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Manafacture: Interfire Audio File size: 495.19 kb File name: Language of manual:

It is important to have the amplifier turn off with the radio or key. If the amplifier remains on, the result will most 2CHANNEL SYSTEM WIRING DIAGRAM LINE INPUT GAIN BASS L.P.F H.P.F 6V 0.2V 0dB 12dB 50Hz 250Hz 80Hz 1.2KHz CROSSOVER CH1 CH2 REMOTE FLAT L.P.F H.P.F +12V REM GND AUTO - ANTENNA LEAD CH1 CH2 CAR STEREO HEAD UNIT FIG.2 5 4CHANNEL SYSTEM WIRING DIAGRAM LINE INPUT LINE INPUTGAIN GAINBASS BASSFREQUENCY FREQUENCY 6V 0.2V 0dB 12dB 50Hz 500Hz FLAT L.P.F H.P.F FLAT L.P.FH.P.F CH1 CH2 CH3 CH4 50Hz500Hz 0dB 12dB 6V 0.2V CH 1/2 CH 3/4 CH3 CH4CH2CH1 +12V REM GND AUTO - ANTENNA LEADCAR STEREO HEAD UNIT FIG.2 6 5CHANNEL SYSTEM WIRING DIAGRAM 6V 0.2V FLAT FLAT L.P.F 250Hz50Hz 1.2kHz80Hz 1.2kHz80Hz 250Hz50Hz H.P.F GAIN CH 1/2LINE INPUT LINE INPUT GAIN L.P.F L.P.FH.P.F H.P.F CH1 CH2 CH 3/4 CH3 CH4 CROSSOVER CROSSOVER 6V 0.2V FLAT250Hz50Hz 1.2kHz80Hz 6V 0.2V CH5 CH6 CH 5 CH3 CH4CH2CH1 CH5 CH6 +12V REM GND AUTO - ANTENNA LEADCAR STEREO HEAD UNIT FIG.2 7 SPEAKER CONNECTIONS FUSE 40A 40A B+GND REM SPEAKER CH1 CH2 BRIDGED POWER 2 CHANNEL AMPLIFIER G2-1200 8 FUSE 40A 40A B+GND REM SPEAKER CH1 CH2 BRIDGED POWER 2 CHANNEL AMPLIFIER G2-1200 8 FUSE 40A 40A B+GND REM SPEAKER CH1 CH2 BRIDGED POWER 2 CHANNEL AMPLIFIER G2-1200 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 which causes bass cancellation. See Fig.3 Speaker Output Connections. 2 CH SPEAKER WIRING DIAGRAM 2 - 4 Ohm 1 CH 2 CH WOOFER 2CH+1CH 4 - 8 Ohm 2 CH 3 CH 1 CH 4 - 8 Ohm 1 SPEAKER BRIDGED 2 SPEAKER STEREO 3 SPEAKER TRI MODE 4 - 8 Ohm 1CH FIG.3 8 SPEAKER CONNECTIONS FUSE 40A B+GND REM 40A CH1 CH1 CH2 BRIDGED CH3 CH3 CH4 CH4 SPEAKERPOWER 4 CHANNEL AMPLIFIER G4-1000 FUSE 40A B+GND REM 40A CH1 CH1 CH2 CH2 BRIDGED CH3 CH3 CH4 CH4 SPEAKERPOWER 4 CHANNEL AMPLIFIER G4-1000 FUSE 40A B+GND REM 40A CH1 CH1 CH2 CH2 BRIDGED CH3 CH3 CH4 CH4 SPEAKERPOWER 4 CHANNEL AMPLIFIER G4-1000 FUSE 40A B+GND REM 40A CH1 CH1 CH2 CH2 BRIDGED CH3 CH3 CH4 CH4 SPEAKERPOWER 4 CHANNEL AMPLIFIER G4-1000 4 CH SPEAKER WIRING DIAGRAM 2 SPEAKER BRIDGED 2 SPEAKER + 1 SUBWOOFER 4 SPEAKER STEREO 6 SPEAKER HEX MODE 4-8 Ohms 1 CH 2 CH SUB WOOFER 3 CH 4-8 Ohms 2 CH1CH 2-4 Ohms 2-4 Ohms 2-4 Ohms 2 CH4 CH 1 CH 3 CH 5 CH 4-8 Ohms 6 CH 4-8 Ohms 4-8 Ohms 2 CH4 CH 1 CH 3 CH FIG.3 9 SPEAKER CONNECTIONS CH1 CH1 CH2 CH2 CH5 BRIDGED CH3 CH3 CH4 CH5CH440A 40A POWER B+GND REM SPEAKER FUSE 5 CHANNEL AMPLIFIER G5-900 CH1 CH1 CH2 CH2 CH5 BRIDGED CH3 CH3 CH4 CH5CH440A 40A POWER B+GND REM SPEAKER FUSE 5 CHANNEL AMPLIFIER G5-900 CH1 CH1 CH2 CH2 CH5 BRIDGED CH3 CH3 CH4 CH5CH440A 40A POWER B+GND REM SPEAKER FUSE 5 CHANNEL AMPLIFIER G5-900 5 CH SPEAKER WIRING DIAGRAM 3 SPEAKER BRIDGED 2-8 Ohms 3 CH 4-8 Ohms 2 CH 1 CH 5 SPEAKER STEREO 2-4 Ohms 2 CH 1 CH 2-8 Ohms 5 CH 2-4 Ohms 4 CH 3 CH FIG.3 4-8 Ohms 2 CH 1 CH 4-8 Ohms 4 CH 3 CH 7 SPEAKER HEX MODE 4-8 Ohms 5 CH SUBWOOFER 4-8 Ohms 6 CH 2-8 Ohms 7 CH SUBWOOFER SUBWOOFER 10 ADJUSTMENTS 1.Set to the "H.P.F" position when the amp...

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