General Electric | AC1465RGR | Fusible Bus Plug | 400A | 600V

General Electric AC1465RGR Fusible Bus Plug is a purpose-built replacement component engineered for reliability in electrical distribution systems. Identified by the exact part number AC1465RGR, this unit is designed to meet the needs of maintenance, retrofit, and replacement projects where matching specifications are essential.

Key Specifications at a Glance

• Amperage (rating): 400A
• Voltage rating: 600V
• Part number: AC1465RGR
• Target use: Maintenance, retrofit, and replacement scenarios that require precise compatibility
• Reference note: Confirm fit and ratings before ordering. The part number is the best reference for compatibility.

What Sets AC1465RGR Apart

• Exact electrical fit: With a 400A, 600V specification, this fusible bus plug aligns with equipment that relies on a defined protective path, helping to preserve system integrity during servicing.
• GE-part lineage for dependable compatibility: Rely on the AC1465RGR as the definitive reference when identifying replacement parts for GE equipment, reducing guesswork and downtime.
• Maintenance-first design: Specifically suited for routine maintenance, system upgrades, and retrofit work where matching specs matter most.

Ideal Use Cases

Use this fusible bus plug when upgrading or repairing electrical assemblies that require a precise GE part with a 400A/600V rating. It’s a practical choice for service technicians and project teams performing equipment refreshes, panel work, or retrofits where exact spec alignment is critical.

Practical Guidance for Good Outcomes

To ensure a smooth procurement and installation process, always verify fit and ratings against your equipment’s documentation before ordering. Rely on the AC1465RGR part number as the primary compatibility reference to minimize mismatches and ensure you’re aligning with your system’s protection scheme.

Secure, No-Guess Compatibility

Choosing the AC1465RGR fusible bus plug means selecting a component that’s designed to meet its stated 400A and 600V requirements, with a clear path to reliable operation during maintenance and upgrades. This specificity reduces the risk of using an ill-suited substitute and helps keep downtime to a minimum.