PDU33108 CyberPower 3-Phase Monitored PDU

BRAND NEW WITH FULL CYBERPOWER WARRANTY!!!

PDU33108 CyberPower 3-Phase Monitored PDU (PDU33108) is a high-capacity enterprise power distribution unit engineered for modern data centers, colocation facilities, and high-density IT environments requiring intelligent power monitoring and reliable three-phase power delivery. Designed to support mission-critical infrastructure, this monitored PDU enables administrators to maintain visibility into rack-level power usage while improving operational efficiency.

Supporting 200–240VAC three-phase input with 50A capacity, the PDU33108 delivers dependable power distribution for enterprise servers, blade systems, storage arrays, and networking equipment. Integrated real-time monitoring functionality allows IT teams to track power utilization, optimize load balancing, and reduce the risk of downtime caused by overloaded circuits.

Its space-saving 0U vertical rackmount form factor preserves valuable rack space while providing centralized remote management capabilities. Organizations deploy the PDU33108 to improve power visibility, streamline infrastructure management, and support scalable high-density deployments across enterprise and colocation environments.

Key Features – CyberPower PDU33108

• Processor:
Embedded network management controller

• Memory:
Firmware-based configuration memory

• Storage:
Integrated firmware storage

• Controller (if applicable):
Intelligent monitored PDU controller

• Networking / Ports:
RJ45 Ethernet management port
Serial management interface

• Power & Cooling:
200–240VAC three-phase input
50A power distribution capacity
Real-time load monitoring
Overload protection circuitry

• Management:
Web-based remote monitoring
SNMP management support
Rack-level power utilization reporting

• Security (if applicable):
Password-protected management access
SNMP authentication support

• Form Factor:
0U Vertical Rackmount

Technical Specifications

• Processor Type:
Embedded microcontroller

• Chipset / Platform:
Enterprise monitored PDU platform

• Memory Technology:
Flash firmware memory

• Storage Interface:
Integrated management firmware

• RAID Support:
N/A

• Expansion Slots:
N/A

• Networking:
10/100 Ethernet management interface

• I/O Ports:
RJ45 Ethernet port
Serial management port
IEC output receptacles

• Operating System Compatibility (if relevant):
Windows, Linux, VMware-compatible infrastructure environments

Physical Specifications

• Form Factor:
0U Vertical Rackmount

• Weight:
o 6.6 kg
o 14.6 lbs

• Dimensions:
o 1778 x 56 x 51 mm (H x W x D)
o 70.0 x 2.2 x 2.0 inches (H x W x D)

• Rack Compatibility:
Standard 19-inch rack, 0U vertical mounting

Ideal For

• High-density enterprise data centers
• Colocation and managed hosting facilities
• Blade server and storage deployments
• Telecom and networking infrastructure
• Large-scale distributed IT environments

Warranty & Support

• Standard manufacturer warranty: 3-year limited warranty
• Compatible with CyberPower enterprise monitoring platforms
• Supported by CyberPower technical support services

FAQs – CyberPower PDU33108

1. What type of power input does the PDU33108 support?
The PDU33108 supports 200–240VAC three-phase power input with a 50A capacity for enterprise rack deployments.

2. Is this PDU designed for high-density data center environments?
Yes, it is specifically engineered for high-density server, storage, and networking infrastructure deployments.

3. Can the PDU33108 be monitored remotely?
Yes, it supports web-based remote monitoring and SNMP integration for centralized power management.

4. Does the 0U design help conserve rack space?
Yes, the vertical 0U rackmount form factor preserves rack U-space for critical IT hardware.

5. What monitoring information is available?
Administrators can monitor real-time load levels and rack-level power utilization to optimize infrastructure efficiency.

6. Can this PDU integrate with enterprise management systems?
Yes, SNMP support allows integration with standard network and infrastructure monitoring platforms.