Related Manuals for SELT SUNBREAKER 500
Summary of Contents for SELT SUNBREAKER 500
- Page 1 DT-E OPERATION AND MAINTENANCE MANUAL ASSEMBLY AND SAFE OPERATION MANUAL Steel and aluminium components and structural sets Pergola SB500...
- Page 2 PRODUCT NAME: ALUMINIUM STRUCTURE PERGOLA SB500 MARKING OF PRODUCT MANUFACTURER: • Manufacturer name: SELT Sp. z o. o. • Manufacturer registered office: 45- 449 Opole, ul. Wschodnia 23A • Contact details: Tel: +48 77 553 21 00 (secretary’s office) Fax: +48 77 553 22 00 •...
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Page 3: Table Of Contents
TABLE OF CONTENTS Table of contents ..................................3 Introduction ................................. 4 Safety guidelines for the product..........................4 Explanation of symbols and signs used ........................4 Terms and definitions ............................. 5 Subject, intended use and content of the documentation ..................5 Product technical information ............................. -
Page 4: Introduction
INTRODUCTION SAFETY GUIDELINES FOR THE PRODUCT. The product has been manufactured in accordance with the latest technical knowledge in the field of construction and manufacturing meets safety requirements accordance with following standards. Subject European Legal Basis Polish Legal Basis Execution of steel and aluminum structures Part 1: Requirements for EN 1090-1:2009 +A1:2011... -
Page 5: Terms And Definitions
Wall-standing - Structure including a movable roof module, partially supported on posts and fixed by a roof beam to the load-bearing wall (along the rear or side edge of the roof) with through anchors (Selt not included) and special nuts... - Page 6 SELT Sp. z o.o. shall not be responsible for damages resulting from non-observance of the recommendations included in this documentation. For further improvement of the product, SELT Sp. z o.o. reserves the right to introduce changes, which, while maintaining significant technical parameters, will be considered appropriate for increasing the quality of product operation and safety of use.
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Page 7: Product Technical Information
PRODUCT TECHNICAL INFORMATION Technical specifications of the product is available at www.selt.com after logging in TECHNICAL PARAMETERS: Pergola SB500 – Free-standing Fig. 1. Standalone Pergola SB500 - Dimensions: B max – maximum width, L max – maximum length, H max – frame maximum height, H1 max –... - Page 8 Detailed data for parameters of the individual motors are available on the websites of motor manufacturers and on the website: www.selt.com→ OUR OFFER → AUTOMATION DT-E 5.4: ALUMINUM CONSTRUCTION - PERGOLA SB500 SYSTEM (2020) Edition5 / APRIL 2020 / EN...
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Page 9: Product Specification
Installed outside the building, started by a electro-mechanical drive connected to the control system, They have the following features: • Mobile roof opens electrically; it is possible to install systems by Selt Sp. z o.o. on walls • Dedicated Slide wall system with fabric or blades •... -
Page 10: Transport And Storage Of The Products
COMPLETENESS AND QUALITY CONDITION OF THE DELIVERY SELT Sp. z o.o. makes every effort to ensure that the product matches your order. However, checking of product completeness should be done by the Purchaser and take place when it is received. -
Page 11: Product Assembly
This chapter contains general requirements concerning the product assembly. Correct assembly is a necessary condition for smooth operation of the product. SELT Sp. z o.o. recommends using only professional assembly crews, which guarantee the Purchaser that the conducted installation will be correct. -
Page 12: Preparation For Assembly
• SELT shall not be responsible for damages caused by use of too weak anchoring components or fixing in the floor with too small load bearing capacity (the purchaser is responsible for the proper installation or fixing of the system), •... -
Page 13: Assembly Tools
Pergola front Fig. 2. Standard blade opening direction setting for Pergola SB500. ASSEMBLY TOOLS Assembly instructions, operation and maintenance manual and instructions for safe use are available at www.selt.com after logging in List: • drill bits for metal and concrete, •... -
Page 14: Assembly
Sample of the box with accessories: Content (depending on variant): - feet with assembly bones - stainless steel M8x20 tapered screws with Allen - stainless steel M8x80 tapered screws with Allen - lacquered (black) St4.2 screws with a lenticular head - stainless steel screws M5x20 with cylindrical head and hexagon socket + washers - stainless steel guide handle pins... -
Page 15: Guidelines For Setting And Anchoring The Pergola Support Structure
Type E Type G (witch drain) Type H (with drain) Type I (with drain) Fig. 5 Types of SB500 pergola feet 4.6.1.1 GUIDELINES FOR SETTING AND ANCHORING THE PERGOLA SUPPORT STRUCTURE Before the support structure is set, places in which the Pergola SB500 posts have to be determined. To perform the above-mentioned task properly, follow these guidelines and good building practices. - Page 16 SYSTEM WIDTH - B Structure outline Diagonal condition Fig. 5. Example of the determination of the Pergola SB500 structure setting in a corner design. Note: • Prior anchoring you should check installation correctness of the support structure by checking the diagonals between the columns and whole support structure and correct structure setting if necessary.
