Raritan PX3-5238V-Q1V2 42-Outlets PDU - Monitored - NEMA L15-30P (3P4W) - 30 x IEC 60320 C13, 12 x IEC 60320 C19 - 230 V AC - Network (RJ-45) - 0U - Vertical - Rack-mountable - PX3-5238V-Q1V2

Product Description

Raritan PX3-5238V-Q1V2 42-Outlets PDU - Monitored - NEMA L15-30P (3P4W) - 30 x IEC 60320 C13, 12 x IEC 60320 C19 - 230 V AC - Network (RJ-45) - 0U - Vertical - Rack-mountable

Introducing the Raritan PX3-5238V-Q1V2, a high-quality, new 3-phase power distribution unit (PDU) ideal for demanding data center environments. This 0U vertical PDU boasts a robust 208V AC, 30A (24A/PH rated) input with a NEMA L15-30P (Delta Bottom-bottom feed) plug, delivering 8.6kVA of power. Featuring 42 outlets—30 C13 and 12 C19—the PX3-5238V-Q1V2 provides ample connectivity for your critical equipment.

This Raritan PDU offers metered and Switched outlets, granting granular control over power distribution and enabling efficient capacity planning. The high-resolution color display provides real-time power monitoring data, while the SecureLock-ready design enhances physical security. V2 Outlet Sequencing ensures controlled power-up of connected devices, minimizing inrush current. The vertical 0U form factor optimizes valuable rack space.

Key Features:

• Input: 3PH, 208V AC, 30A (24A/PH rated)
• Outlets: 30x C13, 12x C19
• Plug: NEMA L15-30P (Delta Bottom-bottom feed)
• Metered/ Switched Outlets
• Zero U Vertical Mounting
• SecureLock Ready
• V2 Outlet Sequencing
• High-Resolution Color Display
• With PDUs decisions for load balancing and minimizing extra cost can be managed
• Three Phase phase PDU for reliable performance with maximum productivity
• NEMA L15-30P (3P4W) plug/connector type for better, dependable connectivity and desired power output
• IEC 60320 C13 receptacle type to ensure maximum usability and reliable power output
• 230 V AC input voltage for optimal performance with maximum usability
• 208 V AC output voltage for optimal performance with maximum feasibility
• With monitored PDU, you can remotely monitor single-or three-phase voltage easily to ensure maximum power supply efficiency