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CS 104
WINDOWS DOORS

TECHNICAL CHARACTERISTICS
WINDOWS DOORS
Min. visible width inward Frame 69mm 82mm
opening Vent 48mm 71mm

Min. visible width outward Frame - 46mm
opening Vent - 107mm
Min. visible width T-profi le 99mm 99mm
Frame 95mm 95mm
Overall system depth
Vent 104mm 95mm
Rebate height 25mm-30mm 25mm
Glass thickness 65mm 65mm
Glazing method Dry glazing with EPDM or neutral silicone
59mm fi breglass reinforced 50mm fi breglass reinforced
polyamide strips polyamide strips
Thermal insulation
(strips with insulating foam (strips with insulating foam applied
integrated in the strip chambers) in the strip chambers)
PERFORMANCES
ENERGY
Uf-value down to 0.88 W/m² depending on the frame/vent
Thermal insulation (1)
combination and the glass thickness
COMFORT WINDOWS DOORS

Air tightness, max. test pressure (2) 4 3
EN 1026; EN 12207 (600 Pa) (600 Pa)
Water tightness (3) E900 7A
EN 1027; EN 12208 (900 Pa) (300 Pa)
Wind load resistance,
max. test pressure (4) 52
EN 12211; EN 12210
Wind load resistance to frame
defl ection (5) CC
EN 12211; EN 12210
(1) The Uf-value measures the heat fl ow. The lower the Uf-value, the better the thermal insulation of the frame.
(2) The air tightness test measures the volume of air that would pass through a closed window at a certain air pressure.
(3) The water tightness testing involves applying a uniform water spray at increasing air pressure until water penetrates the window.
(4) The wind load resistance is a measure of the profi le’s structural strength and is tested by applying increasing levels of air pressure to simulate the wind
force. There are up to fi ve levels of wind resistance (1 to 5) and three defl ection classes (A,B,C). The higher the number, the better the performance.
(5) The wind load resistance is a measure of the profi le’s structural strength and is tested by applying increasing levels of air pressure to simulate the wind
force. There are up to fi ve levels of wind resistance (1 to 5) and three defl ection classes (A,B,C). The higher the number, the better the performance.

REYNAERS ALUMINIUM NV/SA • www.reynaers.com • info@reynaers.be
02/2011 – 0H0.17C2.00 – Publisher Responisble at Law : L. Verfaillie, Oude Liersebaan 266, B-2570 Duffel