Window 1086 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. For optimized energy performance it can be fitted with special insulation strips SAPA Thermo N9 and is then called Window 1086 SX. 1086 and 1086 SX rebate for glass 22-56 (64) mm, 1086 PX 35-55 mm. The window can be easily combined with Glazed Element 3086.
This product is made of Hydro CIRCAL® recycled aluminum. Read more here
For the entire window structure to meet the energy saving requirements and ensure good comfort it is necessary to install the window in the warm part of the wall. This means that it should be installed as deep into the wall as possible, which has a number of advantages.
It creates good conditions for appropriate fixing and a well functioning joint. The risk of condensation is reduced due to a higher surface temperature. The joint between the frame profile and the wall shall be made with two step sealing. This means that it should consist of an outer rain barrier with an underlying air channel, a mineral wool insulation layer and an inner diffusion sealing joint.
Connections, see Elevations and details.
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: 1086 and 1086 SX 20-56 (64) mm, 1086 PX 35-55 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.
Top-hung, inward opening
Closed
Open, top-hung
Notter AL 18 closing fittings alt concealed hinges Notter AL18 VDL
x6661259 handle
x6661261 lockable handle
Sapa S16439 handle
Sapa S16439 handle with S16441 child safety lock
Sapa S16438 lockable handle
Tilt and turn, inward opening
Closed
Ventilation, bottom-hung
Open, side-hung
Notter AL 18 closing fittings alt concealed hinges Notter AL18 VDL
x6661259 handle
x6661261 lockable handle
Sapa S16439 handle
Sapa S16439 handle with S16441 child safety lock
Sapa S16438 lockable handle
Side-hung, inward opening
Closed
Open, side-hung
Notter AL 18 closing fittings alt concealed hinges Notter AL18 VDL
x6661259 handle
x6661261 lockable handle
Sapa S16439 handle
Sapa S16439 handle with S16441 child safety lock
Sapa S16438 lockable handle
Bottom - hung, inward opening
Closed
Open, bottom-hung
Notter AL 18 closing fittings
x6661259 handle
x6661261 lockable handle
Sapa S16439 handle
Sapa S16439 handle with S16441 child safety lock
Sapa S16438 lockable handle
Handle
Aluminium handle
Art.no.: Sapa 16439
Aluminium handle with child safety lock
Art.no.: Sapa 16439 Child safety lock Sapa 16441
Lockable aluminium handle
Art.no.: Sapa 16438
Aluminium handle
Art.no.: Sapa 16126
Lockable aluminium handle
Art.no.: Sapa 16131
For the entire window structure to meet the energy saving requirements and ensure good comfort it is necessary to install the window in the warm part of the wall. This means that it should be installed as deep into the wall as possible, which has a number of advantages.
It creates good conditions for appropriate fixing and a well functioning joint. The risk of condensation is reduced due to a higher surface temperature. The joint between the frame profile and the wall shall be made with two step sealing. This means that it should consist of an outer rain barrier with an underlying air channel, a mineral wool insulation layer and an inner diffusion sealing joint.
Connections, see Elevations and details
Windows 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 window.
Exemple:
Fixing of frame with
twist anchor
Fixing of frame with
adjustable frame bushing
Fixing of frame with
bolt and welded plate