DESIGN BY: ARCH. GIUSEPPE INZITARI

Transcription

1 DESIGN BY: ARCH. GIUSEPPE INZITARI 218

2 FOR HIGH THICKNESS FROM 12 TO 17.5 MM - GIUMAX GIUMAX 9500 Page 220 GIUMAX 8500 Page 227 ROLLERS Page 233 GIUMAX 4500 Page 236 GIUMAX 6500 Page 244 FROM 8 TO 12 MM - GIUMAX GIUMAX 2000 Page 252 GIUMAX 3000 Page 263 GIUMAX 3200 Page 271 GIUMAX 3500 WOOD Page 277 GIUMAX 7000 CEILING Page

3 GIUMAX HIGH THICKNESS FROM 12 TO 17.5 mm 220

4 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD: GIUMAX

5 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD: GIUMAX 9500 MODEL GIUMAX 9500 Sliding system design made of AISI 304 steel, consisting of a sliding mechanism with staggered rollers placed on a track with a half-round section and flat base. The extremely versatile system is made up of a basic kit with 2/3 grooved rollers plus 1/2 Ø70 mm flat rollers up to a variable amount requested by the customer. Another innovation is the locking system of the glass panel via an optional feature that prevents the carriage from sliding back at end stop. Bar finish: satin-finished steel Accessories finish: mill finish The Kit includes: 2 grooved rollers plus 1 flat one per door, a choice of a 2, 3 or 4 m long track with its relevant ceiling connections, floor guide profile/s, optional locking bracket. Spanner recommended for assembly: Dimensions UT250 Pin Ø2.4 mm 1 Pc 9500 ROLLER CARRIAGES Material: AISI 304 stainless steel Features: roller carriages for moving the door on a half-round section track of which 2/3 rollers with Ø70 mm trapezoidal groove and 1/2 anti-slippage rollers with flat groove depending on the weight of the panel. Finish: mill finish Glass Ø18 mm holes recommended for upper rollers Glass Ø20 mm holes recommended for lower rollers 46 R10 17 Ø10 Ø18 Ø72 20 Ø2 Ø Ø10 Ø Ø33 Ø Ø72 SOLID HALF-ROUND TRACK Number of Rollers Glass Thickness GLM /17.5 mm 1 Set Bar drilling diagram B A A Bar length No. of Holes Dimensions GLMBST mm 4 holes A 567 mm B 150 mm 1 Pc GLMBST mm 5 holes A 675 mm B 150 mm 1 Pc GLMBST mm 6 holes A 740 mm B 150 mm 1 Pc GLMBST Bar made to measure Per M 222 >>> PRICE LIST REFERENCE PAGE 43 >>>

6 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD: GIUMAX 9500 CEILING CONNECTION Material: AISI 304 stainless steel Features: connection for fixing and positioning the track with 10 mm adjustment on the vertical axis for adjusting the surface on uneven points. Dimensions: Ø55x6 mm disk with central feed-through hole for M10 threaded bar plus Ø23 mm body. Total height: 107 mm. Finish: mill finish. M Ø55 GLMATS 1 Pc END STOP Material: AISI 304 stainless steel Features: end stop to be applied to the half-round track with vertical clamping pin. Finish: mill finish Ø GLMFERM 1 Pc LOCKING BRACKET Material: AISI 304 stainless steel Features: optional locking bracket to be applied with the end stop ( GLMFERM), with spherical head, adjustable during installation. Finish: mill finish BRACKET RIGHT GLMSTOPDX GLMSTOPSX 1 Pc 1 Pc ADJUSTABLE LOWER GUIDE Material: zamak Features: adjustable floor guide for 11/19 mm variable glass thickness to be floor mounted with 2 x M4 countersunk screws. Finish: stainless steel imitation aluminium 26 11/19 41 Ø4 4 Ø Ø4 For glass GLMGREG 11/19 mm 1 Pc >>> PRICE LIST REFERENCE PAGE 43 >>> 223

7 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD: GIUMAX 9500 Maximum opening width 989 mm GM95002PLA GLMBST200 Solid half-round track 1Pc GLMATS Ceiling connection 4Pc GLMFERM End stop 2Pc GLM roller carriages 1Set GLMGREG Floor guide 1Pc GLMRC Roller with trapezoidal groove 1Pc GLMRP Roller with flat groove 1Pc optional GLMSTOPDX Right locking bracket 1Pc GLMSTOPSX Left locking bracket 1Pc Maximum opening width 1489 mm GM95003PLA GLMBST300 Solid half-round track 1Pc GLMATS Ceiling connection 5Pc GLMFERM End stop 2Pc GLM roller carriages 1Set GLMGREG Floor guide 1Pc GLMRC Roller with trapezoidal groove 1Pc GLMRP Roller with flat groove 1Pc optional GLMSTOPDX Right locking bracket 1Pc GLMSTOPSX Left locking bracket 1Pc Maximum opening width 2052 mm GM95004PLA GLMBST400 Solid half-round track 1Pc GLMATS Ceiling connection 6Pc GLMFERM End stop 4Pc GLM roller carriages 2Set GLMGREG Floor guide 2Pc GLMRC Roller with trapezoidal groove 2Pc GLMRP Roller with flat groove 2Pc optional GLMSTOPDX Right locking bracket 2Pc GLMSTOPSX Left locking bracket 2Pc 224 >>> PRICE LIST REFERENCE PAGE 43 >>>

8 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD: GIUMAX 9500 opening width opening height To make a door and estimate one needs to know the clearance dimensions i.e. the height and width needed to determine the geometric features of the glass panel. Consequently the choice of the sliding track depends on the width of the opening according to the recommended diagrams: mm TRACK (art. GLMBST 200) = MAX OPENING WIDTH 989 mm mm TRACK (art. GLMBST 300) = MAX OPENING WIDTH 1489 mm mm TRACK (art. GLMBST 400 for double door) = MAX OPENING WIDTH 2052 mm RECOMMENDED DIAGRAM FOR SINGLE DOOR CEILING CONNECTION BAR FIXING OPENING HEIGHT = h 51 A 7 B WALL BORDER WALL BORDER The diagram shows the bar assembly for SINGLE DOOR ceiling connection. To position the centre of the first ceiling connection (art. GLMATS) one must consider a distance B (recommended 113 mm) from the side edge of the opening and depending on the thickness of the glass panel one must come away from the wall by a distance A equal to: glass 12 mm A = 81 mm (minimum) glass 12.7 mm A = 82 mm (minimum) glass 13.5 mm A = 83 mm (minimum) glass 15 mm A = 84 mm (minimum) glass 17.5 mm A = 87 mm (minimum) These are the recommended indications. The position of the other connections depends on the choice of the pre-drilled bar. RECOMMENDED DIAGRAM FOR DOUBLE DOOR CEILING CONNECTION BAR FIXING 7 middle axis opening width OPENING HEIGHT = h 51 A 50 WALL BORDER WALL BORDER 50 The diagram shows the bar assembly for DOUBLE DOOR ceiling connection. To position the bar (art. GLMBST400) one must make its middle coincide with the middle of the opening width. Depending on the thickness of the glass panel one must come away from the wall by a distance A equal to: glass 12 mm A = 81 mm (minimum) glass 12.7 mm A = 82 mm (minimum) glass 13.5 mm A = 83 mm (minimum) glass 15 mm A = 84 mm (minimum) glass 17.5 mm A = 87 mm (minimum) These are the recommended indications. 225

