Emtek 8050PUS19 Providence Knob Dummy Pair Flat Black

Product Description

The EMTEK 8050PUS19 is a Providence knob dummy pair with a regular rose, finished in flat black. A dummy pair is a non-latching, non-turning decorative set used where a door does not require a functioning latch mechanism. It mounts to both faces of the door and provides the appearance of a full knob set without mechanical operation. This set is designed for doors ranging from 1.25 inches to 2 inches thick. Installation is straightforward and typically handled by a finish carpenter, door hardware installer, or skilled tradesperson familiar with residential and light commercial door hardware.

This dummy pair is suited for interior applications such as closet doors, pantry doors, bypass doors, or any passage where a pull function is needed without a latch. The flat black finish offers a consistent, matte appearance that works across a range of interior design applications. The regular rose provides a standard trim profile at the door face. Sold as a pair, this set covers both sides of the door in one order.

Key Features

• Dummy pair configuration — no latch mechanism, decorative pull function only
• Compatible with doors 1.25 inches to 2 inches thick
• Flat black finish with consistent matte appearance
• Regular rose trim profile included
• Sold as a pair to cover both faces of the door
• Providence knob style for a classic, defined silhouette

Compatibility

Designed as an OEM-style dummy pair replacement or new installation for interior doors with a thickness between 1.25 inches and 2 inches where no latching function is required.

Installation Notes

Dummy knob sets are installed by finish carpenters or door hardware specialists and do not require a latch bore or chassis. Power tools are not required for basic installation, though a drill may be needed to create mounting screw holes. Ensure the door surface is clean and the rose seats flush before final fastening. No locksmith license or electrical shutoff is required for this hardware type.