DD Audio SS5.1500 5-Channel 2700W RMS 5-Channels Amplifier

Features 12dB/Oct – High Pass / Low Pass X-Overs Dual Toroidal Power Supply Heavyweight DD Aluminum Chassis Set Screw Power and Speaker Terminals Remote Gain Control 0 AWG Power Terminals 1 x 1500 Watt RMS Sub With Less Than 1% THD+N 4 x 300 RMS Mid/ High Power Specifications : Operating Voltage: 9 - 16 Test Voltage: 14.4 Input Channel(s): 6 Output Channel(s): 5 Continuous Wattage @4ohm: 4 x 200 Continuous Wattage @2ohm: 4 x 300 Continuous Wattage @1ohm: 1 x 1500 Max Current Draw (Amps): 150 RCA Input Voltage Sensitivity: 6 - 0.25 High-Level Input Voltage Sensitivity: 20 - 1.1 RCA Input S/N: >95 Damping Factor: >100 THD: <1.0% Frequency Response (Hz): 20 - 20k High Pass Filter: 50 - 5k Sub-Sonic Filter: 10 - 50 Low-Pass Filter: 50 - 5k Remote Control: Remote Included in Box Power Wire Gauge: 0 Speaker Wire Gauge: 4 Dimensions (Inches): 17.75 x 7.3 x 2.4 Dimensions (MM): 450 x 185 x 60

• 12dB/Oct High Pass/LaOne amp to run them all! The SS5.1500 has the juice to make your perfect high output system as easy as possible. This 5ch amp has a combined 2700 Watts of clean RMS power to drive the most demanding speakers and sub system to concert levels with a small footprint that makes installs efficient and easy.ow Pass X-Overs Dual Toroidal Power Supply Heavyweight DD Aluminum Chassis Set Screw Power and Speaker Terminals Remote Gain Control 4 AWG Power Terminals
• The SS5.1500 pushes 300 Watts of pure, undistorted RMS power into 4 channels of audio, enough to drive demanding door speakers, pro audio stunt walls, marine cans or any other combination for the application. To keep up with those mids and highs, the sub channel packs up to 1500 Watts of clean power to drive a big bass system to pounding levels, all from one amplifier less than 18 inches long.
• The high current, dual toroidal power supply drives a high speed, International Rectifier class D circuit delivery for clean precision output with a low noise floor. The SS5.1500 is the one amp solution you need for high fidelity, high output system design.