General Electric | AC1425RGJ | Fusible Bus Plug | 400A | 240V

Engineered by General Electric, the AC1425RGJ Fusible Bus Plug delivers reliable, field‑tested protection for 240V distribution with a robust 400A rating. Designed for maintenance, retrofit, and replacement projects, this GE component helps keep critical electrical systems online with minimal downtime and maximum safety.

Why this fusible bus plug stands out

This GE fusible bus plug is purpose‑built to integrate seamlessly into compatible equipment, delivering immediate overcurrent protection where it matters most. Its durable construction and proven performance make it a dependable choice for ongoing service, upgrades, and spare‑part readiness.

Key specifications at a glance

• Amperage: 400A
• Voltage: 240V

Exact compatibility you can trust

Notes emphasize the importance of fit and ratings before ordering. The part number AC1425RGJ is the best reference for compatibility with your GE equipment. Before purchase, verify that this plug aligns with your panel or switchgear’s configuration and protection requirements.

Ideal use cases

• Routine maintenance on GE‑branded panels and switchgear to restore optimal protection paths.
• Retrofit projects where an exact 400A, 240V fusible plug is required to upgrade or reconfigure existing protection schemes.
• Emergency replacement to minimize downtime when a fusible bus plug has reached the end of its service life.

What it protects and how it helps

Fusible bus plugs act as a safety valve in electrical distributions, interrupting fault currents and isolating problem sections to prevent damage to transformers, circuit elements, and downstream gear. With the AC1425RGJ, you benefit from a GE‑designed component that aligns with established protection strategies and the reliability expectations you rely on in demanding environments.

Practical installation and maintenance tips

• Confirm enclosure and connection compatibility with your GE panel or switchgear before ordering.
• Double‑check that the rated 400A and 240V match your circuit design and safety standards.
• Store spares in a clean, dry environment to preserve contact integrity and performance until installation.
• Follow standard safety procedures, including lockout/tagout, during replacement to protect personnel and equipment.