General Electric | SB422FKI | Fusible Bus Plug | 60A | 240V

The GE SB422FKI Fusible Bus Plug is a purpose-built component designed to safeguard and streamline power distribution in electrical panels during maintenance, retrofit projects, or replacement tasks. With a rated current of 60A at 240V, this fusible bus plug delivers reliable protection for standard 240V circuits while simplifying service workflows for facilities and field teams.

• Precise compatibility: Identified by the part number SB422FKI, ensuring you’re matching the right plug to your GE system or compatible bus assembly. Always confirm fit and ratings before ordering; the part number is your best reference for compatibility.
• Fast, safer maintenance: Designed for quick installation and straightforward replacement, helping to minimize downtime when servicing distributed circuits.
• Reliable protection: 60A at 240V provides solid overcurrent protection for standard 240V distributions, helping prevent damage from faults and overloads.
• Versatile usage: Ideal for retrofitting older panels, upgrading protection schemes, or stocking spare parts for ongoing service programs in facilities, manufacturing lines, or data centers with 240V infrastructure.
• Durable construction: Built to withstand routine electrical work and field conditions, ensuring consistent performance across the service life.

Key specifications

• Amperage: 60A
• Voltage: 240V
• Part number: SB422FKI

Usage guidance: Before ordering, verify the fit with your panel and ensure the ratings align with your system requirements. This part references the SB422FKI specification and should match panels or bus assemblies designed to accept GE fusible plugs of this size. For safe handling, power should be de-energized and standard lockout/tagout procedures followed during installation or replacement.

This fusible bus plug is a practical choice for facilities managers, electrical contractors, and maintenance teams responsible for 240V distribution networks. Keep a spare SB422FKI on hand to reduce downtime and maintain consistent protection across your electrical infrastructure.