Sunbeam Nova. Installation guide. Universal. Symmetrical THE PROFESSIONAL PV MOUNTING SYSTEM

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1 THE PROFEIONAL PV MONTING YTEM Installation guide unbeam Nova niversal Page 4-5: : installation of a unbeam niversal system (solar panels facing south). version with new ballast plates ymmetrical Page 6-7: installation of a unbeam ymmetrical system ( east-west configuration). version with new ballast plates This installation guide describes the installation of unbeam Nova systems for mounting solar modules on flat roofs. Installation always needs to be based on a configuration and ballast plan generated by the unbeam Calculator software. Please keep a copy of the configuration and ballast plan and this installation guide with your project documentation. If you have any questions about the installation, please contact unbeam BV (for contact details see last page).

2 Main parts Base units The base units support the system. They are available in several lengths, enabling you to vary the distance between the rows. base unit M (with connector ) base unit E (without connector ) optional Carriers Attach the carriers to the base units to form a stable triangular base for mounting the solar panels. carrier niversal south-facing carrier ymmetrical east-west Ballast racks and wind plates In addition to carrying ballast and deflecting wind, these planar elements have an important secondary function: they reinforce the system s matrix configuration. New from Nov 2018 ballast rack wind plate Various parts foot end clamp also in black mid clamp also in black clamp screw short screw carriers, ballast racks, wind plates rubber block for gravel roofs rubber mat polyester sheet 2

3 m Dakrandzones volgens Eurocode Hiernaast is aangegeven welke afstanden tot de dakrand gelden bij een rechthoekig gebouw. bent zelf verantwoordelijk voor het bepalen en aanhouden van de dakzones. De ballastwaarden die dit programma aangeeft zijn alleen geldig indien het gehele systeem in zone H staat. module + windplaat positie met 1 ballastplaat cijfer = aantal 8 kg positie met ballastplaat zonder ballast Preparation Make sure the roof is empty and clean. to the regular wind, water and snow Make sure the delivery is complete. loads. Work accurately and systematically. The roofing material needs to be in Don t place heavy pallets directly on good condition and should be able to the roof. The local load on the roof may become very high. withstand the maximum local pressure under the unbeam feet. When required, cordless drill hex tool inch Beware of parts and packaging blowing the maximum pressure can be lowered by away in the wind and sharp-edged parts placing additional feet under the system. damaging the top layer of the roof. Always ensure proper drainage of water Always observe adequate safety under the system. When obstacles or measures, such as placing bannisters gravel are blocking the free flow of water Phillips screwdriver chalk line + chalk along the roof edge (for relevant safety the system may be heightened with standards see last page). rubber blocks. The roofing construction needs to be strong enough to carry the weight of the When in doubt about any of the above points please consult a entire solar energy installation in addition structural engineer or roofing expert. Configuration and ballast plan unbeam Calculator Nova Every unbeam project plan includes a configuration and ballast plan (for each individuel array of Project B Basisgegevens van dit veld veldnaam A sunbeam test 1 x 30 v 2.13 solar modules), which is prepared using the unbeam Calculator software. This picture shows the positions where ballast racks are needed. The numbers indicate the number of tiles to be placed in the racks. Boxes without numbers represent empty ballast racks used to facilitate installation. gebouwhoogte dakmaten dakbedekking met grind ballast Resultaten stuwdruk aantal modules oppervlak systeem totaalgewicht druk per voet 10 m 30 x 20 m bitumen 1 tegels 8 kg 700 N/m m2 16,2 kg/m kg 19 kpa 2,0 16,0 2,0 26,0 20 It is possible to use several types of ballast tiles, allowing for a large range of weights. Always make sure that the actual weight of the tiles matches the weight prescribed in the configuration and ballast plan! , Only systems that are installed according to a configuration and ballast plan generated with the current version of the unbeam Calculator at the time of ordering the system, are eligible for the unbeam product warranty. For more information about the warranty terms and conditions: see last page nn ,640 m izing tool longest side L The sizing tool enables you to place the base units at exactly the required distance from each other. Adjust the sizing tool by sliding the flanges protruding from the plastic sliders up against the side edges of the solar panels. Firmly tighten the screws at the bottom of the slider. If you don t have a solar panel at hand, you can adjust the sizing tool using a measuring tape. 3

4 1. Placing the feet and the base units niversal M or E M M Attach one foot per base unit by clicking it into place at the end without connector. The holes in the base unit line up with the ribs of the feet. Place the base units on the roof in the order indicated in the configuration and ballast plan. Each row is terminated (at the northern end) with an additional foot. Caution: Do not assemble the base units yet! 2. Placing the carriers Insert the connector into the next base unit until it is up against the stop. 2. Insert the yellow end block into the slit. 3. Push outwards to align the screw holes. Repeat this with the end block at the opposite side. When assembling a niversal system, you must first carefully bend the carrier until it assumes the correct angle. Attach the end blocks to the base units with the short screws. Make sure that the base units are inserted all the way, and that all the holes are aligned properly! 3. Aligning, squaring and placing the ballast racks 4 m 3 Nm 3 m N 5 m A triangle with sides of 3, 4 and 5 metres always has a square angle. Ensure that the entire system is straight and squared, using tools such as a folding square or a laser, or by drawing a triangle. Always use the sizing tool to make sure the base units are at the correct distance from each other. Attach the ballast racks using the short screws. Tighten the screws firmly, but take care not to strip the thread. 4

