Tripp Lite Monitored PDU, 1.9kW Single-Phase 120V Outlets (8 5-15/20R), L5-20P/5-20P Adapter, 12ft Cord, 1U Rack-Mount, TAA (PDUMNH20) – Pappy Mall

120V 20A peak capacity (agency de-rated to 16 amps continuous) Monitored Power Distribution Unit (PDU) with built-in web/network interface in 0U vertical rack form factorIncludes attached L5-20P input plug with 5-20P adapter and 8 5-15/20R outletsSupports local current metering and remote network monitoring of current

voltage and frequency via built-in web/network monitoring cardRemote interface provides data regarding input power conditions and PDU load level via secure network or web browser interfaceSupports notification and logging of all major power events and user specified alarm thresholdsOptional ENVIROSENSE temperature and humidity probe enables remote monitoring of environmental conditions and the ability to report conditions from up to four SRSWITCH or user supplied contact closure sensorsDHCP

Manual configuration support provides the ability to have network settings automatically assigned to the card

or manually assigned via permanent IP addresses10/100 Mbps auto-sensing allows optimal communication compatibility with your current 10/100 Base-T networkReal-time clock backup maintains the time of day and date even if the PDU is shut down and unpoweredTiered access priviledges allow an administrator and a guest to log into the web browser for monitoring all PDUs Alert notifications via email or SNMP traps give users the added advantage of having an immediate event notificationProtocols supported include HTTP

HTTPS

PowerAlert Network Management System

SMTP

SNMPv1

SNMPv2

Telnet

FTP

DHCP

BOOTP

NTPFront panel ammeter displays total PDU power consumptionIncluded cord retention brackets keep vital network equipment plugged in and continuously powered1U rackmount installation supported with included mounting bracketsCircuit breaker-free format prevents power interruptions due to tripped breakers while still providing mains panel protection from overloads and short circuit fault conditions