RIB-ROOF System Details. Planning and Building with RIB-ROOF Metal Roofing Systems

Transcription

1 System Details Planning and Building with Metal Roofing Systems

2 Metal Roofing Systems Zambelli A Tradition of Innovation The success of Zambelli had its origins in quality, competence and the spirit of innovation. Since our beginning we have been continually putting product novelties in the metal processing sector onto the market. We accomplish this by constantly investing in the advancement of production processes, in the research of new technologies and in the optimization of our products. Details for Planning Our metal roofing system is installed with system-specific sliding clips without penetration of the roofing material. This metal roofing system offers manifold areas of application, ranging from backventilated cold roofs to thermal insulated nonventilated roofs. profile sheets are available in the construction widths 465 and 500 mm (special widths: 400 and 333 mm) in different material thicknesses. They are produced in the materials steel, aluminium, titanium zinc and copper and can also be delivered in curved or conical design. Apart from our range of standard products we are also offering supplementary system accessories like snow fence devices, solar module transports, roofstep holders and harness security systems. You can fully trust in Zambelli products, since their high manufacturing quality and precision are able to meet even the highest demands, a fact which is also documented in the ISO-certification. In 1999, Zambelli was awarded the East Bavarian Technology Transfer Prize for its innovative force and environmental consciousness we have eliminated pollution intensive work processes in the interest of the environment, use non-polluting materials and have voluntarily joined the Umweltpakt Bayern. Being fully-developed, the systems from Zambelli offer numerous advantages in the planning and installing phases, and also enables you to realize extraordinary designs. This brochure gives you ideas by providing a great number of detailed colour illustrations and explicit technical drawings. You will be able to integrate the RIB- ROOF system into your project professionally and creatively as well as safely and quickly. All technical drawings are license-free for your use. On request we will be glad to send you the data by . For further details, please see our Practical Guide. Should you have any questions about our products, services and prices, please do not hesitate to contact us. Please phone (export ), (phone central), send your fax enquiries to and s to rib-roof@zambelli.de. Contents Introduction, contents 1 Wall joints 17 Rib-Roof the system Range of products and accessories Rib-Roof speed 500 Rib-Roof Eaves Attached gutters/projecting eaves Terraced gradients/ Eaves security against wind suction Roof construction Curved, conical, and conical curved Roof construction / Installation on full surface support with clip guide Roof renovation Flat roof renovation with new wood roof structure Roof renovation on fibre cement boards Ridge Arris Verge Zambelli System Details Inside gutters/parapet gutters Valleys Roof penetrations Round roof penetrations Domelight curbs Continuous roof lighting Rectangular roof penetrations System accessories Snow fence devices, solar module transports, tread holders and harness security systems

3 the System Speed 500 Range of Products and Accessories Profile sheet standard construction width 500mm Profile sheet special construction width 400mm Profile sheet special construction width 333mm Standard sliding clip border bar Curved profile sheet Turned clip Conical profile sheet Closure Profile filler upper side Ridge cap Ventilation ridge ccap Verge insert profile Verge cover Lock plate Gutter inlet sheet Eaves blind Ventilation Closure Profile filler underside Eaves angle Snow fence pipe, pipe connector Clamping plate Ice stopper Mounted bracket for solar module / lightning conductor Fastening angle Tread holder Coil Special edge parts Curb Tools Harness security system 465 Range of Products and Accessories Profile sheet Curved profile sheet Standard sliding Start clip End clip Anchor point clip Diagonal clip Closure Profile filler upper side Ridge cap Ventilation ridge cap Verge insert profile Verge cover Lock plate Gutter inlet sheet Eaves blind Ventilation closure Profile filler for underside Eaves angle Snow fence pipe Clamping plate Ice stopper Pipe connector Mounted bracket for solar module / lightning conductor Fastening angle Tread holder Coil Special edge parts Curb Tools Harness security system Zambelli System Details 2

