Clearance: Secure Remote Power Control Unit with Environmental Monitoring
Securely control power on/off/reboot to a server, router, web cam, firewall or other remote devices over IP.
Limited stock. All sales final on clearance items.
IPDU-S8-P10-CLR (Front & Back)
Product Highlights
- Power on/off/reboot
- Configure up to 3 additional IP aliases that allow remote control of the unit through different networks
- Linux inside
- IPV 6 Compatible
- Shut down power when high temperature and other threats detected
Additional Images
The ENVIROMUX® Secure Remote Power Control Unit allows you to remotely reboot and control power (on/off) to up to eight servers or other powered devices from any location via secure web interface, RS232, SSH, or Telnet.
The ENVIROMUX® Secure Remote Power Control Unit allows you to remotely reboot and control power (on/off) to up to eight servers or other powered devices from any location via secure web interface, RS232, SSH, or Telnet.
- Three operating modes for power reboot:
- Manual – select the outlet and turn the power on/off.
- Scheduled – set date/time/duration of power cycle.
- Associated – power on/off a device when a sensor goes out of range of a user-defined threshold, or reboot unresponsive IP devices.
- Security: HTTPS, SSHv2, SSLv3, TLS, IP Filtering, LDAPv3, AES 256-bit encryption, 16-character username/password authentication, user account restricted access rights.
- Configure, control and monitor the unit via Web interface or Command Line Interface (CLI).
- Up to 3 additional IP aliases can be configured to allow remote control of the unit using different networks.
- No scripts required - simply add the IP address, network mask, and gateway configurations through the web interface.
- The first network (default network) will be used for total control of the unit, i.e. inbound and outbound connections.
- The three other networks will allow web/SSH/telnet access only, i.e. inbound access only.
- Up to four separate networks can be plugged into a network switch that is linked to the unit to facilitate the configuration.
- Current, line voltage, line frequency, power factor monitoring.
- Supports two environmental sensors, including: temperature/humidity and water detection.
- Shut down power when high temperature and other environmental threats are detected.
- Monitor (ping) up to eight IP network devices.
- Sends alert notifications via email, syslog, LEDs, Web page, and SNMP.
- Automatically configures network settings received from a connected DHCP server.
- If a DHCP server is not found, the default static IP address will be used.
- Integrates with various Open Source monitoring packages - Nagios and MRTG.
- The unit can be polled via SNMP.
- Up to 17 units can be connected via Ethernet connection or using CAT5 expansion cables to increase the number of outlets and sensors connected.
- Cascade up to 16 IPDU-Sx units as slaves to one IPDU-Sx master unit via Ethernet connection.
- Each master and slave unit needs its own unique IP address.
- Cascade up to 16 IPDU-Sx units as slaves to one IPDU-Sx master unit using CAT5/5e/6 patch cables with RJ45 connectors wired straight through.
- Each slave unit needs its own unique RS485 address value that can range from 1-255.
- Uses a single Web interface for all systems/sensors connected.
- Cascade up to 16 IPDU-Sx units as slaves to one IPDU-Sx master unit via Ethernet connection.
- Overload protection via circuit breaker.
- Optional intuitive graphical management software provides an easy-to-use, unified interface for both monitoring and configuring up to 3,000 E-2D/5D/16D, E-SEMS-16(U), IPDU-S4/8 units and all connected sensors.
- Meets the electrostatic discharge (ESD) immunity requirements of IEC/EN 61000-4-2
- Features Normally Open (NO) relay contacts.
- Available with optional Normally Closed (NC) relay contacts.
Power
- 90 to 250 VAC at 50 to 60 Hz.
- Input Connector:
- IPDU-Sx-P10: IEC 320-C14 inlet (EURO)
- Output Connectors:
- IPDU-Sx-P10: IEC 320-C13 outlets (EURO)
- Current rating:
- IPDU-Sx-P10: 10A (EURO)
RJ45 Sensor Ports
- Two RJ45 modular jacks for connecting NTI temperature/humidity and liquid detection sensors.
- Available sensors
Network Interface
- One 10/100 Base-T Ethernet port with RJ45 Ethernet connector.
Console Port
- One female RJ45 port for terminal access.
USB Port
- Female USB Type A connector for downloading log data to USB flash drive.
Cascade In/Out Ports
- Two RJ45 jacks.
- A maximum of 17 systems can be used in a cascaded configuration via RS485 to increase the number of outlets and sensor ports (1 master, 16 slaves).
- Each slave unit needs its own unique RS485 address value that can range from 1-255.
- Use CAT5/5e/6 patch cables with RJ45 connectors wired straight through
- Up to 1,000 feet between the master unit and the slave unit.
- The last slave must have a terminating plug (E-TRMPLG, not included) in the empty socket.
Protocols
- HTTPS, SSHv2, SSLv3, TLS (4/8-port models only), LDAPv3, AES 256-bit, 3DES, Blowfish, RSA, EDH-RSA, Arcfour, SNMPv2c; IP filtering, IPV6
- Operates and configures via HTTP/HTTPS web page, Telnet, SSH, or RS232 interface.
- Alerts are sent using email, syslog, and/or SNMP traps.
- Alerts are posted in event log, which is accessible through Web user interface.