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Page 17: Pergola Support Structure Installation
CORRECT WAYS OF ANCHORING LEGEND ANCHORING CONCRETE/FOUNDATION RIGID INCOMPRESSIBLE SURFACE GROUND Fig. 6. Guidelines for anchoring the Pergola SB500 support structure. Foundation 4.6.1.2 PERGOLA SUPPORT STRUCTURE INSTALLATION Place all beam elements on their correct sides and post in their correct corners. The front beam (Fig. - Page 18 4. Install all foot’s into the right posts. Screw on both sides with bolts Fig. 3 Attach all the feet to the appropriate types of posts. Screw on both sides with conical bolts with an allen socket M8x20. For G, H and I types of feet, set appropriate slots for water outflow in the post and the foot (fig.
- Page 19 9. Slide the side drive beam over the bone in the rear post from the front (fig. 6). NOTE: Remember to support the side beam so as not to overturn the structure. Selt recommends manual forklifts for lifting elements during consolidation. Figure 6 10.
- Page 20 13. Slide the second side beam from the front over the bone in the rear post (fig. 10). NOTE: Remember to support the side beam so as not to overturn the structure. Fig. 10 14. Tight the second side beam from the top using conical screws with an M8x80 Allen socket to the bone in the rear post (fig.
- Page 21 17. Slide the front beam from the outside over the bones in the front posts (fig. 14). Fig. 14 18. Screw the front beam from the top to the bone using conical screws with an M8x80 allen socket in the front post (fig. 15). 19.
- Page 22 1. Determine the position of individual gutters in accordance with the layout of overflow openings in the beams. Start the installation of gutters on both side beams (with openings for blades). 2. The back surface of the gutter adjacent to the beams should be carefully sealed with silicone (delivered with the product Screw the gutter with st4.2 screws along its upper edge (fig..17).
- Page 23 6. Use silicone to seal the joint (point of contact) of the bent gutter in the middle of the front beam (fig.21). NOTE: Sectional joining of the sealing tongues may occur with pergola widths close to the maximum size. Fig. 21 NOTE: During the first heavy rainfall, it is recommended to visually inspect the contact points which are sensitive to leakage and, in the event of noticed leaks, fill the seals with silicone.
- Page 24 2. At the upper end of the drive end cap insert small slip rings one-sidedly into the hole from the blade side (rys. 25). 3. Repeat this step for all blades. NOTE: Press the slip rings carefully into the holes – lack of deep mounting may result in difficult connection with drive rod.
- Page 25 NOTE: Before installing the rod, motor should have the piston completely hidden (it is delivered like this by SELT). When inserting the pin, there is a risk of the slip ring being forced out.
- Page 26 NOTE: The limit switches adjustment should only be made manually with a wrench. Using a screwdriver/drill may destroy the limit switch’s gear rack. In practice, only make adjustments on the “max” knob. (rys. 33). Figure 33 Permitted adjustment range of the limit switches NOTE: There is a risk of damage to the device as a result of exceeding the permitted adjustment range •...
- Page 27 1. Install the front footing to the front post in accordance with Figure 1 and 2. Repeat for the other front post. NOTE: The front post is available in left and right version. Figure 1 Figure 2 NOTE: The front footing may be of type G, H, or I. Figure 3 2.
- Page 28 Figure 5 NOTE: The rear footing may be of type A, B, C, D, E, or F. Figure 6 3. Anchor the rear columns in the place of installation. 4. Put the rear beam into the sockets in the rear posts According to Figures 7, 8, and 9.
