APC NetShelter Metered Rack PDU – Advanced Power Distribution with Real-Time Monitoring
The APC NetShelter Metered Rack PDU offers sophisticated power distribution and metering capabilities for data centers and IT environments. With 36 C13 and 6 C19 outlets, this PDU enables effective energy management and circuit protection to optimize power usage and minimize costs.
Key Features:
Main Input Voltage: 200V, 208V, 230V
Main Output Voltage: 230V
Input Connection Type: IEC 60309 32 A 2P + E
Load Capacity: 7.4 kW (7400 VA)
Max Line Current: 32 A
Cable Length: 3.00 m
Number of Cables: 1
Number of Rack Units: 0U
Power Outlets:
36 x IEC 60320 C13
6 x IEC 60320 C19
Physical Characteristics:
Color: Black
Height: 179.1 cm
Width: 5.6 cm
Depth: 4.4 cm
Net Weight: 6.93 kg
Mounting Location: Side
Mounting Mode: Rack-mounted
Mounting Position: Vertical
Input and Output Specifications:
Permissible Voltage: 220…240 V
Network Frequency: 50/60 Hz
Real-Time Monitoring: Provides power utilization data, temperature/humidity sensor port, and user-defined alarm thresholds to mitigate overload risks.
Interfaces: Secure Web, SNMP, or Telnet for configuration and monitoring; compatible with APC Centralized Management platforms like InfraStruxure Central.
Certifications and Standards:
Certifications: VDE
Standards: IEC 60950
Environmental Specifications:
Ambient Temperature for Operation: -5…60 °C
Relative Humidity for Operation: 5…95 %
Operating Altitude: Up to 10,000 ft
Ambient Temperature for Storage: -25…65 °C
Storage Relative Humidity: 5…95 %
Storage Altitude: Up to 15,240 m
Included Accessories:
Installation Guide
Rack Mounting Brackets
Serial Configuration Cable
Safety Guide
Ordering and Shipping Details:
Unit Type: PCE
Number of Units in Package: 1
Package Dimensions: Height 200 cm, Width 10.7 cm, Length 16.2 cm
Package Weight: 8.56 kg
Enhance your data center's power distribution with the APC NetShelter Metered Rack PDU. Designed for efficiency and reliability, it provides comprehensive monitoring and management features to support optimal IT operations.
