Infinity's marine 6001A mono subwoofer amplifier will add some bass muscle to your music without breaking a sweat, and it'll look good doing it. This powerhouse delivers 600-Watts RMS to your subwoofer, and its Class D design ensures the amp's high output will put minimal strain your marine's electrical system. Speaker-level inputs allow this amplifier to work in almost any system, even if you're hanging on to your factory radio. You can use the low-pass filter and variable bass boost to maximize the performance of your subwoofer and enclosure, while a phase switch ensures that the bass will blend well with your full-range speakers.
Compact size
Infinity amplifiers have been engineered with a compact footprint to fit in more boat even if available space is limited.
Input Level Control
When low-level inputs are used, this control adjusts the input sensitivity between 200mVrms and 4Vrms. When high-level inputs are used, this control adjusts the input sensitivity between 1Vrms and 22Vrms.
Phase Switch
This switch changes the input phase to inverted or non-inverted. This is especially helpful with the subwoofer channel.
RBC wired remote
The RBC wired remote is an easy installation and can be mounted for convenient volume adjustment from driver's seat.
Class D amp technology
The Infinity marine 6001A mono subwoofer amplifier delivers 600-Watts RMS using a Class D amplifier design to ensure high output and minimum current draw.
Turn-on mode
This switch changes DC to REM to adapt with low-level signals or high-level signals, this is especially helpful as part of remote turn-on lead of your installation more choice. A selectable "Turn-on mode" can protect battery to avoid current drain, when you don't expect turn on your amplifier.
INPUT Mode
Multiple switching: Switch to 2 Ch: To control RCA inputs from #1 and #2 channels:
- The audio signals from input #1 will be transformed to output #1, #3, #5 and #7;
- The audio signals from input #2 will be transformed to channels #2, #4, #6 and #8. Switch to 4 Ch: To control RCA inputs from #1, #2, #5 and #6 channels.
- The audio signals from Inputs #1 will be transformed to output #1 and #3;
- The audio signal from #2 will be transformed to Channels #2 and #4;
- The audio signals from Inputs #5 will be transformed to output #5 and #7;
- The audio signals from Inputs #6 will be transformed to output #6 and #8;
Switch to 8 Ch: Each of all inputs are transforming its corresponding output #channel.
