Emtek 5052MDCUS14 Crystal Knob Dummy Pair Polished Nickel

Product Description

The EMTEK 5052MDCUS14 is a dummy door knob pair featuring a Modern Disc Crystal Knob mounted on a Modern Rectangular Rosette, finished in Polished Nickel (US14). Dummy sets are non-latching, non-turning assemblies used strictly for appearance - they provide the look of a functioning knob without any latch or lock mechanism. This pair includes knobs for both sides of the door. The crystal knob material gives the hardware a clean, light-refracting appearance suited to contemporary interior design. Installation is straightforward and requires no mortising or bore work beyond surface mounting.

This dummy pair is intended for interior applications where a door does not require a working latch - such as double doors, closet doors, wardrobe panels, or passage openings used as decorative dividers. The Modern Rectangular Rosette provides a minimal, geometric backplate profile that pairs with transitional and modern interior styles. The Polished Nickel finish is a standard US14 designation, consistent with coordinating EMTEK hardware in the same finish family.

Key Features

• Dummy pair configuration - includes two knobs for both door faces, no latch function
• Modern Disc Crystal Knob with light-refracting crystal material
• Modern Rectangular Rosette backplate with a low-profile geometric design
• Polished Nickel finish (US14) for a bright, corrosion-resistant surface
• Non-handed - suitable for either door face without orientation adjustment

Compatibility

Designed as a surface-mount dummy knob pair for interior doors that do not require latching hardware, including closet doors, double doors, and decorative passage panels.

Installation Notes

Dummy knob sets are installed by a finish carpenter or general contractor and require only basic hand tools - typically a screwdriver and a level. No door boring or latch prep is needed. Ensure the door face is clean and flat before mounting the rosette. Follow the manufacturer's fastener guidelines to avoid over-driving screws into the door surface.