Howard Curved Lever Polished Brass 48mm Euro Cylinder Door Handles
Howard polished brass curved lever handle on a shaped euro cylinder backplate. Used on doors that have a mortice door lock operated by a euro profile cylinder. The backplate measures 171x48mm and this set is supplied complete with connecting spindle and fixing screws. The distance between the centre of the spindle to the centre of the circular part of the cylinder cut out measures 48mm. (PLEASE NOTE: EURO PROFILE PRODUCTS ARE NOT STANDARD KEYHOLES - THE ENLARGED CUT OUT ACCOMMODATES A EURO CYLINDER).
Euro profile handles have an enlarged keyhole shape cut out of the back plate. This Euro cut out in the back plate is used to house a key operated Euro Cylinder. The cylinder is used together with a Euro Sash Lock, which consists of a latch and a deadbolt and is mortised into the edge of the door. The lock also has the euro shape cut into it to allow the cylinder to pass through and come out on the opposite side of the door. These cylinders are available in various lengths to suit the thickness of the door/handles and various styles such as double key, key and turn, or single cylinder. The handles are fitted to either side of the door and are connected by a spindle. When the levers are pressed, the spindle rotates and operates the latch allowing the door to open. When the key or thumb turn is operated, the deadbolt on the lock is thrown and the door is then locked. The centre size refers to the distance between the centre of the spindle and the centre of the round part of the cylinder as dictated by the lock design. The handles are supplied complete with the spindle and fixing screws, but not with the lock or cylinder, which need to be purchased separately, and are normally specified to have a matching finish to the handles.
|Dimensions||Overall Back Plate Dimensions 171x48mm|
Lever Length 109mm
Overall Projection 53mm
Back Plate Thickness 9mm
Approximate dimensions subject to change by the manufacturer, please contact us if this information is critical.