Technical information on systems Standart, Econom

Transcription

1 Technical information on systems Standart, Econom

2 for the bottom track Multifunctional It matches every color and every product range of ARISTO profile. Esthetic It covers grooves of the bottom track, making them look finished. Smooth It makes the doors slide smoothly and prevents accidental slide. The length calculation of the silicon strip Rail type Formula Bottom single track L strip = Lrail + 20 mm Bottom double track L strip = Lrail mm Protective It prevents dust from piling up in the grooves of the bottom track. А installation. Install the strip before the bottom track assembling. To install the strip: take the pre-prepared bottom track; push the silicon strip into the groove in the direction from the end face; pull the strip along the whole section of the track. А В В installation after the bottom track assembling. If the assembly includes the bottom positioner, the silicon strip is inserted into the groove from above, part by part. Its elastic material enables pushing it inside the groove, after which the strip will resume its initial shape. It is recommended to install the silicon strip along the whole track. Use top positioner and door soft closers to fix the door in the required position. Self-adhesive magnetic strip А It s applicable to STANDART and 4 in 1 systems. A must in assembling suspended partitions, corner profile, folding doors, multi-door wardrobes and partition walls. It helps to fix the door in the required position. It guarantees tight and even closing of the doors The strip cross section is mm. The strip is made of elastic magnetic material and covered with decorative polymeric tape of multifunctional grey color. The strip is installed easily and securely due to the adhesive layer produced by 3M company. The strip is used in both suspension and standard sliding systems. The magnet capacity is optimized to ensure tight closing of the door. At the same time, you can open the doors without applying force. The strip helps fix the doo r in the required position and guarantees tight and even closing of the doors. 1 Before fixing a pair of strips, check them for magnetic polarity. If the magnets are repulsive, turn one of the strips. 2 Remove the protective cover from the adhesive layer; place the strip in the groove on the vertical and angular bars of the furniture systems (in the same way as you install the dustproof brush). 3 Make sure the strips close tightly. The strips should be fixed evenly; gaps between the doors should be eliminated after adjustment. Self-adhesive magnetic strip It s applicable to STANDART and 4 in 1 systems. A must in assembling suspended partitions, corner profile, folding doors, multi-door wardrobes and partition walls. It helps to fix the door in the required position. It guarantees tight and even closing of the doors It is recommended to use the polymeric insert strip if you use the magnetic strip with handles FUSION and H. The brush is fixed on one of the profiles, parallel to the magnetic strip, closer to the face side. It is not recommended to use door soft closers and the magnetic strip at the same time, because you will have to apply significant force to both set the door check and open the magnets. 12

3 Model Door size calculation Lf Swing door calculation w Hdw Hip Hdw Hd Lip Name Shown as Doorway height Doorway width Door height Door width Insert part height Insert part width Length of top (middle, bottom) frame Hdw w Hd Hip Lip Lf 13

4 Profile C Swing system DOOR SIZES CALCULATION Holes drilling scheme in vertical profile for swing system Door height Hd Hd = Hdw - 30 mm Door width = w - 6 mm 7,5 mm Sliding system DOOR SIZES CALCULATION 5,5 mm 9 mm Door height Hd Ндв. = Нпр мм Door height with door soft closer Hd Hd = Hdw - 45 mm Rails length Lr Lr = w DOOR WIDTH CALCULATION DEPENDING ON THEIR NUMBER AND LOCATION Doors Mode Sign Formula (without weather strip) Formula (with weather strip) 2 pcs = (w + 25 mm)/2 = (w + 15 mm)/2 w 3 pcs = (w + 50 mm)/3 = (w + 40 mm)/3 w 41,5 mm 4 pcs = (w + 75 mm)/4 = (w + 85 mm)/4 w 4 pcs = (w + 50 mm)/4 = (w + 30 mm)/4 w 5 pcs = (w mm)/5 = (w + 90 mm)/5 w Swing and sliding systems HORIZONS LENGTHS CALCULATION Length of top (middle, bottom) frame Lf Lf = 52 mm CALCULATION OF INSERT PARTS HEIGHT CALCULATION OF INSERT PARTS WIDTH holes drilling scheme in vertical profile for sliding system Chipboard, 10 mm Hip Hip = Hd - 57 mm Chipboard, 8 mm Hip Hip = Hd - 59 mm Glass (Mirror), 4 mm Hip Hip = Hd - 60 mm Chipboard, 10 mm Lip Lip = - 36 mm Chipboard, 8 mm Lip Lip = - 38 mm Glass (Mirror), 4 mm Lip Lip = - 39 mm 7,5 mm 5,5 mm 9 mm Средняя рамка One middle frame with screw reduces height and width of insert part in possible combinations to the following values: 9 mm 11 mm 12 mm Chipboard (8 mm)/ Chipboard (8 mm) Chipboard (10 mm)/ Mirror (4 mm) Chipboard (8 mm)/ Mirror (4 mm) 10 mm 10.5 mm 11,5 mm One middle frame without screw reduces height and width of insert part in possible combinations to the following values: 2 mm 4 mm 5 mm Chipboard (10 mm)/ Chipboard (8 mm) Chipboard (10 mm)/ Mirror (4 mm) Chipboard (8 mm)/ Mirror (4 mm) 41,5 mm 3 mm 3.5 мм 4,5 mm 14

