General Electric | FVK325N | Fusible Bus Plug | 400A | 240V

Meet the General Electric FVK325N Fusible Bus Plug, a purpose-built protection module for industrial switchgear rated at 400A and 240V. Designed for maintenance, retrofit, and replacement projects, this fusible bus plug delivers reliable, spec-matched performance when accuracy matters most.

Key specifications at a glance

• Amperage: 400A
• Voltage: 240V
• Part number: FVK325N (best reference for compatibility)

Why choose the FVK325N for your electrical system

• Precisely matched to GE switchgear bus configurations, reducing the risk of fitment issues during maintenance or retrofit.
• Supports quick, controlled isolation during servicing, helping minimize downtime and protect personnel and equipment.
• Ideal for maintenance, retrofit, and replacement needs where exact specs are required—protecting your investment without complex adapters or rewiring.
• Designed for service fleets and facilities that rely on GE-part compatibility and consistent performance across their electrical infrastructure.

Use cases and scenarios

• Routine maintenance where a matching fusible plug is needed to restore protective coverage in GE equipment.
• Retrofits to upgrade protection schemes on existing 400A, 240V circuits with minimal modification.
• Replacement parts for GE assets, ensuring you stock spares that align with original design and ratings.

Practical guidance for ordering and installation

• Always confirm fit and ratings before ordering; the FVK325N is the definitive reference for compatibility.
• Keep a spare on service vehicles to shorten downtime during outages or scheduled maintenance.
• Follow safety and installation guidelines from your program requirements to ensure proper handling and verification after install.

Choosing the GE FVK325N Fusible Bus Plug means selecting a component designed to maintain reliable protection at the exact 400A, 240V specification. By aligning with GE’s part-number reference and bus-bar geometry, you ensure a seamless fit, predictable performance, and a smoother path from maintenance to uptime.