Phoenix Contact MCVU 1.5/10-GFD-3.81 Steckbarer Klemmenblock Header 10-Kontakte 3.81mm-Raster Gerade

Einsteck-Anschlussklemmenblöcke Typ Stiftleiste mit Stiftkontakten und Rastermaß 3,81 mm der Serie MINI COMBICON MCVU, 0,14 -1,5 mm² Schraubklemmen und Gewindeflansche für die Direktmontage in Gehäuse oder Tafeln. Diese Stiftsockel für Einsteck-Anschlussklemmenblöcke 3,81 mm für die Direktmontage der Serie MINI COMBICON MCVU bieten einen stoßfesten Anschlussblock bei Verwendung mit MC-Einsteck-Steckverbindern.
Kennzeichnungsetiketten siehe Best.-Nr. 648-5508
Schraubendreher siehe Best.-Nr. 390-9663

CSA, cULus, VDE, CB

This pluggable terminal block is key for various electrical applications, ensuring efficient connections in automation and electronics. Designed for direct mounting, it provides a reliable interface between devices while performing well in challenging environments. It supports screw termination methods for secure connections, making it a valuable asset for professionals across electrical and mechanical sectors.

• Direct mounting design simplifies installation
• 10 contacts enhance connectivity options
• 8A current rating accommodates diverse Applications
• Straight body orientation optimises space efficiency
• Constructed from polyamide for durability and resistance
• Copper alloy contacts provide low resistance connections

• Used in automation systems for dependable connectivity
• Ideal for panel building and control
• Suitable for connecting individual components in circuits
• Utilised in electrical junctions for effective signal transfer
• Appropriate for mechanical and electrical interconnections

A current rating of 8A allows it to handle a range of electrical loads typically found in automation applications.

Yes, its straight body orientation makes it suitable for installation in tight spaces without compromising functionality.

The component is made from polyamide and features copper alloy contacts, ensuring durability and conductivity.

It can be used alongside other screw terminal blocks, providing flexibility in system designs and connections.