Series 702 SlideMASTER Sliding Door

Transcription

1 SlideMASTER Sliding Door ARCHITECTURAL SERIES Photo Courtesy of Portland Aluminium and Glass DATE: MAY 2013 REPLACES: MARCH 2008

2 ARCHITECTURAL SERIES KEY FEATURES/PERFORMANCE CHARACTERISTICS SCALE: not to SCALE The high performance sliding door has been tested for compliance with the relevant Australian Standards. Achieved a very high water resistance of >600Pa and complied with the airconditioning requirements of the standard. The extra strong multi-hollow meeting stiles allow large sliding doors to be fabricated in high wind load areas. There are a large variety of door combinations possible XXF, FXX, XF, FX, FXF, XFF, FFX, FXXF and FXXXXF. As well as a 90 corner unit FX^XF and FXX^XXF. Compatible with the high performance Series 406/606 and 426/626 FrontGLAZE framing. Doors can be fitted with surface mounted deadlock, mortice lock or multi-point mortice lock. Doors run on heavy-duty double bogey wheel carriages. Aluminium sub-sills are standard and should be used in all installations. Doors can be fitted with internal sliding flydoors or Centor S1E retractable flyscreens. Door panels maximum weight 150kg. We offer a large range of locks that can be fitted into panels including the Lockwood commercial grade 3541 lock with spring loaded keeper. The detail below shows ICON brushed 316 stainless steel pull handles. SlideMASTER Sliding Door External view. Maximum Panel Height* Maximum Panel Width* Maximum Glass Thickness 3000mm 1800mm 24mm * Subject to individual site conditions and wind loads. Contact AWS Technical Support for more information, techsupport@awsaustralia.com.au 2D & 3D CAD Files Available To access 2D & 3D CAD models visit our online specifier resource centre MORE INFORMATION For the latest updates regarding this product visit our website

3 Sound Reduction A number of glass combinations have been tested with this system to acheive sound reduction numbers listed below. Glass Description 6.5mm VLam Hush glass 10.5mm VLam Hush Rating Rw32 Rw33 SCALE: not to SCALE HOW TO SPECIFY SYSTEM NAME Elevate Aluminium Systems SlideMASTER Sliding Door ARCHITECTURAL SERIES NOTE: The actual tests were carried out on a product very similar to this window (Series 471). WERS RATINGS FINISH Powder Coat Anodised Single Glazed Window ID Glass Type Uw SHGCw Tvw Inf AWS Clr AWS SG AWS Gy AWS VLam AWS CP AWS SnClr AWS EVanBG AWS EVanClr AWS EVanGy AWS EVanSpB COLOUR Select from the AWS range of approved powder coat or anodising colours GLASS Specify thickness 24mm Specify thermal performance where applicable (Uv & SHGC) Specify acoustic performance where applicable (RW) Specification Assistance AWS EVanSpGn AWS LamGy AWS TLam AWS SnClr AWS SnGy AWS CPClr AWS CPGn AWS CPGy AWS SnClr AWS LamClr AWS LamSpGy AWS Tlam AWS SnClr AWS Sct Need help specifying this product? techsupport@ awsaustralia.com.au and our qualified technical advisors will assist you with product selection and specification for your project. NOTES 1. Uw is the whole window U-value 2. SHGCw is the whole window solar heat gain coefficient 3. Tvw is the whole window visible (light) transmittance 4. Maximum air infiltration is 5.0L/s.m2 at a positive pressure difference of 75 Pa as measured according to AS Static performance (Uw SHGCw Tvw Tdw) calculated using Window 6.3 and Therm 6.3 software (LBNL), Results disclosed at Australian Fenestration Rating Council (AFRC) regulations. 7. Ratings for use with Section J of the Building Code of Australia - Class 2-9 For the latest WERS data for this system visit wers.net 2.289

