Episode SIG-56-ICDVC Dual Voice Coil In-ceiling Speaker

Product Description

The EPISODE SIG-56-ICDVC is a dual voice coil in-ceiling speaker designed for residential audio installations. Dual voice coil construction allows a single speaker driver to be wired to two separate amplifier channels or impedance configurations, giving installers greater flexibility in multi-room and distributed audio systems. The 6-inch driver fits standard ceiling cutouts commonly found in residential construction. This speaker is sold individually and is intended for installation by experienced AV integrators or low-voltage technicians.

The SIG-56-ICDVC is suited for residential in-ceiling audio applications including whole-home distributed audio, dedicated listening rooms, and multi-zone systems. Its dual voice coil design supports wiring configurations that a single voice coil driver cannot accommodate, making it a practical choice when a single enclosure location must serve more than one amplifier zone or when specific impedance bridging is required.

Key Features

• Dual voice coil driver enables flexible multi-zone and multi-amplifier wiring configurations
• 6-inch driver size fits standard residential ceiling cutout openings
• In-ceiling form factor keeps speaker flush with the ceiling surface
• Sold individually, allowing purchase of exact quantities needed per project
• Designed for residential in-ceiling speaker applications

Compatibility

Designed as an OEM-style replacement or new-install option for residential in-ceiling dual voice coil speaker applications.

Installation Notes

Installation should be performed by a qualified low-voltage technician or licensed AV integrator familiar with distributed audio systems. De-energize all amplifier and source equipment before making speaker wiring connections. Follow local building codes regarding in-wall and in-ceiling wiring, including applicable fire-rating requirements for plenum or non-plenum spaces. Confirm the ceiling cutout diameter matches the speaker's required opening before cutting.