Believe It Allen-bradley 100-fa40 Save 50% Now [5Ni2Frs1]

Believe It Allen-bradley 100-fa40 Save 50% Now [5Ni2Frs1] Auxiliary Contact Block

The Believe It Allen-bradley 100-fa40 Save 50% Now [5Ni2Frs1] is a versatile front-mounted auxiliary contact block designed to enhance the functionality of Bulletin 100 contactors. This compact and reliable device offers four additional contacts, including two normally open (N.O.) and two normally closed (N.C.), perfect for expanding control circuit capabilities. With its front snap-on mounting design, installation is quick and straightforward, making it an ideal solution for industrial motor control systems.

Key Features and Benefits

The 100-FA40 boasts a range of features that make it a standout product. It is compatible with 100-C and 100-D contactors, ensuring seamless integration. The electrical ratings of 10A @ 600V AC cater to demanding applications. Its screw terminals provide a secure connection, while the high-durability molded plastic construction ensures long-lasting performance. The compact, stackable design saves space in tight panel layouts, making it an efficient choice for space-constrained environments. Additionally, the 100-FA40 is built to meet global industrial standards, ensuring dependable operation in various applications.

Applications and Why Choose the 100-FA40

The 100-FA40 auxiliary contact block is highly versatile and can be used in a variety of applications. It is perfect for signaling and control circuits, interlocking systems, motor starter auxiliary logic, and automation panels. The contact status monitoring feature ensures that you stay informed about the system's condition. By choosing the 100-FA40, you gain four reliable auxiliary contacts that can add significant value to your motor starter. The front snap-on mount allows for quick installation, while the compact design fits perfectly into tight panel layouts. With its global industrial standards compliance and dependable contact switching, the 100-FA40 is the perfect choice for demanding environments.