Episode EA-AMP-SUB-1D-500R Subwoofer Amplifier 500W

Product Description

The EPISODE EA-AMP-SUB-1D-500R is a single-channel subwoofer amplifier rated at 500 watts, designed to drive dedicated subwoofer speakers in residential audio systems. This Class D amplifier module delivers high-efficiency bass reinforcement for installed audio applications. Licensed integrators and custom installation technicians use this unit to power subwoofers in whole-home audio, home theater, and dedicated listening room installations. The compact, high-output design is intended for clean, low-distortion bass reproduction without the heat output typical of Class AB designs.

The EA-AMP-SUB-1D-500R is suited for residential subwoofer installations where a standalone amplifier channel is required. It fits applications where the subwoofer is driven independently from the main amplifier, including in-wall subwoofer enclosures, rack-mounted audio systems, and custom home theater builds. Installation is typically performed by a licensed low-voltage contractor or CI-certified integrator as part of a structured residential audio system.

Key Features

• 500 watts into a single channel for dedicated subwoofer drive
• Single-channel Class D topology for high efficiency and reduced heat output
• Designed for residential subwoofer applications in installed audio systems
• Sold as a single unit, compatible with standard rack or enclosure integration

Compatibility

Designed as an OEM-style single-channel subwoofer amplifier for residential installed audio systems requiring a dedicated 500-watt bass amplification channel.

Installation Notes

Installation should be performed by a licensed low-voltage contractor or qualified AV integrator familiar with residential audio system wiring. Disconnect all power to the system before making signal and speaker connections. Follow local low-voltage wiring codes and manufacturer wiring guidelines for input signal levels and speaker load impedance. Ensure adequate ventilation around the amplifier chassis to prevent thermal buildup during operation.