4 ARCHITECTURAL SERIES WERS RATINGS Double Glazed Window ID Glass Type Uw SHGCw Tvw Inf AWS /10/ AWS Az/10/4ET AWS /10Ar/4ET AWS /10/4ET AWS /8/ AWS SG/8Ar/5ET AWS /12/ AWS SG/12/ AWS SG/12/6ET AWS /12/6ET AWS SnClr/10/ AWS SnClr/10Ar/ AWS LamClr/12/ AWS LamClr/12Ar/ AWS SnClr/12/ AWS SnClr/12Ar/ AWS CPClr/8/ AWS CPClr/8Ar/ AWS CPClr/12/ AWS CPClr/12Ar/ AWS CPGy/8/ AWS CPGy/8Ar/ AWS CPGy/12/ AWS CPGy/12Ar/ AWS LamGy/12/ AWS LamGy/12Ar/ AWS SnGy/12/ AWS SnGy/12Ar/ AWS TLam/12/ AWS TLam/12Ar/ AWS SnClr/12/ AWS SnClr/12Ar/ AWS EVanClr/12/ AWS EVanClr/12Ar/ AWS EVanGy/12/ AWS EVanGy/12Ar/ AWS LamClr/8/ AWS LamClr/8Ar/ AWS LamGy/8/ AWS LamGy/8Ar/ AWS TLamGy/8/ AWS SnClr/8/ AWS SnClr/8Ar/ AWS SnClr/8/ AWS SnClr/8Ar/ SCALE: not to SCALE NOTES 1. Uw is the whole window U-value 2. SHGCw is the whole window solar heat gain coefficient 3. Tvw is the whole window visible (light) transmittance 4. Maximum air infiltration is 5.0L/s.m2 at a positive pressure difference of 75 Pa as measured according to AS Static performance (Uw SHGCw Tvw Tdw) calculated using Window 6.3 and Therm 6.3 software (LBNL), Results disclosed at Australian Fenestration Rating Council (AFRC) regulations. 7. Ratings for use with Section J of the Building Code of Australia - Class 2-9 For the latest WERS data for this system visit wers.net

5 Design Features SCALE: not to SCALE This high performance sliding door has been tested for compliance with the relevant Australian Standards. Achieved a very high water resistance of >600Pa and complied with the air-conditioning requirements of the standard. ARCHITECTURAL SERIES The extra strong multi-hollow meeting stiles allow large sliding doors to be fabricated in high wind load areas, refer Pascal rating tables later in these notes. Clean, lines for improved visual appearance. There are a large variety of door combinations possible: Single track sliding units: XF, FX, FXF, XFF, FFX, and FXXF. Stacking sliding door units: XXF, FXX and FXXXXF. 90 Single track corner unit: FX^XF. 90 Stacking corner unit: FXX^XXF. The door is compatible with the high performance Series 406, 426, 606 and 626 FrontGLAZE framing. The head and jamb sections have an additional weather leg to ensure that junctions between doors and fixed sidelights/ highlights maintain the high water resistance. Doors can be fitted with surface mounted deadlock, mortice lock or multi-point mortice lock. Doors run on heavy duty double bogey wheel carriages. Variety of bottom rail and midrail sizes as detailed later. Aluminium sub-sills should be used in all installations. Will accept glass up to 14.76mm thick single glazed or 20mm and 24mm double glazed IGU. Thresholds and snap-in flat filler ensure that the clean looks are maintained. Doors can be fitted with internal sliding flydoors or Centor S1E retractable screens. We have couplers that allow 102mm SlideMASTER doors to be snapped to 102mm Vantage windows. Alternative internal version available, refer. Series 704 Architectural SlideMASTER sliding door. Most of the features on this product can be seen in full colour on our website:

