Raritan PX3-1847 Intelligent Rack Power Distribution Unit
The Raritan PX3-1847 rack PDU is engineered for data centers and server environments requiring intelligent power distribution across high-density rack installations. This 42-outlet intelligent PDU delivers 7.7kVA of managed power capacity with single-phase 230V, 32A input, making it ideal for organizations needing precise outlet-level monitoring, remote power control, and advanced energy management in compact vertical form factors. Whether you're managing enterprise server racks, colocation facilities, or hybrid infrastructure deployments, the PX3-1847 provides the intelligent power distribution capabilities to optimize uptime, reduce energy waste, and simplify remote management across distributed IT environments.
Key Features
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42 IEC Outlets — 36x C13 and 6x C19 connectors for maximum device connectivity in zero U vertical mounting
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7.7kVA Capacity — Single-phase 230V, 32A rated input for reliable power delivery to mixed server and networking equipment
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Intelligent Onboard Monitoring — Embedded processor enables real-time power consumption tracking, outlet-level metering, and predictive analytics
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Remote Management & Control — Network connectivity via Ethernet, serial, and USB ports for centralized PDU management and remote outlet switching
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Zero U Vertical Design — Space-efficient form factor maximizes rack density without consuming vertical rack units
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Advanced Power Distribution — Intelligent load balancing and circuit protection for enhanced equipment protection and operational reliability
Technical Specifications
| Specification |
Details |
| Manufacturer |
Raritan |
| Part Number |
PX3-1847 |
| Product Type |
Intelligent Rack Power Distribution Unit (PDU) |
| Input Voltage |
Single-phase 230V |
| Input Current |
32A |
| Total Capacity |
7.7kVA |
| Outlet Configuration |
42 IEC outlets (36x C13, 6x C19) |
| Form Factor |
Zero U vertical mounting |
| Connectivity |
Ethernet, serial, USB |
| Monitoring |
Onboard embedded processor with real-time power metering |
| Management |
Remote outlet control and power management |
Frequently Asked Questions
What is an intelligent rack PDU and how does it differ from standard power distribution units?
An intelligent rack PDU like the Raritan PX3-1847 combines traditional power distribution with embedded monitoring and remote management capabilities. Unlike passive PDUs, intelligent PDUs provide outlet-level power metering, real-time consumption tracking, and remote on/off control via network connectivity, enabling data center operators to optimize power usage, identify equipment faults, and manage infrastructure remotely without physical rack access.
Can the PX3-1847 support mixed C13 and C19 server connections?
Yes, the PX3-1847 features 42 mixed IEC outlets including 36x C13 connectors (standard server power) and 6x C19 connectors (high-power equipment). This mixed outlet configuration allows flexible power distribution to diverse server types, network switches, and power-hungry infrastructure devices within a single rack PDU, maximizing equipment compatibility and rack utilization.
How does zero U vertical mounting benefit data center rack efficiency?
The zero U vertical form factor means the PX3-1847 mounts vertically on the side of server racks without consuming any vertical rack units. This design preserves valuable rack space for revenue-generating equipment while maintaining full 42-outlet power distribution capacity, making it ideal for high-density colocation facilities and enterprise data centers where space optimization directly impacts operational costs.
What remote management options does the Raritan PX3-1847 provide?
The PX3-1847 supports multiple connectivity protocols including Ethernet for network-based management, serial connections for legacy system integration, and USB for direct configuration. These options enable centralized power management through standard data center management platforms, allowing IT teams to monitor power consumption, control individual outlets, and receive alerts from anywhere with network access.
