2 CHANNEL / 4 CHANNEL / 5 CHANNEL
AUTOMOTIVE AMPLIFIER
A300.2 / A500.2 / A700.2
A1000.2 / A1100.2 / A2200.2
A500.4 / A700.4 / A900.4 / A800.5
INSTRUCTION MANUAL
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• NEVER operate the amplifier without the proper power and ground wire, 10 gauge minimum.
• NEVER operate the amplifier without proper fusing. Fuse holder must be located with in
0.5 meters from the battery. This fuse is to protect the car not the electronics. In case of a
short, the fuse will blow instead of the wire burning up. Using other than the recommended
fuse ratings at the battery and at the amplifier may cause damage to the amplifier and will
void your warranty.
• Do not run wiring underneath or outside the car since exposure to the elements may cause
the insulation to deteriorate rapidly, resulting in short-circuits and/or intermittent operation.
all cables should be run beneath carpets and inside trim pieces.
• To help minimize interference, it is best to run the power cables along the opposite side
from the audio cables
.
• Whenever wires pass through metal, rubber or plastic grommets must be used to prevent
the metal from wearing through the installation and causing a short.
• Whenever possible, use cable ties, mounting clamps and similar wiring aids. (available
from an electrical supply or auto parts store) Adding stress relief loops to wiring is also
advisable to prevent straining or breakage.
• It is best totest the system before the amplifier is mounted and interior of car is reassembled.
• If the temperature inside your car reaches extreme levels(such as sitting locked up for
several hours in the hot sun or exposed to a very cold winter's day)the amplifier may go
into protection mode and shut off. Leave the unit off until the ambient temperature returns
to normal.
• The amplifier operates with any vehicle using a 12 volt negative ground system. If you are
not sure of the type of electrical system in your vehicle, consult your authorized dealer or
qualified mechanic.
• NEVER ground the speaker leads and NEVER allow the speaker leads to come in contact
with each other. Speaker wire should be 18 gauge or larger.
• Remote turn on wire must be switched by the radio does not have a remote turn on or
antenna output, connect to wire that has a positive 12 volts when the key is turned to the
accessory. If the amplifier does not turn off the battery will die.
• Do not listen to high volumes for extended periods of time or hearing damage may occur.
2
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MOUNTING:
1. After reading precaution, decide where you are going to install the unit. Also, see Fig.1.
2. Once thelocation has beendetermined, place theamplifier into position. Using a felttip
pen or pencil mark the four holes to be drilled for mounting. NEVER use the amplifier as
a template for drilling. It is very easy to damage the amplifier surface in this manner.
3. Remove amplifier. Drill four 3.5 m/m holes into mounting surface. If you want to mount
the amplifier to MDF or wood panel, drill four 3.0m/m diameter holes into mounting surface.
4. If possible, test the system to ensure it is operating correctly before final mounting of
the amplifier.
5.
Mount the amplifier using the supplied 4 self tapping screws.
Self Tapping Screws
FIG.1
3
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This amplifier will accept low level inputs only. Low level is the same as line level. The low
level signal is carried through RCA cables. It is preferred to use low level inputs to the amplifier
if the head unit is equipped with the low level outputs. If not, you can use a "high to low
converter" available throughyour local caraudio shop.
Connect the low level/line level RCA cables from the head unit, or signal processor, to the
line level inputon the amplifier. See Fig.2system wiring diagrams.
It is important to have good quality power and ground connections. Remember, to complete
an electrical circuit, the ground connection is just as important as the positive power
connection. Before any power connections are made, disconnect the ground cable at the
battery.
When the power supply lead, memory backup lead or ground lead are extended use a 5mm²
(AWG5) or larger automotive grade cable which will withstand friction and heat to safe
grade against fires occurring as a result of short-circuiting.
GND = Connect the proper gauge ground wire to the amplifier "GND" terminal. Locate the
position on the chassis of the car to which the amplifier is to be grounded. The surface must
be free from any paint or dirt. This can be accomplished with a small grinding bit, sand
paper or wire wheel. NOTE: Do not ground the amplifier to the "frame of the car. The frame
on most cars and trucks is not grounded to the chassis(body). Use Solder or a clamp ring to
connect the ground wire. Pre-drill the prepped chassis to bolt the ground ring terminal with
nut, bolt and lock washers. Insulate metal and connector with paint or silicon to prevent
rust and oxidation. Silicon also works great to prevent nuts and bolts from working loose in
a harsh environment of an automobile. Upon completion of the ground connection, grab
wire or connector and confirm that it is a solid connection. To prevent engine noise, it is
recommended to ground the head unit and other audio electronics in the same location.