- Page 29 Figure 9 5. Screw the rear beam to the sockets in the rear posts. 6. Screw the rear beam plugs to the sockets in the rear posts. According to Figures 10, 11, and 12. Figure 10 Figure 11 Figure 12 DT-E 5.4: ALUMINUM CONSTRUCTION - PERGOLA SB500 SYSTEM (2020) Edition5 / APRIL 2020 / EN page 29 / 57...
- Page 30 7. Put the side drive beam into the socket in the rear post. 8. Screw the side beam to the sockets in the rear post. According to Figures 13 and 14. NOTE: Remember to support the side beam in order to prevent the structure from falling down.
- Page 31 11. Put the side beam into the socket in the rear post. 12. Screw the side beam to the sockets in the rear post. According to Figures 17 and 18. NOTE: Remember to support the side beam in order to prevent the structure from falling down.
- Page 32 15. Put the front beam into the sockets in the front posts. According to Figures 21, 22, and 23. Figure 21 Figure 22 Figure 23 16. Screw the front beam to the sockets in the front posts. 17. Screw the front beam plugs to the sockets in the front posts.
- Page 33 Figure 25 Figure 26 NOTE: The assembled support structure should be placed in the given place and anchored to the ground using an appropriate fixing product. Purchase and selection of the components for structure anchoring is the responsibility of the system purchaser.
- Page 34 20. Place right gutter with respect to openings in the side drive beam. According to Figures 28-31. NOTE: Remember to install the seal between the gutter and beam. Figure 28 Figure 29 Figure 30 Figure 31 DT-E 5.4: ALUMINUM CONSTRUCTION - PERGOLA SB500 SYSTEM (2020) Edition5 / APRIL 2020 / EN page 34 / 57...
- Page 35 21. Place left gutter with respect to openings in the side beam. According to Figures 32-35. NOTE: Remember to install the seal between the gutter and beam. Figure 32 Figure 33 Figure 34 Figure 35 DT-E 5.4: ALUMINUM CONSTRUCTION - PERGOLA SB500 SYSTEM (2020) Edition5 / APRIL 2020 / EN page 35 / 57...
- Page 36 22. Fasten the extra rear blade to the rear beam with the screws supplied with the set. According to Figures 36 and 37. NOTE: The extra rear blade consists of two identical components installed next to each other. Figure 36 Figure 37 23.
- Page 37 Blade view, drive side. Figure 40 Blade view, bearing side. Figure 41 24. Fasten the blade to the structure and secure it on both ends with a retaining ring according to Figures 42-47. 25. Repeat the procedure for the remaining blades. Figure 42 Figure 43 DT-E 5.4: ALUMINUM CONSTRUCTION - PERGOLA SB500 SYSTEM (2020)
- Page 38 Figure 44 NOTE: Insert the pin into the bearing in the left beam from the drive side of the blade. Figure 33 NOTE: Put the blade as far the left beam as possible and make sure that the pin on the drive side of the blade does not damage the coat of paint.
- Page 39 NOTE: Install retaining rings for the pins on the drive and bearing sides of the blade. Make sure the pin does not damage the coat of paint. Figure 47 DT-E 5.4: ALUMINUM CONSTRUCTION - PERGOLA SB500 SYSTEM (2020) Edition5 / APRIL 2020 / EN page 39 / 57...
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Page 40: Drive Assembly
4.6.1.6 DRIVE ASSEMBLY 1. Disassemble screws from handle of wrapping connector. Picture 1 2. Install sleeves on drive plug of the blade, repeat operation for all blades. Picture 2 3. Insert two threaded plates 13x13 to wrapping connector and set it opposite to the opening in connector. Picture 3 4. - Page 41 5. Screw down the blade to wrapping connector. NOTE: Tighten the screw until there is noticeable resistance. Picture 5 6. Install handle of wrapping connector to the wrapping connector and screw together both components using washer and self-locking screw M8. Picture 6 7.
- Page 42 11. Insert threaded plates 13x13 (for the remaining blades) to wrapping connector and set it opposite to the given blade. Picture 9 NOTE: Blades should be installed to the guide individually, from center of the system to outside. Incorrect setting of the blades can result in incorrect operation of the system or its damage. 12.
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Page 43: Wall Installation
The product is installed on a wall through the roof beam using special aluminum washers M12 and longitudinal nuts M12 that fasten the product to selected wall anchors (not supplied by Selt). The installation requires beams to be mounted before the entire structure is merged. - Page 44 • the rear beam of the roof. • the side beam of the roof. Blade axis Blade axis Roof blades Roof blades Roof Blade axis blades Blade axis Blade axis Pa – Anchors with a longitudinal nut M12 and an aluminum washer M12 Pa –...
