XT 2.5 Terminal Blocks With Push-X Connection

July 31, 2024
XT 2.5 terminal blocks from Phoenix Contact have a front Push-X connection, allowing fast and easy wiring.

The XT 2.5 terminal blocks are the first to feature a front Push-X connection, allowing fast and easy wiring. The XT 2.5 portfolio includes feed-through and multi-conductor terminal blocks as well as function versions for using disconnect knives, plug-in fuses, and components.

With Push-X technology, solid, stranded, or ferruled conductors and cross-sections can now be connected even faster, either manually or automatically. As one of the fastest connection technologies on the market, Push-X technology increases the efficiency of control cabinet wiring. The factory-opened clamping space further reduces installation time.

Direct wiring is carried out tool-free and without significant effort due to a pre-tensioned contact spring. Lightly tapping the release surface inside the clamping chamber sets off the contact spring, and the conductor is contacted safely and permanently. The force-guided actuating element and the acoustic click sound ensure a secure connection when the spring is released. Pressing the orange button frees the connected conductors, similar to Phoenix Contact’s popular Push-in Technology. At the same time, the contact spring is pre-tensioned for the next wiring process.

All Push-X terminal blocks are compatible with the standard Clipline complete terminal block system. Learn more at www.phoenixcontact.com/push-x.

Features:

  • Push-X technology
  • Nominal cross-section: 2.5 mm²
  • 20 to 12 AWG
  • Nominal current: 24 A
  • Nominal voltage: 800V
  • Pre-tensioned contact spring
  • Reduced installation times with the factory-opened clamping space
  • Clear identification of the conductor connection with the force-guided actuating element and the acoustic click sound when the spring is released
  • Wiring of all conductor types, whether rigid or flexible with and without ferrules

Phoenix Contact
Middletown, PA
(800) 888-7388
[email protected]
www.phoenixcontact.com