Schneider Electric A9XPH112 Busbar 100A 415V Ac

Product Description

The SCHNEIDER ELECTRIC A9XPH112 is a combination busbar designed for use with C60 series circuit breakers. It provides a shared bus connection point that links multiple breaker poles within a panelboard or distribution assembly, allowing grouped circuits to draw from a common feed. Rated at 100 amps and 415 volts AC, this single-pole busbar is a compact component installed by licensed electricians during panel assembly, switchboard construction, or breaker bank installation. Its slim profile simplifies integration into tight enclosures without compromising current-carrying capacity.

This busbar is suited for residential, commercial, and light industrial electrical distribution panels that use C60 circuit breakers. It is used when multiple breakers must share a common supply rail, reducing the need for individual line-side terminations on each device. The A9XPH112 is a direct-fit accessory intended to be installed at the time of panel assembly or during an authorized breaker retrofit, and it ships as a single-unit package.

Key Features

• Rated for 100 amps and 415 volts AC continuous service
• Designed specifically for use with C60 circuit breakers
• Single-pole combination busbar simplifies multi-breaker panel wiring
• Compact dimensions allow installation in space-constrained enclosures
• Ships as a single unit, no minimum multi-pack required

Compatibility

Designed for use with C60 circuit breakers as specified by the manufacturer. Consult panel documentation to confirm busbar compatibility with the specific C60 configuration before installation.

Installation Notes

Installation must be performed by a licensed electrician in accordance with the National Electrical Code (NEC) and any applicable local codes. De-energize the panel and verify absence of voltage at all terminals before handling busbars or breakers. Do not exceed the rated amperage or voltage when loading the busbar. Confirm that all C60 breaker clips seat fully onto the busbar rail before energizing the assembly.