4 Speed Standard Speed 500 Quality: aluzinc t=1,30mm stainless steel t=1,20mm copper t=1,30mm border Speed 500 profiled or flat (overall length 3m) Standard- and profile sheet Speed 500 on wooden lathing standard construction width 500mm, special widths e.g. 333 mm, 400 mm. 1. Place the first row of clips Building inspection licence Nr. Z (steel), Nr. Z (aluminium) Non-penetrative installation on sliding clips or clip border no perforation of the water-carrying plane, optimal dilatation ability for large roof surfaces 2. Insert the first profile sheet Accessible and self-supporting thus suitable for all standard fields of application on purlins or full suface support from the single-shelled rear ventilated roof to the thermally insulated unventilated roof structure Ultimate in easy, quick installation even at low temperatures no pre-assembly of the sliding clips and no mechanical beading of the profile sheets required 3. Place the next row of clips No transverse joints due to virtually unlimited length profile sheets up to 32m length are transported by lorry (europe), longer sheets are profiled on-site with mobile roll-forming equipment. Projects in overseas with on-site profiling available on request. May be used from 1.5 pitch upwards Standard construction width 500 mm other overall widths on request 2. Insert the next profile sheet Conical and conical curved profile sheets Curved profile sheets from a radius of 2m on smaller radii on request 3 Zambelli System Details Full range of accessories, wide range of materials and colours Profile sheets available with prefabricated eaves side beading or ridge side bending of the bottom chord

5 465 the System Start clip system 465 Quality: aluzinc t=1.30mm stainless steell t=1.20mm copper t=1.30mm Standard sliding clip 465 Standard and profile sheet 465 on wooden lathing Building inspection licence Nr. Z (steel), Nr. Z (aluminium) Installation on sliding clips or clip border without penetration no perforation of the water-carrying plane, optimal dilatation ability for large roof surfaces Accessible and self-supporting thus suitable for all standard fields of application on purlins or full surface support, from single-leaf, rear ventilated roofs to thermally insulated, non-ventilated roof structures Ultimate in easy, quick installation even at low temperatures no pre-insatllation of sliding clips and no mechanical beading of the profile sheets required No transverse joints due to virtually unlimited length profile sheets up to 32m length are transported by lorry (Europe), longer sheets are profiled on-site with mobile roll-forming equipment. Projects in overseas with on-site profiling available on request. May be used from 1.5 pitch upwards Conical profile sheets (on request) Curved profile sheets from a radius of 6m upwards (smaller radii on request), alternative rounding by bending Full range of accessories, wide range of materials and colours Profile sheets available with prefabricated eaves side beading or ridge side bending of the bottom chord 1. Place the first row of clips 2. Insert the first profile sheet 3. Place the next row of clips 2. Insert the next profile sheet Zambelli System Details 4

6 Minimum bending radii The following minimum bending radii must be taken into consideration for mechanical cambering; they depend on the type of material and thickness [t]: Speed 500 Convexe profile sheets Material Material thickness t [mm] Radius [m] Steel Aluminium Aluminium 0, oder Aluminium 0, Titanium zinc 1.00 on demand Copper 0.60 on demand 465 Convexe profile sheets Material Material thickness t [mm] Radius [m] Steel Aluminium Aluminium 0.80 or Aluminium Titanium zinc 1.00 on demand Copper 0.60 on demand 5 Zambelli System Details Curved roof

7 Roof Construction The Variety of Shapes Curved, conical and conical curved Conical profile sheet Speed 500 We also deliver profile sheets in curved (convex or concave), conical, and conical-curved design. Arches with large radii can be executed with straight profile sheets, profile sheets for smaller radii are pre-fabricated or roll formed with mobile plants on site. 465 in extremely small radii requires a round bent execution of the profile sheets. Curved Speed 500 profile sheets with small radii are fixed with turned clips. For conical designs, Speed 500 profile sheets can be used in different construction widths. Curved profile sheet Speed 500, turned clip See also our Practical Guide for Planning and Installing chapter Conical/curved/conical curved profile sheets. Curved roof roof construction with wooden lateral and counter lathing Possible for r>8,0m when wooden lateral and counter lathing is used curved Thermal insulation with intervening lateral and counter lathing Trapezoidal sheet metal Truss Radii from r>4m on are possible when wooden lateral lathing or a metallic Z-profile or a domed profile is used. Smaller radii on request. Zambelli System Details 6