6 ARCHITECTURAL SERIES STACKING SLIDING DOOR SlideMASTER door system can be fabricated as stacking units. There are several types of stacking doors available: XXF, FXX, FXXXXF, FXX^XXF, FX^XXF and FXX^XF. The main features with the SlideMASTER doors are: Very high water resistance >600Pa, has been successfully tested for compliance with Australian Standard AS2047. Complies with airconditioning requirements in AS Large sizes available even in high wind load areas, refer Pascal rating tables later in these notes. Can be fitted with glass up to 14.76mm thick. Can also be double glazed with 20mm or 24mm insulating glass units. Heavy-duty double bogey wheel carriages designed to carry the heavy door panels. Large variety of locks including multi-point mortice locks for maximum security. Compatible with high performance Series 606 and 626 FrontGLAZE framing. FrontGLAZE framing has also been tested to 600Pa water resistance. Unused recesses are closed with flat fillers. Custom stacking internal flydoor system available. Alternative internal version available, refer Series 704 Architectural SlideMASTER sliding door. SCALE: not to SCALE Optional retractable Centor S1E screening available. Details on S1E at the end of this section.

7 LOCK OPTIONS SlideMASTER doors can be fitted with a variety of locks as shown on this page: Surface mounted locks With or without internal 'D' pull handle, double cylinder deadlock with investment cast stainless steel locking tongues and keeper. Lock comes with stainless steel finger grip on the outside (finished to match internal handle) and 'D' pull handle or slimline handle on the inside as illustrated right. ANDO Surface mounted locks can be supplied in a variety of powder coated finishes or marine grade 316 stainless steel handles. ICON Surface mounted locks are available in stainless steel only. ANDO with internal 'D' handle or Slimline SCALE: not to SCALE ICON with internal 'D' handle available in 316 stainless steel ARCHITECTURAL SERIES or Lockwood 3541 Mortice Lock with a variety of pull handles and finger grips, as shown right and lower right. ANDO Pull handle available in powdercoat or 316 stainless steel ICON Pull handle and recessed finger pull available in 316 stainless steel Lockwood 3541 mortice lock or Albany mortice locks with custom MIRO pull handles including a multi point locking option, illustrated lower right. Lock comes with key both sides, Securiturn snib/key on the inside, illustrated lower right. See these locks open and close in full colour on our web site: MIRO mortice with internal and external pull handle 2.293

8 ARCHITECTURAL SERIES CONTINUOUS SILL WEATHER SEAL & HEAVY DUTY WHEELS Attention to detail makes the difference Unused jamb recesses closed off with snap-in flat fillers. SCALE: not to SCALE Weatherpile fin seal continues around the step in the thresholds through the moulded nylon end caps. Maintaining the continuous seal is critical to the overall weather performance of this product. Injection moulded glass-filled nylon threshold end caps. Staggered drainage slots in door sill and sub-sill. Custom sub-sill has central support leg to carry the weight of the centre door panel/s. Important Note: The high performance of test units were achieved using sub-sills as detailed above. Sub-sills must be used in all installations. These sub-sills require drainage slots and stop-ends. Framing should be sealed to structure on inner line. SlideMASTER door panels run on heavy-duty double bogey wheel carriages. Besides being able to carry very heavy loads up to 75kg per wheel assembly (150kg per panel) the carriage has been designed to reduce the chance of corrosion. Glass-filled nylon body and wheel carrier with stainless steel sleeve and adjustment screw.

9 102mm FRAME WITH STANDARD BOTTOM RAIL SCALE: not to SCALE Flat jamb fillers cover jamb fixings. ARCHITECTURAL SERIES Grade 'A' safety glass 4mm to 10.50mm thick. Standard tall bottom rail. Recess the concrete floor slab to accept sub-sill as drawn. Please Note: Sub-sills must be used to achieve water resistance. 120mm 40mm will recess the sub sill as drawn. Alternatively a 70mm recess in floor will accept the sub sill and sill completely. Front line of frame and edge of floor slab

10 ARCHITECTURAL SERIES 63mm TOP RAIL AND HEAD DETAIL SCALE: FULL SIZE & NTS Flat filler closes off unwanted recess. Weatherpile door to frame seals. Standard splayed rails Alternative low line bottom rail. 702.SLD.1 For extra thick glass (12.38mm and 14.76mm) we have dedicated rails and stiles. This thick glass is normally used on projects where sound reduction is requried. Alternative square rails illustrated right.