9 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD: GIUMAX 9500 DIAGRAM RECOMMENDED TO CALCULATE SINGLE DOOR GLASS PANELS HEIGHT AND DRILLING 40 C 40 If D 40 To determine the height of the glass panel, proceed as follows: measure the height of the opening and subtract 13.5 mm. Knowing the height of the opening, one must simply calculate the following: 91 Ø18 91 Ø20 Ø18 OPENING HEIGHT mm = GLASS PANEL HEIGHT. This is a guideline, where we have considered the position of the glass at a distance of 6.5 mm from the ceiling. OPENING HEIGHT = h H glass = h-13.5 Lv Lv = Opening width + 70 If = Lv - (C+D) C= min 45 mm. D= min 75 mm. To determine the width of the glass panel, proceed as follows: measure the width of the opening and add 70 mm. The figure describes the glass panel drilling diagram in the event of right to left closing, considering an overlap of 50 mm on the and 20 mm on the other. In the opposite case the diagram must be read the other way around i.e. the right side will become the left and the left side will become the right. DIAGRAM RECOMMENDED TO CALCULATE DOUBLE DOOR GLASS PANELS HEIGHT AND DRILLING D If 40 C C 40 If D 40 To determine the height of the glass panel, proceed as follows: measure the height of the opening and subtract 13.5 mm. 91 Ø18 Ø18 Ø20 91 Ø18 91 Ø20 Ø18 Knowing the height of the opening, one must simply calculate the following: OPENING HEIGHT = h H glass = h-13.5 Lv Lv C= min 55 mm. D= min 91 mm. OPENING HEIGHT mm = GLASS PANEL HEIGHT. This is a guideline, where we have considered the position of the glass at a distance of 6.5 mm from the ceiling. To determine the width of the single glass panel, proceed as follows: measure the width of the opening, add 95 mm and divide the result by 2. The figure describes the glass panel drilling diagram, considering an overlap of 50 mm on the and 20 mm on the other. Please note that the glass must always stay within the appropriate floor guide, and that the door pulling handle may in some cases cause variations in the passage opening. 26 Lv = (Opening width + 95)/2 If = Lv - (C+D) 50 screw M4 226

10 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX

11 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 8500 MODEL GIUMAX 8500 Sliding system design made of AISI 304 steel, consisting of a sliding mechanism with staggered rollers placed on a track with a halfround section and flat base. The extremely versatile system is made up of a basic kit with 2/3 grooved rollers plus 1/2 Ø30 mm flat rollers up to a variable amount requested by the customer. Another innovation is the locking system of the glass panel via an optional feature that prevents the carriage from sliding back at end stop. Bar finish: satin-finished steel Accessories finish: mill finish The Kit includes: 2 grooved rollers plus 1 flat one per door, a choice of a 2, 3 or 4 m long track with its relevant ceiling connections, end stops, floor guide/s, optional locking bracket. Spanner recommended for assembly: Dimensions UT250 Pin Ø2.4 mm 1 Pc 8500 ROLLER CARRIAGES Material: AISI 304 stainless steel Features: roller carriages for moving the door on a half-round section track of which 2/3 Ø70 mm rollers with trapezoidal groove and 1/2 anti-slippage rollers with flat groove depending on the weight of the panel. Finish: mill finish -Glass Ø18 mm holes recommended for upper rollers -Glass Ø20 mm holes recommended for lower rollers R10 Ø10 Ø Ø20 Ø18 Ø Ø33 Ø2 Ø2 Ø33 Number of Rollers Glass Thickness GLM /17.5 mm 1 Set SOLID HALF-ROUND TRACK Bar drilling diagram B A A Bar length No. of Holes Dimensions GLMBST mm 4 holes A 567 mm B 150 mm 1 Pc GLMBST mm 5 holes A 675 mm B 150 mm 1 Pc GLMBST mm 6 holes A 740 mm B 150 mm 1 Pc GLMBST Bar made to measure Per M 228 >>> PRICE LIST REFERENCE PAGE 44 >>>

12 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 8500 CEILING CONNECTION Material: AISI 304 stainless steel Features: connection for fixing and positioning the track with 10 mm adjustment on the vertical axis for adjusting the surface on uneven points. Dimensions: Ø55x6 mm disk with central feed-through hole for M10 threaded bar plus Ø23 mm body. Total height: 107 mm. Finish: mill finish. M Ø GLMATS 1 Pc END STOP Material: AISI 304 stainless steel Features: end stop to be applied to the half-round track with vertical clamping pin. Finish: mill finish Ø GLMFERM 1 Pc BRACKET LOCKING BRACKET Material: AISI 304 stainless steel Features: optional locking bracket to be applied with the end stop ( GLMFERM), with spherical head, adjustable during installation. Finish: mill finish RIGHT GLMSTOPDX GLMSTOPSX 1 Pc 1 Pc ADJUSTABLE LOWER GUIDE Material: zamak Features: adjustable floor guide for 11/19 mm variable glass thickness to be floor mounted with 2 x M4 countersunk screws. Finish: stainless steel imitation aluminium 26 11/19 41 Ø4 4 Ø Ø4 For glass GLMGREG 11/19 mm 1 Pc >>> PRICE LIST REFERENCE PAGE 44 >>> 229

13 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 8500 Maximum opening width 989 mm GM85002PLA GLMBST200 Solid half-round track 1Pc GLMATS Ceiling connection 4Pc GLMFERM End stop 2Pc GLM roller carriages 1Set GLMGREG Floor guide 1Pc GLMRC Roller with trapezoidal groove 1Pc GLMRL Flat roller 1Pc optional GLMSTOPDX Right locking bracket 1Pc GLMSTOPSX Left locking bracket 1Pc Maximum opening width 1489 mm GM85003PLA GLMBST300 Solid half-round track 1Pc GLMATS Ceiling connection 5Pc GLMFERM End stop 2Pc GLM roller carriages 1Set GLMGREG Floor guide 1Pc GLMRC Roller with trapezoidal groove 1Pc GLMRL Flat roller 1Pc optional GLMSTOPDX Right locking bracket 1Pc GLMSTOPSX Left locking bracket 1Pc Maximum opening width 2052 mm GM85004PLA GLMBST400 Solid half-round track 1Pc GLMATS Ceiling connection 6Pc GLMFERM End stop 4Pc GLM roller carriages 2Set GLMGREG Floor guide 2Pc GLMRC Roller with trapezoidal groove 2Pc GLMRL Flat roller 2Pc optional GLMSTOPDX Right locking bracket 2Pc GLMSTOPSX Left locking bracket 2Pc 230 >>> PRICE LIST REFERENCE PAGE 44 >>>