8 Roof construction with roof boarding Roof construction with porous concrete Roof construction with reinforced concrete ceiling Energy saving with wooden lathing According to an examination report of FIW of 11 April 2005 you save about 1300, per year per 1000 m 2 roof surface if you use a distance construction of wooden lathing instead of a construction with metallic Z-profile. Compared to metallic holders penetrating the thermal insulation, the energy saving is about 540, for the same surface. 7 Zambelli System Details Installation on wooden lathing Installation on metallic Z-profile

9 Roof construction For every roof structure the right solution! Roof construction For the metal roofing system all common substructures are possible as roof structure: trapezoidal profiles, wood binding rafters, wood boarding (t=24 mm), steel rafters, lightweight concrete or reinforced concrete. A variant to the full-surface lathing is high compressive mineral wool. An alternative to this method is offered by the high compressive mineral wool. The installation of profile sheets is executed on spacers which correspond to the thickness of the insulation, or on pressure distribution profiles or clip borders directly in the load-bearing structure. Installation on full-surface support with clip border Speed 500 may alternatively be installed on full-surface supports. A variation in addition to the roof boarding is the high compressive strength mineral wool with high density top layer which improves the resistance to site work (application type DAA-dm according to DIN V : thermal insulation). Gutter entry flashing Gutter Eaves cover sheet Edge reinforcement Trapezoidal profile Single layer thermal insulation Eaves plank Roof construction with trapezoidal profile Diagonal clip Wood boarding laid diagonally Thermal insulation Wood truss End angle flashing Masonry Roof construction with roof boarding, porous concrete, and reinforced concrete ceiling Separation layer Wood boarding Rafters Installation of the profile sheets may either be done on distance profiles which correspond to the thickness of the thermal insulation or on the clip border structure profiled or flat which is fastened directly onto the support structure. It is important to avoid gaps when laying the insulation boards. This finish is also transferable to 465 if so-called pressure distribution profiles are used. Lightweight concrete Pressure distribution strip High compressive thermal insulation Installation on high-compressive mineral wool Concrete contraction roof Transverse lathing Single layer high compressive thermal insulation Zambelli System Details 8

10 9 Zambelli System Details Flat roof renovation with new wooden roof structure

11 Roof renovation Flat roof renovation with new wooden roof structure Even for renovating flat roofs, the metal roofing system offers outstanding possibilities. No limits are set to the architectural freedom: by installing profile sheets with the corresponding minimum roof slope on a new wood roof structure or on a steel roof structure, defect and unattractive flatroofs can be renovated, appearances improved and greater longevity achieved. The ventilation of the roof area can be done either with cross-ventilation on the gables or with ventilation openings at the eaves and at the ridge (e.g. ventilation ridge). Flat roof renovation with new wooden roof structure Bonding strip Gutter inlet sheet Gutter Separation layer Wooden lathing Wooden roof structure Closure Anchor points Fastening brackets Ridge cap Perforated panel Existing conditions: existing sealant thermal insulation Roof renovation on fibre cement boards For roof renovation on existing fibre cement boards you receive project-related solutions. In this example, L- angles (short pieces) with elongated holes are used which are installed onto the fixing screws of the existing fibre cement boards. Z-shaped profiles are fixed on the L-angles as substructure for the sliding clips. In Germany, the planned renovation type have to be approved by the local trade supervisory office; outside Germany the specific needs have to be checked. Ice stopper Snow fence pipe Ø 32mm Clamping plate Existing fibre cement boards L-corner (short pieces) Existing fixing screw Z-profile Roof renovation on fibre cement boards Existing fibre cement boards Wood boarding Thermal insulation aluzinc 465 Eaves blind Gutter inlet sheet Gutter and gutter hooks L-corner (short pieces) Rafters Facade Zambelli System Details 10