11 VERTICAL SETION THROUGH 102mm SILL SCALE: FULL SIZE Alternative double glazed panels 20mm or 24mm Insulating Glass Units (IGU's). Dedicated rails and stiles to suit thicker glass as detailed left. ARCHITECTURAL SERIES 702.SLD.1 Standard Rails and stiles suit glass thickness 4mm to 10.50mm Standard 121mm high (tall) bottom rail, splayed to keep dust and water off the door. Alternative tall square bottom rail. Heavy-duty double bogey wheel carriage. Weatherpile fin seal. Splayed sill threshold. Drainage slots. Important Note: High performance test results were obtained using sub-sills as detailed. Sub-sills must be used in all installations. These sub-sills require drainage slots and stop-ends. Framing should be sealed to structure on the inner line

12 ARCHITECTURAL SERIES HORIZONTAL SECTION THROUGH 102mm JAMB SCALE: FULL SIZE & NTS 702.SLD.2 Flat fillers close off unused recesses on jambs, significantly improving the appearance and water resistance of door unit. 102mm SlideMASTER frame snaps to Series 406 FrontGLAZE framing. The central leg on the door frame maintains the weather performance at this mullion joint. Note: Series 406 has been tested to 600Pa water resistance.

13 HORIZONTAL SECTION THROUGH 102mm JAMB Weatherpile door to frame seals. Single glazed doors will accept glass 4mm to 10.50mm thick. Double glazed doors will accept glass 20mm or 24mm thick IGU's as illustrated later. SCALE: FULL SIZE ARCHITECTURAL SERIES Wrap around PVC glazing wedges. 702.SLD.2 Flat filler closes off this unused external recess. This cleans up the external appearance and improves water resistance. SlideMASTER will couple with CentreGLAZE framing, but for the best results use FrontGLAZE

14 ARCHITECTURAL SERIES 102mm FRAME WITH STANDARD BOTTOM RAIL SCALE: NOT TO SCALE Flat jamb fillers cover jamb fixings. Grade 'A' safety glass 4mm to 10.50mm thick. Standard tall splayed bottom rail. Recess the concrete floor slab to accept the threshold and sill as drawn. Please Note High performance test results were obtained using sub-sills as detailed. Sub-sills must be used in all installations. These sub-sills require drainage slots and stopends. Framing should be sealed to structure on the inner line. 165mm 40mm will recess the sub-sill as drawn. Alternatively a 70mm recess in floor will accept the sill and sub-sill completely Front line of frame and edge of floor slab.

15 vertical SECTION THROUGH 150mm HEAD Stainless steel frame assembly screws. Weatherpile door to frame seals. Flat filler closes off unused recess. SCALE: FULL SIZE & NTS ARCHITECTURAL SERIES Standard splayed rails or Alternative square rails Alternative low line bottom rail. 702.SLD

16 ARCHITECTURAL SERIES VERTICAL SECTION THROUGH 150mm SILL Special 63mm high (low line) bottom rail, splayed to keep dust and water off the door. SCALE: full size Alternative low bottom rail, refer 102mm sill detail earlier in this section for the standard tall bottom rail. Stainless steel door assembly screws. Heavy-duty double bogey wheel carriage. Weatherpile fin seal. Splayed sill threshold. Alternative 63mm (low line) bottom rail, square profile. Drainage slots. The 150mm sub-sill has an additional central support leg to carry the weight of the central door. 702.SLD.5 Please Note: The high performance of test units were achieved using sub-sills as detailed above. Sub-sills must be used in all installations. These subsills require drainage slots and stop-ends. Framing should be sealed to structure on inner line.