REM = Connect the remote wire (power antenna output) from the head unit to the remote
turn-on wire of the amplifier. If the head unit is not equipped with a remote/antenna output,
locate a wire that is controlled by the accessory position of the key. It is important to have
the amplifier turn off with the radio or key. If the amplifier remains on, the result will most
likely be a dead battery.
12V = Connect the proper gauge power wire to the amplifier "B+" terminal. Run wire to
wards the fuse holder that is no greater then 0.5 meters from the battery. Remember, the
fuse is to protect the safety of the car in the case of a short. Connect fuse holder to battery,
but do not install fuse at this time.
4
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CH1
CH2
6V 0.2V
GAIN
0dB 12dB
BASS
50Hz 250Hz L.P.F
L.P.F
H.P.F 80Hz 1.2KHz
H.P.F
FLAT
CROSSOVER
LINE INPUT
CH1 CH2
+12V REM GND
CAR STEREO HEAD UNIT
FIG.2
5
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CH1
CH2
CH3
CH4
L.P.F
FLAT
H.P.F
L.P.F
FLAT
H.P.F
6V 0.2V
GAIN
0dB 12dB
BASS
50Hz 500Hz 50Hz 500Hz
0dB 12dB
BASS
6V 0.2V
GAIN
CROSSOVER
CROSSOVER
CH 1/2
CH 3/4
LINE INPUT
LINE INPUT
CH1 CH2
CH3
CH4
+12V REM GND
CAR STEREO HEAD UNIT
FIG.2
6
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CH 1/2
CROSSOVER
CH 5
CROSSOVER
LINE INPUT
LINE INPUT
CH5
CH1
CH3
GAIN
L.P.F
H.P.F
H.P.F
L.P.F
6V 0.2V
50Hz 250Hz
FLAT
FLAT
80Hz 1.2kHz 80Hz 1.2kHz
H.P.F
FLAT
50Hz 250Hz
L.P.F
CH2
CH4
6V 0.2V
50Hz 250Hz
CH 3/4
80Hz 1.2kHz
6V 0.2V
GAIN
CH6
CH1 CH2 CH3 CH4
CH5 CH6
+12V REM GND
CAR STEREO HEAD UNIT
FIG.2
7
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This amplifier can operate in one, two or three channel mode. The minimum impedance for
single channel (bridged/mono) operation is 4 or 8 ohms. Tri channel power is referred to
stereo and mono at the same time. Minimum impedance remains the same for three channel
(front /subwoofer) systems as long as proper passive crossovers are used. Connect right
and left speaker wire to corresponding speaker output terminals of the amplifier. Be sure to
have the positive wire from the speaker connected to the positive speaker terminal of the
amplifier and the negative wire from the speaker must connect with the negative speaker
terminal of the amplifier. Reversing any of these connections will result in the speaker cones
moving out of phase whichcauses bass cancellation. See Fig.3Speaker Output Connections.
1 SPEAKER BRIDGED
SPEAKER
POWER
REM
FUSE
(+)
(+)
CHL1
CRH2
GND
B+
BRIDGED
ON
PROTECT
4 - 8 Ohm
1CH
2 SPEAKER STEREO
SPEAKER
(+)
BRIDGED
POWER
REM
FUSE
(+)
CH1
CH2
GND
B+
ON
PROTECT
2 - 4 Ohm
1 CH
2 CH
3 SPEAKER TRI MODE
SPEAKER
(+)
BRIDGED
POWER
REM
FUSE
(+)
CH1
CH2
GND
B+
ON
PROTECT
4 - 8 Ohm
1 CH
2 CH
3 CH
4 - 8 Ohm
WOOFER 2CH+1CH
FIG.3
8
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2 SPEAKER BRIDGED
SPEAKER
(+)
(+)
(+)
(+)
CH4
CH1
CH2
CH3
POWER
REM
FUSE
BRIDGED
BRIDGED
GND
B+
ON
PROTECT
4-8 Ohms
1 CH
2 CH
2 SPEAKER + 1 SUBWOOFER
SPEAKER
(+)
(+)
(+)
(+)
CH4
CH1
CH2
CH3
POWER
REM
FUSE
BRIDGED
BRIDGED
GND
B+
ON
PROTECT
2-4 Ohms
SUB WOOFER
4-8 Ohms
4 SPEAKER STEREO
1CH
2 CH
3 CH
SPEAKER
(+)
(+)
(+)
(+)
CH4
CH1
CH2
CH3
POWER
REM
FUSE
BRIDGED
BRIDGED
GND
B+
ON
PROTECT
2-4 Ohms
2-4 Ohms
1CH
2 CH
3 CH
4 CH
6 SPEAKER HEX MODE
SPEAKER
(+)
(+)
(+)
(+)
CH4
CH1
CH2
CH3
POWER
REM
FUSE
BRIDGED
BRIDGED
GND
B+
ON
PROTECT
4-8 Ohms
4-8 Ohms
1CH
2 CH
3 CH
4 CH
4-8 Ohms
5 CH
4-8 Ohms
6 CH
FIG.3
9
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3 SPEAKER BRIDGED
SPEAKER
(+) CH3
(+)
(+)
(+) CH4
BRIDGED
(+) CH5
CH1
CH2
POWER
REM
FUSE
BRIDGED
GND
B+
ON
PROTECT
4-8 Ohms
2-8 Ohms
3 CH
1 CH
2 CH
5 SPEAKER STEREO
SPEAKER
(+) CH3
(+)
(+)
(+) CH4
