The Bulletin 100-K IEC Miniature Contactors are specifically designed for commercial and light industrial applications where panel space is limited. These compact contactors, measuring only 45 mm wide, offer a space-saving solution without compromising functionality. Here are the key features of the Bulletin 100-K IEC Miniature Contactors: Compact Size: These contactors are smaller in size compared to standard IEC contactors, making them suitable for installations where panel space is at a premium. Same Dimensions for AC and DC: The contactors have the same dimensions for both AC and DC versions, simplifying installation and reducing inventory requirements. Full-Voltage Non-Reversing and Reversing Contactors: The Bulletin 100-K offers both non-reversing and reversing contactors to meet different motor control requirements.
Wide Range of Current Ratings: Contactors are available in 5 A, 9 A, and 12 A ratings, capable of handling voltages up to 690V. IP2X Finger Protection: The contactors provide IP2X finger protection, ensuring user safety during operation and maintenance. Optional Integrated Surge Suppressor: An integrated surge suppressor option is available, helping to protect the contactors and connected equipment from voltage surges. Compatibility with Bulletin 193-K Overload Relay: The Bulletin 100-K contactors are compatible with the Bulletin 193-K bimetallic overload relay, providing comprehensive motor overload protection.
Mirror Contacts and Mechanically Linked Contacts: The main unit of the contactors features mirror contacts per IEC 60947-4-1, providing redundancy and improved reliability. The mechanically linked contacts per IEC 60947-5-1 ensure simultaneous opening and closing of the contacts. Overall, the Bulletin 100-K IEC Miniature Contactors offer a compact and efficient solution for applications where panel space is limited. With their small size, wide range of current ratings, and compatibility with overload relays, they provide reliable motor control in commercial and light industrial settings.
