Kwikset 788HFLRDT-11P Halifax Lever Half Dummy Venetian Bronze

Product Description

The KWIKSET 788HFLRDT-11P is a Halifax-style lever with a round rose in a half dummy configuration, finished in Venetian Bronze. A half dummy handle is a non-latching, non-locking door lever used where no latch or lock function is needed. It mounts to one side of a door only and operates as a fixed pull handle. The lever ships as a single unit and is suited for interior applications where a matching look is required without mechanical function. Installation is typically handled by a finish carpenter, general contractor, or experienced handyman.

This half dummy lever is designed for interior residential door applications such as closets, double doors, french doors, and similar non-latching passages. It works where a decorative handle is needed on one face of a door without a corresponding latch mechanism. The Venetian Bronze finish coordinates with matching KWIKSET hardware in the same product family for a consistent look throughout a home.

Key Features

• Half dummy configuration — mounts to one side only, no latch or lock mechanism
• Halifax lever style with round rose for a traditional profile
• Venetian Bronze finish for warm, oil-rubbed appearance
• Lightweight construction at 0.5 pounds per unit
• Sold individually (single unit per order)

Compatibility

Designed as an OEM-style half dummy lever for standard residential interior door applications where no latch function is required. Intended for use on single doors, closet doors, or the inactive panel of double doors.

Installation Notes

Half dummy levers are installed by finish carpenters or general contractors and require no mortising or latch bore preparation on the door edge. Power down any associated electronic hardware in the vicinity before working on adjacent door hardware. Follow door hardware manufacturer mounting instructions and verify door thickness compatibility before installation. No keying, latching, or lock cylinder work is involved with a dummy lever installation.