12 11 Zambelli System Details Penthouse roof ridge cap

13 Ridge Ridge covering Single pitch roof ridge The penthouse ridge forms a design and installationtechnical unit with the corresponding verge. The penthouse ridge can also be installed to a vertical wall (see also wall joints ridge side with, and without, ventilation opening). Transverse and counter lathing The close couple roof cap without ventilation opening is first inserted into the closure with its double sided back edge folds, and subsequently, the fold is pressed together. The close couple roof cap with ventilation opening is supplied as standard equipment in flat, aerodynamic optimal design (structure height 80 mm) with opening ventilation cross section of 450cm2/m. It is usually installed with profile fillers to prevent the penetration of driving snow or the suction of undesirable air. On request we are also able to deliver a higher one (structure height 170mm). See also the chapter Ridge in our Practical Guide for Planning and Installing. Acoustic trapezoidal profile Edge reinforcement Noise insulation layer with dizzle protection Steel truss Close couple roof without ventilation Double layer compressed thermal insulation Transverse and counter lathing Anchor point Ridge cap -bottom chord at the height of the ribs Closure Ridge flashing Trapezoidal profile sheet Steel truss Ventilation ridge structure height 80 mm Close couple roof with ventilation opening Zambelli System Details 12

14 13 Zambelli System Details Arris cap

15 Arris Arris cap Arris areas are executed similar to close couple roof ridges. By marking the cutouts for the profile sheet ribs (high increase) to the closure and cutting them by using a sheet metal cutter on site, an optimal fit is attained. In principle, the construction details for the ridge cap can be applied in this case. See also the chapter Arris in our Practical Guide for Planning and Installing. Pressure distribution profile strip High compressive thermal insulation Arris cap Anchor point Ridge insertion profile Arris cap Ridge flashing Trapezoidal profile sheet Arris binding rafter with angle iron support Ventilated arris cap analogous to the ventilation ridge The ventilated arris cap can also be executed with a ventilation closure Arris cap, ventilated Ventilation closure Profile filler for arris Carrying construction (e.g. wood rafter) Zambelli System Details 14

16 15 Zambelli System Details Verge projection on steel sword

17 Verge Verge projection on steel sword Verge projection on trapezoidal profile Trapezoidal profile Transverse and counter lathing Double layer thermal insulation Verge cover Verge insertion profile Verge covering Verge insertion profile Verge plank Double layer thermal insulation Transverse and counter lathing Edge angle Insertion profile Joint flashing Double clip Verge covering Verge insertion profile Projection flashing Steel pan wall with thermal insulation Facade profile Profile filler Thermal insulation Steel sword Steel beam Insertion flashing Edge angle Profile filler Cover profile sheet Facade profile Steel pan wall Trapezoidal profile Profile filler Crease filler Reinforced concrete truss Support Verge projection The system-specific verge insertion profile sheet, supplied as a standard product in the metal roofing range, enables you to architecturally optimize all verge building elements optically and technically. The individual adaptation is executed manually using the verge cover. For verge projections with trapezoidal sheets as substructure, trapezoidal profile filler is used for appearance and thermal-technical purposes. See also the chapter Verge in our Practical Guide for Planning and Installing. Verge projection on trapezoidal profile sheet Zambelli System Details 16

