|
Eaton Powerware » Powerware Rackmount PDU |
|
|
|
|
Powerware Rackmount Power Distribution Unit |
|
More Info |
|
|
Rackmount Power Distribution Product Summary |
|
Features & Benefits |
|
Product Literature |
|
Technical Specs |
|
|
|
|
|
|
|
With data center devices smaller than ever—often served by dual or triple power supplies—a single rack of equipment might produce 40 or more power cords to manage.
And although devices are shrinking, their power consumption is not. Yesterday’s full rack of equipment averaged 5-8 kW of power. Blade servers will soon boost that power consumption up to 20 kW per rack. Traditional power strips just don’t deliver enough power or flexibility. |
|
|
|
Superior power quality depends on efficient power distribution |
|
|
|
Eaton provides a complete suite of rackmount products to help IT managers meet these power requirements. Our rackmount UPSs provide reliable, consistent power for a wide range of applications. Our new Powerware Rackmount Power Distribution Units (PDUs) complement your UPS systems, distributing power in high-density rack environments— or anywhere conditioned power must be distributed to multiple pieces of equipment. |
|
|
|
From a single power input, you can manage and distribute power to up to 12 output receptacles (NEMA or IEC type). Whether you’re using a UPS from Powerware or another manufacturer, a Powerware PDU delivers the power throughout the rack simply and efficiently. |
|
|
|
Features and Benefits |
|
|
|
Effectively distributes UPS power throughout a rack environment, while organizing power cords |
|
Supports a wide range of applications with a variety of NEMA, IEC and hardwired inputs in combination with NEMA and IEC output |
|
receptacles |
|
Provides reliable protection as it is designed to meet UL 60950-1; UL 489-listed circuit breakers provide branch circuit protection as standard |
|
Enhances power availability by using separate circuit breakers for groups of receptacles (most models), thereby limiting the impact of |
|
overload conditions and maximizing the power output |
|
|