3044814, Phoenix Contact UTTB Clipline Series Grey Double Level Terminal Block, 0.14 → 6mm², Double-Level, Screw

Phoenix Contact UT Terminals

All metal parts are of high strength copper alloys
Simple multi-conductor connection
Maintenance-free "Reakdyn principle"
All accessories are compatible with the CLIPLINE range

Double-level UTTB 4 Terminal Block Phoenix Contact – 3044814

The 3044814 from Phoenix Contact is a double-level terminal block from Phoenix's popular range of UT terminal blocks. The UTTB range are screw connection terminal blocks for a reliable connection and thanks to there being two function shafts per level, all potential distribution tasks can be implemented quickly and efficiently. Not to mention, these terminal blocks make it easy for you to apply labels thanks to a large surface area at each terminal point to assist you with your wiring.

The UTTB 3044814 are designed to mount onto DIN rails NS 35/7,5 and NS 35/15. They're made from a durable grey polyamide and come with an ATEX EX rating mean they can be installed in potentially explosive environments.

Features and benefits:

• Two functions per level


• Levels can be connected using the FBS-PV UT vertical bridge


• Nominal voltage of 800V with a nominal current of 30 A


• ATEX Ex rating – installation approval in potentially explosive environments


• AWG – 26 – 10


• Width of 6.2mm


• Cross-section: 0.14mm² to 6mm²

Applications:

• Railway applications (tried and tested)


• Machine building


• Plant engineering


• Process industry

Complete Line:

The UT series is a part of Phoenix Contacts vast and comprehensive portfolio. Complete line is a solution from Phoenix Contact that gives you a full range of products that all go hand-in-hand to make a perfect control cabinet. It covers all bases from connections, switching and measuring all the way to controlling, supplying and automation. Choosing complete line products makes it far more efficient to get a cabinet working.

Phoenix Contact CLIPLINE UT Range

Datasheet 3044814

3044814 Application Note