Interfire G1-1200 Bedienungsanleitung
MONO CHANNEL CLASS "D"
AUTOMOTIVE AMPLIFIER
INSTRUCTION MANUAL
G1-1200 / G1-2000 / G1-3000
PLEASE READALL INSTRUCTIONSBEFORE INSTALLATION!
free installation.
CONGRATULATIONS ONYOUR PURCHASE
Yournew high fidelitymono block amplifieris designed todeliver maximum enjoyment
and one year of trouble free service. Please take a few moments to read this manual
thoroughly.It will explainthe features andoperation of yourunit and helpinsure trouble
FEATURES
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Class ''D''Technology
1 Ohm Stable
Spec AudiophileGrade Components
High EfficiencyPWM Power Supply
- Multi-stranded powertoroid
- Tow toroidal core
- MOSFETtransistors
Oversized Capacitor Banks
Discrete Mount Powerand speaker terminals
VariableLow Pass ElectronicCrossover 50Hz - 250Hz
Built in powerbridging module
Circuit /Thermal / OverloadProtection
Bridge Sync Capable
Remote Level Control
IMPORTANT
The quality of installation may affect the performance and reliability of your product. If
you have any doubts or questions regarding installation, you may wish to contact your
authorized dealer. Remember to heed all wire and fuse requirements suggested in this
manual. Warrantymay be voidif proper installationtechnique is notused (refer towarranty
1
section in therear of themanual )
INSTALLATION
1. Afterreading precaution, decidewhere you aregoing to installthe unit.Also, see Fig.1.
2. Once thelocation has beendetermined, place theamplifier into position.Using a felttip
pen or pencilmark the fourholes to bedrilled for mounting.NEVER use theamplifier as
a template for drilling. It is very easy to damage the amplifier surface in this manner.
3. Remove amplifier. Drill four3.5 m/m holesinto mounting surface.If you wantto mount
4. If possible,test the system to ensure itis operating correctly before final mounting of
5.
FIG.1
2
MOUNTING:
Mount the amplifierusing the supplied4 self tapping screws.
the amplifier to MDF or wood panel, drill four 3.0m/m diameter holes into mounting surface.
the amplifier.
INSTALLATION DIAGRAM
Self Tapping Screws
FUSE
30A 30A 30A
SPEAKER
G1-2000
digital mono block AMPLIFIER
POWER
REM GNDB+
FUSE
30A 30A 30A
SPEAKER
G1-2000
digital mono block AMPLIFIER
POWER
REM GNDB+
The Class "D" amplifier is a SINGLE CHANNEL dedicated subwoofer amplifier. Unlike
other amplifiers, the Class "D" operates as a single channel and cannot be bridged.
Don't be fooled by the outputs. Two outputs are used strictly for convenience and are
paralleled internally on the amplifier. This means that if both outputs are used with one
driver each, the amplifier sees the same load as if the same drivers are connected to
4OHM
SUBWOOFER
4OHM
SUBWOOFER 4OHM
SUBWOOFER
3
4OHM
SUBWOOFER
only one outputterminal. See diagrambelow.
SPEAKER WIRING
In both diagrams, the amplifiersees a 2 ohm load.
LINE INPUT
CH1
CH2
GAIN LPF
6V 0.2V 50Hz 250Hz
BASS BOOST SLAVEMASTER
MASTER
/SLAVE
REMOTE
GAIN CONTROL
LINE INPUT
CH1
CH2
GAIN LPF
6V 0.2V 50Hz 250Hz 0dB 12dB
BASS BOOST SLAVEMASTER
MASTER
/SLAVE
REMOTE
GAIN CONTROL
4
FROM
RADIO
MONO BRIDGED
WIRING SUBWOOFERS(DUAL AMPS)
When using dual amplifiers to power one subwoofer, the Positive terminal of the Subwoofers
voice coil is connected the positive terminal of the MASTER Amplifier and the Negative terminal
of the Subwoofers voice coil is connected to Positive terminal on the SLAVE Amplifier. This
procedure will allow the total power of both amplifiers to be added together and act like a single
powerful amplifier. Please check that your subwoofer power handling capabilities are not exceeded
CAUTION
Always check your speaker load with a multi-meter before hooking up to the amplifier. These
digital amplifiers are only 1ohm stable. AnyImpedance (load) smaller than 1ohm will damage
the amplifier. SuchDamage is not covered underwarranty either, sopay strict attention towhat
when hooking two amplifiers toit.
connections are madeto the amplifier.
Master
Amplifier
Slave
Amplifier
MASTER SLAVE
MASTER SLAVE
SPEAKER WIRING
0dB 12dB
FUSE
30A 30A 30A
SPEAKER
G1-2000
digital mono block AMPLIFIER
POWER
REM GNDB+
FUSE
30A 30A 30A
SPEAKER
Gd-1000
digital mono block AMPLIFIER
POWER
REM GNDB+
FUSE
30A 30A 30A
SPEAKER
Gd-1000
digital mono block AMPLIFIER
POWER
REM GNDB+
FUSE
30A 30A 30A
SPEAKER
G1-2000
digital mono block AMPLIFIER
POWER
REM GNDB+
5
Master
Amplifier
Slave
Amplifier
(OPTION) TWOAMPLIFIER/ ONESUBWOOFER (SINGLEVOICE COIL)CONFIGURATION
CHASSIS GROUND
REMOTE TURN ON
BATTERY VIA FUSE
Using a lead wire of 8 gauge or
bigger connect from the master
Amp's negative(-) speaker
terminal to the slave Amp's
negative(-) speaker terminal.
