This rack PDU basic is perfect for data center managers and IT professionals who need reliable power distribution unit rack mount solutions. Our APC zero U vertical design delivers:
-
Zero U vertical mounting that maximizes rack space utilization
-
32A power distribution for high-density server environments
-
Basic PDU functionality with cost-effective power allocation
-
NetShelter compatibility for seamless integration
Key Features
-
Zero U vertical design for space-saving installation
-
20 C13 and 6 C19 outlets for extensive connectivity
- Optimized for 220-240V operation at 32A capacity
- Consistent toolless mounting for easy deployment
-
Basic PDU design ensuring straightforward integration
Technical Specifications
| Manufacturer |
APC by Schneider Electric |
| Model Number |
AP6009A |
| Type |
Basic Rack PDU |
| Form Factor |
Zero U Vertical |
| Input Voltage |
220-240V |
| Current Rating |
32A |
| Outlets |
20 x C13, 6 x C19
|
| Product Family |
NetShelter |
| Compatible Systems |
Server racks, data center equipment, network closets |
Frequently Asked Questions
Q: What is a zero U vertical rack PDU?
A: This rack PDU basic mounts vertically alongside equipment without consuming rack unit space, making it ideal for data center power distribution where space efficiency is critical.
Q: How many devices can this PDU support?
A: Yes, it's engineered with 20 C13 and 6 C19 outlets providing power for up to 26 devices — perfect for high-density server deployments requiring 32A power distribution.
Q: Is this compatible with other APC products?
A: Absolutely. This APC rack power distribution unit is part of the NetShelter family, ensuring seamless integration with APC racks and power management systems.
Q: What's the advantage of basic PDU design?
A: The basic PDU provides essential power distribution without advanced monitoring features, offering cost-effective, reliable power allocation for standard data center applications.
Rack PDU basic APC zero U vertical with 32A capacity and 26 outlets for efficient data center power distribution.