5 Profile H Sliding system DOOR SIZES CALCULATION FOR SLIDING SYSTEM Door height Hd Hd = Hdw - 40 mm Door height with door soft closer Hd Hd = Hdw - 45 mm Rails length Lr Lr = w DOOR WIDTH CALCULATION DEPENDING ON THEIR NUMBER AND LOCATION Doors Mode Sign 2 pcs w Formula (without weather strip) = (w + 35 mm)/2 Formula (with weather strip) = (w + 25 mm)/2 3 pcs = (w + 70 mm)/3 = (w + 60 mm)/3 w 4 pcs = (w mm)/4 = (w + 95 mm)/4 w 4 pcs = (w + 70 mm)/4 = (w + 50 mm)/4 w 5 pcs = (w mm)/5 = (w mm)/5 w HORIZONS LENGTHS CALCULATION Length of top (middle, bottom) frame Calculation of insert parts height Lf Lf = 70 mm Calculation of insert parts width holes drilling scheme in vertical profile for sliding system Chipboard, 10 mm Hip Hip = Hd - 57 mm Chipboard, 8 mm Hip Hip = Hd - 59 mm Glass (Mirror), 4 mm Hip Hip = Hd - 60 mm Chipboard, 10 mm Lip Lip = - 54 mm Chipboard, 8 mm Lip Lip = - 56 mm Glass (Mirror), 4 mm Lip Lip = - 57 mm 7,5 mm 5,5 mm 9 mm MIDDLE FRAME One middle frame with screw reduces height and width of insert part in possible combinations to the following values: 9 mm 11 mm 12 mm Chipboard (10 mm)/ Chipboard (8 mm) Chipboard (10 mm)/ Mirror (4 mm) Chipboard (8 mm)/ Mirror (4 mm) 10 mm 10.5 mm 11.5 mm One middle frame without screw reduces height and width of insert part in possible combinations to the following values: 2 mm 4 mm 5 mm Chipboard (10 mm)/ Chipboard (8 mm) Chipboard (10 mm)/ Mirror (4 mm) Chipboard (8 mm)/ Mirror (4 mm) 41,5 mm 3 mm 3.5 mm 4.5 mm 15

6 Profile FUSION Sliding system DOOR SIZES CALCULATION FOR SLIDING SYSTEM Door height Hd Hd = Hdw - 40mm Door height with door soft closer Hd Hd = Hdw - 45mm Rails length Lr Lr = w DOOR WIDTH CALCULATION DEPENDING ON THEIR NUMBER AND LOCATION Doors Mode Sign 2 pcs Formula (without weather strip) = (w mm)/2 Formula (with weather strip) = (w mm)/2 3 pcs = (w + 79 mm)/3 = (w + 69 mm)/3 w 4 pcs = (w mm)/4 = (w mm)/4 w w 4 pcs = (w + 79 mm)/4 = (w + 69 mm)/4 w 5 pcs = (w mm)/5 = (w mm)/5 w HORIZONS LENGTHS CALCULATION Length of top (middle, bottom) frame Lf Lf = 76.4 mm CALCULATION OF INSERT PARTS HEIGHT Chipboard, 10 mm Hip Hip = Hd - 57 mm CALCULATION OF INSERT PARTS WIDTH Chipboard, 10 mm Lip Lip = - 60 mm holes drilling scheme in vertical profile for sliding system Chipboard, 8 mm Hip Hip = Hd - 59 mm Glass (Mirror), 4 mm Hip Hip = Hd - 60 mm MIDDLE FRAME Chipboard, 8 mm Lip Lip = - 62 mm Glass (Mirror), 4 mm Lip Lip = - 63 mm 7,5 mm 5,5 mm 9 mm One middle frame with screw reduces height and width of insert part in possible combinations to the following values: 9 mm 11 mm 12 mm Chipboard (10 mm)/ Chipboard (8 mm) Chipboard (10 mm)/ Mirror (4 mm) Chipboard (8 mm)/ Mirror (4 mm) 10 mm 10.5 mm 11.5 mm One middle frame without screw reduces height and width of insert part in possible combinations to the following values: 2 mm 4 mm 5 mm Chipboard (10 mm)/ Chipboard (8 mm) Chipboard (10 mm)/ Mirror (4 mm) Chipboard (8 mm)/ Mirror (4 mm) 3 mm 3.5 mm 4.5 mm 41,5 mm 16