14 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 8500 opening width opening height To make a door and estimate one needs to know the clearance dimensions i.e. the height and width needed to determine the geometric features of the glass panel. Consequently the choice of the sliding track depends on the width of the opening according to the recommended diagrams: mm TRACK (art. GLMBST 200) = MAX OPENING WIDTH 989 mm mm TRACK (art. GLMBST 300) = MAX OPENING WIDTH 1489 mm mm TRACK (art. GLMBST 400 for double door) = MAX OPENING WIDTH 2052 mm RECOMMENDED DIAGRAM FOR SINGLE DOOR CEILING CONNECTION BAR FIXING OPENING HEIGHT = h 51 A 7 B WALL BORDER WALL BORDER The diagram shows the bar assembly for SINGLE DOOR ceiling connection. To position the centre of the first ceiling connection (art. GLMATS) one must consider a distance B (recommended 113 mm) from the side edge of the opening and depending on the thickness of the glass panel one must come away from the wall by a distance A equal to: glass 12 mm A = 81 mm (minimum) glass 12.7 mm A = 82 mm (minimum) glass 13.5 mm A = 83 mm (minimum) glass 15 mm A = 84 mm (minimum) glass 17.5 mm A = 87 mm (minimum) These are the recommended indications. The position of the other connections depends on the choice of the pre-drilled bar. RECOMMENDED DIAGRAM FOR DOUBLE DOOR CEILING CONNECTION BAR FIXING OPENING HEIGHT = h 7 middle axis opening width 51 A 50 WALL BORDER WALL BORDER 50 The diagram shows the bar assembly for DOUBLE DOOR ceiling connection. To position the bar (art. GLMBST400) one must make its middle coincide with the middle of the opening width. Depending on the thickness of the glass panel one must come away from the wall by a distance A equal to: glass 12 mm A = 81 mm (minimum) glass 12.7 mm A = 82 mm (minimum) glass 13.5 mm A = 83 mm (minimum) glass 15 mm A = 84 mm (minimum) glass 17.5 mm A = 87 mm (minimum) These are the recommended indications. 231

15 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 8500 DIAGRAM RECOMMENDED TO CALCULATE SINGLE DOOR GLASS PANELS HEIGHT AND DRILLING 40 C 40 If D 40 To determine the height of the glass panel, proceed as follows: measure the height of the opening and subtract 13.5 mm. Knowing the height of the opening, one must simply calculate the following: 70 Ø18 70 Ø20 Ø18 OPENING HEIGHT mm = GLASS PANEL HEIGHT. OPENING HEIGHT = h H glass = h-13.5 Lv Lv = Opening width + 70 If = Lv - (C+D) C= min 45 mm. D= min 75 mm. This is a guideline, where we have considered the position of the glass at a distance of 6.5 mm from the ceiling. To determine the width of the glass panel, proceed as follows: measure the width of the opening and add 70 mm. The figure describes the glass panel drilling diagram in the event of right to left closing, considering an overlap of 50 mm on the and 20 mm on the other. In the opposite case the diagram must be read the other way around i.e. the right side will become the left and the left side will become the right. DIAGRAM RECOMMENDED TO CALCULATE DOUBLE DOOR GLASS PANELS HEIGHT AND DRILLING D If 40 C C 40 If D 40 To determine the height of the glass panel, proceed as follows: measure the height of the opening and subtract 13.5 mm. OPENING HEIGHT = h H glass = h-13.5 Ø18 Ø20 Lv 70 Lv = (Opening width + 95)/2 If = Lv - (C+D) Ø18 Ø18 70 Ø20 Lv Ø18 C= min 55 mm. D= min 91 mm. Knowing the height of the opening, one must simply calculate the following: OPENING HEIGHT mm = GLASS PANEL HEIGHT. This is a guideline, where we have considered the position of the glass at a distance of 6.5 mm from the ceiling. To determine the width of the single glass panel, proceed as follows: measure the width of the opening, add 95 mm and divide the result by 2. The figure describes the glass panel drilling diagram, considering an overlap of 50 mm on the and 20 mm on the other. Please note that the glass must always stay within the appropriate floor guide, and that the door pulling handle may in some cases cause variations in the passage opening screw M4 232

16 ROLLERS MADE OF AISI 304 FOR HIGH THICKNESS GLASS 233

17 ROLLERS MADE OF AISI 304 FOR HIGH THICKNESS GLASS ROLLER WITH TRAPEZOIDAL GROOVE Material: AISI 304 stainless steel Features: roller with trapezoidal groove, for round or half-round section tracks with variable radius from r=7 mm to r=14 mm and Ø70 mm circular boss. Suitable for panes of variable thickness from 12 to 17.5 mm. On request and quote one can vary the size of the roller for diameters that go from Ø50 mm to Ø72 mm, as well as having a 15.4 mm wide roller with flat base. It is also possible to change the shape of the external bosses, instead of the round one. Glass hole recommended Ø17 mm. Finish: mill finish S Ø70 Ø65.5 Ø15 Ø R7 R10 R14 GLASS BORDER Dimensions For Glass GLMRC Boss Ø70 mm 12/17.5 mm 1 Pc ROLLER WITH FLAT GROOVE Material: AISI 304 stainless steel Features: roller with flat groove, for square and/or rectangular section tracks, with maximum base W=20.5 mm and Ø70 mm circular boss. Suitable for panes of variable thickness from 12 to 17.5 mm. On request and quote one can vary the size of the roller for diameters that go from Ø50 mm to Ø72 mm, as well as having a 23.5 mm wide roller with flat base or with groove radius R=10 mm (see technical figures). It is also possible to change the shape of the external bosses, instead of the round one. Glass hole recommended Ø17 mm. Finish: mill finish. example GLMRP with flat groove example GLMRP with modified groove 17 R10 17 S S Ø15 Ø15 Ø70 Ø66.5 Ø33 Ø70 Ø51.7 Ø Dimensions For Glass GLMRP Boss Ø70 mm 12/17.5 mm 1 Pc 234 >>> PRICE LIST REFERENCE PAGE 45 >>>

