GE FVK323R - 100A, 240V, 3-Phase, Fusible Bus Plug

GE FVK323R Fusible Bus Plug — 100A, 240V, 3-Phase is built for serious power distribution challenges in industrial plants and busy commercial facilities. This fusible bus plug integrates protection and connection in a compact form, delivering dependable distribution for GE-compatible busways and panelboards.

Designed for maintenance, repair, and retrofit projects where compatible, hard-to-find busplugs are required, the FVK323R is the practical choice when downtime is a concern and compatibility matters.

• 100A, 240V, 3-Phase rating: Handles demanding loads across three phases with solid fault protection.
• Fusible protection in a single plug: Enables rapid fault isolation and minimizes downstream damage while simplifying replacement strategy.
• GE-compatible topology: Seamless integration with existing busway and panelboard systems without re-engineering.
• Ideal for retrofit and spare-part strategy: Keep critical distribution assets ready for quick swaps during scheduled maintenance or unexpected failures.
• Industrial-grade reliability for long service life: Built for the rigors of continuous operation in busy facilities.

Typical use cases — This unit is well-suited for:

• Industrial plants requiring robust, code-compliant power distribution
• Commercial facilities upgrading or expanding their electrical infrastructure
• Process equipment environments that demand reliable, configurable 3-phase power
• Retrofit projects where existing GE busway or panelboard systems need a compatible fusible plug

Technical snapshot — Key specifications to confirm compatibility at a glance:

• Brand: GE
• Model: FVK323R
• Type: Fusible Bus Plug
• Amperage: 100A
• Voltage: 240V
• Phase / Poles: 3-Phase
• Application: Busway and panelboard power distribution systems

With the GE FVK323R, facility teams gain a reliable, readily-sourced solution for maintaining uptime in electrical distribution. It’s more than a component—it’s a strategic asset for keeping production steady, protecting equipment, and enabling smooth future upgrades within GE-based electrical architectures.