Siding Installation Manual for: Color Natura Rustica Rivets

Transcription

1 Siding Installation Manual for: Color Natura Rustica Rivets 1

2 Ventilated Siding, Principle For easy handling of the Panels use when mounting Ventilated Siding systems consist of five main components: 1 Support structure 2 Ventilated cavity 3 Thermal insulation layer 4 Siding (Color Natura Rustica - 5/16 thickness) 5 Sub mounting frame (Aluminium Galvanized steel) 1 : Support Structure The exterior wall of a building is mainly made of concrete, CMU blocks, brickwork, steel or timber frame with studs and planked by gypsum panels, M4 panels, OSB or Plywood. Use a BLACK Water Restrictive Barrier (WRB) behind the Siding (no white WRB as gaps so are more visible). 2 : Ventilated Cavity The main task of the air cavity is the evacuation of moisture and excess heat. The air circulation occurs naturally thanks to the pressure difference between bottom and top 3 : Thermal Insulation Layer The advantage of an exterior thermal insulation is to keep the entire building structure at a constant temperature and to minimize thermal bridges and thus reduce the loss of energy to a minimum. Economic as well as ecological advantages result. 2

3 4 : Siding (Color Natura Rustica) The outer skin of the building envelope has two main functions; to be aesthetically attractive as well as to protect against influences from the climate and environment. 5 : Sub frame Multi-Panels façade panels are installed on aluminum or metal supports. The Multi-Panels siding concept is based on natural rear ventilation as it is the most reliable and sustainable, and provides maximum longevity to exterior Siding Important! Siding with Multi-Panels products must always be carried out as a ventilated facade with min 1 (25 mm) distance between the Siding and the rear wind barrier lining (insulation material). In special situations (e.g. high rise buildings), local regulations may demand a larger ventilation gap, but normally 0.25% - 0.5% of the Siding area must be evenly ventilated and/or the inlet and outlet openings must have a cross section of at least 20 ft2/ft. Fastening of Multi-Panels Siding Multi-Panels panels are installed on metal substructures. The fastening method using rivets allows an efficient attachment to the supporting structures (see below picture). In fact using rivets, (A4 material) are hardly visible even at a slight distance away as they fit with the overall surface and are available in the same shades of color as the panels delivered. Sub-frames are to be designed by a structural engineer/contractor. Thermal expansion/retraction is to be accounted for. 3

4 Fixed and Gliding Points Diameter of the fixed point hole (F) use #8 drill fit (0.2") (SFS ) and of the gliding point (G) use SFS drill guage (SFS ) range.354"-.390" (See page 5) Two fixed points (F) are required per panel. are: always the same height in each panel, close to center of panel as possible, and then either the next adjacent point to the left or right. Be consistent in panel-to-panel location (center and left or center and right, so fixed points are at the same level horizontally for attachment to vertical profiles). Two fixed points on one panel can not be on the same profile, and no two fixed points on two adjacent panels can be on the same profile. For smaller panel sizes with only two rows of fasteners, fixed points to be top center and top left or top right (horizontal applications on vertical profiles). For vertical narrow panel applications on vertical profiles, vertical joints must incorporate two separate profiles Rivets to be located 4

5 Fixed Point Gliding Point SFS SSO-D15 Blind Rivets Diameter & Length - Part No.- Global Code - Grip Range 5 x 14mm SSO-D A mm ( ) 5 x 18mm SSO-D A mm ( ) 5 x 22mm SSO-D A mm ( ) Drill Gauge SFS for Gliding Points SFS SSO-D15 Rivets Material No. Description for pre-drilled gliding hole diameter Drill Gauge mm ( ) DG-146X20-7, Drill Gauge mm ( ) DG-146X20-8, Drill Gauge mm ( ) DG-146X20-9, Drill Gauge mm ( ) DG-146X20-10, Replacement Drill Bit 5.1 x 110 mm (.201 x 4.33 ) #7 bit 5

6 AccuBird For standard blind rivets 2-5 mm Allways use the special stand-off nosepiece (item no # ) for AccuBird for the standard SFS SSO-D15 rivets to avoid force on the panel as leaves a small gap between panel and rivet. Guideline operation parameters for Multi-Panels saw blades D b d Z rpm , A , A , A , A , A , A