18 17 Zambelli System Details Side and ridge wall joint

19 Wall joint Side wall joint Roof parapet joint Sealant strip Flat pan Join vapour barrier closely Wood plank Wall joint flashing Insertion profile sheet Single layer thermal insulation Z-profile (diagonal) Thermal separation Thermal insulation Transverse lathing Insertion profile sheet Projection flashing Wood plank Separation layer Parapet flashing Closure Edge reinforcement Trapezoidal flashing sheet Steel binding rafter Existing corrugated sheet Truss Steel binding rafter Side and ridge wall joint/ Roof parapet joint For joints to masonry walls and stucco surfaces, an overlap strip must be cut into the wall, which is backed with a sealant strip or non-hardening sealing compound, and pressed into the joint using clamps. The overlap strip must be worked into the masonry before stucco operations. When forming joints between a penthouse roof and a vertical wall, a closure is used. The side wall joint to the masonry wall is executed using the verge (insertion) profile strip. In principle, the details applicable to the verge also have validity for this work. The wall joint can be completed under certain structural conditions with a ridge-side roof parapet cover. In this case the overlap strip will not be required. See also the chapter Wall joints in our Practical Guide for Planning and Installing. Roof parapet joint Zambelli System Details 18

20 19 Zambelli System Details Self-supporting projecting eaves structure

21 Eaves Thermal insulation Wood boarding Gutter inlet sheet Self-supporting projecting eaves structure Double layer of compressed thermal insulation Separation layer Transverse lathing/ Counter lathing Fascia Gutter inlet sheet Halfround gutter Eaves structure with attached gutter (the solution for TiZi is ventilated) Transverse lathing Extended rafters Luft Perforated sheet Insertion flashing Eaves rafters Eaves cross member Facade Trapezoidal profile Edge reinforcement Reinforced concrete truss Trapezoidal profile Counter lathing with thermal insulation Steel beam Edge angle Attached gutter Self-supporting projecting eaves Outside attached half-round or box-shaped gutters which are attached using hangers to the fascia are the most simple eaves-type design. System integrated profile fillers can be installed in the eaves area: this is, however, only required in exceptional cases. The joint of the roof to the gutter is executed using eaves flashing (gutter entry flashing). The vapour diffusion open protective layer or other separation layers cover the eaves flashing to drain off secondary condensation into the gutter which may be formed. For the profile sheet Speed 500, a system-related eaves angle is installed which is not required for the profile 465. For eaves structures with self-supporting projections, a roof overhang using the necessary substructures (e.g. eaves rafters) is produced. For ventilated roof designs with attached gutters, ventilation openings below the eaves are necessary. See also the chapter Eaves area in our Practical Guide for Planning and Installing. Eaves structure with attached gutter solution with ventilation if titanium zinc is used Zambelli System Details 20

22 21 Zambelli System Details Eaves structure with sloped steps

23 Eaves Eaves structure with sloped steps Eaves safety against wind uplift force Wood plank Flashing Gutter Gutter inlet sheet Double standing seam covering Double layer compressed thermal insulation Transverse and counter lathing Eaves plank Gutter inlet sheet Wind uplift security with overlapping fold Z Gutter Transverse lathing Rafter Separation layer Wood boarding Steel sword T-shaped steel element Steel pan wall with thermal insulation Facade profile Trapezoidal profile Steel beam Profile filler Detail Z: Wind uplift security Through overlapping fold Riveted Sloped steps Eaves safety against wind uplift force Eaves structures with sloped steps are used as design elements in architecture, or for extremely long profile sheets. In principle, the details of execution are the same as for the penthouse roof joints to vertical walls. The eaves safety against wind uplift force at the eaves is executed by overlapping folds corresponding to detail Z with rivet. See also the chapter Sloped Steps in our Practical Guide for Planning and Installing. Eaves stucture with box-shaped gutter Zambelli System Details 22

24 23 Zambelli System Details Inside gutter with safety gutter and two-piece gutter leader head with conical entry

