Deltana RCS338U10B Roller Catch Surface Mounted Oil Rubbed Bronze

Product Description

The DELTANA RCS338U10B is a surface-mounted roller catch finished in oil rubbed bronze. Roller catches provide a low-profile latching solution for cabinet doors, passage doors, and light-duty closures that do not require a keyed or privacy lockset. When the door closes, the roller engages a strike to hold the door in a latched position without a knob turn. This unit ships as a single piece and is suited for installation by carpenters, finish tradespeople, or contractors working on millwork, cabinetry, or door hardware applications. The oil rubbed bronze finish coordinates with matching hardware sets in the same finish family.

The RCS338U10B is appropriate for residential and light commercial applications where a simple, unobtrusive door retention mechanism is needed. Typical install scenarios include interior cabinet doors, wardrobe doors, passage doors, and similar closures. The surface-mount design eliminates the need for mortising, making it practical for retrofit and new construction alike.

Key Features

• Surface-mounted installation — no mortise required
• Roller mechanism provides consistent door retention without a turn knob
• Oil rubbed bronze finish for coordinated hardware sets
• Compact profile: 3.4 inches long, 2.3 inches wide, 1.8 inches tall
• Lightweight at 0.11 pounds — suitable for lightweight door and cabinet applications
• Sold individually (each)

Compatibility

Designed as an OEM-style surface-mounted roller catch suitable for standard residential and light commercial interior door and cabinet applications.

Installation Notes

Installation is typically performed by a carpenter or finish contractor using basic hand tools including a screwdriver or drill driver. Ensure the door and frame are properly aligned before marking strike placement. Surface-mount hardware should be secured to solid substrate material to prevent pull-out over time. No special trade license is required for standard door hardware installation.