Sliding wardrobes, not so long ago considered exotic interior items, which could only be seen in glossy catalogs or in very "rich" apartments, gradually came into use in the average family. Such furniture designs combine both practicality, spaciousness, and saving of useful space, and plus to all this - they fit very well into the interior of the room, often becoming its central design element.
And yet, if you look at the price lists of companies that manufacture and install sliding-door wardrobes, sometimes the prospect of such an acquisition looks somewhat frightening. Therefore, many owners who know how to keep a carpentry and metalwork tool in their hands, there are questions - is it possible to make such an item of interior yourself? It turns out that this is quite possible. The biggest difficulty is the sliding door structure. However, this should not frighten - in specialty shops you can purchase special kit-systems that will help to assemble beautiful and functional doors for the compartment compartment with your own hands, naturally, if diligence, accuracy, precise sequence of all technological operations are applied.
What's in the kit for the doors of the
sliding door frame Contents of the article
- 1 What's in the kit for the doors of the
- 2 sliding door coupler The principle of door assembly for the coupe compartment with the Aristo system
- 3 Door size calculations for the Aristo coupe cabinet
- 3.1 Calculatorcalculating the width of the door leaf of the Aristo cabinet
- 3.2 Calculating the height of the filling fragment
- 4 Carrying out the installation of the door of the Aristo cabinet
- 4.1 What to prepare from the tools?
- 4.2 Installation of horizontal guide profiles
- 4.3 Installation of the door leaf frame
- 4.4 Installation of the filling, final assembly, installation and adjustment of the door
- 4.5 Video: example of door assembly for the
sliding cabinet This article does not cover the installation of the cabinet itselfwith shelves, side walls, drawers, etc. The essence is completely different - the defining element of such a piece of furniture is exactly the sliding doors. By and large, however paradoxical it may sound, the closet may simply not even be a "closet" in the literal sense of the word.
So, a movable door structure can be fenced off a long niche in the wall, placing in the space received as usual shelves, and racks, bedside tables, etc. Often, such a partition separates the end of the room, across its width, from wall to wall, and in height - from floor to ceiling. And the resulting mini-room can serve as a spacious closet, and a storage room, and sometimes even a small study. Apply a similar design and for installation in the corner of the room or hallway - as a result, at the disposal of the owners appears triangular "closet", which can be used both as a cabinet and for other needs, for example, even for "home parking" a bicycle.
In a word, there may be innumerable options. But they all have one thing in common - a system of moving doors. Correctly mounted flaps move effortlessly along their guides, alternately allowing one to open one or another section of the "cabinet", and in the closed position tightly, without cracks, adjacent to the vertical planes that frame the structure.
1. | Side handle-open handle, asymmetric, profile C. | ||
2. | Side handle-closed handle, symmetrical, profile N. | ||
3. | Upper track profile( track) two-way. | ||
4. | The lower track profile( track) is two-way. | ||
5. | The door frame is upper. The channel for screwing the assembly self-tapping screw is clearly visible. | ||
6. | Lower door frame. The same mounting channel for the screw, and the high profile flanges create a niche for placing support rollers in it. | ||
7. | The door frame is medium without additional fixation by a screwdriver. It is used when several filling fragments are used, when there is no need for reinforced fixing of the jumper - it will be held by the filling panels( for example, if rigid boards of particleboard or MDF 10 mm are used). | ||
8. | Medium door frame with self-locking. Is able to give additional rigidity to the frame of the door. It is advisable to use when using as filling fragments of glasses or mirrors, or with significant dimensions of the entire structure of the door leaf. | ||
9. | Direct stop. Optional element. It is used for framing vertical sides of aperture in the place of their abutment to walls. | ||
10. | Shaped stop. Optional element. It is used to frame vertical sides of the opening, if they are walls made of chipboard panels. | ||
11. | P-profile. Optional element. Can be used for framing the ends of chipboard panels used in the installation of the cabinet structure, in places where they are adjacent to the floor, ceiling, walls. | ||
12. | - | Upper symmetrical roller. It is used when using closed vertical profiles H. For each leaf, a set of two rollers is required. | |
13. | - | The upper asymmetric roller. Used when using open vertical profiles C. A two-roller set is required for each leaf. | |
14. | - | Lower support roller with adjusting screw. For each leaf, a set of two rollers is required. The adjusting screw AB74 has a 6 mm internal hex head. | |
15. | - | Screw assembly AB75, with self-tapping working part. The head is for the internal hexagon 6 mm. One screw per connection unit. | |
16. | - | Spring stopper. Optional element. Ensures that the door is locked in the closed position. | |
17. | - | Sealant made of silicone rubber. Padded around the perimeter of the door filling inserts. Different in size - the seal is available for inserts of 4, 6 and 8 mm thickness. When using a 10 mm thick filling, the sealant is not used. | |
18. | - | Schlegel is a self-adhesive strip made of plastic and lint. is glued along the entire height of the door leaf from the end part - for this purpose, a special groove is provided on profiles C and H. Schlegel softens the strokes against the wall of the cabinet, and when the door is closed, it prevents the penetration of dust. | |
No. | Illustration | Dimensions | Short description |
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It should not be assumed that numerous local firms engaged in the manufacture and installation of sliding-door wardrobes are using some of their own designs or mechanisms. In an overwhelming number of cases, ready-made systems are used for this, which can be purchased at furniture accessories stores. Usually they represent a certain set of metal( more often - aluminum) profiles and necessary components: roller mechanisms, plugs, gaskets, jumpers, fasteners, etc. These systems help to assemble the frame structure of the doors and the mechanism of their movement, but each master is free to choose its own - mirrors, transparent or smoked glass, plastic, laminated fiberboard or MDF and other materials.