25 Gutter Innenliegende Rinne Parapet gutter Transverse and counter lathing Double layer compressed thermal insulation Water conducting gutter High compressive mineral wool Safety gutter Gutter inlet sheet Holder for sliding attachment Wood plank Projection flashing Roof parapet wood plank Separation layer Parapet flashing Wall coping Water conducting gutter High-compressive mineral wool Load-bearing safety gutter Gutter heating Gutter inlet sheet Double layer Thermal insulation Transverse and counter lathing Trapezoidal profile sheet Edge reinforcement Trapezoidal sheet Reinforced concrete truss Gutter outlet soldered with conical inlet Wood plank Holders for sliding attachment Inside gutters Parapet gutters Inside gutters offer the possibility of forming special architectural structures. To guarantee their optimal functionality, we recommend the safety measures described in detail in our Practical Guide for Planning and Installing : sufficient size, expansion joints for longitudinal expansion, funnel-shaped leader heads, minimum distance between water conducting gutters and safety gutters, as well as sufficient slope. A snow guard system or gutter heating guarantees that the gutter remains free of snow. If contractors are not able to carry out the necessary maintenance work on their own, a maintenance agreement should be concluded between the contractor and the execution company. See also the chapter Inside Gutter in our Practical Guide for Planning and Installing. For parapet gutters, the eaves side is executed as wall joint with parapet structure Zambelli System Details 24

26 25 Zambelli System Details Valley gutter

27 Valley gutter Depressed valley structure For roof designs with slopes below 7, it is recommendable to install deeper valleys. In principle, the fundamental rules for the execution of inside gutters also apply to the valleys. If the valley gutter is made by welding, it is important to make anchor points with the welding. See also the chapter Valleys in our Practical Guide for Planning and Installing. Depressed valley gutter Transverse lathing Single layer compressed thermal insulation Valley gutter Inlet sheet Holders for sliding attachment Wood framing Valley rafter Binding rafter Welded valley gutter Valley gutter alu stucco Rafter and welded valley gutter Rafter alu stucco Underlay sheet with high open diffusion Wood lathing Zambelli System Details 26

28 27 Zambelli System Details Sanitary ventilation pipe

29 Roof penetration Room ventilation pipe, welded Roof dome with plug-in connection Pipe cover Insulation Welding seam continuous Thermal insulation (double-layered) Lateral and counter lathing Reinforcing sheet Trapezoidal profile Ventilation pipe Vapour barrier Round roof penetration Round roof penetrations such as room ventilation pipes are sealed using prefabricated, conical supports on the roof surface. The rain cap which is not customarily used for room ventilation pipes is provided for room ventilation. See also the chapter Round roof penetrations in our Practical Guide for Planning and Installing. Pipe cover Insulation Sanitary ventilation pipe Thermal insulation, double layered Lateral and counter lathing Reinforcing sheet Trapezoidal profile Pipe Zambelli System Details 28

30 Aluminium domed roof light hood, welded 29 Zambelli System Details Execution with rear-side lean-to sheet panel

31 Roof penetration Curb for rooflight with backup security Double layered thermal insulation with lateral and counter lathing Insert profile Wood support Domed roof light hoods Curb Trapezoidal profile Curb Domed roof light hood Closure 1 Curb Domed light drainage sheet Insertion sheet Separation layer Framing > 1.5 Lathing 1 Surfacing sheet Wood plank frame Steel beam Surfacing sheet Wood plank frame Static framing Steel beam Domed roof light hood Domed roof lights fulfill an important function in the architectural integration of light in rooms directly below roofs. If the execution of domed roof lights is planned, please take into consideration the load distribution on the weight-bearing structure in the planning stage and install the necessary static framing if necessary. Water drainage and longitudinal expansion of the profile sheets in the area of the roof penetration have to be guaranteed using suitable measures. The heights of the hoods depend on the roof incline and should not be less than 15 cm if possible. For larger sizes and the elimination of watertight welding or soldering operations, the domed roof light hood should be executed with a backup security. Additional information on this topic can be found in our Practical Guide for Planning and Installing. For the domed roof light hood, we recommend the welded model in aluminium. See also the chapter Curb for domelight in our Practical Guide for Planning and Installing. Domed roof light hood with backup security Zambelli System Details 30

