This rack mount PDU power distribution unit is perfect for data center operators and IT professionals who need reliable power distribution unit rack mount solutions for server equipment. Our Eaton Basic ePDU delivers:
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0U vertical mount design that maximizes rack space efficiency
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24-outlet configuration with (20) C13 and (4) C19 outlets
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Data center power distribution with 3.33 kW maximum capacity
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Server rack power management for single-phase 208-240V applications
Key Features
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L6-20P input connector to provide reliable power connection
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Single-phase 16A capacity for optimal power distribution
- Optimized for rack mounted power distribution unit applications
- Consistent 208V-240V operation for server equipment compatibility
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10-foot power cord for flexible installation positioning
Technical Specifications
| Manufacturer |
Eaton |
| Model Number |
EPBZ93 |
| Type |
Rack Mount PDU Power Distribution Unit |
| Rack Size |
0U Vertical Mount |
| Input |
L6-20P, 16A, 10ft cord |
| Outlets |
(20) C13, (4) C19 |
| Voltage |
208-240V Single-phase |
| Maximum Power |
3.33 kW |
Frequently Asked Questions
Q: What makes this the best rack mount PDU for data centers?
A: This power distribution unit rack mount features 0U vertical design that doesn't consume valuable rack space while providing 24 outlets for comprehensive equipment power distribution.
Q: How many devices can this PDU support?
A: Yes, it's engineered with 24-outlet configuration including (20) C13 outlets for standard equipment and (4) C19 outlets for higher-power devices. Perfect for data center power distribution needs.
Q: What voltage requirements does this support?
A: The rack mounted power distribution unit operates at 208-240V single-phase with 16A capacity — perfect for server rack power management in standard data center environments.
Q: Is this suitable for high-density server installations?
A: Yes. This Eaton rack mount PDU power distribution unit provides 3.33 kW maximum capacity with professional-grade 0U vertical mount design for space-efficient power distribution in dense server deployments.