7 Profile FLAT Sliding system Holes drilling scheme in vertical profile for swing system DOOR SIZES CALCULATION Door height Hd Hd = Hdw - 30mm Door width = w - 12mm SLIDING SYSTEM DOOR SIZES CALCULATION OF DOORWAY PARAMETERS Door height Hd Hd = Hdw - 40mm Door height with door soft closer Hd Hd = Hdw - 45mm Rails length Lr Lr = w DOOR WIDTH CALCULATION DEPENDING ON THEIR NUMBER AND LOCATION Doors Mode Sign 2 pcs w Formula (without weather strip) = (w + 45 mm)/2 Formula (with weather strip) = (w +3 5 mm)/2 3 pcs = (w + 90 mm)/3 = (w +80 mm)/3 w 4 pcs = (w + 35 mm)/4 = (w+ 125 mm)/4 w 4 pcs = (w + 90 mm)/4 = (w + 80 mm)/4 w 5 pcs = (w mm)/5 = (w mm)/5 w To cover the gaps use the weather strip SWING AND SLIDING SYSTEMS HORIZONS LENGTHS CALCULATION Наименование обозначение формула Length of top (middle, bottom) frame Lf Lf = 51 mm CALCULATION OF INSERT PARTS HEIGHT Chipboard, 10 mm Hip Hip = Hd - 57mm Chipboard, 8 mm Hip Hip = Hd - 59mm Glass (Mirror), 4 mm Hip Hip = Hd - 60mm MIDDLE FRAME CALCULATION OF INSERT PARTS WIDTH Chipboard, 10 mm Lip Lip = - 35mm Chipboard, 8 mm Lip Lip = - 37mm Glass (Mirror), 4 mm Lip Lip = - 38mm holes drilling scheme in vertical profile for sliding system 7,5 mm 5,5 mm 9 mm One middle frame with screw reduces height and width of insert part in possible combinations to the following values: 9 mm 11 mm 12 mm Chipboard (10 mm)/ Chipboard (8 mm) Chipboard (10 mm)/ Mirror (4 mm) Chipboard (8 mm)/ Mirror (4 mm) 10 mm 10.5 mm 11.5 mm One middle frame without screw reduces height and width of insert part in possible combinations to the following values: Chipboard (8 mm)/ Chipboard (8 mm) Mirror (4 mm)/ Mirror (4 mm) Mirror (4 mm)/ Mirror (4 mm) 4 mm 5 mm 5 мм Chipboard (10 mm)/ Mirror (4 mm) Chipboard (8 mm)/ Mirror (4 mm) Chipboard (8 mm)/ Mirror (4 mm) 3.5 mm 4.5 mm 4,5 мм 41,5 mm 17

8 Assembly scheme Profile С, FLAT Profile H, FUSION Top asimmetric Top double track Top door frame Top asimmetric Top double track Top door frame Top asymmetric Vertical profile Fusion Fusion Top asymmetric Vertical profile Flat Flat Assembling screw Weather strip Assembling screw Weather strip Vertical profile C Vertical profile H Bottom door frame Weather strip Bottom door frame Weather strip Assembling screw Assembling screw Bottom Adjusment screw Bottom Adjusment screw Bottom double track Bottom Bottom double track Bottom Additional profiles Installation of straight and molded support profiles Horizontal sectional drawing of straight support and molded support profiles Wall Cupboard lateral side (chipboard) U-profile Straight support profile Molded profile support Side wall of wardrobe (chipboard) Straight support profile Molded support profile INSTALLATION TYPES OF ANGLES ADJUSTS ТИПЫ УСТАНОВКИ ВЫРАВНИВАТЕЛЕЙ УГЛОВ U-profile ACCORDING TO CEILING S PARALLEL: till 16 mm angle from straight support profile till 20 mm angle from the U-profile till 40 mm angle from the top track ACCORDING TO WALL S PARALLEL: Only angle from straight support profile 18

9 Additional profiles Straight support profile Top view Top rail Wall defect Wall Straight support profile Screw Straight support profile Molded support profile. Angle 90 Top view Top rail Wall Wall defect Screw Molded Упор support profile фасонный Molded support profile Molded support profile. Angle 45 Top view Top rail Wardrobe side Screw Molded support profile Molded support profile 19

