Deltana DASHS4U19 Double Action Saloon Hinge Matte Black

Product Description

The DELTANA DASHS4U19 is a double action saloon hinge finished in matte black, designed for doors that must swing freely in both directions and return to center. This hinge type is commonly specified for cafe doors, saloon-style swinging doors, and pass-through applications in both residential and light commercial settings. The unit measures 4 inches in width and ships as a single hinge. A licensed carpenter or door hardware installer typically handles final fitment, though general contractors and facility maintenance techs also perform this work routinely.

This hinge suits interior swinging doors where a spring-loaded, dual-direction pivot is required. Typical installations include kitchen pass-throughs, bar and restaurant service doors, and residential utility room entries. The matte black finish coordinates with contemporary and industrial door hardware schemes. The hinge is sold individually, with a case quantity of 20 units available for larger projects or stocking orders.

Key Features

• Double action mechanism allows the door to swing in both directions and self-center
• Matte black finish suited for modern and industrial interior applications
• 4-inch nominal hinge width for standard swinging door installations
• Sold as a single unit (EA), with case pack of 20 available
• Compact profile with overall dimensions of 11.1 inches length by 4.3 inches width by 3.3 inches height

Compatibility

Designed as an OEM-style replacement or new-installation double action saloon hinge for standard interior swinging door applications requiring bidirectional travel.

Installation Notes

Installation is typically performed by a carpenter or door hardware technician. Before mounting, confirm the door frame and door edge are plumb and square, as misalignment will affect the self-centering action. Use appropriate wood screws or machine screws per the door and frame material. Follow the door manufacturer's recommended hinge placement height for proper load distribution.