Delock módulo Keystone RJ45 conector hembra a LSA Cat.6A apantallado, sin herramientas, con protección antipolvo

10 Gigabit Ethernet performance in a tool-free keystone module: the Delock 86158 delivers Cat.6A shielded connectivity with gold-plated contacts and a zinc die-cast housing, ready for high-density patch panels and wall outlets.

Overview

This Delock keystone module provides a reliable RJ45 female interface on the front and LSA insulation displacement terminals on the rear, supporting Category 6A networks up to 10GBASE-T. Its shielded design minimizes electromagnetic interference, making it suitable for noise-sensitive environments. The tool-free termination allows fast, solderless installation without special tools, while the integrated dust protection flap keeps the jack clean when not in use.

What stands out

• Tool-free LSA termination for quick and secure wire connections
• Cat.6A performance supports 10 Gigabit Ethernet up to 500 MHz
• Shielded zinc die-cast housing for superior EMI protection
• Gold-plated contacts (50µ) ensure low contact resistance and long-term reliability
• Dust protection flap prevents contamination of the RJ45 port
• Compatible with solid or stranded conductors, AWG 22–26

Technical details

• Connector 1: RJ45 female
• Connector 2: LSA (insulation displacement connector)
• Category: Cat.6A
• Shielding: Shielded
• Termination method: Tool-free
• Data transfer rate: Up to 10 Gbps
• Wiring standard: TIA-568A/B
• Conductor compatibility: AWG 22–26, solid or stranded
• Contact plating: Gold, 50µ
• Housing material: Zinc die-cast (shielding), plastic (body)
• Module standard: Keystone (19.2 x 14.9 mm)
• Installation: Suitable for keystone patch panels, wall outlets, and surface mount boxes
• Operating temperature: -10 °C to 60 °C
• Certifications: RoHS, REACH

Our verdict

The Delock 86158 is a robust, high-performance keystone module that simplifies Cat.6A installations with tool-free termination, while its shielded construction and dust protection ensure long-term reliability in demanding network environments.