Conservatory awnings 1030 and 2030 Design. Conservatory awnings. Conservatory awning 1030 Conservatory awning 2030 Design.

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1 Conservatory awnings 1030 and 2030 Design Conservatory awnings Conservatory awning 1030 Conservatory awning 2030 Design

2 weinor conservatory awnings 1030 and 2030 Design Contents Product highlights 4 Awning fabrics 9 Frame colours 9 Remote control 10 Automatic weather system 10 Cross-sections 12 Tensioning system 13 Planning/site measuring for conservatory awning Bracket for conservatory awning Assembly of conservatory awning Planning/site measuring of conservatory awning 2030 Design 19 Dimensions for conservatory awning 2030 Design 22 Bracket for conservatory awning 2030 Design 23 Assembly of conservatory awning 2030 Design 24 Support bracket 25 Special bracket 26 Vertical sun protection 27 Bend system conservatory awning

3 weinor conservatory awnings all-rounder for use throughout the year Adaptation artist: the weinor conservatory awnings 1030 and 2030 Design are the unrivalled all-rounders for use as conservatory sun protection. With a subtle design and individual dimensioning, they can be flexibly adapted to almost any construction whether aluminium, plastic or wood. They protect against overheating, thus contributing to a pleasant atmosphere. Their service-friendly extension and tensioning technology make them especially resilient. 3

4 Conservatory awnings 1030/2030 Design Conservatory awnings 1030/2030 Design highlights Intelligent tensioning system Patented carriage system Easy-to-assemble, highly-visible components Coupled multi-panel systems 4

5 Product benefits in detail Intelligent technology and solid construction: the highlights of conservatory awnings 1030 and 2030 Design Intelligent tensioning system good fabric condition, high wind stability The tensioning system captivates with its simple, robust design. fabric tension equalised by the swift reaction of the front rail springs to gusting winds textile rope from open ocean sailing technology, break and strain resistant, no elongation controlled and silent rolling up easy regulation of the fabric tension and re-tensioning via bevel gear drive (conservatory awning 2030) permanently equalised fabric condition with pulley block technology weinor carriage system precise and silent The tried and proven weinor carriage impresses with highly-precise and quiet running. rolling resistance reduced through precision rollers enabling especially easy and silent extension and retraction precise guidance and controlled rolling up of the textile rope in the carriage no jamming by loose bearings on the carriage with one-sided wind load Easy-to assemble, highly visible components simple to maintain weinor conservatory awnings are easy to assemble and maintain pre-installed tensioning system rope, already threaded into the front rail and end cap on delivery easy to service thanks to visible and easily accessible tensioning system large range of support brackets for differing subsurfaces Coupled multi-panel systems for large dimensions The weinor coupling system is based on a double side channel. the two-panel systems can be operated with one or two motors equally good fabric condition with joined systems different fabric lengths compensated by slip bearing conservatory awning 2030 steplessly extendable simple assembly of coupled systems 5

6 Product benefits in detail Versions of conservatory awnings 1030 and 2030 Design standard optional unavailable 6 Technology Conservatory awning 1030 Conservatory awning 2030 Design Max. width/distance between centre lines 1 panel 450 cm 650 cm Max. distance between centre lines of multi-panel systems see p. 16 see p. 22 Max. projection 500 cm 650 cm Max. fabric area 16 m m 2 Cassette size (height x depth) 129 x 219 mm 180 x 305 mm Standard support bracket dimensions mm mm Crank drive Motor drive as standard as standard Pitch at least 5 at least 5 Installation options p. 18 on p. 24 on Lighting Optional vertical sun protection weinor VertiTex conservatory awning 2020 bend system, weinor VertiTex Design 47 standard frame colours Over 150 other RAL colours 9 trend colours Other textured colours weinor fabric collection Other colours of covers and caps Accessories Fixing materials see p. 25 Remote control WeiTronic Combio-868 MA No remote: fully wired and ready to plug in Weather sensors WeiTronic Aero-868 Solar sun and wind sensor WeiTronic Aero-868 AC 230 sun and wind sensor WeiTronic Sensero-868 AC 230 sun, wind and rain sensor Quality Tested up to wind strength 6 on Beaufort scale and wind resistance class 3 according to DIN 13561

