Eaton | ITAP364H | Fusible Bus Plug | 200A | 3-Pole | 600V

The Eaton ITAP364H Fusible Bus Plug is a purpose-built solution for maintenance, retrofit, and replacement in industrial and commercial electrical distribution. Engineered to match Eaton panel and bus assembly specifications, this 200A, 3-pole device delivers dependable performance when you need to refresh your system without compromising safety or reliability.

Key specifications

• Amperage: 200 A
• Poles: 3-Pole
• Voltage rating: 600 V

Why this fusible bus plug matters

• Designed to slot into compatible Eaton bus assemblies, enabling quick maintenance, retrofits, and replacements without wholesale panel changes.
• Fusible design provides deliberate protection and selective coordination within your distribution network, helping to isolate faults and minimize downtime.
• Part number ITAP364H serves as the strongest compatibility reference—use it to verify fit with your existing equipment.

Notes: Confirm fit and ratings before ordering. The part number ITAP364H is the best reference for compatibility, ensuring you select the exact plug that aligns with your Eaton system.

Ideal use cases

• Maintenance planning for aging Eaton panels where a like-for-like fusible bus plug is needed to restore normal operation.
• Retrofits to accommodate updated protection schemes or changes in load profiles without redesigning the entire bus assembly.
• Replacement of a damaged or worn fusible plug in service equipment, enabling rapid restoration with minimal system disruption.

Who benefits

• Electrical engineers and facilities managers overseeing industrial or commercial distribution gear that relies on precise Eaton components.
• Electrical contractors performing panel retrofits, upgrades, or routine maintenance where exact compatibility is critical.

Practical guidance

When planning a replacement or retrofit, use the ITAP364H as your compatibility benchmark and verify the fit against your specific Eaton model and bus configuration. Keep a spare ITAP364H on hand to reduce downtime during scheduled maintenance or unexpected outages.