Falcon 914KILKDDAN630 Key in Lever Exit Device Trim

Product Description

The FALCON 914KILKDDAN630 is a key-in lever trim designed for use with Falcon exit devices. It features a Dane lever handle and a satin stainless steel (630) finish. This trim component mounts to a compatible exit device and provides outside entry control via a keyed cylinder integrated into the lever. It is installed by licensed locksmiths or door hardware specialists on commercial and institutional doors where controlled egress and outside access are required. The 630 finish offers corrosion resistance suited to high-traffic interior and exterior applications.

This trim is intended for commercial door hardware applications where an exit device requires outside keyed access through a lever handle. Typical installations include office buildings, schools, healthcare facilities, and other commercial or institutional occupancies. The Dane lever style provides an ADA-compliant grip profile appropriate for public and employee egress doors. The key-in-lever function allows outside entry while maintaining free egress from the interior side through the exit device panic bar.

Key Features

• Key-in-lever function provides outside entry control while maintaining free egress
• Dane lever handle style with ADA-compliant grip profile
• Satin stainless steel (630) finish for durability and corrosion resistance
• Interchangeable core design allows re-keying without a locksmith by removing the core
• Designed to pair with compatible Falcon exit devices

Compatibility

Designed as an OEM-style trim component for compatible Falcon exit devices requiring key-in-lever outside trim.

Installation Notes

Installation should be performed by a licensed locksmith or qualified door hardware technician. Verify compatibility with the existing exit device before installation. Follow all applicable building codes, including IBC and NFPA 101 life safety requirements, for exit door hardware. De-latch and secure the door before removing or replacing trim components to prevent accidental lockout.