General Electric | SL415HFKI | Bus Plug | 150A | 4-Pole | 600V

The General Electric SL415HFKI Bus Plug delivers dependable, high-current connectivity for industrial switchgear. With a 150A rating, a 4-pole configuration, and a 600V maximum, this GE component is engineered for reliability in demanding maintenance, retrofit, and replacement projects where exact specifications matter.

Key specifications

• Amperage: 150A
• Poles: 4-Pole
• Voltage: 600V
• Part number: SL415HFKI

Why this GE bus plug stands out

Designed to align precisely with GE bus-bar configurations, the SL415HFKI serves as a targeted replacement or retrofit solution when matching specs are non-negotiable. Its 4-pole design ensures robust, multi-point electrical connections, supporting stable performance under load in distribution panels and switchgear assemblies. The part-number specificity makes compatibility checks straightforward, helping you avoid mismatches in critical equipment.

Ideal use cases

• Maintenance: swap-in for worn or damaged bus plugs within GE-powered systems
• Retrofit: upgrade legacy panels to contemporary GE-compatible plug components
• Replacement: stock for quick service jobs to minimize downtime

Installation and compatibility tips

Before ordering, confirm fit and ratings to ensure a seamless installation. The SL415HFKI is the best reference for compatibility with GE bus-bar setups, so rely on the part number when cross-checking with your equipment. Verify voltage (600V) and current (150A) ratings in your panel specifications, and inspect connection surfaces for cleanliness and integrity prior to installation. Adhere to standard electrical safety practices and manufacturer guidelines during any replacement or retrofit work.

What to expect in practice

With the SL415HFKI, you gain a purpose-built solution that aligns with GE systems, reducing guesswork during procurement and installation. This is a focused, high-current bus plug designed to deliver reliable performance in everyday service scenarios, helping facilities maintain continuous operation and safe electrical connections.