DELOCK 67336 Marco de encaje — zinc, negro, 19,1 × 35,5 × 9,8 mm

DELOCK 67336 snap-in frame is a compact zinc mounting frame designed for one keystone-style module. Finished in black, the metal frame measures 19.1 × 35.5 × 9.8 mm and is intended for panel or wall mounting in cases, enclosures or compatible housings. Supplied as a single unit in a polybag, it provides a standardized hold and snap-in installation for compatible keystone inserts.

Advantages

The zinc construction delivers stable mechanical support and corrosion resistance for mounted keystone modules while the black finish offers a neutral appearance that integrates with many enclosures. Its standardized snap-in dimensions simplify insertion and replacement of keystone inserts without the need for additional fasteners. Supplied as a single piece in packaging suitable for storage or transport, the frame is ready for immediate installation.

Suitable for

• Mounting a single keystone-style module in computer cases and electronic enclosures
• Panel or wall mounting where a compact metal frame is required
• Replacement or upgrade of existing keystone holders with matching dimensions

Key specifications

• Material: zinc
• Finish: black
• External dimensions: 19.1 mm (W) × 35.5 mm (D) × 9.8 mm (H)
• Mounting type: snap-in for keystone-style modules
• Quantity per package: 1 piece (polybag)

How to use

Ensure the cutout in the panel or enclosure matches the frame's standardized snap-in dimensions. Insert the keystone module into the frame if not pre-fitted, then push the assembly into the panel opening until the frame snaps into place and secures the module. To remove, depress any retaining tabs as applicable and pull the frame out from the mounting opening. Handle the metal frame with care to avoid sharp edges during installation and wear appropriate protective gloves if needed.

Recommendations

Verify compatibility of the keystone insert with the frame dimensions before installation. For outdoor or high-humidity environments consider additional sealing of the panel opening to prevent moisture ingress; avoid excessive force during snap-in to prevent deformation.