3-Phase Managed HDX Rack PDU G4, 240/415V, 48 C13 Outlets, 64A, 46kW

The 3-Phase Managed HDX Rack PDU G4 is designed for high-density rack environments that need more than basic power distribution. With 240/415V input, 64A capacity, and up to 46kW total load handling, it supports demanding AV, IT, and network installations where outlet count, managed visibility, and disciplined power planning are central to uptime. Its 48 IEC C13 outlets make it especially well suited to racks populated with a large number of servers, switches, control processors, encoders, appliances, and other IEC C13-powered equipment.

For buyers planning dense equipment layouts, this model addresses two common priorities at once: delivering substantial rack power capacity and improving operational oversight. Rather than functioning as a simple power strip, it is positioned for managed deployments where serviceability, monitoring, and organized load distribution matter over the long term.

Ideal Use Cases

This model is a strong fit for professional environments where many rack devices need centralized, managed power distribution from a 3-phase source.

• Server rooms with high outlet density requirements
• Network closets supporting multiple switches, appliances, and infrastructure devices
• AV headends and control racks with numerous IEC C13-powered components
• Enterprise equipment racks where remote visibility and managed power control are important
• Installations that need to support up to 48 connected C13 devices from a single rack PDU

It is particularly useful when the rack contains many smaller powered devices instead of only a few large-load components. In those scenarios, the combination of 48 C13 outlets and 46kW total power capacity helps simplify distribution planning while keeping the power layer organized.

Why Choose This Model

The main reason to choose this PDU is its balance of density, power handling, and managed functionality for professional rack builds. A 3-phase 240/415V design with 64A capacity gives installers and operators a serious power platform for demanding deployments, while the 48 C13 outlets support dense equipment populations without immediately requiring additional distribution hardware.

• 240/415V input for 3-phase rack power deployments
• 64A capacity for substantial connected load support
• Up to 46kW total load handling for high-demand environments
• 48 IEC C13 outlets for dense rack equipment layouts
• Managed format for installations that value visibility and control

For integrators and managed service teams, this model can also help create a cleaner service workflow. When power distribution is planned and documented at the rack level, it becomes easier to organize connected devices, review power usage, and maintain better oversight of critical systems.

Installation and Integration

Before deployment, verify that the facility power feed and rack design are appropriate for a 3-phase 240/415V, 64A, 46kW PDU. This model is intended for professional installations where upstream electrical infrastructure, rack load planning, and equipment compatibility are reviewed in advance.

• Confirm the site power source matches the PDU’s 240/415V 3-phase requirements
• Verify connected equipment uses IEC C13 power connections
• Map outlet assignments to the rack layout before installation
• Distribute connected loads carefully across the power plan
• Document connected devices for easier service and maintenance

In integrated AV and IT environments, this kind of preparation helps reduce confusion during commissioning and makes future maintenance more efficient. Because this is a managed rack PDU, it is also a sensible choice for organizations that want power distribution to be part of a broader monitoring and support workflow rather than an isolated hardware layer.

Performance Highlights

This model is built for environments where rack density and dependable power organization are non-negotiable. The 64A rating and 46kW load capacity position it for substantial deployments, while the 48 C13 outlets support a high device count in a single rack power distribution solution.

• Supports up to 46kW total load
• Provides 48 IEC C13 outlets for high-density equipment populations
• Designed for 240/415V 3-phase power environments
• Suitable for AV, IT, enterprise, and network rack applications
• Managed architecture supports improved operational visibility

In practical terms, that means this PDU fits installations where minimizing manual power checks, maintaining better rack-level awareness, and keeping equipment power organized are all important operational goals.

What Makes It Different

What sets this model apart is its focus on dense, managed rack distribution rather than simple outlet expansion. Many installations need a PDU not only to power devices, but also to support a more disciplined approach to rack operations. With 48 C13 outlets, 3-phase 240/415V input, and 46kW capacity, this unit is aimed at exactly that kind of environment.

It stands out for buyers who need:

• A high outlet count for equipment-heavy racks
• Managed power distribution instead of unmanaged strip-style power
• A strong fit for server rooms, network closets, and AV control infrastructure
• A solution aligned with uptime, serviceability, and organized rack power design

For teams building scalable rack systems, that combination can make a meaningful difference in how cleanly a deployment is installed and how effectively it is maintained over time.

Final Assessment

The 3-Phase Managed HDX Rack PDU G4 is a strong choice for professional buyers who need managed power distribution for dense rack environments. Its 240/415V input, 64A capacity, up to 46kW total load handling, and 48 IEC C13 outlets make it well matched to server rooms, network closets, AV headends, and control racks with many connected devices.

If your priority is a rack PDU that supports high outlet density, substantial power capacity, and a more controlled operational approach, this model is a practical fit. It is best suited to installations where remote visibility, organized distribution, and careful power planning are part of the overall system design.