RJ-45 Connector DeLOCK 86454

The DeLOCK 86454 RJ-45 wire connector is a transparent polycarbonate plug designed for reliable Ethernet connections. Its compact dimensions (14 mm wide, 22.2 mm deep, 11.7 mm high) and transparent housing allow quick visual verification of the conductor order and proper insertion. Sold in packs of 20, these connectors are suitable for small to medium networking projects and installations where consistent contact and preserved pair twist are important.

Advantages

The RJ45 Crimp+Cut design lets conductors be routed to the front of the connector so the wiring order is visible and can be checked before crimping. All eight wires are contacted simultaneously during crimping while excess conductor ends are cut off, which speeds up installation and reduces wasted time. The transparent polycarbonate housing provides durability and visibility of the connection.

Suitable for

• Creating or repairing Ethernet cables (Cat5e/Cat6 compatible when used with appropriate cable)
• Small office and home networking projects
• On-site cable termination and testing

Key specifications

• Brand: DELOCK
• Model: 86454
• Connector type: RJ-45
• Material: Transparent polycarbonate
• Pack contents: 20 connectors
• Dimensions: 14 mm (W) × 22.2 mm (D) × 11.7 mm (H)
• EAN: 4043619864546

How to use

Prepare the network cable by stripping the outer jacket to expose the twisted pairs. Arrange the conductors according to the chosen wiring standard (T568A or T568B) and insert them into the connector so the conductors are visible at the front. Use a compatible Crimp+Cut tool to crimp the connector; the tool will simultaneously contact all wires and trim the excess ends. After crimping, verify the wiring order visually and, if available, test the cable with a network tester.

Recommendations

For best results, use the connector with a dedicated Crimp+Cut tool designed for these plugs and cable types. Verify the cable category compatibility (Cat5e or Cat6) and maintain the twist of pairs as close to the connector as possible to preserve signal performance.