Phoenix Contact FBSR 10-5 Series Plug-in Bridge, 17.5A Current Rating, 10 Ways - 3033710 This plug-in bridge serves as an electrical connector designed for reliable performance in various applications. It supports up to 10 ways, making it suitable for a diverse range of tasks within the automation and electronics sectors. With a robust construction from copper, it features a pitch of 5.2mm for secure connections, ensuring efficient and effective operation. Features & Benefits • Supports a strong current rating of 17.5A for high load demands
• Crafted from copper, offering enhanced conductivity and durability
• Designed with 10 connection points for versatile use
• Incorporates a 5.2mm pitch for compatibility with various terminals
• Easy plug-in mounting facilitates quick installations and replacements
• Available in a vivid red colour for easy identification Applications • Used with modular terminal blocks to enhance wiring efficiency
• Ideal for creating complex circuits in industrial automation systems
• Suitable for electrical panels requiring high current connections What current rating should I consider when selecting this component? The component supports a maximum current rating of 17.5A, making it suitable for various high-load applications. However, consider that current values may vary depending on usage with different modular terminal blocks. How does the pitch measurement impact installation? The 5.2mm pitch allows for streamlined connection compatibility with various modular systems, ensuring firm and reliable connections while simplifying installation processes. What materials are used in its construction and why are they important? It is constructed from copper, chosen for its excellent conductivity, ensuring efficient electrical performance and reducing power loss in connections. How versatile is this component in different electrical setups? With ten connection points, it is versatile enough to accommodate various configurations in automation and electronic projects, adapting to numerous specific requirements efficiently.