Master
Amplifier
Slave
Amplifier
Recommend : Competition Only
MONO BRIDGED
SPEAKER WIRING
FUSE
30A 30A 30A
SPEAKER
G1-2000
digital mono block AMPLIFIER
POWER
REM GNDB+
FUSE
30A 30A 30A
SPEAKER
G1-2000
digital mono block AMPLIFIER
POWER
REM GNDB+
FUSE
30A 30A 30A
SPEAKER
G1-2000
digital mono block AMPLIFIER
POWER
REM GNDB+
FUSE
30A 30A 30A
SPEAKER
G1-2000
digital mono block AMPLIFIER
POWER
REM GNDB+
MONO BRIDGED
(OPTION) FOURAMPLIFIER/ ONESUBWOOFER (DUALVOICE COIL)CONFIGURATION
6
Master
Amplifier
Slave
Amplifier
Master
Amplifier
Slave
Amplifier
Voice
Coil1 Voice
Coil2
SPEAKER WIRING
7
The proper wire size is very important for an amplifier of this power level. Because the
Class "D" amplifier is capable of drawing in excess of 90 amperes,4 gauge wire is
recommended for lengths up to twenty feet. if a longer length is needed, a larger gauge
Amplifier power wire should be wired directly to the battery using the wire requirements
listed above. Start at the amplifier and run the power wire through the vehicle to the
battery. The use of grommets is recommended when passing the power wire through
any metal wall. Avoid sharp corners or sharp body parts that may easily cut through the
insulation on the wire. Avoid running the power wire over engine components and near
heater cores. Use an inline fuse to eliminate the risk of a fire caused by a short in your
power wire. Connect the fuse holder as close to the battery positive as possible. For
most applications, an 80 ampere Maxi fuse or comparable ANL wafer fuse can be used.
Now connect the wire to the battery, but remember to leave the fuse out until all other
POWER SUPPLY CONNECTIONS
RECOMMENDED POWERWIRE
POWER
The Class "D" amplifier is designed to work within 10 to 16 volts DC. Before any wires
are connected, the vehicle's electrical system should be checked for correct voltage
supply withthe helpof a voltmeter. First checkthe voltageat thebattery terminalswith
the ignition in the off position. The voltmeter should read no less than 12volts. Next,
check the battery with the engine running between 1500 and 2000 rpm.The voltmeter
should nowread between 13.5 and14.5 volts. If yourvehicle's electrical system Isnot
up tothese specifications,we recommendhaving itchecked byan automotivemechanic
before further installation.
wire maybe necessary.
wire connectionsare mode.
When grounding your amplifier, locate a metal area close to the amplifier that is a good
source of ground ( preferably the floor ).Once again, investigate the area you wish to use
for electrical wires, vacuum lines, and brake or fuel lines. Using either a wire brush or
sandpaper eliminate unwanted paint to supply a better contact for your ground. Use the
same gauge wire for ground as you did for the power. Terminate the ground wire using the
correct size ring terminal and attach it to the bare metal using a nut and bolt. It is important
for this connection to be solid. To complete the job, spread silicon over the screw and bare
GROUND
REMOTE TURN-ON
metal to preventrust and possiblewater leaks.
In between the power and ground is a remote turn-on terminal. This terminal must be
connected to a switched +12volt source. Typically, remote turn-on leads are provided
at the sourceunit that willturn on andoff theamplifier in correspondencewith the source.
If a radiodoes not havea remote turn-on,then a powerantenna wire maybe used. Yet,if
neither of these leads are available at the source, a switched +12 volt supply must be
supplied. Run aminimum of 18-gaugewire from theamplifier location tothe source ofthe
switched +12 voltlead. If possible,route this wireon the sameside of thevehicle as your
power wire. Connectthe source remoteoutput wire tothe REM terminalon the amplifier
using a 3mm screw key. Cut the remote wire to length. Strip approximately 1/2 inch of
insulation from theend of thewire and insertinto the terminal. Tighten thescrew securely.
LINE INPUT
CH1
CH2
GAIN LPF
6V 0.2V 50Hz 250Hz 0dB 12dB
BASS BOOST SLAVEMASTER
MASTER
/SLAVE
REMOTE
GAIN CONTROL
8
1 2 3 4 5 6 7
1. RCAInput Jacks 2. Input Level Control 3. Low PassFrequency
4. Bass Boost
5. Remote ControlJack 6. Master/SlaveSwitch 7. SlaveInput Jack
OPERATION
Control and Crossover
1. RCAInput Jacks - Lowlevel-high impedance inputs. Usehigh quality RCAcables designed
for mobile applications.
2. Input Level Control- Adjustthe input level forthe marked channels. Turn clockwise to
increase the level, counterclockwiseto decrease.Amplifiers will run coolerand produce
less system noise atlower level settings.
3. Low Pass Frequency- Adjustthe crossover frequency byturning clockwise to setto a higher
frequency, counterclockwiseto set to alower frequency.
4. Bass Boost -Adjust thesub boost level ofthe selected frequency outputfrom 0dB to 12dB.
5. Remote Control Jack- For connecting theremote control module tothe amplifier.
6. Master/Slave Switch -Select the remote levelcontrol or the on-boardlevel control as the
master control.
7. Slave Input Jack- Used to connectto another amplifier whenbridging 2 amps together.
The Slave modebypasses normal input jacksand controls.
Dieses Handbuch passt für folgende Modelle
2
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