Key in Knob/Lever

Medeco's Key-in-Knob cylinders are designed to retrofit knob type cylindrical locksets, lever type cylindrical locksets, padlocks and bored type auxiliary deadlatches and deadlocks. Medeco's KIK/KIL cylinders are available in a variety of eCylinder and Mechanical technologies

Medeco³ Key in Lever/Knob

Medeco³ Key in Lever/Knob

Medeco³ Key-in-Knob cylinders are designed to retrofit knob type cylindrical locksets, lever type cylindrical locksets, padlocks and bored type auxiliary deadlatches and deadlocks. 20 series, Key-in-Knob cylinders are UL437 listed for drill and pick resistance, and the those that incorporate the Medeco³ design, offer utility patented key control.

Medeco XT KIK/KIL

Medeco XT KIK/KIL

The Medeco XT Key in Knob/Lever electronic cylinder is a direct replacement for mechanical KIK/KIL cylinders and is ideal for Loss & Liability management. The cylinder requires no wiring to the door and is powered by the Medeco XT rechargeable key (sold separately). The cylinder is designed for interior and exterior use with an operating temperature rating of -40 degrees Fahrenheit to 140 degrees Fahrenheit. Flexible authorization, auditing of use and quick retrofit to existing hardware are all in one convenient package.

Medeco³ Logic KIK/KIL

Medeco³ Logic KIK/KIL

Medeco³ Logic merges the flexibility of electronics with reliable mechanical technology - all in a key in knob or key in lever retrofit cylinder. Medeco³ Logic offers end users audit trail, user access schedules and the ability to quickly add or remove a key electronically from a system. Medeco³ Logic installs with no wiring in a matter of minutes and digital keys and digital cylinders reprogram for instant changes.

Medeco Logic KIK/KIL

Medeco Logic KIK/KIL

Medeco Logic merges the flexibility of electronics with reliable mechanical technology - all in a Key in Knob or Key in Lever cylinder. Medeco Logic offers end users audit trail, user access schedules and the ability to quickly add or remove a key electronically from a system.

Published 21 Jun 2012

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