Conservatory awnings 2020 Design bend system

Transcription

1 Conservatory awnings 2020 Design bend system Conservatory awning Conservatory awnings 2020 Design bend systems additional information on technical brochure Conservatory awnings 2030 Design

2 Conservatory awnings 2020 Design bend system weinor conservatory awning bend system The weinor bend system is the unsurpassed version of the conservatory awnings 2030 Design in the range of superimposed conservatory sun protection. It adapts flexibly to almost every style of conservatory architecture with its unobtrusive design and individual dimensions. First and foremost, it is the right choice whenever separately fitted vertical sun protection cannot be achieved. 2

3 Product benefits in detail An overview of the bend system standard optional unavailable Conservatory awnings 2020 Design bend system Technology Max. width/distance between centre lines for 1 panel 500 cm, see page 6 for further information Max. distance between centre line multi-panel systems 1,200 cm, see page 6 for further information Max. projection 600 cm, see page 6 for further information Cassette size (height x depth) Standard support bracket dimensions 180 x 237 mm mm Max. number of elbows 2 Crank drive Motor drive as standard Pitch at least 5 Installation options see technical brochure conservatory awnings 2030 Design S. 24 Lighting Design 47 Standard frame colours More than 150 other RAL colours 9 trend colours Other textured colours weinor fabric collection Covers and caps in contrasting colour Accessories Fastening materials see technical brochure conservatory awnings 2030 Design S. 25 Remote control No remote: WeiTronic Combio-868 MA fully wired and ready to plug in Weather sensors 3 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 the Beaufort scale and wind resistance class 3 according to DIN 13561

4 Planning conservatory awnings WGM 2020 Design bend system Overall views single-elbow system B L1 254** 74** M1 а1 L Housing width Side channel Front rail Side view single-panel system Minimum pitch 5, projection: rear edge housing to front edge end cap, Distance between centre lines/panel width; centre of side channel centre of side channel, Total casing width: outer edge headplate outer edge headplate, Housing projection: the housing of the conservatory awnings 2020 only projects 19 mm at each side Connecting point of side channels Pitch at least 5 M2 L 60 Side view single-panel system with standard elbow radius 300 mm (inside) Maximum elbow angle: 90, Systems with distance between centre lines cm: maximum elbow angle min. 100 Calculation of the elbow angle in systems with 1 elbow: elbow angle = 90 a1 а3 254** 74** Connecting point of side channels 44 B L1 76 M1 а M2 а2 L2 Connecting point of side channels а3 M3 min. 100 Side view single-panel system with 2 elbows and standard elbow radius 300 mm (inner) Maximum elbow angle with 2 elbows: total angle maximum 90 ** Dimensions dependent on installation clearance Calculation of the elbow angle in systems with 2 elbows: elbow angle = 90 a1 diagonal folding of the fabric could occur in the curved area front rails consist of several segments on determination of the installation height, pay attention to rain gutters or other obstacles 4

5 Planning multi-panel system Model designations/determining dimensions types Panels Width of system Elbow Coupling profile Determination of dimensions multi-panel system projection: rear edge housing to front edge side channel Distance between centre lines and panel width: centre to centre side channel Panels Width of system Elbow Coupling profile Model designation, e.g.: WGM 2020 Design bend system 2 = number of elbows 2 = number of panels 2 = number of motors 5

6 Model designation/dimensions Type overview and minimum as well as maximum dimensions of conservatory awnings WGM 2020 Design bend systems Panels Type conservatory awnings WGM 2020 Design Number of elbows Number of panels Number of motors max. in cm Width of system from to in cm Elbow angle up to 45 Elbow angle up to Panel width min. max. in cm Elbow angle up to 45 Elbow angle up to * (400) ** * (400) ** * (400) ** * (400) ** * (400) ** * (400) ** * (400) ** * (400) ** S-1-1 special shape only available on request * max. Panel width for the individual panel ** max. Panel width for the double panels 6

7 Attachment Connecting piece side channel Side channel Support bracket A support bracket is mounted at every connecting point of the side channels of the conservatory awnings 2020 Design. Essential dimensions for the positions of side brackets. The housing is serially mounted self-supporting with support brackets. min. 270 mm max. 350 mm max mm min. 80 mm max. 800 mm Fitting the support rollers a a a 30 Support roller Support roller Support roller Centre elbow Centre elbow Centre elbow The number of support rollers in bend systems is increased by 1 if the flat piece is longer than 4 m. The number of support rollers in double bend systems is calculated from the relevant individual curve, whereby the total angle of max. 90 may not be exceeded. The following is applicable: < 30 = 1 support roller = 2 support rollers = 3 support rollers You will find all further information concerning colours, fabrics, control systems and technical information with regard to dimensions, mounting material and installation options etc. in the technical brochure conservatory awnings 1030/2030 Design. 7

8 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 l different when printed /05/13/ Z