Discover Efficiency with Phoenix Contact's PT 4 BU 2-Conductor Terminal Block

Introducing the Phoenix Contact PT 4 BU, a high-quality, durable two-conductor terminal block designed to streamline your wiring processes while ensuring a secure, reliable connection. Whether you're working on industrial applications or sophisticated electrical installations, this terminal block with its vibrant blue color provides not only functionality but also aids in wire identification and system organization.

Design and Functionality at Its Best

The PT 4 BU terminal block stands out with its innovative features. It supports an impressive nominal voltage of up to 800V and a nominal current of 32A, making it suitable for a wide range of applications. The spring-cage connection mechanism offers ease of use, allowing for quick, tool-free wire installation and reliable connectivity.

Designed to accommodate a wide range of wire sizes from 0.2 to 6mm², this terminal block is versatile enough to manage various wiring configurations and types, including both single and stranded wires with or without ferrules, ensuring optimal contact and minimal resistance.

The PT 4 BU’s single-level design with two clamps per level simplifies wiring efforts and enhances the installation's clarity, making maintenance checks and modifications more straightforward.

Key Features:

• Effortless wire insertion with spring-cage connection.
• High nominal voltage and current for broad application range.
• Accommodates a wide range of wire sizes for maximum flexibility.
• Vibrant blue color for easy identification within complex systems.
• Compact and robust construction for lasting performance.

The PT 4 BU from Phoenix Contact is your go-to solution for reliable, efficient electrical connections. Its robust design and compliance with international standards (CN: 85369010) guarantee performance and safety in various industrial environments. Upgrade your electrical installations with the PT 4 BU terminal block and enjoy a seamless, reliable electrical system that stands the test of time.