The striking solid R1 'vertical hubs' are machined and completed in house to a resistance of 0.02mm. Each level in the R1 rack comprises of two vertical hubs, which is gathered from six high mass squares of polyoxymethylene (POM). The material has been chosen for its hardness extraordinary damping qualities. The R1 vertical hubs are cross-connected by exquisite carbon fiber 'Isobars' which structure the help for the marine handle racks. 14mm steel bars, tied at the finishes with accuracy machined attachments go through the focal point of the Isobars, packing them under huge loads of tension along their length. This further develops the energy transmission pathway along the carbon fiber tube, making a pathway between the touchy sound parts and the hubs that draw undesirable energy, which would some way or another manifest as reverberation in the sound parts, away and into the hubs that assimilates and disperses the energy.
Rich instances of these profoundly advanced energy pathways should be visible across the R1 plan. At the connection point between the carbon fiber Isobar and the marine compressed wood rack, Wilson Benesch have planned fluted cups that are accuracy machined to make two focuses which meet with the carbon fiber. Each R1 rack communicates with the following by four immense 500g chrome steel circles that find kinematically with four attachments on the bordering R1 rack. The connection point makes a guaranteed feel to the entire plan; there is an obvious sensation of accuracy while setting each R1 rack onto the following. However, the hubs are a utilitarian plan component, the hubs enact that huge loads of tension is centered similarly through the four hubs.
The R1 is fitted with four metal roller tipped spikes kinematically situated into four story cups holding hostage three metal balls to make the last energy hub.
So what does this huge amount of designing and accuracy add to your framework?
It has been generally expected recorded that resonances (vibrational energy) truly influence the exhibition of sound parts. Resonances of different frequencies can be sent starting from the earliest stage through the rack, or from the air as the framework stacks the room with sonic vibrations or can begin from the actual parts. Basically all producers of enhancers, advanced sources, turntables and even links have communicated that you can't genuinely hear what a part is equipped for seeming like except if it is separated from these destructive resonances. Accordingly in a top of the line sound framework, cautious consideration should be paid to advancing every part through detachment.
Numerous audiophiles have followed the normal way of making a genuine monetary interest in their decision of hardware, source parts and links however at that point not encountering the genuine capability of their framework until they put resources into a superior presentation rack framework. This quantum jump in execution is the thing that the R1 can convey, and this is the place where this designing and tender loving care comes to the front. Put resources into a R1 and release the capability of your framework!
Wilson Benesch R1 RackWilson Benesch R1 Rack
Highlights
Features
1. 500g CHROME STEEL BALLS
Expanding the standards of kinematic area, Wilson Benesch fostered a ball and attachment joint for the connection point between each R1 level. Four 500g chrome steel circles couple and find kinematically with four attachments on the bordering R1 level to confine every one of the six levels of mechanical opportunity. Each R1 level is in this manner a solitary damping component in itself, comprising of cutting edge designing materials and profoundly designed parts.
2. UPRIGHTS
Accuracy machined in-house, every upstanding of the R1 rack is gathered from various segments of polyoxymethylene (POM), a thick, elite operational efficiency polymer. POM has a normal glasslike structure that outcomes in a material hardness identical to aluminum. This property allows the high accuracy machining needed to accomplish the demanding engineering of the R1 upstanding. Notwithstanding, not at all like aluminum which shows poor damping qualities, POM has an intrinsically high damping coefficient. Notwithstanding a moderately low mass, these material properties make POM an unrivaled material in the development of the R1. Wilson Benesch dominated the designing of POM during the advancement of the Circle 25 Turntable. In this application, POM shaped the two plinths of the Circle 25, framing a construction with high solidness, mass and amazing damping attributes to altogether work on the presentation of the Circle 25 Turntable.
3. STEEL TENSIONING BAR
Wilson Benesch have applied the rule of common self-damping inside plans for a long time. The idea of utilizing numerous materials with various damping attributes in a single composite construction permits every material to retain and soggy the normal full recurrence of one more material in the framework. Driving this idea further, Wilson Benesch have tried to lift the normal full frequencies of constructions at every possible opportunity, since a design with a high resounding recurrence is all the more effortlessly damped. The Wilson Benesch R1 Hi-Fi Rack utilizes both of these standards inside its plan. The expansion of a 14mm steel bar at the focal point of each cross-part clasps the carbon fiber tube. This damps the exceptionally high full recurrence of the carbon fiber cross-part. Thus the cylinder ends at accuracy machined brilliant nickel-covered steel cups that are gotten to the high-grade POM rack by M14 nuts. The outcome is an amazingly firm design developed from a few materials that self together clammy other another. This guarantees that any underlying borne reverberation inside the R1 structure isn't moved to the top of the line parts dwelling upon the framework.
4. FLUTED SHELF CUPS
The perfectly machined type of the rack cups are an immediate result of their capacity. At the tips of the cup the structure assumes the state of the carbon fiber cylinder to make an ideal connection point between each construction. This gives powerful dependability, yet additionally centers the contact highlight a little surface region. Again the basic worry with the plan is to concentrate energy course through a little highlight upgrade and deal with the stream. This additionally adjusts the power entering the bar, each at 60 degrees from vertical, or 120 degrees entirely went against from one another
5. CARBON Fiber ISOBAR
In each R1 level, two multi-pivotal carbon fiber tubes go about as cross individuals between the uprights to shape the essential underlying components. Since these cross individuals have guideline obligation regarding supporting the top of the line sound parts, their job is basic in directing the progression of energy from every sound part into the environmental elements and into one another, just as from the environmental elements to every sound part. Assuming an ideal material answer for this part was to conjectured, an architect would indicate a material that shows high firmness, high strength and, maybe most in a general sense, a material with a high damping coefficient.
The wonderful solidness, strength and damping attributes of carbon fiber are very much recorded. Also, the accompanying noteworthy computation validates the appropriateness of this component for the R1 plan as far as carbon fiber's heap bearing limit: With an all out mass of 200g, every carbon fiber tube utilized in the R1 rack is fit for enduring a hypothetical hub heap of 5 tons. This compares to multiple times its own mass. To place this in context, this is what might be compared to a 13-stone (182lbs) individual ready to help a heap of 2300 tons!
6. Essential BIRCH PLY
Basic, downplayed yet exceptionally powerful, this regular material has natural damping attributes that praise the remainder of the R1 plan. The multifaceted Birch handle gives damping across a wide transfer speed, while adding significant feel prompts that impeccably praise the R1's hearty, exceptionally designed POM uprights, nickel plated steel covers and the lavish aviation carbon fiber cross-individuals.
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