General Electric | AC326RGJI | Fusible Bus Plug | 240V

General Electric presents the AC326RGJI Fusible Bus Plug, a purpose-built 240V protection accessory designed for maintenance, retrofit, and replacement tasks in compatible GE panel systems. Built for reliability and straightforward swapping, this bus plug helps keep critical circuits protected with minimal downtime.

Designed for professional environments where uptime matters, this fusible bus plug integrates seamlessly into GE electrical distributions, delivering dependable overcurrent protection for feeders and branch circuits. Its 240V rating makes it suitable for a wide range of GE panels and installations, supporting safer, more predictable operation during service or upgrades.

• Voltage rating: 240V, with compatibility validated by part number AC326RGJI
• Primary use: maintenance, retrofit, and replacement where fusible protection is required
• Reference for compatibility: the part number AC326RGJI is the best reference to confirm fit with your GE panel model
• Fitment note: confirm fit and ratings before ordering to ensure seamless installation

This fusible bus plug is ideal for electrical professionals managing GE panel systems who need a reliable, plug-and-play solution for protecting feeders during lifecycle events. Whether you’re stocking for routine maintenance, upgrading to fusible protection in a retrofit, or replacing a worn or failed component, the AC326RGJI offers a direct, GE-engineered path to maintain circuit safety and system integrity.

Why choose this GE fusible bus plug over generalized alternatives? It’s engineered to align with GE’s design and compatibility standards, reducing the guesswork that can come with cross-reference shopping. By starting with the exact part number—AC326RGJI—you’re selecting a solution designed to fit specific GE configurations, helping you avoid mismatches and field rework.

Practical usage considerations: keep a spare on hand for planned downtime, verify panel model compatibility before installation, and store in a clean, dry environment to preserve contact integrity and performance over time. This approach helps facilities managers, electrical contractors, and maintenance teams minimize disruption while ensuring reliable protection for vital electrical feeders.