GE SB33EBG - 30A, 240V, Breaker Bus Plug

GE SB33EBG is a 30A, 240V Breaker Bus Plug engineered to deliver dependable power distribution in demanding industrial and commercial environments. Designed for seamless integration with GE busway and panelboard systems, this bus plug supports fast installations, stable electrical contact, and consistent performance across your distribution network.

• Amperage and voltage you can rely on: 30A at 240V, suitable for a range of distribution needs within controlled facilities.
• Built for GE busway and panelboard ecosystems: Optimized fit and electrical continuity within GE-powered power distribution layouts.
• Ideal for retrofit and upgrade projects: A practical solution when compatible, hard-to-find busplugs are required to keep systems current and running smoothly.
• Targeted for demanding environments: Commonly used in industrial plants, commercial facilities, and process equipment setups where robust, reliable distribution is critical.
• Maintenance-friendly by design: Facilitates repairs and replacements with components that integrate into existing GE infrastructure, helping minimize downtime.

Key Specifications

• Brand: GE
• Model: SB33EBG
• Type: Breaker Bus Plug
• Amperage: 30A
• Voltage Rating: 240V

Who should consider this

• Facilities managers and maintenance teams maintaining GE-powered busways and panelboards
• Engineers and technicians planning retrofits or capacity upgrades in industrial or commercial sites
• Contractors performing upgrades on process equipment or distribution systems where a compatible bus plug is essential

Practical notes for use

Use the GE SB33EBG when you need a dependable, compatible breaker bus plug that aligns with GE busway and panelboard power distribution systems. It’s especially valuable in replacement, repair, or upgrade scenarios where sourcing a compatible, readily available bus plug can reduce downtime and keep projects on track. Always verify voltage, amperage, and system compatibility with your existing GE infrastructure to ensure optimal performance and safe operation.