Schneider Electric | PQ4210GGSC | Fusible Bus Plug | 100A | 4-Pole | 240V

Meet the Schneider Electric PQ4210GGSC Fusible Bus Plug—the targeted, drop-in solution for maintaining, retrofitting, or replacing components in Schneider Electric power distribution systems. Designed for 100 A service, this 4-pole, 240 V fusible plug delivers reliable, coordinated protection with straightforward installation, helping you minimize downtime and keep critical loads protected.

Key specifications

• Amperage: 100 A
• Poles: 4-Pole
• Voltage: 240 V
• Part number reference: PQ4210GGSC
• Recommended for maintenance, retrofit, and replacement where exact specs are required

Why this fusible bus plug stands out

• Precise compatibility: The PQ4210GGSC is the best reference for matching your Schneider Electric bus assemblies, ensuring a secure fit and proper protective coordination.
• Integrated protection: Fusible design provides rapid fault isolation, safeguarding downstream circuits while enabling you to service equipment without removing protection enclosures.
• Four-pole configuration: Delivers balanced protection across all phases, improving reliability in multi-phase distributions and reducing the risk of partial faults affecting the system.
• Maintenance-friendly: Specifically chosen for maintenance windows, retrofit projects, and replacements where exact electrical ratings are critical to system performance.

Ideal use cases

• Scheduled maintenance on Schneider Electric panel products where a like-for-like fusible plug is required
• Retrofits to upgrade aging bus plugs to a current, compatible 100 A, 4-pole design
• Replacement scenarios where existing PQ4210GGSC equipment needs a precise, drop-in substitute

Installation and compatibility notes

Before ordering, confirm fit and ratings against your specific Schneider Electric equipment. The PQ4210GGSC is the best reference for compatibility, ensuring seamless integration with your existing bus systems. When installing, follow standard safety practices: de-energize the system, apply lockout/tagout, and verify all connections are secure to maintain proper protective coordination.