17 HORIZONTAL SECTION THROUGH 150mm fixed JAMB SCALE: FULL SIZE & NTS 150mm SlideMASTER frame snaps to Series 606 FrontGLAZE framing. The central leg on the door frame maintains the weather performance at this mullion joint. Note: Series 606 has also been tested to 600Pa water resistance. ARCHITECTURAL SERIES 702.SLD.6 Adhesive buffer stop prevents panel from crashing into jamb, protecting metal finish. Flat fillers close off unused recesses on jambs. This significantly improves the appearance and water resistance

18 ARCHITECTURAL SERIES STACKING MEETING STILES 150mm FRAME SCALE: FULL SIZE & NTS The tubular meeting stile projections are fitted with injection moulded nylon end caps - top and bottom 702.SLD.6 Adhesive buffer stop prevents panel from crashing into second panel, protecting metal finish. Double weatherpile sealed at meeting stiles. Medium strength meeting stile illustrated.

19 HORIZONTAL SECTION THROUGH 150mm LOCKING JAMB 150mm SlideMASTER frame snaps to Series 606 FrontGLAZE framing. The central leg on the door frame maintains the weather performance at this mullion joint. Note: Series 606 has been also been tested to 600Pa water resistance. SCALE: FULL SIZE ARCHITECTURAL SERIES Flat fillers close off unused recesses on jambs. This significantly improves the appearance and water resistance. 'Albany' mortice lock illustrated. Other locking options are illustrated earlier in these notes. Note: We recommend that you use a lock with pull handles on heavy doors. The door frame and stile have been designed around the hardware and the frame has been thickened at the keeper fixing points to reduce the chance of forced entry. 702.SLD

20 ARCHITECTURAL SERIES DOOR MEETING STILE STRENGTH Meeting stile combinations Panel Rebate Light Medium Heavy Door Height Width L/180 L/250 L/180 L/250 L/180 L/250 SCALE: NOT TO SCALE Code mm mm S S U S S U S S U XF XF XF XF XF XF XF XF XF FXF FXF FXF FXF FXF FXF FXF FXF FXF FXF FXF FXF FXXF FXXF FXXF FXXF FXXF FXXF FXXF FXXF FXXF FXXF FXXF FXXF Wind Ratings (Pa) meeting stiles.

21 DOOR MEETING STILE STRENGTH Rating tables for door meeting stiles on these pages. SCALE: NOT TO SCALE S = Serviceability limit state (deflection = L/180 or deflection L/250). U = Ultimate strength limit state (factored yield strength = 104MPa). These tables have been calculated using nominal section properties. A typical assembly has been tested as per the requirements of AS Serviceability rating has been limited to 3333Pa and Ultimate strength rating has been limited to 5000Pa. Meeting stile combinations Panel Rebate Light Medium Heavy Door Height Width L/180 L/250 L/180 L/250 L/180 L/250 Code mm mm S S U S S U S S U XXF XXF XXF XXF XXF XXF XXF XXF XXF XXF XXF XXF XXF XXF XXF ARCHITECTURAL SERIES FXXXXF FXXXXF FXXXXF FXXXXF FXXXXF FXXXXF Wind Ratings (Pa) meeting stiles. - Denotes rating under 500Pa Light meeting stile combination Ixx = 355 x 10 3 mm 4 Medium meeting stile combination Ixx = 1083 x 10 3 mm 4 Heavy meeting stile combination Ixx = 1986 x 10 3 mm 4 Centre meeting stile combination on 'FXXF' and 'FXXXXF' Ixx = 1334 x 10 3 mm

22 ARCHITECTURAL SERIES 90 CORNER DOORS The 90 corner mullion comes in two strengths: Light suits doors up to 2200mm high, illustrated right) Heavy suits doors over 2200mm high, shown dotted on the full size detail below. The lock stile has to be opened before the keeper stile. Sill, head and threshold are mitred at the corner as shown right. Open this lock panel first. SCALE: full size & nts 702.SLD.9 Internal view Heavy duty corner mullion stiffener box shown dotted. Weatherpile seals. 'Albany' mortice door lock illustrated. Open this lock panel first.

