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Channels | 4 |
---|---|
RMS Power at 4 Ohms | 80W x 4 |
RMS Power at 2 Ohms | 120W x 4 |
RMS Power Bridged at 4 Ohms | 240W x 2 |
Signal-to-Noise Ratio | >90dB |
Crossover Frequency | 50Hz - 500Hz |
Input Sensitivity | 0.2V - 6V |
Bass Boost | 0dB - 12dB |
Ensures solid and safe electrical connections for the amplifier.
Adjustable filter for HPF or LPF mode, allowing versatile speaker integration.
Safely disconnect the negative battery pole before proceeding with installation.
Route power, RCA, and speaker cables through the vehicle for connection.
Select a location with adequate ventilation and mount securely, avoiding upside-down placement.
Critical step for amplifier performance; scrape paint and use a secure bolt connection.
Connect positive, remote, and ground cables to the battery and chassis.
Connect audio source RCA cables to the amplifier's input connectors.
Set the initial gain level to minimum (fully left) for safe setup.
Connect speaker wires to the amplifier's output terminals based on setup.
Connect power cable to the positive terminal, ensuring fuse is within 18 inches.
Reconnect the negative battery terminal securely after all connections are made.
Connect audio signals from the head unit to the amplifier's front and rear RCA inputs.
Adjust the amplifier's sensitivity level from 0.2V to 5V for optimal performance.
Configure High Pass, Low Pass filters, and select crossover mode (HPF, LPF, FLAT).
Adjustable low-frequency boost control from 0 dB to 15 dB.
Specifications for power input cables (4 AWG) and speaker terminal wire size (10 AWG).
Indicates amplifier status: blue for power/operation, red for protection mode.
Diagram showing speaker wiring for 4-ohm stereo configuration.
Diagram showing speaker wiring for 2-ohm stereo configuration.
Diagrams for 2-ohm stereo and 4-ohm bridged speaker configurations.
Details amplifier channels, PCB layers, topology, and chipset.
Lists power output (CEA) at various impedances (4Ω, 2Ω, Bridged) and voltage levels.
Covers input sensitivity, signal-to-noise ratio, gain range, and frequency response.
Specifies adjustable ranges for Low Pass, High Pass crossovers, and Bass Boost.
Details efficiency, thermal time, damping factor, and subsonic frequency.
Includes protection system, minimum/maximum supply voltage, and current consumption.