18 ROLLERS MADE OF AISI 304 FOR HIGH THICKNESS GLASS FLAT ROLLER Material: AISI 304 stainless steel Features: flat roller for square and/or rectangular section tracks, with maximum base W=22.5 mm and Ø33 mm flat circular external boss. Suitable for panes of variable thickness from 12/17.5 mm. Finish: mill finish. Glass hole recommended Ø17 mm. 17 Ø30 Ø23 23 S Ø15 Ø33 Dimensions For Glass GLMRL Boss Ø33 mm 12/17.5 mm 1 Pc ROLLER WITH TRAPEZOIDAL GROOVE Material: AISI 304 stainless steel Features: Roller with trapezoidal groove for round and/or half-round section tracks with variable radius from R=7 mm to R=14 mm and Ø25 mm external circular boss. Suitable for panes of variable thickness from 6/17.5 mm. Finish: mill finish. Glass hole recommended Ø12 mm S Ø24 Ø30 Ø10 Ø R7 R10 R14 GLASS BORDER Dimensions For Glass GLMRCT Boss Ø25 mm 6/17.5 mm 1 Pc >>> PRICE LIST REFERENCE PAGE 45 >>> 235

19 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 4500 DOOR 1550 X 2800 TH

20 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 4500 MODEL GIUMAX 4500 Sliding system design made of AISI 304 steel, which differs from the existing ones as it consists of at least 2 sliding carriages on a track with a half-round section and flat base. Each carriage features slots and grub screws for the various adjustments. The innovation is the locking system of the glass panel via an optional feature that prevents the carriage from sliding back at end stop. Suitable for glass thickness 12/17.5 mm. Bar finish: satin-finished steel Accessories finish: mill finish The Kit includes: 2/4 carriages, a choice of a 2, 3 or 4 m long track with its relevant wall or glass connections, floor guide/s, optional locking bracket. Spanner recommended for assembly: PAIR OF 4500 CARRIAGES Material: AISI 304 stainless steel Features: pair of carriages for door movement on a half-round section track with bracket and visible bosses with trapezoidal groove roller. Each carriage features slots and grub screws for the various adjustments. Finish: mill finish Glass hole recommended Ø21 mm. 2 mm deep countersink. Dimensions UT250 Pin Ø2.4 mm 1 Pc Ø Ø25 Ø19 8 R18 35 Glass thickness GLM /17.5 mm 1 Pair SOLID HALF-ROUND TRACK Bar drilling diagram B A A Bar length No. of Holes Dimensions GLMBST mm 4 holes A 567 mm B 150 mm 1 Pc GLMBST mm 5 holes A 675 mm B 150 mm 1 Pc GLMBST mm 6 holes A 740 mm B 150 mm 1 Pc GLMBST Bar made to measure Per M >>> PRICE LIST REFERENCE PAGE 45 >>> 237

21 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 4500 WALL CONNECTION Material: AISI 304 stainless steel - Features: connection for fixing the track to the wall with Ø50x4.5 mm boss and Ø13x21 mm spacer and a M8x80 mm cheese-head screw with hexagon socket for key Ch6. - Finish: mill finish R10 25 GLMATM The quantity is determined according to the amount of holes in the track 1 Pc GLASS CONNECTION Material: AISI 304 stainless steel - Features: connection for fixing the track to the glass with Ø50x3 mm boss and Ø13x21 mm spacer and a M8x45 mm cheese-head screw with hexagon socket for key Ch6, for glass thickness 12/17.5 mm. In the event of different thicknesses one must assess the right length of the screw. Finish: mill finish Glass hole recommended Ø20 mm. 12/ R10 25 GLMATV The quantity is determined according to the amount of holes in the track 1 Pc END STOP Material: AISI 304 stainless steel Features: end stop to be applied to the half-round track with vertical clamping pin. Finish: mill finish Ø GLMFERM 1 Pc BRACKET LOCKING BRACKET Material: AISI 304 stainless steel Features: optional locking bracket to be applied with the end stop ( GLMFERM), with spherical head, adjustable during installation. Finish: mill finish RIGHT GLMSTOPDX GLMSTOPSX 1 Pc 1 Pc ADJUSTABLE LOWER GUIDE Material: zamak Features: adjustable floor guide for 11/19 mm variable glass thickness to be floor mounted with 2 x M4 countersunk screws. Finish: stainless steel imitation aluminium 26 11/19 41 Ø4 4 Ø Ø4 For glass GLMGREG 11/19 mm 1 Pc 238 >>> PRICE LIST REFERENCE PAGE 45/46 >>>

22 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 4500 Maximum opening width 948 mm GM45002MUR GLMBST200 Solid half-round track 1Pc GLMATM Wall connection 4Pc GLMFERM End stop 2Pc GLM4500 Pair of 4500 carriages 1Pair GLMGREG Floor guide 1Pc optional GLMBOR Boss for cylindrical holes 4Pc GLMSTOPDX Right locking bracket 1Pc GLMSTOPSX Left locking bracket 1Pc Maximum opening width 1485 mm GM45003MUR GLMBST300 Solid half-round track 1Pc GLMATM Wall connection 5Pc GLMFERM End stop 2Pc GLM4500 Pair of 4500 carriages 1Pair GLMGREG Floor guide 1Pc optional GLMBOR Boss for cylindrical holes 4Pc GLMSTOPDX Right locking bracket 1Pc GLMSTOPSX Left locking bracket 1Pc Maximum opening width 2044 mm GM45004MUR GLMBST400 Solid half-round track 1Pc GLMATM Wall connection 6Pc GLMFERM End stop 4Pc GLM4500 Pair of 4500 carriages 2Pairs GLMGREG Floor guide 2Pc optional GLMBOR Boss for cylindrical holes 8Pc GLMSTOPDX Right locking bracket 2Pc GLMSTOPSX Left locking bracket 2Pc >>> PRICE LIST REFERENCE PAGE 46 >>> 239

23 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 4500 Maximum opening width 948 mm GM45002VET GLMBST200 Solid half-round track 1Pc GLMATV Glass connection 4Pc GLMFERM End stop 2Pc GLM4500 Pair of 4500 carriages 1Pair GLMGREG Floor guide 1Pc optional GLMSTOPDX Right locking bracket 1Pc GLMSTOPSX Left locking bracket 1Pc Maximum opening width 1485 mm GM45003VET GLMBST300 Solid half-round track 1Pc GLMATV Glass connection 5Pc GLMFERM End stop 2Pc GLM4500 Pair of 4500 carriages 1Pair GLMGREG Floor guide 1Pc optional GLMSTOPDX Right locking bracket 1Pc GLMSTOPSX Left locking bracket 1Pc Maximum opening width 2044 mm GM45004VET GLMBST400 Solid half-round track 1Pc GLMATV Glass connection 6Pc GLMFERM End stop 4Pc GLM4500 Pair of 4500 carriages 2Pairs GLMGREG Floor guide 2Pc optional GLMSTOPDX Right locking bracket 2Pc GLMSTOPSX Left locking bracket 2Pc 240 >>> PRICE LIST REFERENCE PAGE 46 >>>

