ITE BDEH4100 - 100A, 600V, Breaker Bus Plug

ITE BDEH4100 Breaker Bus Plug is engineered for dependable power distribution in the toughest industrial and commercial settings. With a 100A current rating and a 600V voltage capability, this plug-in component integrates seamlessly into busway and panelboard systems, delivering a reliable conduit for critical processes, equipment, and facilities infrastructure.

Key specifications at a glance

• Brand: ITE
• Model: BDEH4100
• Type: Breaker Bus Plug
• Amperage: 100A
• Voltage Rating: 600V
• Applications: Busway and panelboard power distribution systems

Designed for demanding environments, the BDEH4100 excels where uptime matters. Its robust construction supports reliable operation in industrial plants, large commercial facilities, and process equipment setups where a stable power feed is non-negotiable. This bus plug is a practical solution for retrofit projects and upgrades that require a compatible, hard-to-find component to keep the distribution network intact.

What sets this bus plug apart

• Precisely matched to 100A/600V busway and panelboard configurations, minimizing installation surprises
• Ideal for maintenance, repair, and upgrade work where standard parts aren’t sufficient or readily available
• Compact, plug-in design designed for fast swaps during planned outages or emergency maintenance
• Trusted ITE heritage, delivering compatibility within established electrical distribution ecosystems

Who benefits most from the ITE BDEH4100? electrical contractors, facilities managers, and maintenance teams responsible for keeping large-scale power distribution running smoothly. It’s particularly valuable for shops, manufacturing floors, processing plants, and retrofit projects where specific bus plug compatibility is essential to avoid costly downtime.

Practical tips for use and installation:

• Verify that your busway or panelboard configuration aligns with the BDEH4100’s 100A, 600V specifications before installation
• Include a spare BDEH4100 in stock for planned maintenance or retrofit contingencies to reduce downtime
• Handle with care to protect contact surfaces during replacement to ensure optimal electrical continuity
• Document the part in your electrical asset records to simplify future maintenance and upgrades