General Electric | SL304SEHI | Bus Plug | 150A | 600V

The General Electric SL304SEHI Bus Plug is your reliability baseline for high-current electrical distributions. Engineered for maintenance, retrofit, and replacement projects where exact specifications matter, this GE part keeps your panels operating with confidence and minimal downtime. With a 150A amperage rating and a 600V maximum, it’s built to withstand demanding industrial environments while preserving safe, consistent power transfer.

• Amperage: 150A
• Voltage: 600V
• Part reference: SL304SEHI
• Ideal use cases: maintenance, retrofit, and replacement where matching specs are required

Why this bus plug stands out

What sets the SL304SEHI apart is its precise combination of high current capability and compatible form factor. When projects involve upgrading equipment, renewing aging connections, or integrating new components into an existing bus system, this part provides a dependable, specification-aligned solution that minimizes mismatches and installation risk.

Who should consider the SL304SEHI

• Industrial facilities performing panel modernizations or switchgear retrofits
• Maintenance teams replacing worn bus plugs with exact-spec parts
• Engineers designing or upgrading distribution systems that require a 150A, 600V-rated component

Compatibility and installation notes

Confirm fit and ratings before ordering. The SL304SEHI part number is the most reliable reference to ensure compatibility with your equipment and existing bus plug assemblies. If you’re selecting parts for a retrofit, verify that the surrounding connectors, enclosure, and conductor terminations align with this plug’s specifications to preserve performance and safety.

Practical guidance for use

• Pair this bus plug with matching hardware and mating interfaces to ensure a secure, low-resistance connection
• Use in applications where consistent current handling at up to 600V is required to support downstream equipment
• Coordinate with your electrical team to verify system ratings, clearance, and thermal considerations during installation