General Electric | SB41ED4I | Bus Plug | 110A | 480V

When maintenance, retrofit, or replacement of 480V electrical systems is on the agenda, the General Electric SB41ED4I Bus Plug stands out as a precise, reliable match. Engineered to handle 110A, this bus plug is designed to integrate seamlessly with equipment that requires the SB41ED4I form factor and ratings, helping you keep critical power pathways uninterrupted.

Key specifications

• Amperage: 110A
• Voltage: 480V
• Part number: SB41ED4I
• Applications: maintenance, retrofit, and replacement where matching specs are required
• Compatibility note: Confirm fit and ratings before ordering; the part number is the best reference for compatibility

Ideal use scenarios

• Maintenance projects where a dependable 110A, 480V bus plug is needed to restore or preserve uptime
• Retrofit efforts that require precise specification matching to existing switchgear or distribution panels
• Replacement of worn or outdated bus plugs without altering system voltage or current ratings

Why this bus plug is a thoughtful choice

• Direct alignment with 480V electrical environments, ensuring compatibility with common high-voltage distribution setups
• Clear part identification (SB41ED4I) to streamline procurement and reduce setup errors
• Designed for situations where exact specifications matter for safe, reliable operation

Installation and compatibility tips

• Always verify that the equipment and panel you’re servicing require 110A at 480V and that SB41ED4I is the correct form factor
• Use the part number SB41ED4I as the primary reference to confirm compatibility before purchasing
• Follow appropriate safety procedures and manufacturer's guidelines during installation and maintenance

If you’re updating or maintaining a 480V system that relies on precise bus plug specifications, the GE SB41ED4I delivers the essential combination of current rating, voltage, and a dependable part reference. This part is a practical, exact-fit solution for professionals who prioritize compatibility and performance in critical infrastructure.