
Out of Stock
APC PBP4A11IEC30A Busway Tap Off Unit 240 V 30 A | Power Distribution
APC
MPN: PBP4A11IEC30A
$1,156.68$1,730.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 240 V busway tap off unit
- 30 A electrical service
- Phase A configuration
- 1 x 1 pole, 3-wire design
- Single drop cord
- Direct ship deployment
- APC Schneider Electric power distribution hardware
- Deliver branch power with 240 V input
Specify power distribution with fewer compromises using a busway tap off unit built for direct ship deployment. The APC Schneider Electric PBP4A11IEC30A supports 240 V input, 30 A service, phase A operation, and a 1 x 1 pole, 3-wire configuration, making it a precise fit for facilities that need a defined branch connection from busway infrastructure.
The single drop cord keeps the installation focused and easier to route in environments where cable management and service access matter. For teams building out electrical distribution in data centers, labs, or technical rooms, that kind of specificity reduces guesswork and supports cleaner execution.
This model stands apart from lower-spec alternatives because it is matched to a particular electrical role rather than serving as a generic accessory. That matters when the cost of a poor fit is rework, downtime, or inconsistent power delivery. Choose it when the installation calls for 240 V, 30 A distribution with a clear phase assignment and a busway-native connection strategy.
Ideal For
- Supplying 240 V branch circuits from busway systems in data centers
- Connecting phase-specific loads in structured electrical builds
- Routing power to equipment zones with a single drop cord
- Standardizing busway distribution points across enterprise facilities
Why This Product
- 130 A service supports heavier branch distribution than lower-current units
- 2Phase A designation helps match the electrical plan exactly
- 3Single drop cord keeps the installation compact
- 4Busway-native design is better suited to structured power systems



