SKU: V-5881-Studio2 Studio 2 Speaker Kit

Visaton Speaker Kit - Studio 2
Art. No. 5881

Visaton Studio 2 - shown assembled with suggested cabinets, not supplied.

Characteristics and Sound Properties
When development on the STUDIO 2 started, there were key questions posed: is it possible to improve on a 2-band shelf-top speaker and is a new version necessary in the first place? To be clear from the start: the answer to both questions is "yes". The introduction of waveguide technology made it possible to optimise acoustic characteristics not only along the axis, but also to perfect the lateral radiation pattern. This enhancement has been implemented here.

The STUDIO 2 speaker brings together the two high-end AL 130 – 8 Ohm and G 25 FFL – 8 Ohm drivers in a harmonious marriage, in the same way as in the larger sister, the STUDIO 1. This combination of a 13-cm mid-bass unit and a 25-mm tweeter has already proved its worth in that speaker.

The tweeter is also supported by a waveguide in the STUDIO 2, the WG 148 R. This round version of the waveguide WG 220x150 has exactly the same acoustic characteristics and ensures optimised beaming between the G 25 FFL – 8 Ohm dome tweeter, which normally radiates its output quite noticeably and the AL 130 – 8 Ohm mid-bass unit, which tends to bundle its output more around the higher frequencies. In this way, the result is a completely homogeneous, seamless whole, characterised by uniform focus.

The drivers, all tuned to be as lossless as possible, ensure accurate, finely resolved sound quality, which rounds off the holistic character of the speaker. As a result of these finely balanced acoustic characteristics, the STUDIO 2 is well suited to use as a monitor in sound studios, which is why it was given that name during the development stage.

As is usual for loudspeakers of this genre, sound reproduction has been kept as neutral as possible so as not to taint the sound recording. As well as these professional applications, the speaker can equally well be used for normal stereo or multi-channel systems. If used in connection with a home theatre system, we recommend configuring the loudspeakers as "small" in the receiver set-up. This will filter out the really deep frequencies, which will enable the STUDIO 2 to generate unbelievable sound pressure levels. Despite the compact dimensions, if these speakers are supported by a subwoofer, even much larger systems can be elbowed aside.

So the STUDIO 2 is not merely a small-format 2-band shelf-top speaker, it is a small, universally talented speaker with a sound quality you simply would not expect.

Technical Specifications

Frequency and Impedance Response

Frequency Response and Impedance Graph

Exploded Cabinet Drawing

Exploded Speaker Box Drawing

Assembly
The construction of the STUDIO 2 is very easy because all the cabinet panels are butt-jointed and glued. Before you start, decide on what you want the speakers to look like. You could, for example make the front panel out of attractive solid wood, which gives the cabinet a sophisticated touch. The thickness of the front panel can be varied to suit taste but, for reasons of rigidity, should not be less than 15 mm.

After all the panels have been cut to size (e.g. at your local DIY store), it is best to begin with the base and then glue the side and rear panels to it one after the other. Finally, attach the lid. The cabinet (without its front panel) should be firmly held in position with sash cramps (you can prevent individual panels from sliding as you tighten the sash cramps by e.g. hammering in a few tacks or nails and nipping off the heads). While the glue is drying, you can apply a further layer of glue to the joints between the panels on the inside to ensure the final construction will be absolutely airtight.

At this stage, you can also position the crossover provisionally and drill the mounting holes for it, which will make it much easier later on to fit the crossovers because the inside space is fairly cramped.

After the glue has completely dried, cut the opening for the terminals in the rear panel e.g. using a hole saw or jigsaw.

Depending on the finish you are aiming for, you can either fit the front panel and then mill the driver openings or do the woodwork to the front panel before you glue it in place on the cabinet. The two lateral 8 mm chamfers, however, should be milled as the final step using the router, so the sides of the cabinet can be used as guides for the 45° router tool with a guide ring. After this stage, the anchor points for the drivers and terminals can be marked out and pre-drilled (2.5 mm drill).

In the next step, removes all traces of dust from the cabinet and screw the frequency crossovers that have been wired according to the wiring layout in position inside the enclosure. Next, solder the terminal connections on and screw them in place. Then the damping material is positioned as shown in the damping distribution plan, while allowing the wires for the tweeter and woofer to protrude through the openings. Depending on how neatly the woodworking has been performed, it may not be necessary to seal the driver openings. Finally, solder on the drivers and screw them in place.

Internal Damping
For the inner damping, roll up a mat of polyester wool and insert it into the cabinet through the speaker openings in the front panel. When it is in place, loosen up the mat a little and distribute it inside the cabinet.

Component Parts List for Each Box - Supplied with Kit
The kit comes with all necessary components (see list below for one box), one set if the speaker is an each, or two sets for a pair, see price above for details.

Speaker Cabinet Material List to Make 1 Box - Not Supplied with Kit

Speaker Cabinet Dimensions

Loudspeaker Box Construction Diagram - all dimensions in mm.

Crossover - Supplied with Kit Already Assembled

Speaker Kit Crossover Circuit