EATON CORPORATION Switched G4 Rack PDU, 0U, 39U, entrada IEC-60309, cabo de 3 m, 1ph, 7,4 kW, 32 A, 200–240 V, 24 tomadas (12) C13, (12) C39

The Eaton EVSWF132A is a switched Power Distribution Unit (PDU) designed for installation in 39U racks. It provides 24 AC outlets and supports single-phase power with a nominal input voltage of 200–240 V and a maximum current rating of 32 A. The unit includes network management features with SNMP security algorithms and HTTPS protocol support for secure remote access. A 3 m power cable and a compact black enclosure make it suitable for data center and server room deployments where rack-mounted switched power distribution is required.

Advantages

The switched design enables individual outlet control for remote power cycling and load management. HTTPS and SNMP security algorithms provide encrypted communication and controlled access for integrated management systems. With support for 200–240 V single-phase input and a 32 A maximum current, the PDU is suitable for high-density rack environments. The 3 m power cable and 24 AC outlets offer flexibility in cable routing and device connections while the black housing maintains a professional rack appearance.

Suitable for

• Rack-mounted servers and blade enclosures in 39U racks
• Data centers and colocation facilities requiring remote outlet control
• Server rooms with single-phase 200–240 V power distribution
• Environments requiring secure network management via SNMP/HTTPS

Key specifications

• AC outlets: 24
• Nominal input voltage: 200–240 V
• Maximum current: 32 A
• PDU type: Switched
• Cable length: 3 m
• Weight: 3.013 kg
• Colour: Black

How to use

Install the Eaton EVSWF132A vertically in a 39U rack using standard mounting points and secure it according to rack manufacturer guidelines. Connect the PDU's 3 m power cable to an appropriate single-phase 200–240 V, 32 A supply or to a distribution source rated for the expected load. Configure network settings and management access through the device web interface over HTTPS or via SNMP, applying required authentication and security parameters. Use the management interface to assign names to outlets, schedule power cycles, and monitor current draw per outlet or for the whole unit.

Recommendations

Verify the total connected load does not exceed the 32 A maximum current rating and distribute equipment across outlets to avoid overloading individual circuits. Apply firmware updates and strong authentication for SNMP/HTTPS access to maintain secure remote management. For critical systems, use a monitoring policy and power cycling schedule that minimizes service interruptions and ensures graceful shutdown where supported by connected devices.