General Electric | SB326I | Bus Plug | 600A | 240V

General Electric SB326I Bus Plug delivers a precise, OEM-grade connection for high-current power distribution. With a 600A rating at 240V, this bus plug is engineered for demanding maintenance, retrofit, and replacement projects where exact specifications matter and reliability is non-negotiable.

• Amperage: 600A
• Voltage: 240V
• Compatibility reference: Part number SB326I (best reference for fit)

Why this GE SB326I bus plug stands out

As an original General Electric component, the SB326I is designed to align perfectly with GE bus-bar assemblies and switchgear. The exact dimensions and electrical characteristics help ensure secure seating, consistent contact pressure, and predictable performance during operation. Choosing the OEM part reduces installation risk and supports reliable power distribution in demanding environments.

Ideal use cases

• Maintenance and service on GE switchgear and panel systems that require a 600A, 240V bus plug
• Retrofits where equipment demands an exact GE-compatible plug for refurbished or upgraded infrastructure
• Replacement parts to minimize downtime in critical facilities such as manufacturing floors, data centers, and commercial power rooms

How to verify compatibility

Before ordering, confirm the fit by cross-checking the equipment model and series with the part number SB326I. Remember, the part number is the best reference for compatibility, and the ratings should match the system requirements (600A, 240V) to ensure safe, reliable operation.

Practical installation and handling notes

• Ensure the power is fully de-energized and follow appropriate lockout/tagout procedures before handling or installation
• Inspect mounting surfaces and contact interfaces for cleanliness and integrity prior to seating the plug
• Store and transport in protective packaging to prevent damage to connectors and mating surfaces

Keep your GE-powered systems running smoothly with the General Electric SB326I Bus Plug—an exact, OEM solution built for durability, precise fit, and dependable performance in high-current, 240V environments.