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9 Fabrics and frame colours Fabrics attractive, brilliant long-lasting colours For an attractive awning you need a high-quality fabric. The colours by weinor collections and the Perluca climate-control fabrics offer an extensive choice. solution-dyed to make them colour-fast stay beautiful thanks to dirt- and water-repellant nano-coating optional: wide range of collections by other manufacturers high-quality acrylic - proven for decades - fabric width: 120 cm/240 cm innovative polyester quality - high-stretch with memory effect - fabric width: 120 cm translucent, breathable climatecontrol fabric for Valance Plus fabric width: 177 cm (Soltis 86, 92) extra-wide: 267 cm (Soltis 86, 92, 93) Wide range of frame colours abundance of choices weinor coats all of its products in its own workshop. This ensures that they have the best-possible colour tonality and identical gloss levels. 47 standard RAL frame colours, silk gloss (gloss level 70 ± 5% when measured at a 60 angle) 9 scratchproof, resistant trend colours with a textured look over 150 special RAL colours 47 standard frame colours RAL 2 Sandy yellow RAL 3 Signal yellow RAL 1014 Ivory RAL 1015 Light ivory RAL 1023 Traffic yellow RAL 1034 Pastel yellow RAL 2000 Yellow orange RAL 2002 Vermilion RAL 2011 Deep orange RAL 3002 Carmine red RAL 3004 Magenta red RAL 3007 Black red RAL 4005 Blue lilac RAL 4006 Traffic purple RAL 5005 Signal blue RAL 5009 Azure blue RAL 5014 Pigeon blue RAL 5021 Water blue RAL 5022 Night blue RAL 5024 Pastel blue RAL 6005 Moss green RAL 6009 Fir green RAL 6011 Reseda green RAL 6012 Black green RAL 7015 Slate grey RAL 7016 Anthracite grey RAL 7021 Black grey RAL 7030 Stone grey RAL 7032 Pebble grey RAL 7035 Light grey RAL 7039 Quartz grey RAL 7040 Window grey weinor 7319 weinor grey RAL 8001 Ochre brown RAL 8003 Clay brown RAL 8014 Sepia brown RAL 8016 Mahagony brown RAL 8017 Chocolate brown RAL 8019 Grey brown RAL 8022 Black brown weinor 8077 weinor dark brown RAL 9001 Cream RAL 9005 Jet black RAL 9006 White aluminium RAL 9007 Grey aluminium RAL 9010 Pure white RAL 9016 Traffic white 9 trend colours WT 29/10797 Approx. RAL 9010 WT 29/50704 WT 29/60740 Approx. RAL 6009 metallic Chestnut 04 metallic WT 29/70786 Sparkling iron effect WT 29/71289 WT 29/80077 Approx. RAL 7016 metallic Approx. DB 703 metallic WT 29/80081 Iron glimmer effect P 7 WT 29/90146 WT 29/90147 Approx. RAL 9006 metallic Approx. RAL 9007 metallic weinor is an eco-friendly company. To ensure compliance with high environmental standards, manufacturing processes and materials undergo regular testing by experts. As a result of the ban on the use of heavy metals in powder coatings, paint manufacturers can no longer guarantee colour stability despite making every effort to do so. It therefore cannot be excluded that colours in general, and Fire Red (RAL 3000) in particular, may fade with time. For technical reasons, the colours may appear significantly different when printed. 9

10 Drive, remote control and automatic weather system WeiTronic co-ordinated control for conservatory awnings 1030 and 2030 Design The conservatory awning motor is equipped as standard with a fabric tightening position. This ensures that the fabric is taut in the end position. optional: with pre-programmed WeiTronic Remoto remote control handheld transmitters available with 1, 5 or 10 channels and display Remoto 1M/5M Remoto 10M WeiTronic remote control Horizontal sun protection WeiTronic weather sensors WeiTronic Remoto handheld transmitter safe to operate on protected frequency (868 MHz) range of up to m simpler than a TV remote, attractive, convenient design WeiTronic remote-controlled receiver various remote-controlled receivers depending on functions used to suit awning fittings e.g. to extend and retract the awning or dim the lights Product Remote-controlled receiver Handheld transmitter Conservatory awnings 1030/2030 Design Combio-868 MA Remoto 1 Precondition: conservatory awning with WeiTronic remote control, sensors require at least a Remoto 1M or 5M handheld transmitter Product WeiTronic Somfy RTS Somfy io Conservatory awnings 1030/2030 Design Optional Optional available Sun, wind and rain sensors automatically protect your product and prevent excess heat (optional) WeiTronic Sensero-868 AC 230 The WeiTronic series remote sensors automatically extend the awning when the sun shines and reliably retract it in the wind or rain. Available types: WeiTronic Sensero-868 AC 230 sun, wind and rain sensor WeiTronic Aero-868 AC 230 sun, wind and rain sensor (or solar-run WeiTronic Aero-868 solar) 10 Some options incur a surcharge. Please refer to the weinor awnings price list for costs.

