GE AC322RI - 60A, 240V, Fusible Bus Plug

GE AC322RI Fusible Bus Plug — a rugged, dependable solution for power distribution in demanding environments. Engineered for busway and panelboard systems, this 60A, 240V device delivers targeted overcurrent protection where it’s needed most, helping safeguard equipment and keep critical processes running smoothly.

This fusible bus plug is purpose-built for industrial plants, commercial facilities, process equipment, and retrofit projects. Whether you’re maintaining aging infrastructure, upgrading distributed power, or performing a mid-life system refresh, the AC322RI provides a reliable, compatible option when hard-to-find busplugs are necessary to complete the job.

Key benefits

• Targeted protection for power distribution—interrupts faults at the source to prevent damage downstream and minimize downtime.
• 60A, 240V performance—suits common feeder and distribution configurations in industrial and commercial settings.
• Compatibility with busway and panelboard systems—designed to integrate seamlessly into existing architectures.
• Ideal for maintenance, repair, and upgrades—a practical, ready-to-use solution when compatible busplugs are hard to source.
• Trusted GE reliability—backed by GE’s reputation for durable, industrial-grade electrical components.

Specifications at a glance

• Brand: GE
• Model: AC322RI
• Type: Fusible Bus Plug
• Amperage: 60A
• Voltage Rating: 240V

Ideal use scenarios

• Industrial plants undergoing electrical distribution upgrades or expansions
• Commercial facilities needing reliable, on-hand fusible bus plugs for preventive maintenance
• Process equipment installations requiring targeted protection and easy integration with existing busway/panelboard layouts
• Retrofit projects where compatible, stockable busplugs are essential to keep timelines on track

With the GE AC322RI, you’re choosing a proven solution that combines precise overcurrent protection with practical compatibility. It’s not just a component—it’s a strategic asset for maintaining uptime, protecting equipment, and ensuring your power distribution stays resilient amid ongoing operations and upgrades.