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30-Outlets PDU - Metered - NEMA L22-30P - 24 x U-Lock IEC 60320 C13, 6 x U-Lock IEC 60320 C19 - 230 V AC, 415 V AC - 0U - Vertical - Rack-mountable MN01D4W1-30PN63-3TL56A0A10-S 3
The I10065L provides real-time power metrics to help prevent overloads and safely optimize load levels. Using Visible Light Communication (VLC) technology, I10065L optically transmits power usage data from its LED display to a handheld device over the Geist Mobile App, presenting comprehensive real-time power usage data down to the phase and circuit levels. With the Geists Upgradeable hot-swap technology, users may easily transform Metered PDUs to Monitored by replacing the Interchangeable Monitoring Device (IMD) module, without causing any interruption.
FEATURES
- Monitor load level efficiently with PDU meter
- U-Lock IEC 60320 C13 receptacle type to ensure maximum productivity with added feasibility
- Three Phase phase PDU provides dependable power output with maximum efficiency
- NEMA L22-30P plug/connector type for better, dependable connectivity and desired power output
- 230 V AC input voltage for maximum feasibility and added productivity
- 230 V AC output voltage for optimal performance with maximum feasibility
The I10065L provides real-time power metrics to help prevent overloads and safely optimize load levels. Using Visible Light Communication (VLC) technology, I10065L optically transmits power usage data from its LED display to a handheld device over the Geist Mobile App, presenting comprehensive real-time power usage data down to the phase and circuit levels. With the Geists Upgradeable hot-swap technology, users may easily transform Metered PDUs to Monitored by replacing the Interchangeable Monitoring Device (IMD) module, without causing any interruption.
FEATURES
- Monitor load level efficiently with PDU meter
- U-Lock IEC 60320 C13 receptacle type to ensure maximum productivity with added feasibility
- Three Phase phase PDU provides dependable power output with maximum efficiency
- NEMA L22-30P plug/connector type for better, dependable connectivity and desired power output
- 230 V AC input voltage for maximum feasibility and added productivity
- 230 V AC output voltage for optimal performance with maximum feasibility