Dali Sub P-10 Dss Black (High Gloss)

Sporting three 10 inch long stroke woofers and a 500 watt amplifier combine to deliver a subwoofer that is designed to set standards for subwoofer performance and experience in your listening room or dedicated home cinema. Unlike many subwoofers in the market the DALI SUB P-10 DSS has been engineered to perform equally well with both music and movies. It is important to us that a subwoofer is capable of rendering a performance true to the input signal. Therefore a DALI subwoofer is everything but a ‘boombox’.

The long stroke design woofers feature rigid carbon fiber cones, dual spider, low loss suspension, and massive magnet system are fitted into an elegantly styled, compact enclosure and combined with a powerful digital amplifier with a dynamic output of 500W RMS. DALI SUB P-10 DSS features a solid, down-firing woofer, able to move lots of air. The P-10 DSS remote controlled subwoofer, with individual settings and memory for stereo and theater, will be the competent upgrade to high-end stereo and home cinema systems.

Combination of use

DALI recommends applying the subwoofer with e.g. EPICON, HELICON, MENTOR and FAZON F5 systems. Also customers with loudspeakers from other brands will surely find what they need in this subwoofer. The design, technology, and construction of this subwoofer make it a perfect upgrade of any mid to high end loudspeaker system.
More details are available in the Whitepaper.

ELEGANT AND SIMPLE DESIGN
The cabinet is designed to fit perfectly to the size of the woofer, but without forgoing the inner volume that is needed to produce a powerful bass performance.

FLEXIBLE CONNECTIVITY
All DALI subwoofers are compatible with almost any amplifier, receiver or processor due to the choice of LFE or LINE inputs.

HIGH-YIELD AMPLIFIER
All the amplifiers in the DALI subwoofers have the stamina to keep a high-yield performance and the headroom to draw out that little extra when needed.

RIGID CONE STRUCTURE
The rigid cone structure based on either aluminium or cone fiber eliminates the need for a dust-cap and helps ensure a piston-like behaviour of the woofer.

Active Woofer
DALI SUB P-10 DSS is equipped with an active 10” down-firing woofer with sandwich construction carbon fibre at the front paired with paper pulp at the back. The result is a rigid cone with superior breakup characteristics while at the same time being very lightweight and agile. The 4-layer voice coil is mounted on an aluminium paper-pulp lined former to reduce potential micro-resonance. A 63.5 mm voice coil ensures maximum power handling and is controlled by a 2-piece ferrite magnet with a vented pole piece.

For optimum control of the cone excursion, the woofer features dual spiders, ensuring 100% piston-like behaviour, even at high volumes. The surround is made from wide, natural rubber, guaranteeing linearity across the entire 25 mm cone excursion. Even the oversized litz wires are made from solid silver coated OFC copper for optimum signal feed. The chassis is made from aluminium to prevent any magnetic loss. And lots of research has gone into optimizing the entire construction for lowest possible mechanical and magnetic loss, and to ensure a free airflow.

Passive Woofers
The two side-mounted woofers share much of the technology from the active driver. Cone geometry is identical to the down-firing woofer, and the cone material is also carbon fibre. The ‘upper’ part of the chassis is the same – 10 legs and identical suspension. However, there is only one spider, and of course no voice coil or magnet system behind it.

The whole purpose of the passive radiator is to follow the movements of the active woofer. Though it looks simpler than the active woofer the passive radiator has been through hundreds of hours of careful designing to achieve the exact same tonal balance as in the active version. Embedded in the cone of the passive radiator is just the right amount of zinc alloy, chosen due to its density and nonmagnetic properties to achieve the desired weight. Only with the correct weight and distribution of weight you will get the excursion characteristics you are looking for.