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Page 45: Wall Installation Rear Beam (Without Blade Axis)
4.6.2.1 WALL INSTALLATION REAR BEAM (WITHOUT BLADE AXIS) NOTE: Anchors to be used for walls made of concrete/reinforced concrete of a class of at least C20/25 (non- cracked concrete): Bolt anchor FISCHER FAZ II 12/10 A4 (stainless steel) or its equivalent. Anchoring depth of at least 50 mm. - Page 46 NOTE: Anchors to be used for walls made of concrete/reinforced concrete of a class of at least C20/25 (non- cracked concrete): Bolt anchor FISCHER FAZ II 12/10 A4 (stainless steel) or its equivalent. Anchoring depth of at least 50 mm. Minimum distance between the anchor axis and the top edge of concrete - 75 mm, and the bottom edge of concrete - 265 mm, and minimum substrate thickness - 120 mm.
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Page 47: System Operation And Product Safety
GENERAL REQUIREMENTS FOR OCCUPATIONAL HEALTH AND SAFETY • To ensure correct operation of the product SELT Sp. z o.o. does not allow to make any structural changes; non- observance of the above condition releases the manufacturer from the liability for the product and the warranty will be invalidated. -
Page 48: Operational Safety
• if you see signs or wear and tear or damages of electrical cables the product should be disconnected from supply and the defect should be immediately reported to person with valid electrical license or to the SELT service, •... -
Page 49: Connection To Electrical Installation
Slide walls. Closed covers may cause the structure to deform. In case of any irregularities in the operation of the product, contact the SELT Sp. z o.o. service immediately. The use of a damaged product and making self-repairs pose a risk to health and life and may cause the warranty to be void. -
Page 50: Control
The manuals are enclosed to the product and they are also available on the websites of the motors manufacturers and on the website: www.selt.com→ OUR OFFER → AUTOMATION Erroneous connection of the motor can lead to damage of the product or pose a threat. -
Page 51: System Misuse
SYSTEM MISUSE System control - forbidden operation • In case of defect it is recommended stop further operation of the product. • Defect should be reported to the supplier / fitter of the system. • Stop operation of the product in case of wear and tear symptoms or damages of electric cables and immediately report your remarks to direct supplier. -
Page 52: Use And Maintenance Of The System
If the product is not used as described in this documentation or modified without the authorisation of SELT Sp. z o.o., then this is considered as misuse. -
Page 53: Remarks Concerning Routine Maintenance
List: • checking of fixing of the product to the ground / wall, • checking the condition of mobile components of the product, • lubrication of driving elements, • checking the condition of electrical cables of the product and inspection of their connection to electrical installation, •... -
Page 54: General Terms And Conditions Of Warranty
GENERAL TERMS AND CONDITIONS OF WARRANTY General warranty conditions are available on www.selt.com. If the SELT Sp. z o.o. the website is inaccessible then warranty terms and conditions can be obtained from the sales representative of SELT Sp. z o.o. -
Page 55: Complaint / Technical Defects
SELT Sp. z o.o in Opole. • complaints can be sent to reklamacje@selt.com or directly to the sales representative. Notifications of technical defects / complaints shall be filed in writing using a form “Complaint” available at www.selt.com/doc-pl... - Page 56 PRODUCT DISASSEMBLY / UTILISATION / DISPOSAL Incorrect disassembly of the system may lead to heavy bodily injuries and lead to system damages. System disassembly should be commissioned to properly qualified installers team with adequate training within the scope of Occupational Health and Safety and knowledge within the scope of recycling. Disposal of Waste Electrical and Electronic Equipment When the service life of the product is over it is necessary to disassemble it for disposal and to sort the individual materials and components in compliance with the Regulation of the Minister of the Environment of 9 December 2014 on waste...
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Page 57: Marking And Labelling Of The Product With Ce Mark
CONFORMITY OF PRODUCT WITH THE CE STANDARD The Pergola SB500 manufactured by SELT Sp. z o.o. meets the essential requirements of the standard introduced for steel and aluminium structures by the Polish Committee for Standardisation (PKN) as PN-EN 1090-1 to PN-EN 1090-3, which is confirmed in the manufacturers declaration of performance and marking the product with a CE mark.
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