23 90 CORNER DOORS SCALE: NOT TO SCALE ARCHITECTURAL SERIES Type 'FXX-XXF' door in the closed position illustrated above. External 90 corner unit with two opening doors on each side (FXX-XXF) in the 150mm frame. We also offer an internal corner version, plus corner doors can be fabricated with one opening door on one side and two on the other in the 150mm frame, or a single door on both sides in the 102mm frame. 702.SLD.11 Type 'FXX-XXF' door in the open position illustrated above

24 ARCHITECTURAL SERIES CROSS SECTIONS THROUGH STACKING FLYDOORS Maximum recommended sliding screen panel width 1200mm. VERTICAL SECTION SCALE: FULL SIZE HORIZONTAL SECTION or DXF 702.SLD.17 for 102mm frame 702.SLD.18 for 150mm frame

25 Centor S1E ROLLER SCREEN DESIGN FEATURES Scale: not to scale Finally a screening system that's suitable for our large SlideMASTER sliding doors. The Centor S1E roller screen nests neatly on the inside of the SlideMASTER frame as shown below. By far the largest and most robust retractable screening system on the market. The detail in this section show the screen fitted behind SlideMASTER door. The screen can be fitted to any of the Bi-fold door configurations up to 7600mm wide. The S1E screen perimeter frame can be coloured to match the Bi-fold door frame. Load Balancing Technology (LBT ) (patent pending) allows for the sort of effortless fingertip control. With no spring-loading to fight against, the screen's lead-stile remains firmly in any chosen position until further pressure is applied. Load-balancing also means far greater mesh tension across the screen, eliminating any tendency to sag. Tight Technology manufacturing techniques ensure control of the horizontal edges of the screen so they remain straight and tight across the widest spans. A shock absorption system allows visitors taken in by the screen's unobtrusiveness and near invisibility to walk away with no more than a surprise - and no system damage. Should strong winds blow the screen out of the top or bottom channels the mesh will self-feed back onto the roll as it is rolled away. S1E is manufactured in stainless steel and reinforced engineered polymers. PetScreen Lite, the tough PVC coated polyester mesh used in the screen, is hard wearing and resistant to damage from pets and children. The mesh is easy to clean and can be replaced (service call required). The S1E screen system has undergone cyclic testing to 400,000 operations in a laboratory and been extensively exposed to dust, mud, sand and corrosive atmosphere to ensure it is a product for the real world. It has stood up to impact testing with a 17kg punching bag 100 times, wind testing to 20kph and considerable pushing, poking and prodding to simulate real life usage. Large size screens available 3000mm high x 3900mm wide single or 7600mm wide double bi-parting screens. On screens up to 3900mm wide we also offer the Eco-screen option where you can have flymesh roll out from one side or a privacy screen from the other. Screen Maintenance Screen fabric should be cleaned with a soft brush or a damp soft cloth. Tracking should be regularly cleaned to prevent the build-up of dirt and debris. A vacuum cleaner fitted with a nozzle is effective. Operating mechanisms are fully contained and do not require maintenance other than keeping clear of dirt and debris. ARCHITECTURAL SERIES 2.311

26 ARCHITECTURAL SERIES Centor S1E ROLLER SCREEN TYPICAL VERTICAL CROSS SECTION 102mm FRAME 250 Steel lintel designed to carry structure over. 95 Minimum Scale: not to scale Leave 12mm gap between timber/steel lintel to allow for settlement. Clearance Architrave secured to Gyprock with fast grab flexible sealant. Not secured to the flydoor head channel (allow to slip). Custom spacer positions the screening system to match the sub-sill. Clear Opening including floor recess = H + 62 Frame Height H Sliding doors can't support the weight of the structure over. Lintels and headers must be capable of supporting the weight of wall and roof over. Centor S1E Screening system. Maximum screen frame width: Single = 3900mm Double = 7600mm Single Track Frame types: 'XF', 'FXF' and 'FXXF' 12 Tile 702.SLD.13 Recessed Sill Detail 210 Seal main door frame to structure in this area before fitting the screen sill.