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12 Cross-sections of conservatory awnings 1030/2020/2030 Design Cross-section of conservatory awning Cross-section of conservatory awning 2020/2030 Design Cross-section of transport profile conservatory awnings 1030 and 2030 Design 12

13 Conservatory awnings 1030/2020/2030 Design tensioning system Rope tensioning system for conservatory awning 1030 Rope drum Rope fixing Fabric roller Pulley block Fabric Rope Carriage Roller Pulley block Jockey roller Pulley block Rope block Tension spring Rope clamp Rope Front rail Rope tensioning system for conservatory awnings 2030/2020 Design Front rail Fabric roller Rope fixing Pulley block Fabric Rope Carriage Roller Pulley block Jockey roller Pulley block Spring slot Rope block Pre-tensioning fork Threaded spindle Tension spring Pulley block Rope Gear box Rope clamp Front rail 13

14 Planning/site measuring of conservatory awning 1030 General views of flat single-panel flat system ø Side view of one-panel flat system Conservatory awning 1030 with 120 mm high support bracket observe when determining the assembly height of obstacles such as rain gutters etc Front view of one-panel flat system Conservatory awning 1030 with 120 mm high support bracket 40 Total casing width = distance between centre lines + 63 mm 31.5 Distance between centre lines = centre side channel to centre side channel 31.5 Plan view of one-panel flat system for conservatory awning Housing protrusion The housing for the conservatory awning 1030 protrudes by just 5.5 mm per side. This makes the system ideally suited for assembly in niches. Ausfall Dimensioning of one-panel flat system Projection: Housing rear edge to side channel front edge 52 Fabric gap approx. 14 mm Distance between centre lines = centre to centre side channel Total width = total casing width + 8 mm = distance between centre lines + 71 mm 48 14

15 Plan view of multi-panel systems 31.5 Projection Width of system = A1 + A mm Distance between centre lines A1 Distance between centre lines A Fabric gap approx. 14 mm Two-panel flat system for conservatory awning 1030, coupled The distance between centre lines is always measured from the centre of the side channel to the centre of the next side channel. To determine the total width, always add 71 mm to the distance between centre lines. Fabric spacing approx mm Greatest width = system width + 8 mm = distance between centre lines + 71 mm Width of system = A1 + A2 + A mm 31.5 Distance between centre lines A1 Distance between centre lines A2 Distance between centre lines A Three-panel flat system for conservatory awning 1030, coupled Projection Fabric gap approx. 14 mm Fabric spacing approx mm Greatest width = system width + 8 mm = distance between centre lines + 71 mm Model designations/dimension determination Panels Double side channel Projection Model designation example: Conservatory awning flat system 0 = number of elbows 2 = number of panels 1 = number of motors Determining dimensions of multipanel systems Projection: Rear edge of housing to front edge of side channel Distance between centre lines and panel width: centre to centre side channel The coupling section The coupling section allows multipanel systems to be realised: with one motor per panel with one motor for two panels (for simultaneous extension and retraction) 15

16 Planning/site measuring/dimensions of conservatory awning 1030 Model overview of conservatory awning 1030 with dimensions for single and multi-panel systems with acrylic fabrics Panels Type conservatory awning 1030 No. of panels No. of motors Max. projection in cm or Distance between centre lines from to in cm Distance between centre lines of single panel min. - max. in cm Model overview of conservatory awning 1030 with dimensions for single and multi-panel systems with Soltis fabrics Panels Type conservatory awning 1030 No. of panels No. of motors Max. projection in cm or Distance between centre lines from to in cm Distance between centre lines of single panel min. - max. in cm Offset systems and systems with differing projections also possible. 16

17 Bracket for conservatory awning 1030 Fixing type as standard Housing always free-standing min. 200 mm max. 400 mm max mm min. 80 mm max. 800 mm Important dimension for the support bracket position. Number of support brackets for conservatory awning 1030 Type Projection in cm to Use of support rollers for the flat area (ø 40 mm) Distance between Support bracket Projection in cm centre lines in cm in cm up to up to 450 from 12 cm 1* up to to 12 cm 1** 1* to 12 cm 1** 1** 2*** to 12 cm 1** 1** 1** 2*** * included in basic price as standard, see price list ** not included in basic price, see price list for surcharge *** 1 support roller included in basic price, in principle 2 support rollers are required (for support bracket heights below 12 cm) Support rollers The use of support rollers is dependent on the support bracket height. The use of additional support brackets and support rollers is recommended: in strong winds with weak substructures 17

