(Figure 5) If you have an AV-receiver for five, six or seven channel Dolby Digital/DTS surround sound which has separate pre out connections.

You can only use the subwoofer’s special high pass filter facilities for driving the left and right electrostatic front panels, if you connect an additional two channel power amplifier.

Connect the AV-receiver’s left and right RCA pre amp out terminals to the subwoofer’s left and right line in RCA terminals.

Connect the subwoofer’s line out RCA terminals to the additional two channel power amplifier’s RCA input terminals.

Connect the left and right front panels to the additional two channel power amplifier’s loudspeaker binding posts.

Connect the rear loudspeakers and the center panel to the AV-receiver’s appropriate loudspeaker output terminals.

Adjust the ‘speaker size’ in the receiver’s menu to LARGE. This will cancel the receiver’s LFE output and route all the low frequencies to the front channels.

Follow Procedure B for adjusting the subwoofer.

(+)If you use a standard AV-receiver (with integral power amplifiers) with separate outboard power amplifiers.

You can use the subwoofer’s special high pass filter facilities for driving the left and right electrostatic front panels, if you use at least outboard power amps for the front channels.

Connect the AV-receiver’s left and right RCA pre amp out terminals to the subwoofer’s left and right line in RCA terminals.

Connect the subwoofer’s line out RCA terminals to the additional two channel power amplifier’s RCA input terminals.

Connect the left and right front panels to the additional two channel power amplifier’s loudspeaker binding posts.

Connect the rear loudspeakers and the center panel to the outboard amplifier’s appropriate loudspeaker output terminals.

Adjust the ‘speaker size’ in the receiver’s menu to LARGE. This will cancel the receiver’s LFE output and route all the low frequencies to the front channels.

Follow Procedure B for adjusting the subwoofer.

+The connection scheme is according to Figure 6. Instead of applying one five channel amp, you use combinations of mono, two channel and/or three channel chassis.

(Figure 6) If you use a separate Dolby Digital/DTS processor and outboard power amplifiers.

You can only use the subwoofer’s special high pass filter facilities by putting the subwoofer into the circuit, driving the left and right electrostatic front panels.

Connect the processor’s left and right RCA pre amp out terminals to the subwoofer’s left and right line in RCA terminals.

Connect the subwoofer’s line out RCA terminals to the two channel power amplifier’s RCA input terminals for driving the front channels.

Connect the left and right front panels to the two channel power amplifier’s loudspeaker binding posts.

Connect the rear loudspeakers and the center panel to the other power amplifier’s appropriate loudspeaker output terminals.

FINAL SOUND SOLUTIONS S110 SUBWOOFER MANUAL vs. 1.6 -US- c FSS 2006R

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Final Sound S110 user manual

S110 specifications

The Final Sound S110 is an innovative electrostatic loudspeaker that combines cutting-edge technology with an elegant design to deliver an exceptional audio experience. Renowned for its impressive sound quality, the S110 utilizes an advanced electrostatic driver that allows for unmatched clarity and detail in sound reproduction.

One of the standout features of the S110 is its unique diaphragm design. The electrostatic panel, which is significantly thinner than traditional cone drivers, enables the speaker to reproduce high frequencies with remarkable accuracy while minimizing distortion. This characteristic is particularly beneficial for critical listening environments, providing a soundstage that feels both expansive and immersive.

The S110 is also engineered with a proprietary transformer design that enhances the speaker's performance. This transformer ensures that the electrostatic panels receive a consistent power supply, which is crucial for maintaining dynamic range and overall sound fidelity. As a result, users can enjoy music with a true-to-life quality that brings every instrument and vocal performance to the forefront.

Another significant technology incorporated into the Final Sound S110 is its integrated crossover network. Traditional loudspeakers often rely on multiple drivers and crossover points, which can sometimes lead to phase issues and a less cohesive sound. The S110's design simplifies this process by effectively managing frequencies through the electrostatic panel alone, resulting in a more coherent sound across the frequency spectrum.

In terms of aesthetics, the S110 boasts a sleek and minimalist design that fits seamlessly into any modern living space. The build quality is exceptional, with premium materials used throughout the construction. The speaker is available in several finishes, allowing users to choose an option that best suits their décor.

Moreover, the S110 is versatile in terms of placement, as it can be positioned close to walls or corners without significant loss of sound quality. This flexibility ensures that users can enjoy optimal performance no matter the room size or configuration.

Overall, the Final Sound S110 represents a pinnacle of loudspeaker technology. Its combination of precise sound reproduction, innovative engineering, and stylish design makes it a remarkable choice for audiophiles and casual listeners alike, promising a captivating listening experience that transcends traditional audio capabilities. For anyone seeking to elevate their music experience, the S110 is certainly worth considering.