Cat.6/5 network socket double, RJ45, cardboard universal flush and surface mount, shielded, LSA

Network socket Cat. 6, double, RJ45 jacks

This Cat. 6 network socket is suitable for flush-mounting, surface-mounting or cable duct mounting, the surface-mounting frame is included.

Features:

• Network socket Cat.6. fully shielded, with surface mount housing
• Cat.6 according to ISO/IEC 11801 and TIA/EIA-568
• Horizontal cable entry with strain relief
• LSA insulation displacement connection for AWG 22-24
• 2 shielded R45 jacks 40° angled
• Rugged zinc die-cast housing with strain relief
• Flush-mounted, surface-mounted or cable duct installation
• Color: Signal white, similar to RAL 9003
• Surface mount housing included
• Supports PoE, PoE+ and PoE++
• el feed
• Full shielding
• Packaging: Cardboard box

Advantages for the customer and the installer on site

• Basic housing is round and smaller, thus easier installation in cable ducts and flush-mounted electrical boxes
• Cable feed optionally from the right or left or both sides at the same time
• Only one box plus surface-mount housing required for surface and flush mounting
• On-site installers only need the additional surface-mount housing to be flexible (sus the flush-mount to make a surface-mount box)
• Surface mount housing provides more space for cable routing
• Correct strain relief is provided by clamping screw

LSA connection technology

In communications technology, the wires of a cable are individually pressed together with the insulation into a so-called insulation displacement connector using a special tool, the so-called lay-on tool or lay-on tool. In the process, the tool shortens the excess wire end and the sharp contacts in the metal IDC cut through the insulation of the wire, creating a gas-tight electrical connection. This connection technology works without soldering, screwing and stripping, which is why it is also known as solderless, screwless and stripping-free technology, or LSA technology for short. The brand name "LSA-PLUS" of ADC Krone is also derived from this.