Environmental
- Operating temperature: 32 to 122°F (0 to 50°C).
- Storage temperature: -13 to 149°F (-25 to 65°C).
MTBF
- IPDU-S8-P10: 57,051 hrs
Dimensions
- IPDU-S8-P10 WxDxH
- Without supplied rackmount kit: 17.45x10.00x1.75 in (443x254x44 mm)/li>
- With supplied rackmount kit: 19.00x10.00x1.75 in (483x254x44 mm)
Regulatory Approvals
- CE, RoHS
- EN51055, EN50121-3-2
Web Interface (view product demo)
- Configure, control and monitor via HTTP/HTTPS webpage.
- Configure outlet operation settings, sensor thresholds and timing, alarm methods, alert formats, sensor/IP device outlet association, and system data log.
- Add up to 3 additional IP aliases that allow remote control of the unit through different networks.
- No scripts required - simply add the IP address, network mask, and gateway configurations through the web interface.
- The first network (default network) will be used for total control of the unit, i.e. inbound and outbound connections.
- The three other networks will allow web/SSH/telnet access only, i.e. inbound access only.
- View outlet status, sensor values, IP device values, and alert status on one summary page.
- View, Edit, Turn On/Off, Cycle buttons for each power outlet.
- View and Edit sensors and IP devices.
- View entries stored in the system logs.
- Event log records system events such as alerts, user login/logout, failed email messages, etc.
- Data log records samples of sensor readings. User specifies sampling time period.
- The log can be downloaded as a tab-delimited plain text file.
- Configure IP information, SMTP settings, SNMP settings, IP filtering, and user administrative settings.
- Upload custom x509 certificates.
- Administrate up to 15 users plus a root administrator.
- Configure permissions, schedule and alert methods for each user.
- Up to 17 units can be used together to increase the number of sensors connected.
- Cascade up to 16 IPDU-Sx units as slaves to one IPDU-Sx master unit via Ethernet connection.
- Each master and slave unit needs its own unique IP address.
- IPDU-Sx slave units can also be configured as RS485 local slave units using CAT5/5e/6 patch cables with RJ45 connectors wired straight through.
- Each slave unit needs its own unique RS485 address value that can range from 1-255.
- The last slave must have a terminating plug (not included) in the empty socket.
- Uses a single Web interface for all systems/sensors connected.
- Cascade up to 16 IPDU-Sx units as slaves to one IPDU-Sx master unit via Ethernet connection.
RS232/Telnet/SSH
- Configure, control and monitor over the text-based menu system accessible via RS232, Telnet, and SSH.
- Access is controlled via username/password.
- System stores encrypted login information.
- Two user levels: user and administrator.
Front Panel LED Indicators
- "POWER" (green) – indicates device is powered.
- "OUTLET" (green / red) – outlet is on or off.
- "SENSOR FAULT" (red) – lights up if a sensor goes out of range of a configurable threshold.
- "IP FAULT" (red) – lights up if an IP device is unresponsive.
Network Operation
- Automatically configures network settings received from a connected DHCP server.
- If a DHCP server is not found, the default static IP address will be used.
- Integrates with various Open Source monitoring packages - Nagios and MRTG.
- The unit can be polled via SNMP.
Open Source Monitoring Integration
Optional Management Software
- Optional intuitive graphical management software provides an easy-to-use, unified interface for both monitoring and configuring up to 3,000 E-2D/5D/16D, E-SEMS-16(U), IPDU-S4/8 units and all connected sensors.
Secure Remote Power Reboot Web Interface Screen Shot
Secure Remote Power Reboot Text-Based Menu Interface Screen Shot
User Manual:
How To:
- How to Use LDAP Server with the IPDU-Sx
- How to Create an x.509 Certificate
- Example SSL config file for x.509 certificate
Firmware:
Knowledge Base:
Declaration of Conformity:
Application Drawings
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Secure Remote Power Control Unit with Environmental Monitoring
How to remotely reboot and control power (on/off) servers or other powered devices from any location via secure web interface, RS232, SSH, or Telnet
Application Notes
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How to Provide a Redundant Path to Control the IPDU-Sx In Case of a Network Failure
Up to 3 additional IP aliases can be configured to allow remote control of the IPDU-Sx using different networks. This set-up provides a redundant path in case of a network failure. No scripts are required–simply add the IP address, network mask, and gateway configurations through the web interface.
The first network (default network) will be used for total control of the IPDU-Sx, i.e. inbound and outbound connections. The three other networks will allow web/SSH/telnet access only, i.e. inbound access only. Up to four separate networks can be plugged into a network switch that is linked to the IPDU-Sx to facilitate the configuration.
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"We received the custom designed IPDU-S8-P15 that is able to send multiple alerts and it works great!
"I wanted to be able to control the temperature in a box remotely, and be able to edit an action with the temperature sensor. I needed to power ON the AC outlet 1 (a heater will start) if the temperature goes below 10 degree Celsius and to power ON the AC outlet 2 (a fan will start) if the temperature goes above 20 degree Celsius, as well as the ability to edit directly in the web interface.
Thanks to you and your team, you have done a great job, thanks again!"
Danny FortinNational DefenceQuébec, Canada
Network Technologies Inc |
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