Phoenix Contact Distribution Block, 13 Way, 0.2 → 6mm², 32A, 800 V, Blue

This distribution block is a versatile component designed for efficient electrical connections. With a nominal voltage rating of 800V and a current capacity of 41A, it is suitable for various applications within automation and electrical installations. Constructed from durable polyamide, this high current distribution block operates effectively across a wide temperature It features 13 push-in connections accommodating wire sizes from 0.2 mm² to 6 mm² (AWG 24 to 10), making it an ideal solution for complex wiring setups.

• Robust polyamide housing ensures durability in harsh environments
• Push-in connection technology allows for tool-free installation
• Compact design saves up to 50% space on DIN rails
• IP20 rating provides protection against dust and accidental contact
• High current rating of 41A supports demanding electrical tasks
• Wide temperature range enhances reliability in diverse Applications

• Used for creating clear electrical pathways within control cabinets
• Ideal for automation systems requiring reliable circuit segregation
• Utilised in machinery where space-saving is essential for wiring management
• Commonly deployed in panel building for efficient distribution of power
• Suitable in areas where direct mounting or adhesive mounting is required

Secure connections are achieved through the innovative push-in technology that allows for quick and reliable wiring without the need for additional tools. This method ensures electrical reliability and simplifies installation, especially in tight spaces.

It operates effectively in a wide temperature This capability ensures performance stability across various industrial settings.

Yes, it can accommodate up to 13 connections, allowing for multiple wires to be connected securely at once. This feature is especially beneficial in complex installations where efficient wiring is crucial.

The component boasts an IP20 rating, ensuring protection against dust and accidental contact. Additionally, its construction from flame-resistant materials contributes to enhanced safety in electrical applications.