24 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 4500 opening width opening height To make a door and estimate one needs to know the clearance dimensions i.e. the height and width needed to determine the geometric features of the glass panel. Consequently the choice of the sliding track depends on the width of the opening according to the recommended diagrams: mm TRACK (art. GLMBST 200) = MAX OPENING WIDTH 948 mm mm TRACK (art. GLMBST 300) = MAX OPENING WIDTH 1485 mm mm TRACK (art. GLMBST 400 for double door) = MAX OPENING WIDTH 2044 mm RECOMMENDED DIAGRAM FOR SINGLE DOOR WALL/FIXED GLASS CONNECTION BAR FIXING A 150 A The diagram shows the bar assembly for SINGLE DOOR wall/fixed glass connection. To position the first hole one must consider height A (recommended 66 mm) from the upper edge of the opening and B (recommended 75 mm) from the side edge of the opening. The other holes will consequently result from the choice of the pre-drilled bar supplied. OPENING HEIGHT + A = h OPENING HEIGHT B RECOMMENDED DIAGRAM FOR DOUBLE DOOR WALL/FIXED GLASS CONNECTION BAR FIXING OPENING HEIGHT + A = h A OPENING HEIGHT 50 67±2 48± middle axis opening width The diagram shows the bar assembly for DOUBLE DOOR wall/fixed glass connection. To install the bar one must consider height A (recommended 66 mm) from the upper edge of the opening and subsequently position it making its middle coincide with the middle of the opening width. The holes centre-to-centre distance can be achieved from the 4000 mm predrilled bar. ADJUSTMENT 241

25 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 4500 DIAGRAM RECOMMENDED TO CALCULATE SINGLE DOOR GLASS PANELS HEIGHT AND DRILLING C= min 45 mm. D= min 75 mm. 82 A front view Ø21 42 Ø21 OPENING HEIGHT + A = h OPENING HEIGHT countersunk 2 31 H glass = h 55 C Ø21 If 67 Lv Ø21 D Lv = Opening width + 70 If = Lv - (C+D) To determine the height of the glass panel, proceed as follows: measure from the centre of the hole, where the spacer for the track will be positioned, to the floor and subtract 54.5 mm. From the figure one can deduce that the track is placed at a predetermined height A where the hole to be made is recommended 66 mm above the clearance space: this is to make the glass panel overlap by about 20 mm from the upper edge of the opening. Knowing the clearance height measurement and knowing that the track is placed at distance A, one must simply calculate the following: OPENING HEIGHT + A (recommended 66 mm) 54.5 mm = GLASS PANEL HEIGHT. Diagram with countersunk holes Ø21 countersunk 2 mm Ø25 This applies only if one observes the position of the track. To determine the width of the glass panel, proceed as follows: measure the width of the opening and add 70 mm. countersunk 2 mm The figure describes the glass panel drilling diagram in the event of right to left closing, considering an overlap of 50 mm on the and 20 mm on the other. In the opposite case the diagram must be read the other way around i.e. the right side will become the left and the left side will become the right. Ø21 Ø25 Please note that the glass must always stay within the appropriate floor guide, and that the door pulling handle may in some cases cause variations in the passage opening screw M4 242

26 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 4500 DIAGRAM RECOMMENDED TO CALCULATE DOUBLE DOOR GLASS PANELS HEIGHT AND DRILLING C= min 75 mm. D= min 95 mm. 82 OPENING HEIGHT + A = h A OPENING HEIGHT countersunk 2 31 H glass = h 55 C Ø21 Ø IF Lv Ø21 Ø21 D front view D Ø21 Ø IF Lv Ø21 Ø21 C Lv = (Opening width + 95)/2 If = Lv - (C+D) To determine the height of the glass panel, proceed as follows: measure from the centre of the hole, where the spacer for the track will be positioned, to the floor and subtract 54.5 mm. From the figure one can deduct that the track is located at a predetermined height A where the hole to be made is recommended 66 mm above the clearance space; this is in order to make the glass panel overlap by about 20 mm from the upper edge of the opening. Diagram with countersunk holes countersunk 2 mm OPENING HEIGHT + A (recommended 66 mm) 54.5 mm = GLASS PANEL HEIGHT. This applies only if one observes the position of the track. Ø21 Ø25 To determine the width of the single glass panel, proceed as follows: measure the width of the opening, add 95 mm and divide the result by 2. countersunk 2 mm The figure describes the glass panel drilling diagram, considering an overlap of 50 mm on the. Ø21 Ø25 Please note that the glass must always stay within the appropriate floor guide, and that the door pulling handle may in some cases cause variations in the passage opening screw M4 243

27 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX

28 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 6500 MODEL GIUMAX 6500 Sliding system design made of AISI 304 steel, which differs from the existing ones as it consists of at least 2 double roller sliding carriages on a track with a half-round section and flat base. Each carriage features slots and grub screws for the various adjustments. The innovation is the locking system of the glass panel via an optional feature that prevents the carriage from sliding back at end stop. Suitable for glass thickness 12/17.5 mm. Bar finish: satin-finished steel Accessories finish: mill finish The Kit includes: 2/4 carriages, a choice of a 2, 3 or 4 m long track with its relevant wall or glass connections, end stops, floor guide/s, optional locking bracket. Spanner recommended for assembly: PAIR OF 6500 CARRIAGES Material: AISI 304 stainless steel Features: pair of carriages for door movement on a half-round section track with bracket and visible bosses and 2 trapezoidal groove rollers. Each carriage features slots and grub screws for the various adjustments. Finish: mill finish Glass hole recommended Ø21 mm. 2 mm deep countersink. Dimensions UT250 Pin Ø2.4 mm 1 Pc Ø Ø25 Ø19 8 R18 35 Glass thickness GLM /17.5 mm 1 Pair SOLID HALF-ROUND TRACK Bar drilling diagram B A A Bar length No. of Holes Dimensions GLMBST mm 4 holes A 567 mm B 150 mm 1 Pc GLMBST mm 5 holes A 675 mm B 150 mm 1 Pc GLMBST mm 6 holes A 740 mm B 150 mm 1 Pc GLMBST Bar made to measure Per M >>> PRICE LIST REFERENCE PAGE 46 >>> 245

