Hertz HCP Gray 4 Channel Marine Amplifier

Model #: HCP 4MDK

At a Glance

• Compact design built from extruded aluminum heatsink with top side ensuring effective heat transfer.
• Lo-pass and hi-pass 12 dB adjustable (50 Hz to 3200 Hz) filters, providing the ability to build a two zone stereo or a single zone stereo system with subwoofer.
• Bridge operation mode to drive a subwoofer or to create a powerful dual-mono system.
• Bass boost adjustable via selector, for more punch from speakers.
• Hi-level and lo-level inputs to be compatible with any source.
• Short-circuit and thermal protections with auto resetting.

This unit is designed to work also in mono (selectable mode), providing the ability to build a two zone stereo or a single zone stereo system with subwoofer. The dissipation system is optimized with the heat being transferred to the heat sink and then dissipated through the sides of the amplifier.

HCP 4MDK four channels marine amplifier features a compact design ready to face the open water environment, providing tons of clean power. The HCP M amplifiers crossover section ensure extreme flexibility: fully adjustable Lo-pass, Hi-pass filters with 12 dB/Oct. slopes and Bass Boost to enhance low frequencies.

2 Ω Stable

Power supply features multiple winding transformer, low-ESR 105°C capacitors, D-class 2 Ω stable output stage.

Latest Generation D-Class

Latest generation D-class 2Ω stable output stage reaching the impressive RMS power of 150 W x 4 with the excellent S/N ratio of 105 dB.

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.

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