GE AC421R - 30A, 240V, 3-Phase, Bus Plug

GE AC421R Bus Plug delivers dependable power distribution in demanding industrial and commercial environments. This 30A, 240V, 3-phase bus plug is engineered for use with busway and panelboard power distribution systems, providing a reliable, ready-to-use solution for feeding motors, process equipment, and critical loads.

Designed for maintenance, repair, and upgrade projects where compatible, hard-to-find busplugs are required, the AC421R keeps your electrical infrastructure flexible and future-ready. When equipment is coming off line for service or expansion is on the horizon, this bus plug ensures you have a compatible, trusted component on hand to minimize downtime and simplify sourcing.

Key benefits

• Rugged, GE-built reliability—to withstand the rigors of industrial plants and commercial facilities where uptime matters.
• 3-phase, 240V operation at 30A—suits mid-range power distribution for motors, conveyors, and processing equipment.
• Designed for busway and panelboard ecosystems—easy integration into existing distribution layouts without invasive retrofits.
• Strategic retrofit compatibility—a practical choice for upgrades and expansions that require a matching, readily available bus plug.
• Maintenance-friendly by design—supports timely replacements to keep systems in service with minimal disruption.

Specifications at a glance

• Brand: GE
• Model: AC421R
• Type: Bus Plug
• Amperage: 30A
• Voltage Rating: 240V
• Phase: 3-Phase
• Application: Busway and panelboard power distribution systems

Ideal for

• Industrial plants requiring reliable, modular power distribution to process equipment
• Commercial facilities undergoing expansion or equipment retrofits
• Maintenance, repair, and upgrade projects that need compatible, hard-to-find busplugs
• Retrofit scenarios where staying with established busway/panelboard architectures is advantageous

With the GE AC421R, you gain a targeted, dependable solution for 3-phase power distribution that minimizes sourcing hurdles while maintaining system integrity. It’s the practical choice for facilities that depend on steady electrical distribution and value-ready components during upgrades and maintenance cycles.