29 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 6500 WALL CONNECTION Material: AISI 304 stainless steel - Features: connection for fixing the track to the wall with Ø50x4.5 mm boss and Ø13x21 mm spacer and a M8x80 mm cheese-head screw with hexagon socket for key Ch6. - Finish: mill finish R10 25 GLMATM The quantity is determined according to the amount of holes in the track 1 Pc GLASS CONNECTION Material: AISI 304 stainless steel - Features: connection for fixing the track to the glass with Ø50x3 mm boss and Ø13x21 mm spacer and a M8x45 mm cheese-head screw with hexagon socket for key Ch6, for glass thickness 12/17.5 mm. In the event of different thicknesses one must assess the right length of the screw. Finish: mill finish Glass hole recommended Ø20 mm. 12/ R10 25 GLMATV The quantity is determined according to the amount of holes in the track 1 Pc END STOP Material: AISI 304 stainless steel Features: end stop to be applied to the half-round track with vertical clamping pin. Finish: mill finish Ø GLMFERM 1 Pc BRACKET LOCKING BRACKET Material: AISI 304 stainless steel Features: optional locking bracket to be applied with the end stop ( GLMFERM), with spherical head, adjustable during installation. Finish: mill finish RIGHT GLMSTOPDX GLMSTOPSX 1 Pc 1 Pc ADJUSTABLE LOWER GUIDE Material: zamak Features: adjustable floor guide for 11/19 mm variable glass thickness to be floor mounted with 2 x M4 countersunk screws. Finish: stainless steel imitation aluminium 26 11/19 41 Ø4 4 Ø Ø4 For glass GLMGREG 11/19 mm 1 Pc 246 >>> PRICE LIST REFERENCE PAGE 46/47 >>>

30 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 6500 Maximum opening width 948 mm GM65002MUR GLMBST200 Solid half-round track 1Pc GLMATM Wall connection 4Pc GLMFERM End stop 2Pc GLM6500 Pair of 6500 carriages 1Pair GLMGREG Floor guide 1Pc optional GLMBOR Boss for cylindrical holes 4Pc GLMSTOPDX Right locking bracket 1Pc GLMSTOPSX Left locking bracket 1Pc Maximum opening width 1485 mm GM65003MUR GLMBST300 Solid half-round track 1Pc GLMATM Wall connection 5Pc GLMFERM End stop 2Pc GLM6500 Pair of 6500 carriages 1Pair GLMGREG Floor guide 1Pc optional GLMBOR Boss for cylindrical holes 4Pc GLMSTOPDX Right locking bracket 1Pc GLMSTOPSX Left locking bracket 1Pc Maximum opening width 2044 mm GM65004MUR GLMBST400 Solid half-round track 1Pc GLMATM Wall connection 6Pc GLMFERM End stop 4Pc GLM6500 Pair of 6500 carriages 2Pairs GLMGREG Floor guide 2Pc optional GLMBOR Boss for cylindrical holes 8Pc GLMSTOPDX Right locking bracket 2Pc GLMSTOPSX Left locking bracket 2Pc >>> PRICE LIST REFERENCE PAGE 47 >>> 247

31 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 6500 Maximum opening width 948 mm GM65002VET GLMBST200 Solid half-round track 1Pc GLMATV Glass connection 4Pc GLMFERM End stop 2Pc GLM6500 Pair of 6500 carriages 1Pair GLMGREG Floor guide 1Pc optional GLMSTOPDX Right locking bracket 1Pc GLMSTOPSX Left locking bracket 1Pc Maximum opening width 1485 mm GM65003VET GLMBST300 Solid half-round track 1Pc GLMATV Glass connection 5Pc GLMFERM End stop 2Pc GLM6500 Pair of 6500 carriages 1Pair GLMGREG Floor guide 1Pc optional GLMSTOPDX Right locking bracket 1Pc GLMSTOPSX Left locking bracket 1Pc Maximum opening width 2044 mm GM65004VET GLMBST400 Solid half-round track 1Pc GLMATV Glass connection 6Pc GLMFERM End stop 4Pc GLM6500 Pair of 6500 carriages 2Pairs GLMGREG Floor guide 2Pc optional GLMSTOPDX Right locking bracket 2Pc GLMSTOPSX Left locking bracket 2Pc 248 >>> PRICE LIST REFERENCE PAGE 47 >>>

32 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 6500 opening width opening height To make a door and estimate one needs to know the clearance dimensions i.e. the height and width needed to determine the geometric features of the glass panel. Consequently the choice of the sliding track depends on the width of the opening according to the recommended diagrams: mm TRACK (art. GLMBST 200) = MAX OPENING WIDTH 948 mm mm TRACK (art. GLMBST 300) = MAX OPENING WIDTH 1485 mm mm TRACK (art. GLMBST 400 for double door) = MAX OPENING WIDTH 2044 mm RECOMMENDED DIAGRAM FOR SINGLE DOOR WALL/FIXED GLASS CONNECTION BAR FIXING A 150 A The diagram shows the bar assembly for SINGLE DOOR wall/fixed glass connection. To position the first hole one must consider height A (recommended 66 mm) from the upper edge of the opening and B (recommended 75 mm) from the side edge of the opening. The other holes will consequently result from the choice of the pre-drilled bar supplied. OPENING HEIGHT + A = h OPENING HEIGHT B RECOMMENDED DIAGRAM FOR DOUBLE DOOR WALL/FIXED GLASS CONNECTION BAR FIXING OPENING HEIGHT + A = h A OPENING HEIGHT 67±2 2 25± middle axis opening width The diagram shows the bar assembly for DOUBLE DOOR wall/fixed glass connection. To install the bar one must consider height A (recommended 66 mm) from the upper edge of the opening and subsequently position it making its middle coincide with the middle of the opening width. The holes centre-to-centre distance can be achieved from the 4000 mm predrilled bar. ADJUSTMENT 249

33 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 6500 DIAGRAM RECOMMENDED TO CALCULATE SINGLE DOOR GLASS PANELS HEIGHT AND DRILLING C= min 45 mm. D= min 75 mm. 82 A front view Ø21 42 Ø21 OPENING HEIGHT + A = h OPENING HEIGHT countersunk 2 31 H glass = h 55 C Ø21 If 67 Lv Ø21 D Lv = Opening width + 70 If = Lv - (C+D) To determine the height of the glass panel, proceed as follows: measure from the centre of the hole, where the spacer for the track will be positioned, to the floor and subtract 54.5 mm. From the figure one can deduce that the track is placed at a predetermined height A where the hole to be made is recommended 66 mm above the clearance space: this is to make the glass panel overlap by about 20 mm from the upper edge of the opening. Knowing the clearance height measurement and knowing that the track is placed at distance A, one must simply calculate the following: OPENING HEIGHT + A (recommended 66 mm) 54.5 mm = GLASS PANEL HEIGHT. Diagram with countersunk holes Ø21 countersunk 2 mm Ø25 This applies only if one observes the position of the track. To determine the width of the glass panel, proceed as follows: measure the width of the opening and add 70 mm. countersunk 2 mm The figure describes the glass panel drilling diagram in the event of right to left closing, considering an overlap of 50 mm on the and 20 mm on the other. In the opposite case the diagram must be read the other way around i.e. the right side will become the left and the left side will become the right. Ø21 Ø25 Please note that the glass must always stay within the appropriate floor guide, and that the door pulling handle may in some cases cause variations in the passage opening screw M4 250

