Episode EA-DYN-2D-200 Class D Power Amplifier 200W 2ch

Product Description

The EPISODE EA-DYN-2D-200 is a two-channel Class D power amplifier rated at 200 watts per channel. Class D topology uses high-efficiency switching output stages, which reduces heat generation and power draw compared to traditional Class A/B designs. This amplifier is suited for professional and residential audio distribution systems where reliable, continuous power delivery is required. Licensed technicians and experienced AV integrators typically handle installation in structured wiring, whole-home audio, and commercial sound reinforcement applications.

The EA-DYN-2D-200 is designed for use in multi-zone audio systems, distributed audio infrastructure, and custom installation environments. It fits rack-mount or equipment-closet deployments common in residential integration and light commercial projects. The amplifier provides two discrete channels, making it appropriate for stereo zone amplification or driving two independent speaker zones in mono configuration.

Key Features

• Class D switching amplifier topology for high efficiency and reduced thermal output
• 200 watts per channel output across two independent channels
• Suited for whole-home audio distribution and multi-zone system builds
• Single-unit quantity per package, standard for professional integration procurement

Compatibility

Designed as an OEM-style power amplifier for use in residential and light commercial distributed audio systems requiring two-channel Class D amplification.

Installation Notes

Installation should be performed by a licensed AV integrator or qualified low-voltage technician familiar with audio distribution systems. Power down all connected source equipment and speaker loads before making signal or speaker wiring connections. Ensure adequate rack ventilation around the unit even with Class D efficiency, as some heat dissipation still occurs under sustained load. Follow all applicable low-voltage wiring codes and the manufacturer data sheet for input sensitivity, gain settings, and load impedance requirements before commissioning the system.