27 Centor S1E ROLLER SCREEN TYPICAL VERTICAL CROSS SECTION 150mm FRAME 250 If you are using an engineered beam as detailed with steel support columns it would be possible to shim and fix the screen head to beam. Scale: not to scale ARCHITECTURAL SERIES 44 Architrave secured to Gyprock with fast grab flexible sealant. Not secured to the flydoor head channel (allow to slip). Clear Opening including floor recess = H + 62 Frame Height H Custom spacer positions the screening system to match the sub-sill. Sliding doors can't support the weight of the structure over. Lintels and headers must be capable of supporting the weight of wall and roof over. Centor S1 Screening system. Maximum screen frame width: Single = 3900mm Double = 7600mm Stacking Frame types: 'XXF' and 'FXXXXF' Tile 702.SLD.15 Recessed Sill Detail 260 Seal main door frame to structure in this area before fitting the screen sill

28 ARCHITECTURAL SERIES Centor S1E ROLLER SCREEN TYPICAL HORIZONTAL CROSS SECTION 102mm FRAME - FLUSH FINISH cale: not to scale Flydoor jamb secured to stud ref. Setback with 250mm thick wall Frame Width W 98mm Space left between the inner face of door frame and the inner edge of stud wall. IMPORTANT NOTE: When you use the single flydoor system on a single direction glass door where the glass door lock is on the jamb as detailed left. The screen frame aligns with the main glass door frame. You will have access to the lock cylinder as the screen door moves into the open position. If the overall screen width exceeds 3900mm you must use a double screen frame and rebate the screen jambs as shown on following page. type 'XF' door Glass door frame width <= 3800mm Centor S1E Screening system. Maximum single screen frame width: Single = 3900mm therefore the Maximum glass door frame width: With single screen = 3800mm SLD.14 Create a rebate in the inner stud wall to accept the flydoor box as detailed. Custom galvanised mild steel 'Z' 450mm max. cts. 95 Minimum cavity width 250mm Thick brick veneer wall.

29 Centor S1E ROLLER SCREEN TYPICAL HORIZON- TAL CROSS SECTION 102mm FRAME REBATED SCREEN FINISH cale: not to scale ARCHITECTURAL SERIES Custom spacer screwed to 450mm max. cts. with s.s. self tapping screws ref. Setback with 250mm thick wall Frame Width W type 'XF' door also suits 'FXF' & 'FXXF' Glass door frame width > 3800mm 98mm Space left between the inner face of door frame and the inner edge of stud wall. IMPORTANT NOTE: When you use the double flydoor system on a single direction glass door where the glass door lock is on the jamb as detailed left. The screen frame must be rebated as detailed to allow access to the glass door internal lock cylinder. Centor S1E Screening system. Maximum double screen frame width: Double = 7600mm Maximum glass door frame width: With double screen = 7420mm SLD.16 Create a rebate in the inner stud wall to accept the flydoor box as detailed. 38 x 25 x 3mm Alum. angle. Custom galvanised mild steel 'Z' 450mm max. cts. 95 Minimum cavity width 250mm Thick brick veneer wall

30 ARCHITECTURAL SERIES cale: not to scale Centor S1E ROLLER SCREEN TYPICAL HORIZONTAL CROSS SECTION 150mm FRAME - REBATED SCREEN FINISH 3mm Setback IMPORTANT NOTE: When you use the double flydoor system on a single direction glass door where the glass door lock is on the jamb as detailed left. The screen frame must be rebated as detailed to allow access to the glass door internal lock cylinder. Centor S1E Screening system. Maximum double screen frame width: Double = 7600mm Maximum glass door frame width: With double screen = 7420mm 38 x 25 x 3mm Alum. angle mm Space left between the inner face of door frame and the inner edge of stud wall. Frame Width W type 'XXF' door Glass door frame width > 3800mm 702.SLD