34 CARRIAGES MADE OF AISI 304 FOR HIGH THICKNESS GLASS - MOD. GIUMAX 6500 DIAGRAM RECOMMENDED TO CALCULATE DOUBLE DOOR GLASS PANELS HEIGHT AND DRILLING C= min 75 mm. D= min 95 mm. 82 OPENING HEIGHT + A = h A OPENING HEIGHT countersunk 2 31 H glass = h 55 C Ø21 Ø IF Lv Ø21 Ø21 D front view D Ø21 Ø IF Lv Ø21 Ø21 C Lv = (Opening width + 95)/2 If = Lv - (C+D) To determine the height of the glass panel, proceed as follows: measure from the centre of the hole, where the spacer for the track will be positioned, to the floor and subtract 54.5 mm. From the figure one can deduct that the track is located at a predetermined height A where the hole to be made is recommended 66 mm above the clearance space; this is in order to make the glass panel overlap by about 20 mm from the upper edge of the opening. Diagram with countersunk holes countersunk 2 mm OPENING HEIGHT + A (recommended 66 mm) 54.5 mm = GLASS PANEL HEIGHT. This applies only if one observes the position of the track. Ø21 Ø25 To determine the width of the single glass panel, proceed as follows: measure the width of the opening, add 95 mm and divide the result by 2. countersunk 2 mm The figure describes the glass panel drilling diagram, considering an overlap of 50 mm on the and 20 mm on the other. Ø21 Ø25 Please note that the glass must always stay within the appropriate floor guide, and that the door pulling handle may in some cases cause variations in the passage opening screw M4 251

35 GIUMAX FROM 8 TO 12 mm 252

36 253

37 CARRIAGES MADE OF AISI MOD. GIUMAX

38 CARRIAGES MADE OF AISI MOD. GIUMAX 2000 MODEL GIUMAX 2000 Sliding system design made of AISI 304 steel made up of at least 2 sliding carriages on a round section track without visible bosses. Suitable for glass thickness 8/10/12 mm. Bar finish: satin-finished steel Accessories finish: mill finish The Kit includes: 2/4 carriages, a choice of a 2, 3 or 4 m long track with its relevant wall or glass connections, end stops, floor guide/s. Spanner recommended for assembly: Dimensions UT300 Pin Ø2.9 mm 1 Pc PAIR OF 2000 CARRIAGES Material: AISI 304 stainless steel Features: pair of carriages for door movement on a round section track with bracket without visible bosses and roller with R 25 circular groove. Finish: mill finish and satin-finished steel Glass hole recommended Ø19 mm. Ø Ø55 Ø /12 31 R15.5 Glass thickness GLM2000 S = 8/10/12 mm 1 Pair SATIN-FINISHED TUBULAR TRACK WITH FINISHING CAPS Connections centre-to-centre C Ø25 3 Ø25 END TAPPO CAP DI FINITURA Ø21 Bar length No. recom. connections Recom. centre-to-centre GLMCAV mm 4 C 560 mm 1 Pc GLMCAV mm 6 C 540 mm 1 Pc GLMCAV mm 8 C 530 mm 1 Pc WALL CONNECTION Material: AISI 304 stainless steel Features: connection for fixing the track to the wall with Ø45 and 33 mm wide milled boss to be mounted on the wall with an M6 countersunk-head screw with a hexagon socket for key Ch4. Finish: mill finish Ø Ø Ø Ø GLM33M5 >>> PRICE LIST REFERENCE PAGE 48 >>> 1 Pc 255

39 CARRIAGES MADE OF AISI MOD. GIUMAX 2000 GLASS CONNECTION Material: AISI 304 stainless steel Features: connection for fixing the track to the glass with Ø45 and 33 mm wide milled boss to be mounted on the glass with Ø28 boss and 4 dead holes in the head. Glass thickness 10/12 mm. Finish: mill finish Glass hole recommended Ø17 mm. Ø Glass hole GLM33VT Ø17 mm 1 Pc Ø 28.0 Ø Ø / Ø25 SIDE WALL CONNECTION Material: AISI 304 stainless steel Features: Ø42 by 55 mm connection for fixing the track to the wall with an M8 cheese-head screw with hexagon socket for key Ch4. Finish: mill finish Ø Ø30 Ø25 M GLM8300A 1 Pc DOUBLE CEILING CONNECTION Material: AISI 304 stainless steel Features: double ceiling connection to fix two tracks in parallel with 43 mm constant centre-tocentre and a distance of 74 mm from the track axis to the ceiling. Anchoring to the ceiling via two M8 countersunk screws, located at a centre-to-centre distance of 50 mm. Finish: mill finish 96.6 Ø25 Ø Ø8 Ø Ø GLM742B 74 Ø Pc END STOP Material: AISI 304 stainless steel Features: end stop to be applied to the Ø25 mm round track equipped with 2 black PVC bushings to cushion the impact with the carriages. Finish: mill finish LEFT GLMBLCDX GLMBLCSX Ø Pc 1 Pc 256 >>> PRICE LIST REFERENCE PAGE 48 >>> ADJUSTABLE LOWER GUIDE Material: zamak Features: glass passage guide adjustable via a simple Phillips screwdriver. Dimensions W 50 x D 35 mm for glass: 6/12.7 mm Finish: matt aluminium, polished aluminium, stainless steel imitation aluminium 50 For glass /12.7 mm 1 Pc /12.7 Ø4 4 Ø4 37 Ø4

40 CARRIAGES MADE OF AISI MOD. GIUMAX 2000 DAMPED END STOP Material: AISI 304 stainless steel Features: end stop to be applied to the Ø25 mm round track equipped with adjustable shock absorber to cushion the impact with the carriages. Finish: mill finish 27 23±2 42 Ø Ø ±2 Ø7 GLMMOLL ADJUSTMENT ASSEMBLY STAGE - STEP 1 COMPLETE CONNECTIONS 1 Pc 150 C C C B A NOT COMPLETE CONNECTIONS (only the wall's part) h = OPENING HEIGHT + A OPENING HEIGHT OPENING WIDTH POSITIONATED FLOOR GUIDE ASSEMBLY STAGE - STEP 2 ASSEMBLY STAGE - STEP 3 COMPLETE CONNECTIONS MOUNTING AREA FOR GLASS PANNEL floor guide >>> PRICE LIST REFERENCE PAGE 48 >>> 257

