Módulo D-Type DeLOCK RJ45 Cat.6A conector hembra a conector hembra LSA negro 87817

The DeLOCK D-Type Module RJ45 Cat.6A female to LSA female is a compact adapter designed to be mounted in panels or cases with D-type openings for XLR jacks. It provides a Cat.6A RJ45 female connector on one side and an LSA female termination on the other, enabling integration of digital network equipment into professional audio or rack-mounted systems while keeping a small footprint (31 mm × 30 mm × 25 mm) and a black finish.

Advantages

The module offers a standardized Cat.6A RJ45 female interface and an LSA female termination, ensuring compatibility with common network cabling and patch panels. Its D-type form factor allows straightforward mounting into panels or enclosures built for XLR-style cutouts, simplifying installation in professional audio racks. The compact dimensions and black color help maintain a tidy, unobtrusive appearance in equipment panels.

Suitable for

• Integrating digital network devices into audio or stage equipment panels
• Rack-mounted systems requiring Cat.6A RJ45 access with LSA back termination
• Custom enclosures or panels with D-type/XLR-style openings

Key specifications

• Brand: DELOCK
• Model / MPN: 87817
• EAN: 4043619878178
• Connector (front): RJ45 Cat.6A female
• Connector (rear): LSA female
• Form factor: D-type module for XLR-style panel openings
• Color: Black
• Dimensions (W×D×H): 31 mm × 30 mm × 25 mm

How to use

Install the module into a panel or case with a compatible D-type/XLR-style opening by inserting it into the cutout and securing it according to the panel’s mounting method. Terminate the network cabling to the LSA female termination following standard LSA connection procedures, then plug the network cable into the RJ45 Cat.6A female connector. Verify connections and test the link using appropriate network testing tools.

Recommendations

Use the module in environments where Cat.6A performance is required and where a D-type panel opening is available. Ensure proper LSA termination and shielded/unshielded cabling as appropriate for the installed equipment and grounding practices.