Phoenix Contact Distribution Block, 7 Way, 0.14 → 4mm², 24 A, 41 A, 500 V, Grey

Phoenix Contact PTFIX series distribution blocks with push in connection offer a flexible distribution solution with different numbers of positions and mounting options. They can be used straight away and expanded as needed. Simply unpack, connect, and you are done.

Push in connection
Voltage: 500 V
Current: 24 A
Variants in 1.5 mm² and 2.5 mm²
2.5 mm² power blocks with additional 6 mm² terminal point
Number of terminal points: 6, 12 and 18
Can be bridged and aligned with standard plug-in bridges
Testing option for all common test probes

This compact distribution block from Phoenix Contact is an essential part of modern circuitry systems. As it features seven output channels, it offers a convenient way to allocate power from a single input source to several devices at the same time. Its housing is made of a durable polyamide (PA) material that's corrosion and heat-resistant, making it suitable for use even in harsh environmental conditions. This material also provides effective insulation to protect you and your equipment from electric shocks.
This component features an advanced push-in termination method that eliminates the need for specialist connection tools. Simply plug your solid and stranded conductors into the output channels. For added versatility, you can expand the block as needed via standard plug-in bridges. The block is suited to DIN rail or panel mounting, so it's compatible with a variety of compact circuit setups.

• Cable cross-sectional area (CSA) of 0.14 to 4 mm²
• Grey colour
• Current rating of 24 A, 41 A at 6 mm²
• Voltage rating of 500 V
• Wire size of 26 to 12 AWG (American wire gauge)

Push-In Connection Terminal Blocks

The PT series is characterised by easy, direct conductor connection, and it consistently uses the advantages of the CLIPLINE complete system. The up to 50% lower insertion forces of the PT push-in connection method also allows easy and direct plugging of solid and stranded conductors with ferrules of 0.34mm² and up.