18 Assembly versions of conservatory awning 1030 Total casing width Distance between centre lines WGM Assembly version without sideways bordering. Conservatory awning 1030 on a conservatory Fixing: Standard support bracket Conservatory profile Niche width Total casing width Distance between centre lines WGM Conservatory profile Assembly version in a niche Conservatory awning 1030 on a conservatory with, for example, double-sided bordering in this case the distance between centre lines must be less than the width of the substructure. Fixing: Niche bracket or double bracket Bordered width Total casing width Distance between centre lines WGM Conservatory profile Assembly version with one-sided bordering Conservatory awning 1030 on a conservatory with, for example, sideways adjacent wall in this case, the distance between centre lines to the wall side must be less than the width of the substructure. Fixing to the wall side: niche bracket or double bracket, standard support bracket on free side Niche width Total casing width Distance between centre lines WGM Assembly version with doublesided bordering Fixing directly on the brickwork with wall-mount angle brackets in this case, the total casing width is limited. Conservatory profile 18

19 Planning/site measuring of conservatory awning 2030 Design Exploded side view of flat system for conservatory awning 2030 Design Side channel Housing protrusion The housing for the conservatory awning 2030 Design protrudes by just 19 mm per side. Front rail Projection Min. tilt 5 Projection = rear edge of housing front edge of side channel cap Distance between centre lines/panel width = centre side channel Total casing width = outer edge of cover cap outer edge of cover cap General view of one-panel flat system Side view of one-panel systems Conservatory awning 2030 with 120 mm high support bracket observe when ascertaining the assembly height of obstacles such as rain gutters etc ø Tilt angle min

20 Planning/site measuring of conservatory awning 2030 Design Front view of one-panel system for conservatory awning 2030 Design with 120 mm high support bracket Plan view of one-panel system for conservatory awning 2030 Design K = total casing width 45 A = distance between centre lines Projection Fabric gap approx. 14 mm 68 20

21 Planning of conservatory awning 2030 Design multi-panel systems Plan view of multi-panel systems 45 Projection System width = A1 + A mm Distance between centre lines A1Distance between centre lines A2 Fabric gap approx. 14 mm 45 Two-panel flat system for conservatory awning 2030 Design, coupled The distance between centre lines is always measured from the centre of the side channel to the centre of the next side channel. To determine the system width: always add 90 mm to the distance between centre lines. Fabric spacing approx. 126 mm System width = A1 + A2 + A mm Distance between centre lines A1 Distance between centre lines A2 Distance between centre lines A3 45 Three-panel flat system for conservatory awning 2030, coupled Projection Fabric gap approx. 14 mm Fabric spacing approx. 126 mm 94 Model designations/dimension determination Panels The coupling section The coupling section allows multipanel systems to be realised: with one motor per panel with one motor for two panels (for simultaneous extension and retraction) Double side channel Projection Model designation example: Conservatory awning 2030 Design flat system 0 = number of elbows 2 = number of panels 1 = number of motors Determining projection dimensions of multi-panel system: rear edge of housing to front edge of side channel Distance between centre lines and panel width: centre to centre side channel 21

22 Model designation/dimensions for conservatory awning 2030 Design Type overview and minimum and maximum dimensions for conservatory awning 2030 Design flat systems Panels Type conservatory awning 2030 Design Number of elbows No. of motors Max. projection in cm Distance between centre lines from to in cm Panel width min. max. in cm * (500)** * (500)** * (500)** * (400)** * (400)** * (400)** ** ** ** ** ** * max. panel width for the individual panels * max. panel width for the double panels 22

23 Bracket for conservatory awning 2030 Design min. 270 mm max. 350 mm max mm min. 80 mm max. 800 mm Important dimension for the housing bracket/support bracket position. The housing is free-standing and fastened with support brackets as standard. Option: Wall or housing bracket with bracket on customer s subsurface (with conservatory awning 2020 Design from 601 cm distance between centre lines). Number of support brackets/brackets conservatory awning 2030 Design Projection in cm Type to Design Design Design Design Design Standard number of support rollers per panel for flat systems Distance between centre lines in cm Projection in cm X X X X X X X X X system unfeasible no support roller required Support rollers The use of support rollers is dependent on the support bracket height. In strong winds, the use of a higher number of support brackets and support rollers is recommended. 23

