Hertz 4 x 50W & 1 x 150W HCP 5MD 5 Channel IP64 Marine Amplifier - 12V

• IP Protection: IP64
• Supply Voltage: 11 - 15VDC
• Fuse: 2 x 25A
• Idle Power (on/off): 2A / 0.4mA
• Max Power Consumption: 30A
• Size: 345 x 190 x 50mm (13.58 x 7.48 x 1.97\")
• RMS Output Power: 4 x 50W & 1x 150W (at 4Ω)

The HCP 5MD  marine amplifier features a compact design ready to face the open water environment providing tons of clean power. The  heat sink has been crafted from extruded aluminium a material unmatched for lightness  robustness and heat dissipation. To keep size to a minimum the power transistors are placed between the PCB and the top side of the heat sink where heat is gathered. Built up heat is then directed to the special dissipation “wings” along the side of the amplifier.

Both Pre-In and Speaker-In inputs feature a special balanced circuitry ensuring high rejection against electro-magnetic interferences for noise-free results. The HCP M amplifiers crossover section ensure extreme flexibility: fully adjustable Lo-pass Hi-pass filters with 12 dB/Oct. and 24 dB/Oct. slopes according to the amplifier model; Bass Boost is also available to enhance low frequencies.

More specifically HCP 5MD is suitable for a five channels system with subwoofer a tree channel front + sub system using the front and rear built-in filters that also include a bass boost circuit and a subsonic filter.

D-Class Output Stage

Power supply featuring multiple winding transformer Low-ESR 105°C capacitors D-Class 2 Ω stable output stage.

Corrosion Protection

Electronics components corrosion caused by exposure in wet environments is totally neutralized by the use of dedicated marine grade (epoxy coated) PCB boards.

Salt Fog Tested

To satisfy the standards required by ASTM-B117 Hertz Marine products are tested with massive salt fog spray to ensure a complete resistance to corrosion typical of this atmospheric agent.

Water jet Tested

The protection grade IP64 define all the Hertz Marine products as totally protected against water jets of different entities making them highly performant in the marine environment.