IP-Power Lines - PDU

• 4 switchable load outlets (Schuko types F, E, J)
• Metering of energy and electrical dimensions
• Watchdog functionality for load outlet
• Integrated overvoltage protection
• High inrush relays for start-up peaks
• Interface for optional sensors
• IPv6 ready, SSL and SNMPv3 integrated

• 1 switchable load outlet with 2 energy meters
• Metering of energy and electrical dimensions
• Watchdog functionality for load outlet
• High inrush relays for start-up peaks
• IPv6 & SSL
• Interface for optional sensors
• Free smartphone app for remote access

• 12 load outlets in 1 rack unit
• 2 independent banks of 6 load outlets
• Energy metering per bank
• Total switching power: 7500 W
• 2 interfaces for optional sensors
• SNMPv3, SSL and Telnet integrated
• IPv6 ready

8 ports for IEC C13

• Event and schedule-controlled switching

• Energy and residual current metering (RCM)

• 2 connectors for optional sensors

• NTP function can be activated

• Integrated overvoltage protection (type 3)

• IPv6, SNMPv3, SSL, Telnet, Radius, Modbus TCP

8 ports for IEC C13 Lock socket

• Event and schedule-controlled switching

• Energy and residual current metering (RCM)

• 2 connectors for optional sensors

• NTP function can be activated

• Integrated overvoltage protection (type 3)

• IPv6, SNMPv3, SSL, Telnet, Radius, Modbus TCP

8 ports for safety socket (Schuko = DE)

• Event and schedule-controlled switching

• Energy and residual current metering (RCM)

• 2 connectors for optional sensors

• NTP function can be activated

• Integrated overvoltage protection (type 3)

• IPv6, SNMPv3, SSL, Telnet, Radius, Modbus TCP

• 4 ports for IEC C13
• Event and schedule-controlled switching
• Energy metering per load outlet
• Residual current metering (RCM)
• 2 connectors for optional sensors
• Integrated overvoltage protection (type 3)
• IPv6, SNMPv3, SSL, Telnet, Radius, Modbus TCP

• 8 ports for IEC C13
• Event and schedule-controlled switching
• Energy metering per load outlet
• Residual current metering (RCM)
• 2 connectors for optional sensors
• Integrated overvoltage protection (type 3)
• IPv6, SNMPv3, SSL, Telnet, Radius, Modbus TCP

• 12 power ports for IEC C13 or IEC C13 Lock
• Integrated GSM module for redundant communication
• Event and schedule-controlled switching
• Energy and residual current metering (RCM)
• 2 connectors for optional sensors
• Integrated overvoltage protection (type 3)
• IPv6, SNMPv3, SSL, Telnet, Radius, Modbus TCP

• 21 outlets: IEC C13, terminal clamp, USB A
• 4 voltages: 230V AC, 24V DC, 12V DC, 5V DC
• Each DC outlet secured by eFuse
• Event and schedule-controlled switching
• Energy and residual current metering (RCM)
• 2 connectors for optional plug-n-play sensors
• IPv6, SNMPv3, SSL, Telnet, Radius, Modbus TCP

• 12 power ports for IEC C13 or IEC C13 Lock
• Event and schedule-controlled switching
• Energy metering per load outlet
• Residual current metering (RCM)
• 2 connectors for optional sensors
• Integrated overvoltage protection (type 3)
• IPv6, SNMPv3, SSL, Telnet, Radius, Modbus TCP

• 12 power ports for IEC C13 Lock
• Event and schedule-controlled switching
• Energy metering per load outlet
• Residual current metering (RCM)
• 2 connectors for optional sensors
• Integrated overvoltage protection (type 3)
• IPv6, SNMPv3, SSL, Telnet, Radius, Modbus TCP

• Sequential switching by simply pressing a button
• with overvoltage protection and mains filter

• Sequential switching by simply pressing a button
• with overvoltage protection and mains filter
• 6x safety sockets type F (CEE 7/3)

• Local and remote power outlet control (On, Off, Power Cycle) by individual outlets
• Power-on sequencing - users can set the power on sequence and delay time for each port to allow equipment to be turned on in a proper order
• Remote power control via TCP/IP and a built in 10/100 Ethernet port

• Remote power outlet control (on / off, power cycle) by individual outlets and outlet groups
• Power-On sequencing – users can set the power-on sequence and delay time for each outlet to allow equipment to be powered on in the correct order
• Supports TCP / IP, UDP, HTTP, HTTPS, SSL, DHCP, ARP, NTP, DNS, Telnet, Auto Sense, Ping, SNMP V1,V2 and V3
• Current, voltage, power, power dissipation, temperature, and humidity metering and threshold level setting

• Remote power outlet control (on / off, power cycle) by individual outlets and outlet groups
• Power-On sequencing – users can set the power-on sequence and delay time for each outlet to allow equipment to be powered on in the correct order
• Supports TCP / IP, UDP, HTTP, HTTPS, SSL, DHCP, ARP, NTP, DNS, Telnet, Auto Sense, Ping, SNMP V1,V2 and V3
• Current, voltage, power, power dissipation, temperature, and humidity metering and threshold level setting

• Each socket can be switched via IP.
• Power consumption per bank metering.
• ARM Cortex-A8 processor for flexible control methods via LAN / COM / USB / environmental sensor ports and enhanced monitoring via LCD console
• Precise kWh metering (+/-1% ) for better power consumption habits, baselines, and initiative tracking

• Each socket can be switched via IP.
• Power consumption per bank metering.
• ARM Cortex-A8 processor for flexible control methods via LAN / COM / USB / environmental sensor ports and enhanced monitoring via LCD console
• Precise kWh metering (+/-1% ) for better power consumption habits, baselines, and initiative tracking

• Each socket can be switched via IP.
• Power consumption per bank metering.
• ARM Cortex-A8 processor for flexible control methods via LAN / COM / USB / environmental sensor ports and enhanced monitoring via LCD console
• Precise kWh metering (+/-1% ) for better power consumption habits, baselines, and initiative tracking

• Each socket can be switched via IP.
• Power consumption per bank metering.
• ARM Cortex-A8 processor for flexible control methods via LAN / COM / USB / environmental sensor ports and enhanced monitoring via LCD console
• Precise kWh metering (+/-1% ) for better power consumption habits, baselines, and initiative tracking