41 CARRIAGES MADE OF AISI MOD. GIUMAX 2000 Maximum opening width 1000 mm GLM20002MUR GLMCAV2 Tubular track 1Pc GLM33M5 Wall connection 4Pc min GLMBLCDX End stop RIGHT 1Pc GLMBLCSX End stop LEFT 1Pc GLM2000 Pair of 2000 carriages 1Pair 057,3030,071 Floor guide 1Pc Maximum opening width 1500 mm GLM20003MUR GLMCAV3 Tubular track 1Pc GLM33M5 Wall connection 6Pc min GLMBLCDX End stop RIGHT 1Pc GLMBLCSX End stop LEFT 1Pc GLM2000 Pair of 2000 carriages 1Pair 057,3030,071 Floor guide 1Pc Maximum opening width 2000 mm GLM20004MUR GLMCAV4 Tubular track 1Pc GLM33M5 Wall connection 8Pc min GLMBLCDX End stop RIGHT 2Pc GLMBLCSX End stop LEFT 2Pc GLM2000 Pair of 2000 carriages 2Pairs 057,3030,071 Floor guide 2Pc 258 >>> PRICE LIST REFERENCE PAGE 48/49 >>>

42 CARRIAGES MADE OF AISI MOD. GIUMAX 2000 Maximum opening width 1000 mm GLM20002VET GLMCAV2 Tubular track 1Pc GLM33VT Glass connection 4Pc min GLMBLCDX End stop RIGHT 1Pc GLMBLCSX End stop LEFT 1Pc GLM2000 Pair of 2000 carriages 1Pair 057,3030,071 Floor guide 1Pc Maximum opening width 1500 mm GLM20003VET GLMCAV3 Tubular track 1Pc GLM33VT Glass connection 6Pc min GLMBLCDX End stop RIGHT 1Pc GLMBLCSX End stop LEFT 1Pc GLM2000 Pair of 2000 carriages 1Pair 057,3030,071 Floor guide 1Pc Maximum opening width 2000 mm GLM20004VET GLMCAV4 Tubular track 1Pc GLM33VT Glass connection 8Pc min GLMBLCDX End stop RIGHT 2Pc GLMBLCSX End stop LEFT 2Pc GLM2000 Pair of 2000 carriages 2Pairs 057,3030,071 Floor guide 2Pc >>> PRICE LIST REFERENCE PAGE 49 >>> 259

43 CARRIAGES MADE OF AISI MOD. GIUMAX 2000 opening width opening height To make a door and estimate one needs to know the clearance dimensions i.e. the height and width needed to determine the geometric features of the glass panel. Consequently the choice of the sliding track depends on the width of the opening according to the recommended diagrams: mm TRACK (art. GLMCAV2) = MAX OPENING WIDTH 1000 mm mm TRACK (art. GLMCAV3) = MAX OPENING WIDTH 1500 mm mm TRACK (art. GLMCAV4 for double door) = MAX OPENING WIDTH 2000 mm RECOMMENDED DIAGRAM FOR SINGLE DOOR WALL/FIXED GLASS CONNECTION BAR FIXING A 150 C The diagram shows the bar assembly for SINGLE DOOR wall/fixed glass connection. To position the first hole one must consider height A (recommended 60 mm) from the upper edge of the opening and B (recommended 100 mm) from the side edge of the opening. The other holes will consequently result from the choice of value C. OPENING HEIGHT + A = h OPENING HEIGHT A B 50 - For 2000 mm track: C (recommended) = 560 mm with minimum 4 connections - For 3000 mm track: C (recommended) = 540 mm with minimum 6 connections RECOMMENDED DIAGRAM FOR DOUBLE DOOR WALL/FIXED GLASS CONNECTION BAR FIXING C middle axis opening width A 31 A 31 OPENING HEIGHT + A = h OPENING HEIGHT The diagram shows the bar assembly for DOUBLE DOOR wall/fixed glass connection. To install the bar one must consider height A (recommended 60 mm) from the upper edge of the opening and subsequently position it making its middle coincide with the middle of the opening width. The other holes will consequently result from the choice of value C. - For 3000 mm track: C (recommended) = 540 mm with minimum 6 connections - For 4000 mm track: C (recommended) = 530 mm with minimum 8 connections 260

44 CARRIAGES MADE OF AISI MOD. GIUMAX 2000 DIAGRAM RECOMMENDED TO CALCULATE SINGLE DOOR GLASS PANELS HEIGHT AND DRILLING C= min 55 mm. D= min 75 mm. 63 A Ø19 51 Ø19 OPENING HEIGHT + A = h OPENING HEIGHT 23 H glass = h 36 C Ø19 50 If Lv Ø19 D Lv = Opening width + 80 If = Lv - (C+D) To determine the height of the glass panel, proceed as follows: measure from the centre of the hole, where the spacer for the track will be positioned, to the floor and subtract 36 mm. From the figure one can deduce that the track is placed at a predetermined height A where the hole to be made is recommended 60 mm above the clearance space: this is to make the glass panel overlap by about 31 mm from the upper edge of the opening. Knowing the clearance height measurement and knowing that the track is placed at distance A, one must simply calculate the following: OPENING HEIGHT + A (recommended 60 mm) 36 mm = GLASS PANEL HEIGHT. This applies only if one observes the position of the track. To determine the width of the glass panel, proceed as follows: measure the width of the opening and add 80 mm. The figure describes the glass panel drilling diagram in the event of right to left closing, considering an overlap of 50 mm on the and 30 mm on the other. In the opposite case the diagram must be read the other way around i.e. the right side will become the left and the left side will become the right. Please note that the glass must always stay within the appropriate floor guide, and that the door pulling handle may in some cases cause variations in the passage opening screw M4 261

45 CARRIAGES MADE OF AISI MOD. GIUMAX 2000 DIAGRAM RECOMMENDED TO CALCULATE DOUBLE DOOR GLASS PANELS HEIGHT AND DRILLING 63 C= min 55 mm. D= min 75 mm. If used GLMECC6: C= min 52 mm. D= min 78 mm. A Ø19 51 Ø19 Ø19 51 Ø19 OPENING HEIGHT + A = h OPENING HEIGHT 23 H glass = h 36 D Ø19 50 If Lv Ø19 C C Ø19 If Lv 50 Ø19 D Lv = (Opening width + 95)/2 If = Lv - (C+D) To determine the height of the glass panel, proceed as follows: measure from the centre of the hole, where the spacer for the track will be positioned, to the floor and subtract 36 mm. From the figure one can deduce that the track is placed at a predetermined height A where the hole to be made is recommended 60 mm above the clearance space: this is to make the glass panel overlap by about 31 mm from the upper edge of the opening. Knowing the clearance height measurement and knowing that the track is placed at distance A, one must simply calculate the following: OPENING HEIGHT + A (recommended 60 mm) 36 mm = GLASS PANEL HEIGHT. This applies only if one observes the position of the track. To determine the width of the single glass panel, proceed as follows: measure the width of the opening, add 95 mm and divide the result by 2. The figure describes the glass panel drilling diagram, considering an overlap of 50 mm on the and 30 mm on the other. Please note that the glass must always stay within the appropriate floor guide, and that the door pulling handle may in some cases cause variations in the passage opening screw M4 262

46 CARRIAGES MADE OF AISI MOD. GIUMAX