Episode EA-MINI-2D-35 Mini Power Amplifier 35W 2CH

Product Description

The EPISODE EA-MINI-2D-35 is a compact two-channel power amplifier rated at 35 watts per channel. Designed for low-profile audio distribution installations, it delivers clean amplification in applications where rack space or enclosure depth is limited. The unit ships as a single piece and is suited for residential or light-commercial audio systems where a dedicated, discreet amplifier is required. Installers working in structured wiring, whole-home audio, or background music systems will find this amplifier fits neatly into tight equipment bays or custom enclosures without sacrificing output capacity.

The EA-MINI-2D-35 is intended for indoor audio distribution environments. Its two-channel configuration makes it a practical choice for driving a stereo pair of speakers in a single zone, or for use as a dedicated amplifier block within a larger multi-zone audio system. The compact form factor suits installations in media closets, equipment racks, or above-ceiling enclosures where full-size amplifiers are not practical.

Key Features

• 35 watts per channel output across two independent channels
• Compact mini form factor suited for space-constrained installations
• Single-unit quantity per package, simplifying procurement for zone-by-zone builds
• Positioned within the Power Amplifiers category for straightforward project specification

Compatibility

Designed as an OEM-style standalone mini power amplifier suitable for integration into residential or light-commercial distributed audio systems requiring a compact two-channel amplification source.

Installation Notes

Installation should be performed by a qualified low-voltage technician or licensed audio-video systems integrator. Disconnect all power sources before making speaker and input connections. Ensure adequate ventilation around the unit to prevent thermal buildup during continuous operation. Follow applicable local low-voltage wiring codes and the manufacturer data sheet for terminal connection procedures.