BRIDGED
(+) CH5
CH1
CH2
POWER
REM
FUSE
BRIDGED
GND
B+
ON
PROTECT
2-4 Ohms
2-4 Ohms
2-8 Ohms
5 CH
1CH
2 CH
3 CH
4 CH
7 SPEAKER HEX MODE
SPEAKER
(+) CH3
(+)
(+)
(+) CH4
(+) CH5
CH1
CH2
POWER
REM
FUSE
BRIDGED
BRIDGED
GND
B+
ON
PROTECT
2-8 Ohms
7 CH
4-8 Ohms
4-8 Ohms
SUBWOOFER
1CH
2 CH
3 CH
4 CH
4-8 Ohms
5 CH
4-8 Ohms
6 CH
SUBWOOFER
SUBWOOFER
FIG.3
10
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1.Set to the "H.P.F" position when the amplifier is used to drive a tweeter/midrange system.
The frequencies below the crossover point will be attenuated at 12dB/octave. Permits
adjustment of the crossover frequency ,by rotating the knob to select any frequency
between 80Hz to 1.2kHz & 50Hz to 500Hz as the crossover point.
2.Set to the "L.P.F" position when the amplifier is used to drive a subwoofer. The frequencies
above the crossover point will be attenuated at 12dB /octave. Permits adjustment of the
crossover frequency, by rotating the knob to select any frequency between 50Hz to 250Hz
& 50HZ to 500Hz as the crossover point.
3.Set to the "OFF" position when the amplifier will be used for driving full-range speakers.
The full frequency band width (20Hz - 20kHz) will be output to the speakers without high
or low frequency attenuation.
4.Level adjustment-The sensitivity adjustment is to allow the amplifier to work with many
different brands of head units. It allows input signal to vary between 350 millivolts to 5
volt from the head unit or other signal processor. Start by setting the sensitivity adjustment
to the "MIN" (3 volts).Using a cassette or compact disc that you are familiar with ,turn on
head unit to the 3/4 volume setting. Slowly turn up sensitivity adjustment towards the
"MAX" (200 millivolts) using a flat head screw driver. Stop turning on the onset of distortion
and turn back just a slight. The 3/4 volume setting is now the "maximum" volume for the
head unit. The goal is to keep the level control to the lowest setting yet still have enough
signal to drive the amplifier. This is done to prevent over driving the amplifier and to keep
system noise to a minimum. It is important not over drive speakers (at point of distortion)
this will cause permanent damageto the speakers. Also, if the amplifier itself is over driven,
it could be damaged.
5.The "BASS" function can be selected to increase low frequency response output, or
decrease frequency response output. The "BASS" function will be working at only "OFF"
or "L.P.F" position.
• The BASS is adjustable from 0 ~ 12dBboost at 50Hz.
11
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12
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13
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This section providesyou with acatalog of amplifiersymptoms and theirprobable causes
and solutions. Beforeyou consult thislisting, make surethe vehicle's electricalsystem is
working properly byverifying that otherelectrical items (e. g. headlights, windows, etc.)
Still function correctly.
SYMPTOM
PROBABLE CAUSE
SOLUTION
No Audio
Low or N.C Remote
Turn-on connections
Check remote turn-on voltage at
amp and head unit
Blown Fuse
Power wires not connected
Replace with new fast-blow fuse
Check butt splices or solder joints
Check ground and battery
connections
Blown or non speakers
connected
Use VOM or DVM to measure speaker
coil
impedance; check speaker wiring
connections
Distorted Audio
Input Sensitivity not set
properly
or damaged speaker cones
See adjustment procedure and check
each step;
Inspect each speaker for damage
and repair or replace suspected
component
Low turn-on voltage
Refer to head unit owner's manual
Audio Level Low
Audio Lacks
Mute circuit on head
unit is on.
