Geist rPDU MNU5MGW1-36CF18-3TL15A0A10-S-A 36-Outlets PDU
$3,840.00
$2,546.99
Mfg # VP7N30AR
CDW # 7992430
| UNSPSC 39121017
Quick tech specs
- Provide circuit protection and easy configuration for trouble-free access
- Combination C13/C19 receptacle type to ensure maximum dependability and optimal performance
- NEMA L15-30P plug/connector type for reliable,productive connectivity and optimal power output
- 208 V A
- With switched PDU,remotely monitor,connect or disconnect data center loads
- Three Phase phase PDU for reliable performance with maximum productivity
- 230 V AC input voltage for maximum feasibility and added productivity
Know your gear
Upgradeable Switched Outlet Level Monitored rPDUs provide reliable power distribution to critical IT equipment while delivering individual outlet level control and a comprehensive view of outlet level power usage via remote network access. Includes environmental monitoring capabilities to obtain realtime environmental metrics. With the Geist Upgradeable hot-swap technology, users may easily update the rPDU technology with the addition of the appropriate Interchangeable Monitoring Device (IMD) as business needs change.
Benefits
- Remotely reboot outlets to power cycle unresponsive IT equipment or increase runtime of critical equipment upon power failure with outlet-level control.
- Reliable power distribution with local and remote outlet-level power monitoring options offer quick access to critical power usage information down to the device level to evaluate energy usage trends and maximize uptime.
- Environmental monitoring capabilities with the addition of optional environmental sensors ensure users have critical infrastructure data at their fingertips to prevent climate-related equipment failure and system downtime.
- Fault-Tolerant Daisy Chaining with RSTP simplifies intelligent rPDU connectivity and ensures data is reported even when a break in the network chain occurs. Supports up to 40 rPDUs.
- Daisy-chain up to 50 devices on a single IP address and reduce deployment time with selfconfiguration of downstream devices.
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