Wet Sounds Class-D Monoblock Subwoofer Marine Amplifier

Wet Sounds Hydro-Tech X (HTX) Series Amplifier. Wet Sounds represents the ultimate in High Performance Marine Audio. Wet Sounds HTX Series Marine Amplifiers are designed to be a complete solution for every type of extreme marine application. HTX amplifiers use superior performance circuitry by utilizing Class D Power Supplies.

These amplifiers have extreme power output packed inside a small chassis, thermal overload protection, flexible crossovers, extended inputs. HTX amplifiers are a well balanced match for all of the Wet Sounds products.

Weve engineered these amps not just to deliver great sound but to hold up to a demanding marine environment full of water, waves, vibrations, and sun. Completely sealed and saltwater-compliant, Hydro Tech Marine amp features include:

Features:

• Optimized performance circuitry, with class-D power supplies
• Extreme power output packed inside a small chassis
• Thermal overload protection
• Flexible crossovers and extended inputs
• High-mass heat sink
• Smart microprocessor for great electronic performance
• Supports Wet Sounds extensive Cross Over network
• Protected by our standard 2-year limited warranty so you can party with confidence

Our Hydrotech Marine amps offer value as great as their sound and give any boat an unbeatable Wet Sounds experience. If youre looking for a great deal on an outstanding piece of marine audio amplification, Wet Sounds has you covered with the Hydrotech Marine Series. Order online or call today at 877-938-7757, and get the amplification to take your music to the next level.

Installation:

Specifications:

Channels 1-Channel Monoblock RMS Power @ 4 Mono 330W X 1 @ < 1.0% THD RMS Power @ 2 Mono 650W X 1 @ < 1.0% THD Frequency Response -3DB 10HZ – 150HZ Input Sensitivity Variable From 0.2v – 6.0v S/N Ratio (AWTG) >59DB (1W 4 ) | >92DB (125W 4 ) Crossover Range Low Pass 50HZ – 150HZ @ 12DB/OCTAV Crossover Range Subsonic Filter 10HZ – 50HZ @ 12DB/OCTAV Bass Boost 0DB – 12DB @ 45HZ Remote Attenuation +0.7 – -29DB