Check electrical system for low
voltage;
Check ground connection
Speakers wired with wrong
polarity, causing
cancellation of bass
frequencies
Check polarity of wires from
amplifiers to each speaker as defined
by the system design
Check battery voltage at amplifier
during operation
External Fuse
Blowing
Incorrect wiring or short
circuit
Refer to electrical installation and
check each installation step
Whining noise
on audio with
engine running
Amplifier is picking
up alternator noise
Install an in-line noise filter on the
head unit's power wire; Check
alternator routing diodes or voltage
regulator for proper operation. Check
all grounds , battery voltage, and
RCA cables
Ticking noise on
audio with
engine
Amplifier is picking up
radiated spark noise
Check RCA audio cable; Install an
in-line noise filter on the head unit's
power wire. Check spark plug wires.
running
14
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AMPLIFIER
A300.2 A500.2 A700.2 A1000.2 A1100.2 A2200.2
4 OHMS @ 0.05% THD
4 OHMS Bridged 0.5% THD
75W x 2
100W x 2
250W x 1
500 Watts
N/A
150W x 2
350W x 1
225W x 2
550W x 1
225W x 2
550W x 1
340W x 2
150W x 1
1100W x 1
MAXIMUM OUTPUT POWER 300 Watts
BASS LEVEL REMOTE
CONTROL(16.4Ft)
700 Watts 1100 Watts 1100 Watts 2200 Watts
N/A
N/A
N/A
YES
YES
50Hz-250Hz 50Hz-250Hz 50Hz-250Hz 50Hz-250Hz 50Hz-250Hz 50Hz-250Hz
(VARIABLE) (VARIABLE) (VARIABLE) (VARIABLE) (VARIABLE) (VARIABLE)
LOW PASS FILTER
HIGH PASS FILTER
80Hz-1.2kHz 80Hz-1.2kHz 80Hz-1.2kHz 80Hz-1.2kHz
N /A
N /A
(VARIABLE) (VARIABLE) (VARIABLE) (VARIABLE)
10Hz-40kHz 10Hz-40kHz 10Hz-40kHz 10Hz-40kHz 10Hz-40kHz 10Hz-40kHz
>100dB >100dB >100dB >100dB >100dB >100dB
FREQUENCY RESPONSE
(-1dB)
SIGNAL TO NOISE RATIO
(`A' WTD)
INPUT SENSITIVITY
INPUT IMPEDANCE
200mV - 9V 200mV - 9V 200mV - 9V 200mV - 9V 200mV - 9V 200mV - 9V
22k Ohms 22k Ohms
22k Ohms 22k Ohms 22k Ohms 22k Ohms
OPERATION VOLTAGE
(NEGATIVE GROUND)
DC 12V
DC 12V
DC 12V
DC 12V
DC 12V
DC 12V
SPEAKER IMPEDANCE
@ STEREO DRIVEN
4 Ohms
30 A
4 Ohms
40 A
4 Ohms
30 A x 2
4 Ohms
40 A x 2
4 Ohms
40 A x 2
4 Ohms
40 A x 3
FUSE RATING
DIMENSIONS
(W mm x H mm x D mm )
250x59x200 250x59x250 250x59x320 250x59x400 250x59x400 250x59x620
15
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AMPLIFIER
A500.4
A700.4
A900.4
A800.5
60W x 4
+ 160W x 1
4 OHMS @ 0.05% THD
4 OHMS Bridged 0.5% THD
60W x 4
105W x 2
500 Watts
N/A
90W x 4
175W x 2
700 Watts
N/A
110W x 4
225W x 2
900 Watts
N/A
120W x 2
+ 320W x 1
MAXIMUM OUTPUT POWER
BASS LEVEL REMOTE CONTROL(16.4Ft)
LOW PASS FILTER
800 Watts
N/A
50Hz-500Hz
(VARIABLE)
50Hz-500Hz 50Hz-500Hz
(VARIABLE) (VARIABLE)
50Hz-250Hz
(VARIABLE)
50Hz-500Hz
(VARIABLE)
50Hz-500Hz 50Hz-500Hz 80Hz-1.2kHz
(VARIABLE)
HIGH PASS FILTER
(VARIABLE)
(VARIABLE)
FREQUENCY RESPONSE (-1dB)
SIGNAL TO NOISE RATIO (`A' WTD)
INPUT SENSITIVITY
10Hz-40kHz
>100dB
10Hz-40kHz
10Hz-40kHz
10Hz-40kHz
>100dB
>100dB
>100dB
200mV - 9V
200mV - 9V
200mV - 9V
200mV - 9V
INPUT IMPEDANCE
22k Ohms
DC 12V
22k Ohms
DC 12V
22k Ohms
DC 12V
22k Ohms
DC 12V
OPERATION VOLTAGE (NEGATIVE GROUND)
SPEAKER IMPEDANCE @ STEREO DRIVEN
4 Ohms
40 A
4 Ohms
40 A
4 Ohms
40 A x 2
4 Ohms
40 A x 2
FUSE RATING
DIMENSIONS (W mm x H mm x D mm )
250x59x280
250x59x320
250x59x400
250x59x380
16
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