  
channel.  
SOUND IS NOW IN  
OPPOSITE CHANNEL  
Reverse RCA inputs  
at head unit.  
SAME CHANNEL  
Problem is in the amplifier.  
See your local Authorized  
TM  
Precision Power Dealer or  
call 1-800-62POWER.  
SOUND IS NOW IN  
OPPOSITE CHANNEL  
Problem is in the head  
unit or before the amplifier.  
SAME CHANNEL  
Problem is in the RCA  
cables.  
21  
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LIMITED TWO YEAR CONSUMER WARRANTY:  
Directed Electronics promises to the original purchaser, to replace this product  
should it prove to be defective in workmanship or material under normal use, for  
a period of two years from the date of purchase by the dealer as indicated by the  
date code marking of the product PROVIDED the product was installed by an  
authorized Directed dealer. During this two-year period, there will be no charge for  
this replacement PROVIDED the unit is returned to Directed, shipping pre-paid. If  
the unit is installed by anyone other than an authorized Directed dealer, the  
warranty period will be 1 year from the date of purchase by the dealer as indicated  
by the date code marking of the product. During this 1-year period there will be no  
charge for this replacement PROVIDED the unit is returned to Directed, shipping  
pre-paid.This warranty is non-transferable and does not apply to any unit that has  
been modified or used in a manner contrary to its intended purpose, and does not  
cover damage to the unit caused by installation or removal of the unit. This  
warranty is void if the product has been damaged by accident or unreasonable  
use, neglect, improper service or other causes not arising out of defects in  
materials or construction. ALL WARRANTIES INCLUDING BUT NOT LIMITED  
TO EXPRESS WARRANTY, IMPLIED WARRANTY, WARRANTY OF  
MERCHANTABILITY, FITNESS FOR PARTICULAR PURPOSE, AND  
WARRANTY OF NON-INFRINGEMENT OF INTELLECTUAL PROPERTY ARE  
EXPRESSLY EXCLUDED TO THE MAXIMUM EXTENT ALLOWED BY LAW,  
AND DIRECTED NEITHER ASSUMES NOR AUTHORIZES ANY PERSON TO  
ASSUME FOR IT ANY LIABILITY IN CONNECTION WITH THE SALE OF THE  
PRODUCT. DIRECTED HAS ABSOLUTELY NO LIABILITY FOR ANY AND ALL  
ACTS OF THIRD PARTIES INCLUDING ITS AUTHORIZED DEALERS OR  
INSTALLERS. Unit must be returned to Directed, postage pre-paid, with:  
consumer’s name, telephone number, and address, authorized dealer’s name and  
address, and product description. IN ORDER FOR THIS WARRANTY TO BE  
VALID, YOUR UNIT MUST BE SHIPPED WITH PROOF OF INSTALLATION BY  
AN AUTHORIZED DIRECTED DEALER. ALL UNITS RECEIVED BY DIRECTED  
FOR WARRANTY REPAIR WITHOUT PROOF OF DIRECTED DEALER  
INSTALLATION WILL BE COVERED BY THE LIMITED 1-YEAR PARTS AND  
LABOR WARRANTY. Note: This warranty does not cover labor costs for the  
removal and reinstallation of the unit. BY PURCHASING THIS PRODUCT, THE  
CONSUMER AGREES AND CONSENTS THAT ALL DISPUTES BETWEEN THE  
CONSUMER AND Directed SHALL BE RESOLVED IN ACCORDANCE WITH  
CALIFORNIA LAWS IN SAN DIEGO COUNTY, CALIFORNIA.  
© 2005 Directed Electronics, All rights reserved. G48300.05.10.15 12-05  
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