5 4. Ballast new niversal 30 cm 21 cm > 30 cm gravel position with ballast (number = number of tiles) Place the ballast. To prevent bending of the ballast racks, put the ballast as much to the sides as possible. Only use ballast tiles with a width of either 30 or 21 cm. The use of gravel as ballasting material is not allowed. The small black squares without a number indicate positions with empty ballast plates. These are used to ensure a higher system connectivity. 5. Placing solar panels When placing a solar panel, pay attention to the lip at the end of the carrier, which prevents the solar panels from falling down between the carriers. unbeam Nova end clamps can be used universally for panels ranging from 30 to 50 mm in thickness. Fit the clamps using the long clamp screws. The mid clamps ensure a 10 mm gap between the panels. Fit them with the long clamp screws as well. 6. Finishing 3 Nm Tie cables running between panels with the cable clips. Additional cable clips can be ordered separately. Mount the wind plates at the backside of the carriers. Wind plates may overlap. Fix them in place with the short screws. The small hole above the central rib in the foot can be used for grounding the system or for attaching cable conduits. 5

6 1. Placing the feet and the base units ymmetrical Attach one foot per base unit by clicking it into place at the end without connector. The holes in the base unit line up with the ribs of the feet. Place the base units on the roof in the order indicated in the configuration and ballast plan. Add feet underneath the base units at each position where ballast is needed (see arrows). Each row is terminated with an additional foot. Caution: do not assemble the base units yet! 2. Placing the carriers Insert the connector into the next base unit until it is up against the stop. 2. Insert the yellow end block into the slit. 3. Push outwards to align the screw holes. Repeat this with the end block at the opposite side. Caution: makes sure that the knee plate stays in position. Attach the end blocks to the base units with the short screws. Make sure that the base units are inserted all the way, and that all the holes are aligned properly! 3. Aligning, squaring and placing the ballast racks 4 m 3 Nm 3 m 5 m A triangle with sides of 3, 4 and 5 metres always has a square angle. Ensure that the entire system is straight and squared, using tools such as a folding square or a laser, or by drawing a triangle. Always use the size tool to make sure the base units are at the correct distance from each other. Attach the ballast racks using the short screws. Tighten the screws firmly, but take care not to strip the thread. 6

7 4. Ballast new ymmetrical 30 cm 21 cm > 30 cm gravel position with ballast (number = number of tiles) Place the ballast. To prevent bending of the ballast racks, put the ballast as much to the sides as possible. Only use ballast tiles with a width of either 30 or 21 cm. The use of gravel as ballasting material is not allowed. The small black squares without a number indicate positions with empty ballast plates. These are used to ensure a higher system connectivity. 5. Placing solar panels When placing a solar panel, pay attention to the lip at the end of the carrier, which prevents the solar panels from falling down between the carriers. unbeam Nova end clamps can be used universally for panels ranging from 30 to 50 mm in thickness. Fit the clamps using the long clamp screws. The mid clamps ensure a 10 mm gap between the panels. Fit them with the long clamp screws as well. 6. Finishing Tie cables running between panels with the cable clips. Additional cable clips can be ordered separately. The small hole above the central rib in the foot can be used for grounding the system or for attaching cable conduits. 7

8 tandards and regulations Health and safety Depending on the country in which the system is installed, national health and safety regulations may apply. You must follow these strictly. For the Netherlands: Arbobesluit artikel 3.16 : Voorkomen valgevaar / artikel 7.23: Gebruik van arbeidsmiddelen voor werken op hoogte / artikel 8.1 tot 8.3: Persoonlijke beschermingsmiddelen. For Belgium: Algemeen Reglement voor de Arbeidsbescherming (ARAB). Electrical installation Depending on the country in which the system is installed, national regulations may apply. You must follow these strictly. For the Netherlands: NEN Chapter 7.12 deals specifically with solar power installations. For the Netherlands: NPR Chapter 7.12 is linked to NEN 1010 providing practical guidelines. For the Netherlands: NEN 3140 voor het veilig werken aan laagspanningsinstallaties (tot 1000 V AC of 1500V DC). For Belgium: Algemeen Reglement op de Elektrische Installaties (AREI). Roof constructions and various loads EN 1990: Basis of structural design (including National Annexes e.g. for the Netherlands, Belgium, K and Ireland). EN : Actions on structures - Part 1-4: General actions now Loads (including National Annexes). EN : Actions on structures - Part 1-4: General actions Wind actions (including National Annexes). For the Netherlands: NEN 7250 Zonne-energiesystemen Integratie in daken en gevels Bouwkundige aspecten. For witzerland: IA 260 Grundlagen der Projektierung von Tragwerken / IA 261 Actions on structures. Warranty Provided NBEAM Nova is installed and maintained according to the instructions, NBEAM BV guarantees the system s mechanical stability as well as its capability to withstand wind and snow loads conform the relevant Eurocodes. The default warranty period is 10 years. For the specific warranty conditions, see All deliveries made by NBEAM BV are subject to the default terms and conditions, see Manufacturer unbeam BV Kwikstaartlaan 18 NL-3704 G Zeist The Netherlands unbeam is a registered trademark. The unbeam design is protected by several international patents. The unbeam Nova mounting system is tested and approved by TüV. E info@sunbeam-pv.com T +31 (0) NBEAM Nova Installation guide 16 November 2018