General Electric | SL361 | Fusible Bus Plug | 30A | 600V

Introducing the General Electric SL361 Fusible Bus Plug — a purpose-built protection component crafted for reliable performance in 600V systems. Engineered for maintenance, retrofit, and replacement scenarios, this 30A fusible bus plug delivers predictable, fast-acting protection where precise compatibility matters.

Key details at a glance

• Amperage: 30 A
• Voltage rating: 600 V
• Part number: SL361
• Application: Fusible bus plug suitable for maintenance, retrofit, and replacement when specifications align

Why the SL361 stands out

Designed by General Electric for industrial power distribution, the SL361 fusible bus plug integrates tightly with compatible bus systems to provide dependable overcurrent protection without complicating maintenance workflows. Its solid construction supports frequent insertions and removals that are common in retrofit projects or asset refresh cycles, helping you keep critical equipment online with minimal downtime.

Use cases and scenarios

• Maintenance workflows in switchgear or panel assemblies where a 30A, 600V protection point is required
• Retrofits that upgrade aging protection components to meet current safety and performance standards
• Component replacements for worn or damaged bus plugs, restoring protective integrity quickly

Compatibility and best practices

• Fit and ratings check: Confirm fit and ratings before ordering to ensure seamless integration with your equipment.
• Reference reference: The part number is the best reference for compatibility — SL361 is the trusted identifier to match against your gear.
• Safe handling: Before replacement, de-energize the system, follow lockout/tagout procedures, and use appropriate PPE. Handle the bus plug with care to preserve the fuse link and contact surfaces.

What to expect in practice

With the SL361, you gain a dependable, GE-branded solution that supports predictable fault-clearing behavior in 600V distributions. Its 30A rating is tailored for circuits that require robust protection without unnecessary tripping—and its design supports straightforward installation in compatible bus assemblies, keeping downtime to a minimum during service windows.