ITE UV423 - 100A, 240V, 3-Phase, Bus Plug

The ITE UV423 Bus Plug is a purpose-built solution for dependable power distribution in demanding industrial and commercial environments. With a 100A rating at 240V and a 3-phase configuration, this bus plug integrates seamlessly into busway and panelboard systems, delivering steady, flexible power where it’s needed most.

Designed for retrofit projects, maintenance, and upgrades, the UV423 shines when compatible, hard-to-find busplugs are required. It’s a practical choice for facilities managers and electrical contractors who value reliable connectivity and rapid deployment in busy operations.

Core specifications

• Brand: ITE
• Model: UV423
• Type: Bus Plug
• Amperage: 100A
• Voltage Rating: 240V
• Phase / Poles: 3-Phase
• Application: Busway and panelboard power distribution systems
• Typical Use: Industrial plants, commercial facilities, process equipment, retrofit projects

Why this bus plug matters

In facilities where uptime and flexibility are critical, the UV423 provides robust, plug-in power distribution within existing busway networks. Its 3‑phase, 100A capability supports a wide range of equipment and processes, enabling quick reconfiguration during upgrades or expansions without major rewiring.

Practical use cases

• Retrofit projects in manufacturing lines that require compatible, readily available bus plugs
• Maintenance inventories for quick spare replacements to minimize downtime
• Upgrading power distribution in commercial spaces with variable load profiles
• Expansion or modernization of existing busway and panelboard infrastructure

Who benefits

Facilities managers, electrical contractors, and OEMs responsible for industrial power distribution will appreciate the UV423 for its reliable performance, compatibility with busway and panelboard systems, and suitability for hard-to-find bus plug replacements.

Tips for optimal use

• Verify compatibility with your busway and panelboard infrastructure before installation
• Plan replacements or upgrades during planned maintenance windows to minimize impact
• Ensure proper de-energization during installation and follow all safety protocols