Server Technology PRO2 Smart POPS PDU C2SG48TE-DQME2M99 - Power distribution unit (rack-mountable) - AC 208 V - 17.3 kW - 3-phase delta - Ethernet 10/100/1000, RS-232 - input: IEC 60309 3P+G - output connectors: 48 (30 x IEC 60320 C13, 18 x IEC 60320 Cx)
- Provides thermal and humidity monitoring to maintain operational conditions
- Offers remote management protocols including SNMP and HTTPS for control
- Features Per Outlet Power Sensing (POPS) for power monitoring on each outlet
- Facilitates rack-mountable installation to save space and improve organization
- Includes multiple compliant standards for safety and performance
The Server Technology PRO2 Smart POPS PDU is designed to manage and distribute power within your data center or IT environment. With an operational temperature range from 0 °C to 60 °C and a humidity operating range of 8% to 90% RH, this power distribution unit handles various environmental conditions. It offers 48 output connectors to support your equipment needs, ensuring reliable power delivery with a maximum capacity of 17.3 kW.
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Efficient power distribution
The Server Technology PRO2 Smart POPS PDU is equipped with 48 outlets, including 30 power IEC 60320 C13 connectors and 18 power IEC 60320 Cx connectors, to supply a maximum electric current of 60 A. This configuration facilitates reliable power distribution across devices.
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Advanced remote monitoring
With support for remote management protocols such as SNMP, HTTP, and SSH-2, this unit enables users to monitor and manage power consumption and environmental conditions from anywhere, ensuring smooth operation.
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Comprehensive environmental monitoring
The unit offers thermal monitoring, humidity monitoring, and multiple electrical metrics like voltage and current readings. These features help maintain optimal operating conditions and enable timely alerts via email.
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Secure connectivity options
Equipped with Gigabit Ethernet and RS-232 interfaces, the unit ensures secure and flexible management access for users, enhancing system usability in varied networking environments.