7 Panels cannot bridge a break in the aluminum profile. 7

8 Fastening with Rivets when Wind Load For wind load demand please see below. This table applies to 5/16 (8 mm) panels, fastened with rivets onto metal sub-framing. Panels vertical mounted. Structural Engineer/Contractor shall assume overall responsibility for the facade engineering. Intermediate values for wind load/ spacing can be interpolated. A safety factor of 3.0 is taken into account for the admissible system load (rivet and panel). The value means the actual wind load occurring on the Siding. Fastener to panel edge distance of 1.57 (40 mm) horizontally and 3.15 (80 mm) vertically. System Type Visible Rivets System Actual Thickness 5/16 Allowable Transverse wind load - ASTM E Positive Negative 53 psf 47,7 psf Fastening with Rivets The installer is responsible for establishing a plane and strong sub-construction and observing the fixing distances. Facade panels are normally installed in a vertical position on a vertical sub-structure. However, it is also possible to install the panels in a horizontal position. The guidelines for fixing are the same. Thermal expansion/retraction. Wind loads appearing on the actual facade and Applicable wind load values are to be determined for each project in accordance with the local standards and for high-rise buildings with specific wind load studies. Processing and Storing CUTTING All Multi-Panels panels may be cut with a circular saw or a jigsaw equipped with a diamond tipped blade. Sharp edges are made with fast running diamond tipped tools. Cutting to size may be done with normal slow or fast running hand tools or stationary equipment. When using fast running tools, dust exhaustion must be employed. Note: When using hand tools, cut the panels backside up. When using stationary saw equipment, cut the panels front-side up (the saw blade must always attack the board from the front-side). The periphery speed of the circular saw should be as depicted in the below table. Cutting depth should be 3/8 5/8 (10-15 mm) beyond the board. 8

9 CUT-OUTS Cut-outs may be made with a jigsaw or a key-hole saw equipped with bi-metal or diamond tipped blade. It is recommended to drill a min 7/16 (8 mm) hole before cutting in the inside corner. In order to avoid creating a notch at the inside corner, cut edges should be sanded. CLEANING OF PANELS AFTER CUTTING AND DRILLING It is important to immediately remove dust caused by cutting and drilling from the front and backside of the panels with a soft brush/duster or a vacuum cleaner as it might damage the panel surface. Ensure that the panels are properly cleaned before installation, and if necessary use clean water or water with a mild detergent and a soft sponge or brush to remove dirt and dust from the surface. Thereafter, wipe the panels with a damp cloth. It may also be necessary to wash the surface after installation if the building site conditions have been unfavorable. This is done with clean water or water with a mild detergent and a soft sponge or brush and finally wiping the panels with a damp cloth. PROTECTIVE FILM Multi-Panels painted panels (Color and Natura) are equipped with polyethylene film between the panels for protection of the surface during transport and processing, which can be disposed of during installation. SAFETY As with all other building materials, safety precautions must be taken into account and local laws and regulations must be observed. Cutting and drilling are subject to dust development, and proper precautions must be taken by using appropriate dust extraction equipment. Dust from fiber cement panels is characterized as mineral dust and prolonged exposure to this may cause lung disease. Fast running electrical equipment such as hand held circular saws leave a fine and sharp edge on the panels and provide fine dust. Due to the speed of the blade the dust is dispersed over a larger area. Therefore, it is necessary to establish sufficient exhaustion and it is recommended the operator carry personal safety equipment. APPLICATION CONDITIONS Board temperature and ambient temperature should be + 44 F (+7 C) - 86 F (+30 C) and relative humidity <85 % (optimally 60 %). Process temperature must be min +44 F (+7 C). APPLICATION - FINISHING THE EDGES TO CUT WITH HYDRO BLOCK EDGE SEALER Note: These Instructions are mandatory for Color, Natura and Rustica siding panels. Before use, shake the Hydro Block thoroughly. In case of unventilated premises, use required protective respiratory equipment, wear protective clothing, safety goggles and gloves according to the Safety Datasheet. Carefully apply the solvent-based Hydro Block in a thin layer with a short hair roller. Excess Hydro Block on top of the surface should be removed immediately after painting. Disposal of this product must be with reference to local and national regulations. 9