There are a lot of such systems for the doors of sliding-door wardrobes. They can differ in the configuration and material of the manufacture of profiles, the principle of mounting parts, the level of complexity of the roller mechanism, the adjustment system, etc. In our publication, the "Aristo" system will be considered, as one of the most popular, proved its reliability, and simple enough in self-installation. In addition, it is nice to realize that this is the products of our domestic producer, which has won recognition abroad.
is very convenient. The profiles of Aristo are made of primary aluminum and have a well-defined geometry, which makes it possible to assemble door constructions with high accuracy. The system implies sliding doors, the load of which rests on the lower roller. It is equipped with a metal rolling bearing, which does not require lubrication for the entire service life, and ensures smooth and silent running of the leaf along the guide without great effort. The upper rollers play a stabilizing role, keep the blade in a vertical position and ensure its smooth movement relative to the upper guide.
The kit maker asserts that the installed in the mechanism of the resource with proper assembly will be enough for one hundred thousand( !) Cycles of closing and opening - an indicator more than impressive.
The manufacturer offers a wide selection of color profiles for aluminum profiles - it is possible to mount a design that fits perfectly into the interior without standing out, or, on the contrary, contrasting sharply against the general background.
Wood profiles are covered with high-strength two-layer laminating film, and monochrome parts receive their own shade using anodizing technology.
Aristo profiles allow the production of sliding doors with glass filling( 4 mm thickness), glass compositions with plywood or fiberboard( thickness 6 or 8 mm) or from chipboard MDF panels( thickness 10 mm).The maximum dimensions of the door can be: up to 1500 mm wide, up to 3300 mm high, the permissible weight of one leaf is up to 160 kg.
What are the main components of the "Aristo" system( two or more leaflets are considered):
There are several other options that can be purchased at will - door closers, magnetic stoppers, locks, end caps for profile ends, etc. But they do not directly affect the process of assembling and installing the doors of the sliding-door wardrobe.
The principle of assembling doors for the compartment with the "Aristo" system
In the configuration of the profiles and fittings of the "Aristo" system everything has been thought out, therefore the installation of the door structure should not cause great difficulties.
Schematic diagram of the assembly of one door leaf with vertical profiles of type C is shown in the drawing. Hereinafter, the numbering of profile and fittings is fully complied with the above detailed table.
Profiles 3 and 4 are fixed to the ceiling( cabinet cover) and the floor( the base of the cabinet) respectively, and are fixed parts of the system.
The installation of the door dense construction is carried out using the assembly screws( key 15).Below number 14a shows the adjusting screw of the lower support roller.
The drawing does not show a variant of the central horizontal jumpers if they are necessary. But their installation is fundamentally the same. They are either simply inserted without additional fixation( on vertical racks there are special bumps for precise centering from inside) or fixed to the assembly screw in the same way as the upper crossbar of the door.
Below is an assembly drawing for a variant using a vertical profile of type H.
There is no fundamental difference - it is simple for these profiles to use a different, symmetrical type of upper rollers. However, there will still be differences in the calculation of dimensions and in the installation of upper and lower guide profiles( runners).
