Rod latch systems
VISION Lift Handle
Patent pending Vision lift handle that operates our Vision latching systems with flat rods with a comfortable lifting / pushing movement of the handle to open / close the door and unlatch / latch it simultaneously.
The 40 mm profile cylinder is located below the handle itself, which provides an ergonomic grip when operating the handle. The profile cylinder is covered by a sliding polyamide dust cover, which can be equipped with your logo upon request. Handle is spring loaded and pops out when cylinder is unlocked. Profile cylinder has to be ordered separately (page 1-210 or 1-211).
The handle can also be ordered with tool operated inserts or round cylinders keyed to differ or keyed alike according to table on opposing page. With round cylinders are two keys supplied with each handle.
Key extraction profile cylinder: Closed.
Key extraction round cylinder: Open/closed.
PUR-gaskets and o-rings ensure dust and water tightness according to IP65 / waterproof according to NEMA 4.
The lift handle fits into a cut out similar to version C (See page 1-001.01), but with an additional Ø 4,5 mm hole on top. Suitable for door thickness 0,8-3,5 mm.
When viewed from the outside, the right hinged version has a pivot shaft that rotates counter-clockwise when opening.
The left hinged version rotates clockwise when handle is opened.
* Handle supplied without profile cylinder.
|VISION Lift Handle (AAAA-BBCDEF-GG)|
|AAAA-||Material||BB||Insert / Cylinder
||C||Surface treatment Insert||D||IP Classification||E||Surface treatment Handle||F||Model||-GG|
|1510-||For control mechanism||01||Square 6||2||Chrome plated||5||IP65||6||Black powder coated||0||For right hinged door||-00|
|03||Square 7||6||Silver powder coated||1||For left hinged door|
|07||Square 8 / Slotted|
|11||Square 8 / Recessed|
|22||Double Bit 3|
|24||Double Bit 5|
|34||Recessed Hexagon 8|
|35||Recessed Hexagon 10|
|36||Recessed Hexagon 8 / 3 mm pin|
|80||Keyed to differ|
|81||Keyed alike IL101|
|82||Keyed alike IL0333|
|83||Profile cylinder *|