Lot Of 4 Dali Ikon Phanton In Wall Speakers, HIGH END SPEAKERS
- Condition: Used
- Price: 590.87 EUR
- Status: sold
- Item number: 326409412104
- Seller: gg-highendaudio (4956|99.4%)
- Seller information: Commercial (with base shop)
- Item location: Flushing, New York
- Ships to: US
- Shipping: 100,0 EUR
- on EBAY
-
Description
You are buying a lot of 4 dali ikon phanton in wall speakers set The condition is used They all are in excellent working condition has been tested One of them has missing one of the clips bracket (however it still have 5 in good condition) you can download the manual in the following link: https://www.dali-speakers.com/media/1665/phantom-ikon-whitepaper.pdf dali ikon phanton Pictures are part of the description so please see them carefully and make your own conclusion about the item’s WHAT YOU SEE IS WHAT YOU GET Thanks for looking selling as the pictures shown. ABOUT SHIPPING Shipping Within US 48 Continental States Only ( not shipping to HAWAII , ALASKA , PUERTO RICO , VIRGIN ISLAND , PO BOX OR APO ADDRESS) will be shipped by Fedex UPS Or USPS Ground according your location with free tracking number and It will be shipped thru the address provided by eBay so please make sure it's right during checkout! Feel free to any questions. For International buyer we will use eBay Global shipping option no exceptions. ABOUT RETURN: You have 30 days return warranty Please contact seller if you have any inconvenience with your item, before open an eBay case or leave a negative feedback (There are many ways to solve any issue) Is very important for Us make our costumers happy’s. Buy with confidence ?????TOP SELLER ????? • See other items in our eBay page!!! https://www.ebay.com/str/jarvingracestore MORE INFORMATION ABOUT THE PRODUCT: Technical Specifications IKON Phantom Frequency range +/- 3dB (Hz)64 - 30.000 Sensitivity (2.83V/1m)(dB)88 Nominal impedance (2)8 Maximum SPL (dB)106 Crossover frequencies (Hz)3.000, 14.000 Bass reflex tuning frequency (Hz)106 Enclosure typeClosed Recommended placementIn wall Amplifier power (Watt)30 - 110 Amplifier- High frequency driver(s)1 x 28 mm soft dome 1 x 17 x 45 mm ribbon Low frequency driver(s)1 x 6½ Connection input(s)Single wire Dimensions (HxWxD)(cm)43,6 ? 27,4 ? 11,3 Dimensions (HxWxD)(inch)17,2 x 10,8 x 4,4 Function(s)- Weight (kg/lb)5,7/12,6 FinishNCS S0502-Y, gloss 20 Introduction: DALI IKON Phantom A discreet, compact speaker solution is now available in the IKON series: The IKON Phantom in-wall speaker. Combined with a subwoofer it will compete traditional stand mount speakers or floor standers. It is worthwhile to consider, if you have a limited amount of space or want a discreet and compact speaker solution. The basic design principles for IKON Phantom are the same as in Euphonia and Helicon Phantoms, which have already set standards for what sound can be achieved in compact, in-wall speaker solutions. IKON Phantom differs from the Euphonia and Helicon, when it comes to driver technology, crossover and form factor. These features have been adopted from the other IKON speakers. and so lollow inges elion hawl be able to read about the technical details In-wall Speakers vs. Traditional Speakers In-wall loudspeakers differ from traditional floor standing or bookshelf loudspeakers. Traditional loudspeakers are placed some distance away from the walls and the ceiling/floor. The distance from the walls/ceiling/floor cause reflections and varied coupling to the room, depending on, where the loudspeaker is placed in the listening room. In wal loudspeakers are usually flush mounted in the gali ady the ceiling number of reflections from the wall behind the loudspeaker. Also, in-wall Tounting will aarife oy fre walty aliput from the loudspeaker because the Floor standing or bookshelf loudspeakers usually use cabinets made of rigid, vibration-inert materials. Thus, colouration of the sound is less likely to happen because of vibration of the cabinet. In-wall loudspeakers are mounted in a wall, where a (hidden) cabinet can seem less important. Some in-wall loudspeaker manufacturers omit the use of a cabinet, probably to save costs and because it is not visible to the customer. However, this will seriously compromise the performance of the loudspeaker, because the acoustical environment (the cavity in the wall), which the loudspeaker drivers will radiate sound into, can vary significantly. To avoid the varying performance due to the lack of a cabinet, DALI IKON Phantom use a cabinet. The cabinet is made of die cast aluminium combined with a Medium Density Fibre board (MDF) baffle and vibration absorbent materials within the cabinet. Installation of in-wall speakers will impact the performance of your in-wall speakers. It is important, that the walls are inert to build-up of vibrations. If not, the Newton forces generated by the speaker will excite the whole wall, causing coloration of the sound. IKON Phantom Components Aluminium Cabinet A rigid, die cast aluminium cabinet has been used for the IKON Phantom. This will ensure identical working conditions for the 6.5 bass/midrange driver no matter which wall cavity the speaker is mounted in. Inside the cabinet is used a bituminous material to make it inert to resonances. Ribs in the die cast aluminium and the coupling to the MDF baffle will also prevent build-up of resonances. By using the cabinet, it is possible to use a bass/midrange driver with soft, low loss rubber surround and a spider causing a low resonance frequency for the driver. This would not have been possible without the rear cabinet, because the surround and spider thus would have to be less soft to be able to control the movement of the bass/midrange driver with compromised performance as consequence. Because of the small form factor of the speaker it is very difficult for standing waves to build-up. Combined with strategically positioned materials inside the cabinet, standing waves are reduced to an absolute minimum. Driver Technology The drivers of the IKON series are designed in Denmark to make them live up to high requirements for audio reproduction. All parts of the drivers have been carefully selected, designed and optimised to the IKON speakers. 