32 31 Zambelli System Details Continuous row lighting flashing

33 Roof penetration Continuous row lighting flashing Thermal insulation Continuous row lighting flashing Closure Edge angle Trapezoidal profile Continuous row lighting frame Double layer compressed thermal insulation with transverse and counter lathing Continuous row lighting flashing Depending on the materials used, roof penetrations and their flashings are executed manually, or a waterproof joint is formed by welding or soldering. During the planning phase, please take the expected material expansion into consideration. If continuous row lighting is installed, the rules for domed roof light hoods generally apply. See also the chapter Continuous row lighting flashing in our Practical Guide for Planning and Installing. Continuous row lighting flashing Thermal insulation Continuous row lighting flashing Closure Edge angle Trapezoidal profile Double layer compressed thermal insulation with transverse and counter lathing Zambelli System Details 32

34 33 Zambelli System Details Roof window

35 Roof penetration Roof window Chimney flashing Roof window Wood plank framing Roof window hood Double layer compressed thermal insulation with transverse and counter lathing Sealant strip Flat pan Flashing eaves side Closure Wood plank framing Base flashing Thermal insulation Rear base flashing Interior panelling Trapezoidal profile Rafter Profile filler Z-shaped profile (transverse) with thermal separation Base flashing Trapezoidal profile Steel binding rafter Rectangular roof penetrations Chimney flashing requires the installation of an additional flat pan strip. In principle, the rules valid for wall joints are to be followed. For roof windows with pitches of 15 and more, the execution with sealing frames is sufficient. Additional information can be found in our Practical Guide for Planning and Installing. See also the chapter Chimney flashings in our Practical Guide for Planning and Installing. Chimney flashing Zambelli System Details 34

36 35 Zambelli System Details Snow fence device with ice stopper Systems Speed 500 (left) and 465 (right)

37 System accessories Snow fence device/ice stopper/mounted brackets for solar module, lightning conductor and terraced gradients Terraced gradients Roof and facade work with offers numerous possibilities, taking into consideration special structural requirements. Our wide range of accessories includes snow fence device, ice stoppers, mounted brackets for solar module, lightning conductor and terraced gradients, harness security system etc. All accessories have been optimized in design and functionality for and can be installed using the system-typical clamping principle without needing to perforate the profile sheets. See also the chapter Snow fence, ice stopper, mounted bracket for solar module and harness security system in our Practical Guide for Planning and Installing. Ice stopper Snow fence pipe Ø 32mm Clamping plate Gutter Underlay sheet with Gutter inlet sheet high open diffusion Eaves blind Speed 500 Snow fence device Wood lathing Rafter Snow fence device with ice stopper System Speed 500 Ice stopper Clamping plate Snow fence pipe Ø 32mm Snow fence device with ice stopper System Speed 465 Ice stopper Clamping plate Snow fence pipe Ø 32mm Zambelli System Details 36

38 37 Zambelli System Details

39 System accessories Harness security system on curved 465 Harness security system The gliding element can be opened and attached or removed at any place in the system. In this way, the inconvenient reattachment at intermediate brackets and prescribed entry points is avoided. Harness security systems are stationary installations. They are conceived for all horizontal, sloped and vertical areas of application. The bearing elements are made of stainless steel or aluminium alloy. Methods for movement around corners in various designs enable unimpaired changes in the direction. The harness security system can be installed on any place at all The harness security system products fulfill the EC Guideline 89/686 EEC, have been tested for construction applications, and are made according to current DIN standards and carry a CE certification. Fastening of the harness security system without penetration Intermediate support may be crossed Corner by-pass Zambelli System Details 38

40 Metal Roofing Systems Shelving Systems Roof And Wall Industrial Metal Works Supply for Caravan Industry Zambelli GmbH & Co. KG Passauer Straße D Grafenau Export +49(0) Telephone Fax +49(0) Fax +49(0)85 rib-roof@zambelli.de www rib-roof@zambelli.de www zambelli.de