Door size calculations for the cabinet of the Aristo coupe
The door assembly will only turn out to be of high quality if the calculations are carried out thoroughly, to a millimeter, and very accurate preparation of the parts will be carried out according to the dimensions obtained. No negligence, calculations "by eye" is not allowed - this will certainly lead not only to the sloppy look, but also to distortions and even jamming the door structure.
The calculations are carried out in the following sequence:
- The precise dimensions of the opening in which the door structure is to be installed are determined.
The diagram shows wall structures, floor and ceiling, but this can also be the walls of the mounted cabinet - the principle does not change from this.
will be installed. The output has two values: the length of the opening is Lp and its height is Np , from which the further countdown will take place.
It is extremely important to pay attention to the fact that the upper and lower boundary of the opening must be strictly horizontal along its entire length. If the deviation from the side walls from the vertical is, although extremely undesirable, but still can somehow be compensated for by the decorative finish, then even small deviations from the horizontal will lead to looseness or wedging of the movable flaps.
is often installed under the upper and lower guide rails.
additional leveling pads are often installed to compensate for minor unevenness of the floor and ceiling, and even panels( strips), for example from chipboard, are mounted from above and below the whole length of the aperture to facilitate further fixing of the guide profiles,.In this case, the height of the opening is measured after the installation of such pads, or their thickness must be taken into account - subtract from the total height of the opening.
- After measuring the opening, you can immediately obtain the height of the door structure, that is, the length of the required vertical handle profiles( 1 or 2).
Regardless of the type of profile, it is always equal to
Nd = Np - 40 mm
- The length of the Lp opening gives both the lengths of the lower and upper guide profiles( 3 and 4).
There may be a nuance. If you plan to install a frame from a straight or shaped stop( profiles 9 or 10), the lengths of the guides 3 and 4 will be reduced by 3 mm( 1.5 mm on each side due to the thickness of the frame).
Ld = Lp - 3 mm
The length of profiles 9 and 10 is always equal to the "clean" height of the opening.
- The next question is the width of the door leaf.
This indicator depends on the total length of the opening and the planned number of movable leaflets, and on the vertical profile of the handle used, and even on the presence or absence of a shlegel.
With significant lengths of the opening, it is not worth pursuing the large width of the door leafs - they are too massive and not very convenient to use. On two-track guides, it is perfectly possible to place two, three, four and even five leaflets. Despite the fact that even 1500 mm are allowed, they usually try to keep the width of each within 750 ÷ 900 mm.
The initial value for calculating the leaf width( Lc ) is the length of the Lp opening and the planned number of flaps.
The following relations are used for the calculations:
The presence of the shdegel | Profile C | Profile H | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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2 casements | - without the hose | Lc =( Lp + 25) / 2 | Lc =( Lp + 35) / 2 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
- with the | helmet Lc =(Lp + 15) / 2 | Lc =( Lp + 25) / 2 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
3 sashes | - without the hose | Lc =( Lp + 50) / 3 | Lc =( Lp + 70) / 3 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
- with the helmet | Lc= AS = Ln + 40 | Lc =( Ln + 60) / 3 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
4 sashes | - without a crossbar | Lc =( Lp + 50) / 4 | Lc =( Lp + 70) / 4 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
- with a helmet | Lc =( Ln + 30) / 4 | Lc =( Ln + 50) / 4 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
5 flaps | - without a crossbar | Lc =( Ln + 100) / 5 | Lc =( Lp + 140) / 5 | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
To avoid getting confused in the formulas, we suggest using the built-in calculator, which will quickly calculateof the required leaf width Calculator for calculating the width of the sliding door of the Aristo cabinet Specify the requested data and press the button Calculate the leaf width Specify the length of the opening( Lp) in millimeters Indicate the planned number of shutters two three four five Specify the type of profile Presence of a shlegel with a hose without a hosegle
Here the calculations are simple - the initial value is the calculated width of the leaf. So, the length of the transverse frames is: - for profile C: Lp = Lc - 52 mm - for profile H: Lp = Lc - 70 mm
Dimensions fill fillfrom their thickness( both parameters, and height and width of the insert), profile type( width only) and the number of inserts separated by transverse bridges( height only). The width is defined as follows:
The height is somewhat more complicated, since it depends on the number of fill fragments, that is, on the number of jumpers installed. But the type of the profile does not matter anymore. In this case, you can also use the formulas shown in the table below, or you can entrust the calculation to the calculator immediately below the table.
