General Electric | AC325 | Fusible Bus Plug | 400A | 240V

Meet the General Electric AC325 Fusible Bus Plug — a purpose-built protection interface for high-current bus assemblies. This 400A, 240V Fusible Bus Plug is designed for maintenance, retrofit, and replacement projects where exact specifications matter. When your GE equipment requires a matching AC325 plug, this unit delivers reliable overcurrent protection you can trust, with compatibility guided by the part number itself.

• Amperage: 400A
• Voltage: 240V
• Reference: Part number AC325 ensures precise compatibility with the right GE gear
• Application: Intended for GE distribution and switchgear where a fusible bus plug of this spec is specified

Why this matters for your operation:

• Targeted protection — delivers the exact overcurrent protection required for 400A, 240V circuits, helping safeguard conductors and components from fault currents.
• Efficient maintenance — a straightforward, plug-in solution that simplifies replacement during routine service or after a fuse-related fault.
• Retrofit-ready — ideal when upgrading existing gear to meet current protection standards without redesigning the bus interface.
• Reliability through precise matching — relying on the AC325 part number minimizes guesswork, ensuring you’re selecting the exact component specified for your GE equipment.

Important fit note: confirm both the amperage and voltage requirements of your equipment before ordering. The part number AC325 is your best reference for compatibility, helping you avoid mismatches in GE panels or switchgear. If you’re tasked with maintaining critical power distribution, this fusible bus plug offers a dependable, specification-aligned solution that supports steady operation and swift turnarounds.

In practical terms, the AC325 is a trusted, high-current replacement option that aligns with GE standards, making it a prudent choice for facilities managers, electrical contractors, and maintenance teams who prioritize exact specs, durable protection, and minimal downtime in their electrical infrastructure.