61 Woofer The 6½ woofer in DALI IKON Phantom is designed to be able to meet the DALI Sound Principles. The ving cars of the wafer phs, pider and surpund) a haunted minimized. This is done to prevent the counteracting forces on the amplifier signal, which are to be reproduced. To reduce air compression further, there is a vent in the yoke of the magnet system, and openings on both sides of the spider. The magnet system is optimized to obtain low distortion by offering a linear, saturated magnet field. It is essential, that the magnet system does not modulate (as a reaction to the field which is made by the voice coil). The magnet system has been optimised to achieve these characteristics. Hybrid Tweeter Module The tweeter module in IKON Phantom consist of a 1.1/28mm soft dome tweeter and a 0.7x1.8/17x45mm ribbon super tweeter. Two tweeters are used to obtain wide dispersion characteristics and thereby obey the wide dispersion design philosophy. The dispersion from the soft dome tweeter will decrease above 14 kHz, which is normal for a soft dome tweeter. Above that frequency, the ribbon super tweeter will be gently rolled in. The ribbon super tweeter has better dispersion characteristics at high frequencies, so it will support the loudspeaker, when listening off axis. Soft Dome Tweeter The 1.1/28mm soft dome tweeter is designed with the strongest magnet material available, namely neodymium. An aluminium heat sink is mounted on the magnet to ensure cooling and increased power handling in the event of large loads of the loudspeaker. Moreover, low viscosity ferrofluid is used in the voice coil gab for even better cooling and lowering of the resonance frequency of the tweeter. The geometry of the soft dome diaphragm and the surrounding face plate is smerilly desiened to have optimum dispersion characteristics as well a sa Ribbon Super Tweeter Luke in the absolute tip Di KNOanton Thetil Me super writin gently rolled in from approximately 14 kHz, where it will support the soft dome tweeter. The ribbon super tweeter is an advanced construction. Three powerful neodymium magnets are used to make the magnet field, which will interact with the electrical field generated by the electrical conductors of the low mass diaphragm. The components of the ribbon tweeter enable very rapid movements of the diaphragm and thereby high bandwidth ranging above the limit of human hearing. On the rear side of the ribbon tweeter is an acoustical chamber, filled with a material for acoustical treatment. To obtain perfect dispersion characteristics and optimum energy transfer at the highs, a special acoustical lens will lead the energy from the diaphragm to the open. Numerous simulations and experiments have been conducted to carefully optimise the pattern and geometry of the acoustical lens. The loudspeaker drivers in the IKON series is build on the DALI philosophy about low loss drivers. Consequences of the low loss principle are that all breaking forces and damping mechanisms in the moving parts of the drivers are sought minimized. Also, the moving mass is minimized to be able to make drivers with high bandwidth. As a consequence it is possible for the diaphragms to reproduce small signals from the amplifier. The result is good dynamics, where the mad details in the susic are suibe. The mater suwhich do not absorb the energy, which instead will be transformed to air motion. Crossover All components in the crossover are hardwired to each other to minimize loss and make the most direct connection possible between each component. The alternative would be a printed circuit board, where there would be loss in the copper traces that would connect each component to each other. All components are either glued or strapped/glued to the base plate to avoid mechanical rattle noise, which is prone to occur when the components are subjected to high sound pressure, which can occur inside the loudspeaker cabinet. The crossover of the loudspeaker is made of high quality components, which are hardwired and glued/strapped on a stable base plate, which will ensure high mechanical strength and eliminate rattle noise from loose components. The inductors of the crossover have a large cross-section to minimize loss and heating of the inductors in the event of high loads of the speaker. The position and direction of the inductors are carefully selected, so the interaction of the electrical fields, which are surrounding the inductors, will interact as little as The capacitors are either high quality polypropylene foil capacitors or bipolar capacitors. The capacitors have been carefully selected to obtain excellent sonic performance in collaboration with the inductors and the rest of the loudspeaker construction. The resistors used in the crossover are a ceramic power type. Binding Posts The gold plated binding posts are developed particularly for DALI IKON Phantom. The binding posts have one single conducting part (short signal path and less contact resistance) instead of multiple parts. The loudspeaker cable is secured by spring-locking mechanisms, which will ensure constant tension on the cable to secure a long lasting and reliable electrical connection. The binding posts are bolted directly to the rear cabinet of the loudspeaker. Amplifier Friendly The amplifier to loudspeaker interface is influenced by the impedance Loudspeakers with can force amplifiers (stress the amplifier unnecessarily) to perform badly. A stressed amplifier will typically add more distortion to the The IKON Phantom drivers are optimised so that the impedance loads of the loudspeakers are very close to a pure resistive load, minimizing amplifier stress (a flat frequency response above the resonance frequency of the woofer). Wide Dispersion Unlike many of our competitors, the sound distribution from the IKON loudspeakers is designed so that if you listen at off axis positions, the frequency characteristics are flat and smooth. There are a number of advantages by these principles: * ??This will ensure that the timbre is almost the same in a large area of your listening room, meaning that you will not need to be on the exact centre axis to fully enjoy your music. * ??The integration between the loudspeaker and the listening room is better, because reflected sound will have almost the same frequency characteristics as sound, which is radiated directly from the loudspeaker. This will cause the sound to be more natural to listen to. • The wide dispersion characteristics make it unnecessary to toe-in or pivot the speakers so that they are pointing towards a specific listening position. • Distortion in dedication ph the lou are aker is inounce to ax ass.
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