Drive In AudioSound is excited to be a new direct dealer for the new TAS-C7000.1LV! This is a 7500+ watt RMS (plus way more if your electrical is solid) monoblock amplifier will make any subwoofer pound to its death. The increased power demand means this unit needs at least a big 3 upgrade, 400 amp alternator + reserve battery's installed. Connection is 3 zero gauge power and 3 zero gauge ground wire inputs. To keep the this monster thermal stable, TAS has upgraded the heat sink and added a very large active hi-flow internal fan. You'll also notice that this 7500 watt monster has true tiffany RCA connections, because great sound starts with great connections. This amplifier can be linkable so you can really harness even more power up to 15000+.
*BY PURCHASING THIS HIGH PERFORMANCE PRODUCT YOU AGREE TO THE TERMS AND CONDITIONS
SET FORTH IN THE LIMITED WARRANTY EXCLUSION POLICY
This 7500 plus watt amplifier MUST HAVE an ELECTRICAL UPGRADED INSTALLED, OR NO WARRANTY. **** READ IT AGAIN**** THIS INCLUDES ALTERNATORS, LITHIUM BATTERYS, AND PROPER WIRE.............
THIS MEANS YOU NEED A BIG 3 FOR EACH ALTERNATOR, UPGRADED ALT, AND RESERVE LITHIUM BATTERY(s) to support this amplifier and any others you may have in your setup. If you do not have the proper electrical before installing this amplifier, you will not have a warranty.
TAS Ratings on Power for the TAS-C7000LV:
1-ohm rating: 7500 WATTS RMS
2-ohm rating: 3150 WATTS RMS
4-ohm rating: 1575 WATTS RMS
Other Specifications on the TAS-C7000.1LV:
Frequency response : 10Hz –271Hz
S/N Ratio : >100dB A-weighted @ 2Vrms
Damping factor : 500 <
Input sensitivity : 8V –150mV
Subsonic filter : 10Hz –50Hz
Low pass filter : 35Hz –250Hz
Phase : 0 –180 degree
Strappable connection
Working to .1 ohm in speaker Load
Clipping indicator
Remote control with power and clipping indicator.
Fusing: 900A TOTAL | 300A for each positive wire
8 gauge speaker output
3 x 0 gauge power inputs
Operating voltage : 10.5 to 16 Volts
Dimensions of the TAS-C7000.1LV: 33.5 inches (L) x 12 inches (W) x 3.0 (H)
