Pivot Doors
minimal windows® pivot
A stylish door solution with particularly smooth operation
Keller minimal windows® Pivot
minimal windows®/ minimal windows® 4+ pivot are inward or outward-opening, featuring top and bottom pivot technology with the same minimalistic frame proportions.
This further highlights that the minimal windows® product range offers an additional opening variant in the almost frameless design, which can be incorporated beautifully across 8 different installation types. Where installation space is tight, the innovative rotary leaf hardware also allows many different adjustment options for positioning the rotary leaf axis.
A great many of the largest sliding elements can be used. A virtually unlimited combination of sliding and pivoting leaf elements is designed in different tracks. Up to 6' wide, 10' tall + 775lbs.
minimal windows® 4+ | minimal windows® | |
|---|---|---|
Driving rain tightness | up to class 7A according to EN 12208 | up to class 6A according to EN 12208 |
Resistance to wind load | up to class C3/B4 according to EN 12210 | up to class C2/B3 according to EN 12210 |
Resistance to burglary | up to RC 2 according to EN 1627 | up to RC 2 according to EN 1627 |
Air permeability | up to class 4 according to EN 12207 | up to class 4 according to EN 12207 |
Rotary leaf lock in 90° open position | Yes | Yes |
Barrier-free accessibility | DIN 18040-1, DIN 18040-2 | DIN 18040-1, DIN 18040-2 |
Optional door closer and/or door opener, top | Yes | Yes |
Vertical decoupling of upper rotary bearing<>leaf hinge part | Yes | Yes |
Horizontal adjustability of upper rotary bearing
| +/- 3 mm | +/- 3 mm |
Vertical adjustability of lower rotary bearing | +/- 3 mm | +/- 3 mm |
Horizontal adjustability of lower rotary bearing | +/- 3 mm | +/- 3 mm |
Maximum distance rotary leaf axis <>stop | 1⁄2 leaf width | 1⁄2 leaf width |
Minimum distance rotary leaf axis <>stop | 150 mm | 150 mm |
Maximum leaf weight | Wt = 350 kg | Wt = 250 kg |
Maximum leaf dimensions | W = 1.800 mm x H = 3.000 mm | W = 1.800 mm x H = 3.000 mm |