10 Door soft closer installation Door height calculation with the door soft closer Gap 3 Install the door on the wardrobe (Fig.3). Do not make soft closer on. H door Fig. 3 After the door installation, adjust the height of the recurrent plate (see the manual). The gap between the and the recurrent plate should be minimal to prevent the door from jumping when the door soft closer is triggered. Hdoor = Hs Install the recurrent plate in the top track way up, placed on the side where will be the door (Fig. 4). Install door into the tracks apart of the recurrent plate. Hands we slide the door to the edge of wardrobe (the recurrent plate will be in the right place itself). Slide the door back, while the closer will make on. Fix the recurrent plate with screws. The door soft closer may be installed on any door, assembled from the ARISTO aluminum profile. 1 Install fitting element (Fig.1). If door has been assemled previously, it s necessary to partly disassemble the door to install fitting elements. Before door assembling fixing screws element must be inserted into groove of top frame Holes for fixing screws. Fig. 4 Fig. 1 2 Install door soft closer on the door (Fig.2). When installing closer on previously assembled door, you must take off top s (closer will be installed instead). The door soft closer is fixed at two points: first - with assambly screw instead of top, second - with screw (included) in fitting element mounted in previous step. 5 Check the door closer operation. Before adjusting the recurrent plate should be lifted maximum up, turn the adjusting screw counterclockwise until it stops, use allen key 3mm. Close the door (sharply) and watch the «bounce.» If the door «jumps», you need to drop the recurrent plate turning the adjusting screw clockwise. Fig. 5 Fig. 2 20

11 Installation with corner profile Corner profile is fit to create the corner designs (for 45 or 90 corners in sliding door wardrobes and walk-inwardrobes) It can be used together with FUSION profiles in 4 in 1 systems. The main purpose 90 outside corner (sliding door wardrobe or walk-in wardrobe). 90 inner corner (built-in sliding door wardrobe). 45 inner corner (built-in sliding door wardrobe without side panels) 90 inner corner (built-in sliding door wardrobe). Outside corner. Four doors Outside corner. Five and more doors oor2 oorway2= B 40 Lbottom track2 = B 10 Ltop track2 = B oor2 oorway2= B 80 Lbottom track2 = B 10 Ltop track2 = B oor1 oorway1= A 40 Lbottom track1 = A 10 Ltop track1 = A oorway1= A 80 Lbottom track1 = A 10 Ltop track1 = A 45 edge of top and bottom tracks 45 edge of top and bottom tracks oor and Hdoor are calculated in accordance with standard tables by the known oorway and Hdoorway. 21

12 Door installation with corner profile Inner corner. Four doors Inner corner. Five and more doors Ltop track2 = A-B- wall thickness + 80 Ltop track2 = A-B- wall thickness + 80 Lbottom track2 = Ltop track2 10 oorway2 = Ltop track2 80 Lbottom track2 = Ltop track2 10 oorway2 = Ltop track2 40 Ltop track1 = A1-B1- wall thickness + 80 Lbottom track1 = Ltop track1 10 oorway1 = Ltop track1 80 oor1 oor2 Ltop track1 = A1-B1- wall thickness + 80 Lbottom track1 = Ltop track1 10 oorway1 = Ltop track1 40 oor1 oor2 45 edge of top and bottom tracks 45 edge of top and bottom tracks 90 inner corner. Two doors 90 inner corner. Three and more doors oor oor oorway = Ltop track 120 oorway = Ltop track 160 Lbottom track = Ltop track 20 Lbottom track = Ltop track 20 Ltop track Ltop track oor and Hdoor are calculated in accordance with standard tables by the known oorway and Hdoorway. 45 edge of top and bottom tracks 45 edge of top and bottom tracks 22

13 Door installation with corner profile 45 inner corner. Two doors. 45 inner corner. Three and more doors. Lvisible doorway Lvisible doorway oor oor oorway = Ltop track 120 oorway = Ltop track 80 Lbottom track = Ltop track 20 Lbottom track = Ltop track 20 Ltop track= Lvisible doorway Ltop track= Lvisible doorway edge of top and bottom tracks 45 edge of top and bottom tracks Corner profile fixation Door top Accessories for tracks connection The corner profile is fixed with screws mm. The screwdriver bit should be long and of small diameter to avoid deformation of the profile sides. Installation options Step 500 mm no less than 20 mm 1 Bottom tracks 2 Ø9 mm Top tracks 1 2 Bottom hole for door adjustment no less than 25 mm 7,5 mm oor and Hdoor are calculated in accordance with standard tables by the known oorway and Hdoorway. Door bottom 23