Lanberg PPU6-1124-S. Patch Panel 24 puertos 1U 19" Cat. 6

Pn. PPU6-1124-SEan. 5901969441918
Lanberg
AREAPPU6-1124-S_00001.jpeg
  • 24 Cat. 6 RJ-45 ports with stable performance up to 250 MHz
  • Compatible with 20–26 AWG cables and IDC/LSA connectors
  • Steel construction with a professional RAL7035 gray finish
  • Insertion loss < 0.2 dB and 200 cycles per connector
  • Complies with T568A and T568B wiring standards
  • Includes a shelf and cable manager for optimal organization
  • Ideal for technical installations, data centers, and office networks

The Lanberg PPU6-1124-S Patch Panel is designed to provide an efficient, durable, and well-organized structured cabling solution. Featuring 24 Cat. 6 RJ-45 ports and a rugged steel construction, it's ideal for professional data networks in demanding environments.

With its standard 19" form factor and 1U height, it fits perfectly into any rack cabinet. The design includes numbered ports for easy identification and maintenance, and is compatible with 20 to 26 AWG cables using an IDC/LSA fixing system.

This model operates with frequencies up to 250 MHz and an insertion loss of less than 0.2 dB, complying with T568A and T568B standards. It also offers a durability of 200 cycles per port, ensuring long-term reliability.

With an elegant RAL7035 gray finish, the panel includes a shelf and cable manager, as well as M6 screws to facilitate a clean, tidy, and durable installation.

Key Features...

* 24 Cat. 6 RJ-45 ports with stable performance up to 250 MHz
* Compatible with 20–26 AWG cables and IDC/LSA fixing
* Steel construction with a professional gray finish RAL7035
* Insertion loss < 0.2 dB and 200-cycle durability per connector
* Complies with T568A and T568B cabling standards
* Includes a shelf and cable manager for optimal organization
* Ideal for technical installations, data centers, and office networks

Optimizado para mejor precio
1 /ud
21,80 € /ud Excl. VAT
26,38 €
Incl. VAT

Approximate delivery on Monday, June 08

Please note that the delivery date is an estimate