General Electric | DE422R | Fusible Bus Plug | 60A | 4-Pole | 240V

Meet the GE DE422R Fusible Bus Plug — a purpose-built 60A, 4-pole, 240V component from General Electric designed for reliable protection in electrical power distribution systems. Built to meet the rigors of maintenance, retrofit, and replacement projects, this fusible bus plug ensures a precise, OEM-grade fit when compatibility matters most.

The DE422R is engineered to provide a fusible connection within switchgear or bus assemblies, delivering controlled protection while supporting multiple conductors through its 4-pole configuration. With a 240V rating, it suits standard low-to-medium voltage distribution setups commonly encountered in industrial, commercial, and utility environments.

Key specifications

• Amperage: 60A
• Poles: 4-Pole
• Voltage: 240V

Ideal use cases

• Maintenance: Replace worn or degraded fusible bus plugs to restore protection integrity.
• Retrofit: Update legacy panels with modern, GE-compatible protection components.
• Replacement: Serve as a direct, dimensionally compatible substitute when DE422R is specified.

Why this GE fusible bus plug stands out

Choosing an OEM part like the General Electric DE422R helps ensure consistent performance, precise fit, and dependable protection in your bus assembly. The 60A, 4-pole, 240V configuration is tailored to applications that require robust, multi-conductor protection without sacrificing compatibility with existing GE equipment.

How to verify compatibility

Because fit and ratings are critical, always confirm with the part number. The DE422R is the best reference for compatibility when matching to your current equipment. Before placing an order, double-check the specific rating and pole configuration to align with your switchgear or distribution panel requirements.

Practical tips: if you’re upgrading or replacing, have your service manual or equipment spec sheet handy to compare the DE422R’s amperage, pole count, and voltage against your current installation. This ensures a seamless replacement that maintains safety margins and protection coordination across the system.