General Electric | SB326RGR | Fusible Bus Plug | 600A | 3-Pole | 240V

Meet the General Electric SB326RGR Fusible Bus Plug — a purpose-built protection accessory designed for demanding electrical environments. With a 600A rating, 3 poles, and 240V operation, this fusible bus plug is engineered for maintenance, retrofit, and replacement projects where exact compatibility and reliable protection matter most.

What makes the SB326RGR unique

This fusible bus plug is purposefully matched to GE switchgear ecosystems, delivering seamless integration and protection that safeguards vital circuits during both routine service and upgrades. By using the SB326RGR, you can minimize downtime and maintain consistent electrical performance across critical systems.

Key specifications

• Amperage: 600A
• Poles: 3-Pole
• Voltage: 240V

Ideal applications and use cases

Perfect for industrial, commercial, and data-center environments where GE equipment is in use. This fusible bus plug is well-suited for:

• Maintenance outages and routine servicing of switchgear
• Retrofits that require matching 3-pole, 240V protection
• Replacement of worn or incompatible bus plugs to restore circuit protection quickly

Why this part matters

• Precise compatibility: The part number SB326RGR is your best reference for matching into GE gear. Always confirm fit and ratings before ordering to ensure reliable protection and seamless operation.
• Downtime reduction: A correct, ready-to-install fusible bus plug speeds up maintenance windows and minimizes disruption to critical loads.
• Consistent protection: Designed to deliver dependable fusible protection for 240V, 3-pole circuits, supporting stable performance in demanding environments.

Practical tips for selection and installation

To maximize safety and performance, pair this bus plug with appropriate fusing and conductors specified for your GE switchgear model. Verify the exact GE system compatibility using the SB326RGR part number as the reference, and consult your facility’s electrical standards before performing any work. If you’re upgrading or retrofitting, plan for a controlled outage, employ proper PPE, and follow established lockout-tagout procedures to ensure a safe, efficient installation.