General Electric | SB326RI | Fusible Bus Plug | 600A | 240V

The General Electric SB326RI Fusible Bus Plug is a purpose-built, heavy-duty connection module engineered for GE switchgear and distribution panels. With a 600A current rating at 240V, this fusible bus plug enables reliable, fast maintenance, retrofit, and replacement projects where exact compatibility matters.

What makes SB326RI unique

• Exact-fit compatibility for GE equipment: SB326RI is designed to align with GE bus architectures, helping you avoid mismatched components during upgrades or service.
• Fast, plug-in maintenance and retrofits: swap in this bus plug to restore service quickly without extensive reconfiguration of surrounding bus components.
• Clear reference for compatibility: the part number SB326RI is the most reliable guide for matching the right bus plug to your gear.
• Durable, industrial-grade construction: built to withstand routine insertions/removals and the demanding environments of electrical distribution.
• Consistent electrical performance: rated for 600A at 240V, providing a dependable fusible interface in appropriate applications.

Key specifications

• Amperage: 600A
• Voltage: 240V
• Part number: SB326RI

Ideal use cases

Use this fusible bus plug for maintenance, retrofit, and replacement projects where you need a precise fit with GE equipment. It’s especially suitable when upgrading aging panels, restoring service after a fuse-related fault, or refreshing a distribution path in a high-current application that operates at 240V.

Important compatibility notes

Always confirm fit and ratings before ordering. The SB326RI part number is the best reference for ensuring compatibility with your GE gear.

Practical guidance and tips

• Verify electrical ratings and the exact GE model compatibility prior to installation to prevent mismatch and downtime.
• During installation, follow established safety procedures for de-energizing and lockout/tagout to protect personnel.
• Keep a spare SB326RI on hand for planned maintenance cycles to minimize equipment downtime.
• Store in a clean, dry environment to preserve contact surfaces and insulating materials.