Calculator for calculating the height of the filling fragment Enterbackupand Enter the height of the door( Nd) Specify the number of filler inserts one two three four five Specify the thickness of the filler insert 4 mm 8 mm 10 mm After all the required data has been measured andcalculated, you can make a table of the required detail and send for the purchase of materials. Conducting the installation of the door of the sliding cabinet of the "Aristo"What should be prepared from the tools?The following tool "arsenal" is required for performing the assembly work:
Some companies engaged in the implementation of such systems often provide paid services for high-precision cutting profiles by the size of the customer - this can be clarified when purchasing the material.
Drills for metal with a diameter of 3, 5 and 10 mm are required. To accurately mark the centers of the holes, it is recommended that they be cored.
Installation of horizontal profile guidesIn this case, the installation of the guide profiles on the supplied leveling bars will be shown. This gives a number of advantages - the profile is easier to fix to the floor and ceiling surface without the risk of making a mistake, deforming the metal. The base of the profiles is absolutely straight. In addition, slightly lowered above the floor surface, the lower guide will take less dust in the skids. Some master installers prefer to expose the guide profiles differently. They initially rigidly fix in the desired position only the upper guide. After the door is assembled, the lower guide is laid on the orientation target without fixation. Door leafs are installed, and then their verticality is monitored using the normal level. Having achieved the ideal verticality of the doors, along the edge of the bottom guide draw a line. Then the door leaves are removed, and the final fixing of the lower guide profile is made along the line. Once the guide profiles are installed, you can proceed to install the frame of the sliding doors themselves. Assembly of the door leaf frameFor work, two vertical profiles are needed - handles( 1 or 2), upper and lower frames( 5 and 6), two pieces of upper and lower rollers, four assembly screws. In this case, the assembly of the frame will be shown using a vertical handle-type WITH ( asymmetric).Working with the profile differs only in minor nuances, which will be mentioned. By the way, after assembling the frame - it's time to try it on the guides, especially in the case mentioned, when the lower profile is not fixed yet. Now, to set the exact vertical of the plane of the door( alignment of the guides) is much easier, since the structure is not yet loaded with the entire filling mass. But the adjustment of the door itself at this stage does not make any sense. This operation will be performed correctly only under full loading conditions of the entire structure.
Installation of the filling, final assembly, installation and adjustment of the doorFilling for the door is most often ordered - according to the calculated dimensions. Especially it concerns options when it is planned to apply a mirror or glass insert. Filling panels made of particle board( MDF) 10 mm thick, of course, can be manufactured independently. However, with this approach, it should be borne in mind that the highest accuracy of marking should be ensured with the observance of right angles and evenness of the cut - otherwise the insert may or may not enter the prepared frame, or begin to warp it. When using filling from chipboard( MDF), there are situations when sheets of material that have been exposed to high humidity conditions increase somewhat in thickness - instead of 10 mm they can have 10.5 or even all 11. This will create certain difficulties when assembling the door. It is best to cut a small chamfer, depth and width of 2-3 mm, on both sides of the panel, first along the perimeter of the insert. The principal difference in a filling installation of different thicknesses is in the use of the respective seals. The type of silicone seal is chosen for the appropriate thickness of the insert - 4, 6 or 8 mm. Filling with a thickness of 10 mm in the seal does not need. The following is an example of the final installation of a door with a mirror filling of 4 mm thickness. In fact, the assembly and installation of the door - finished. The leaflets should easily move along the guides without applying much effort. In conclusion, two more points should be considered:
However, practice shows that over time the flare starts to peel off gradually along the edges of the profile. To avoid such "trouble", it is recommended to fix the edges of the shlegel with special clip-pegs. . Nothing has been said about the installation of the stopper. And this is a very useful addition that allows you to determine the limits of closing the leaf( so that it does not hit hard against the walls of the cabinet) and a clear fixed position in the closed state. sliding door stopper The installation of such a stopper is quite simple: it is simply inserted into the corresponding groove of the lower guide rail. The only thing that should not be forgotten - such an installation will be possible if access to the end of the guide is provided. Thus, the "rough" installation of the stopper is best done when preparing the lower guide to fix it on the floor. And already the exact adjustment can be made at the very end - it is easy to press the spring-loaded "antennae" from above and move the stopper to the desired position. And at the end of the publication - a video that shows the assembly of the door for the cabinet with the combined filling and the installation of the jumper Video: an example of door assembly for thesliding door The author expresses the hope that after carefully reading this article-instruction from the home masterthere will be no unresolved issues on the self-installation of doors for the closet. |