Void Acoustics Incubus System User Guide V2.1

Introduction to the Incubus System

Welcome to the Void Acoustics Incubus Series loudspeaker. This guide is designed to help users safely operate and maximize the performance of their Incubus System. Void Acoustics specializes in designing, manufacturing, and distributing advanced professional audio systems for both installed and live sound markets. The Incubus Series is renowned for its striking physical signature and exceptional performance, making it a top choice for club dance systems, offering an immersive aural experience.

Key Features and Specifications

The Incubus System comprises several models, including the Air Array, Hyperfold, and Incubus Sub. Each model boasts unique features and specifications:

• Air Array: Features a visually striking appearance, fibreglass composite construction, 14 proprietary drive units, and integrated flying/mounting system. It offers a frequency response of 90 Hz - 26 kHz and a maximum output of 146 dB cont.
• Hyperfold: Known for its high power density and compact footprint, it utilizes four 15” low frequency drivers and an 18 mm birch plywood construction. Its frequency response is 60 Hz - 190 Hz with a maximum output of 146 dB cont.
• Incubus Sub: This system features three high power 21” low frequency drivers and an extended sub frequency response down to 29 Hz. It delivers a maximum SPL of 142 dB cont and handles 6000 W AES.

Safety and Installation

Adherence to safety instructions is paramount. This guide details important safety precautions, including electrical safety, proper handling, and installation procedures. For mounting, consult the sections on ground stack brackets and installation safety, emphasizing the need for qualified personnel and compliance with regional regulations.

Service and Support

Void Acoustics products should only be serviced by fully-trained technicians. For repairs, obtain a Return Authorisation Number (R.A.N.) from your Void dealer. When shipping products for service, use original packaging if possible and include a detailed fault description.

For further information and support, visit the Void Acoustics website at www.voidacoustics.com.