10 STORING AND PROPER HANDLING Multi-Panels products are delivered with plastic protection cover on the pallet. If undamaged, the plastic cover protects against weather conditions during transportation. The plastic cover is for dust protection only and should be removed upon arrival at the building site. Hereafter the pallets should be kept under a roof, leaving the possibility of ventilation around the panels. Multi-Panels must be stored on a flat and dry level surface on pallets or sleepers with a minimum distance of 12 between the stacks on all sides. Note: Max. 5 pallets in a stack at the warehouse and on the building site max. 2 pallets in a stack. The panels must be lifted up and off the pallet and not drawn over the next board, as this will cause scratches and damage on the surface. Lift pallet crosswise and set forks apart to minimize bending of pallet. Fork length must support pallet entirely; if required, use fork extensions. General Information ANNUAL INSPECTION Normally, a Multi-Panels facade does not require maintenance to maintain its strength, properties and function, but an annual inspection of the surface, ventilation gaps, joints and fixings is recommended. Environmental impacts may, however, influence the visual appearance of the façade. Detection and repair of possible damages help promote a prolonged lifetime for the facade. HIGH PRESSURE CLEANING Warning High Pressure Cleaning is a rough treatment of a fiber cement siding. Use of a high pressure cleaner may damage the surface. Therefore, high pressure cleaning is not recommended. CLEANING OF DIRT Never clean a facade in bright sunlight, the Multi-Panels facade panels can be cleaned with cold or hot water with the addition of a mild household detergent not containing solvents. Before full scale cleaning it is recommended to test the selected cleaning method on a smaller area to make sure it performs as expected. Rinse with plenty of clean water until the facade is perfectly clean. MOSS AND ALGAE REMOVAL Never clean a facade in bright sunlight. Moss and algae growth can be removed with common detergents available on the market, examples are: Chlorine or Rodalon 2.5% active that has a long-term effect of preventing new growth. After wetting the Multi-panels with clean water, apply detergents according to the supplier s instructions. Do not leave the detergents to dry completely and be sure to rinse with plenty of clean water to remove the moss and algae. IMPACT BY POLLUTION AND NATURE Weather and nearby vegetation may affect the appearance of the panels. Take caution to avoid pollution, dust and leaves from trees, bushes and flowers to not impact the integrity of the panels. 10

11 SERVICE If you have any questions regarding the Multi-Panels facade panels, our dedicated service team is ready to assist you with advice and guidance. Please visit our website for more information. Warranty This warranty Covers: The warranty covers the ICC-ES certification AC 90 scope/values (US certification of fiber cement) and we confirm that we give a warranty for a period of 10 years, beginning on date of delivery, provided that, the panels were cut/drilled/stored/installed/used prescribed system components etc. according to this Installation Manual. The warranty does not cover: color fading due to the UV light, environmental impact on the panels such as pollution, etc. For the Rustica panel additionally not covered: Color differences between batch/production series. The Rustica panel has a raw look, including some small white spots in different sizes and amounts on the panels. Replacement: Any Multi-panels product which does not comply with these results in the datasheet tested according to ICC-ES AC 90 will be replaced free of charge, ex works Los Angeles, on condition that Multi- Panels Corporation is notified within a period of 4 weeks after the appearance of any accepted claim by Multi-Panels Corporation. In particular, the warranty covers neither the transport costs nor labor expenses for dismantling and dumping defective panels and installing new panels. Multi-Panels Corporation shall not be liable for failure of performance hereunder due to force majeure. DISCLAIMER The information contained in this manual is based on Multi-Panels general experience, best knowledge and belief; however because of factors that fall beyond Multi-Panels knowledge and control, which can affect the use and function of the products, no warranty is given or implied with respect to the information. Multi-Panels policy is one of continuous improvement and therefore reserves the right to alter specifications at any time and without notice. In case of doubt, please contact your local Multi-Panels representative. 11