ITE/Siemens SLVBH4630G - 100A, 600V, 3-Pole, Fusible Bus Plug

ITE/Siemens SLVBH4630G is a 100A, 600V, 3-Pole Fusible Bus Plug built for reliable power distribution in demanding environments. This compact unit combines protection and connectivity in one module, simplifying installation and maintenance in busy industrial settings.

Designed for use with busway and panelboard power distribution systems, the SLVBH4630G delivers a clean, modular solution that fits into existing infrastructure without extensive rework. Its fusible design provides integrated protection at the point of distribution, helping to isolate faults quickly and keep downstream equipment safe.

• Amperage and voltage: 100A current rating, 600V maximum operating voltage for robust, three‑phase service.
• Configuration: 3-Pole design to support common three‑phase distribution needs in industrial plants and commercial facilities.
• Integrated protection: Fusible construction combines switching and overcurrent protection in a single bus plug.
• System compatibility: Optimized for busway and panelboard power distribution systems, facilitating retrofit and upgrade projects.
• Ideal for hard-to-find needs: This listing is particularly valuable for maintenance, repair, and upgrade tasks where compatible busplugs are required.

Use cases and practical scenarios

Use the SLVBH4630G in industrial plants that rely on modular busway configurations, in facilities undergoing electrical retrofits, or in process equipment lines where quick, reliable protection is essential. It also serves as a dependable replacement part in retrofit projects, ensuring consistent protection without sacrificing space or accessibility.

Why this matters

In high-demand environments, downtime is costly. The ITE/Siemens SLVBH4630G is purpose-built to streamline distribution hardware changes, reduce risk during maintenance, and maintain robust protection for downstream circuits. By choosing a fusible bus plug designed for 100A/600V three‑phase service, you gain a targeted, durable solution that aligns with existing busway and panelboard systems—without compromising safety or performance.