Raritan PX3-5200R-Q1 - power distribution unit - 5000 VA
$1,215.94
Mfg # PX3-5200R-Q1
CDW # 8123544
| UNSPSC 39121017
Quick tech specs
- 5200R-Q1
- AC 208 V
- 1-phase
- input: NEMA L6-30P
- 10 ft cord
- for P/N: DX2-D2, DX2-PD2, DX2-PD2C5, DX2-PIR, DX2-PS, DX2-WSF-35-KIT, DX2-WSF-70-KIT
- Power distribution unit (rack-mountable)
- 5000 VA
- Ethernet 10/100, RS-232, USB, Ethernet 10/100/1000
- output connectors: 8 (8 x IEC 60320 C13)
- black powder coat
Know your gear
The Raritan PX3-5200R-Q1 power distribution unit is a sophisticated solution for managing power distribution in demanding environments. Designed to be rack-mountable, it seamlessly integrates into data centers, offering a robust power capacity of up to 5,000 VA. This unit is not just about power distribution; it's about smart power management. With connectivity options including Gigabit and Fast Ethernet, USB, and console/modem interfaces, it provides comprehensive control and monitoring capabilities.
Environmental resilience is at the core of the PX3-5200R-Q1, capable of operating in high humidity and temperatures, ensuring reliability and safety with compliance to standards such as FCC Part 15 A and RoHS. The inclusion of Power IQ technology and a suite of monitoring tools like active power, energy, and voltage meters, empowers administrators to optimize power usage efficiently. Whether it's for a demanding data center or a critical IT infrastructure, the Raritan PX3-5200R-Q1 is engineered to meet the challenges of modern power distribution and management.
Environmental resilience is at the core of the PX3-5200R-Q1, capable of operating in high humidity and temperatures, ensuring reliability and safety with compliance to standards such as FCC Part 15 A and RoHS. The inclusion of Power IQ technology and a suite of monitoring tools like active power, energy, and voltage meters, empowers administrators to optimize power usage efficiently. Whether it's for a demanding data center or a critical IT infrastructure, the Raritan PX3-5200R-Q1 is engineered to meet the challenges of modern power distribution and management.
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