24 Assembly versions of conservatory awnings 2020/2030 Design Total casing width Distance between centre lines WGM 2030/2020 Design Assembly version without sideways bordering Conservatory awnings 2020/2030 Design on a conservatory Fixing: Standard support bracket Conservatory profile Total casing width Distance between centre lines WGM 2030/2020 Design Conservatory profile Assembly version in a niche Conservatory awnings 2020/2030 Design on a conservatory with double-sided bordering Spacing between borderings/walls minus air = total casing width, total casing width minus 90 mm = distance between centre lines Fixing: with wall-mount angle brackets directly on the brickwork Total casing width Distance between centre lines WGM 2030/2020 Design Conservatory profile Assembly version with one-sided bordering Conservatory awnings 2020/2030 Design on a conservatory with, for instance, sideways adjacent wall in this case, the total casing width is derived from the conservatory width minus air, total casing width minus 90 mm = distance between centre lines. Fixing: with Z-shaped angle bracket or niche bracket on bordered side, standard support bracket on free side Total casing width Distance between centre lines WGM 2030/2020 Design Assembly version with doublesided bordering In this case, the distance between centre lines can deviate from the dimensions of the substructure. Fixing: with Z-shaped angle bracket or niche bracket on the conservatory Conservatory profile Bordered width minus air = total casing width, total casing width minus 90 mm = distance between centre lines 24

25 Support bracket for conservatory awnings 1030 and 2030 Design (120), (150), (220) Direct infeed Stepless height adjustment Stepless angle adjustment (150) (220) Standard support bracket, modern Height: 80 mm (Limitation of conservatory awning 2030 standard height 120 mm support bracket, for systems to 400 x 400 cm, without support roller and without housing bracket, 80 mm support bracket height also possible.) Height: 120 mm, 150 mm, 220 mm Universal support bracket height and angle adjustable, with direct infeed Height mm, mm, mm Niche bracket Height: 120 mm, 150 mm, 220 mm Standard support bracket, gothic Height 120 mm Special support bracket Height mm Special support bracket for housing bracket V2 Height mm Cross-shaped support bracket Height mm 25

26 Special bracket for conservatory awnings 1030 and 2030 Design Angle bracket conservatory awning 2030 Design for sideways wall bracket Z-shaped bracket conservatory awning 2030 Design Height adjustable for niche installation Conservatory profile Long angle bracket conservatory awning 1030 and 2030 Design for sideways mounting on the conservatory 200 Conservatory profile ca Conservatory profile Fixing plate Fixing plate for conservatory awning 2030 Design Multi-section systems with separate side channels, height 10 mm Standard support bracket 130 Conservatory profile Base plate for support bracket 2030 for multisection systems, height 10 mm Z-shaped bracket conservatory awning 1030 Height adjustable for niche installation 180 Conservatory profile 55 ca. 5 Luft Fixing plate for conservatory awning 1030 Multi-section systems with separate side channels, height 5 mm

27 Vertical sun protection VertiTex/conservatory awning 2020 bend system Vertical awning as an upright complement conservatory awning 1030 and 2030 Design The weinor VertiTex is the optimum vertical sun protection solution for conservatories. suitable for large areas (600 cm width and 400 cm height) assembly and operation independent of overlay conservatory awning technically and visually matched to conservatory awning 1030 and conservatory awning 2030 Design Further details can be found in the technical brochure on the weinor VertiTex Vertical sun protection conservatory awning 2020 Design as a bend system The weinor VertiTex and the conservatory awning 2020 Design bend system are the ideal solutions for narrower widths. fabric guide in elbow simultaneous covering of roof area and vertically glazed areas available as a multi-panel system Further detailed technical information: Simply scan the QR code into your mobile device or visit the Download Center at Conservatory awning 2020 Design Bend system with 1 elbow Conservatory awning 2020 Design Bend system with 2 elbows 27

28 One-stop shop Awnings Textile awning with posts Awning Customised, systemised solutions Patio roof and Glasoase Glasoase with conservatory awning and all-glass elements Awning with Valance Plus and Tempura Patio roof with SUPER LITE fixed glazing Awning with Valance Plus and Paravento Terrazza patio roof with Sottezza sun protection PergoTex and Tempura Textile patio roof Plaza Home and Paravento Plaza Pro textile patio roof with Paravento and VertiTex Patent no EP EP EP EP Last revised: May 2013 We reserve the right to make technical changes. For technical reasons, the colours may appear slightly different when printed /05/13/ Z