SAPA Door 2086 Door with FIX fittings
Characteristics
The Door 2086 with FIX bracket system is a part of our Thermo 86 systems and is based on a strong and stable construction with 86 mm deep profiles. These are basic insulated with 42 mm glass fibre reinforced polyamide strips and filled with specially developed insulating rods Sapa Thermo N9 for optimal energy performance. The system offers very good air and rain tightness. Door leaf profiles are available for narrow and module locks as well as with anti-finger trap. Rebate for glass and infill panels 22-56 (64) mm.
This door which provides safe operation and long service life is perfectly suitable for busy public environments requiring high thermal insulation and air and rain performance.
Operated with the handle of the Spaniard. With the handle in the closed position, the arc with friction is held in the desired ventilation position. In order to spare the arch and the hinges, the window brake slips when overloaded. With the handle in the open position, the bow has clearance. The retention friction increases at a larger opening angle.
The Spanjolette comes with multi-point locking, for better burglary protection and tightness.
Design
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Clear dimension
Doors and entries should be designed with enough space (clear dimension) for person traffic and to facilitate passage in a wheel chair. Applicable standards and requirements should be taken into account. Rebate doorA = Clear dimension B = Frame outside dimension C = Wall opening D with universal hinge= 151 mm D with lap but hinge= 145 alt. 148 mm with replaceable rebate profiles E = 67 mm or 70 mm with replaceable rebate profiles
Glazing
Unprotected glazed surfaces that can be reached by persons shall be designed so as to limit the risk of injury. Such glazed surfaces shall be dimensioned so as to withstand the dynamic influence of a person. Applicable standards and requirements should be taken into account. Functional dimensions Glass thickness 20-64 mm The illustration shows the different functional dimensions commonly used by the window industry and established by the MTK. The gaskets are made of EPDM rubber and are available in several versions.
Infill panels
Certain parts of the elements can or must be filled with infill panels. It is important to consider the backing and the surface layer of the panels. The example shows infill panel F2 Infill panel F1 1,5 mm aluminium sheet 60 mm insulation 1,5 mm aluminium sheet U-value at middle point down to 0,54 W/m²K. For areas with little mechanical impact, such as high-level infill panels. Infill panel F2 1,5 mm aluminium sheet 4,8 mm board 50 mm insulation 4,8 mm board 1,5 mm aluminium sheet U-value at middle point down to 0,61 W/m²K. For areas with moderate mechanical impact, such as low-level infill panels. Infill panel F3 1,5 mm aluminium sheet 50 mm insulation 10 mm chip board 1,5 mm aluminium sheet U-value at middle point down to 0,61 W/m²K. For areas with high mechanical impact from outside.
Fittings
Our door system can be easily equipped with the most common fittings available on the market. For optimum functionality it is important that the fittings work together. Our standard fittings are shown below. Hinges, examples Universal hinge. Lap butt hinge. Hidden hinge.
Fixing principles
Door elements must be fixed to a stable and suitable wall structure. The choice of fixing method depends on the wall type. The number and location of fixing points depends on the size of the element. Examples: Frame attachment with dual screws Frame attachment with adjustable frame bushing Frame attachment with bolt and welded plate Frame attachment with screw
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