General Electric | SL463RGJ | Fusible Bus Plug | 100A | 3-Pole | 600V

General Electric SL463RGJ Fusible Bus Plug is purpose-built for dependable protection and safe isolation in three-phase bus systems. With a 100A rating, 3-pole configuration, and a 600V maximum, this component is engineered to fit precise applications where matching specifications is critical. Key specifications

• Amperage: 100A
• Poles: 3-Pole
• Voltage: 600V
• Part number reference: SL463RGJ

Why this fusible bus plug matters for your system

• Precise compatibility: The SL463RGJ designation is your most reliable reference when sourcing a replacement or retrofit part for GE bus assemblies.
• Three-phase protection: The 3-pole design aligns with common industrial three-phase power distribution, helping you maintain balanced protection across all phases.
• Targeted overcurrent protection: Fusible bus plugs provide fast isolation of faulted sections, allowing maintenance work to proceed with reduced risk to the rest of the system.
• Industrial voltage readiness: A 600V rating covers a wide range of standard commercial and light industrial applications, helping you avoid under-rated components.

Practical uses and best-fit scenarios

• Maintenance and service outages: Swap in the SL463RGJ to safely isolate a bus segment during repairs without disrupting the entire electrical feed.
• Retrofit projects: When upgrading or replacing aging bus protection, this unit provides a precise spec match to keep your gear within design tolerances.
• Spare-part readiness: Keep a on-hand stock of the exact GE part number to minimize downtime when replacement is needed.

Important ordering note Confirm fit and ratings before ordering. The part number SL463RGJ is the best reference for compatibility with your GE bus system, ensuring you get an exact match that maintains your protection strategy and electrical clearance requirements. Designed for professionals who value accuracy, reliability, and ease of sourcing, the GE SL463RGJ fusible bus plug helps you protect, isolate, and maintain critical distribution paths with confidence.