The Villa range of windows is specially designed for use when more traditional styled outward opening windows are required.
Controlled ventilation
Fire escape (dependant on size and location)
Wide range of options
Concealed mechanism
Function
Features
Options
Technical / drawings
To open the window for purge ventilation, the handle is opened and the sash pushed outwards. A restrictor holds the sash open at approximately 100mm. To open the window for cleaning, the restrictor is released and the sash is reversed until the restrictor re-engages to secure the window in the cleaning position. This window can also act as a fire escape window, dependent on size and location within the building.
Ironmongery The window operates on cantilevered stays checked into the top and bottom of the sash. It is operated by a single handle which operates espagnolettes checked into the bottom of the sash which engage with keepers in the frame.
Restrictors There is an automatic restriction device at the cill of the window. Additional safety restrictors can be retro-fitted if required.
Optional aluminium cladding Aluminium cladding is optionally available for the Villa side glide window. Powder coating available from the classic RAL colour range. Aluminium cladding increases the life-span of the window and also greatly reduces maintenance costs. A high density polymer restrictor is fitted as standard when aluminium cladding is specified as the catch used in the timber window is removed.
Trickle vent The adjustable trickle vent is positioned at the head of the frame to ensure good air circulation within the room. Being independent of the sash, it can operate even when the window is securely closed. NorDan’s integral ventilation system means there is no unsightly external vent hood.
Please note that because of varying file sizes, download times may vary.
NorDan's new NTech 1.2 range offers the natural beauty and warmth of wood with the optional advantage of aluminium cladding which greatly reduces maintenance. Standard whole product U-values from as low as 1.2 W/m2K.