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Opengear IP Power 9258 Quick Start User Manual

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QUICK START & USER MANUAL
opengear
IP Power 9258

Quick Start

User Manual
_____________________________________________________________________________
IP POWER
...... 2
...... 5
Rev: 1.2
July 10, 2009
PAGE 1 OF 32
Quick Start Guide
1)
Check kit contents
Part # 508000 IP Power 9258T (USA) or
Part # 508001 IP Power 9258S (Europe/Australia)
User Manual/Quick Start Guide and IP Power CD
Power cable
2)
Install hardware
Connect power cables. For the USA model (NEMA5-15P 100-120V outlets), the
individual max output current per outlet is 6A and the total max output current
for the 4 outlets is 15A. Use a power IN cable with 15A current rating and use
power OUT cables with 10A rating for each power outlet
For the European/Australian model (IEC320-C13 220-250V outlets) the
individual max output current per outlet is 6A and the total max output current
for the 4 outlets is 10A. Use a power IN cable with 10A current rating and use
power OUT cable with 10A rating for each power outlet
Connect IP Power NETWORK port to your local
10/100 LAN
3)
Set IP Power IP address
The IP Power's default network settings are:
IP address: 192.168.0.50
Subnet mask: 255.255.255.0
To set a new address, either:
Connect your PC directly to the IP Power's
Ethernet (NETWORK) port and run IPEdit.exe.
You first must copy the IPEdit.exe program
from the IP Power CD on to your PC; or
With a PC in the same subnet as the IP Power (i.e. IP address of
192.168.0.xxx) open the IP Power control web pages as detailed in the
next step and select System: Setup
_____________________________________________________________________________
IP POWER
PAGE 2 OF 32

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Summary of Contents for Opengear IP Power 9258

  • Page 1: Quick Start

    4 outlets is 15A. Use a power IN cable with 15A current rating and use power OUT cables with 10A rating for each power outlet IP Power 9258 For the European/Australian model (IEC320-C13 220-250V outlets) the individual max output current per outlet is 6A and the total max output current for the 4 outlets is 10A.
  • Page 2 Publishing history Update IP Power with your browser Enter http://192.168.0.50 (or the IP address assigned using IPEdit.exe) in Date Revision Update details the browser of your locally connected PC and login: Feb 2007 Covers 1.38 firmware features The default username is: admin The default password is: 12345678 July 2009 Added Telnet and SNMP (firmware 1.5.2) and serial...

  • Page 3: Table Of Contents

    1. Introduction IP Power 9258 User Manual The IP power 9258 is a web browser controlled power switch that can be used easily for industrial or commercial power control. Table of Contents With the remote network control technology, a user connected to the local area network or Internet can query and control the power supply of attached equipment.

  • Page 4: Hardware And Software Installation

    • 3. Hardware and Software Installation ipEdit.exe Before you start to use the IP Power 9258, please follow the steps below: Copy the file to your desktop (or another directory if you prefer). • 1) Check the package to make sure the contents are complete 2) Prepare an Ethernet hub or router for accessing the IP Power 9258 4.
  • Page 5 Password: 12345678 PC or server software shutdown The IP Power 9258 can also safety shutdown a PC or server through the network before being powered off. This allows you to remotely shut down a PC/server Click IP 9258 in the left of the window and the IP Power’s name and IP address •...

  • Page 6: Ip Power Control Using Browser

    Control the power supply by outlet Password: The IP Power admin password (default 12345678) IP Power 9258 can control 4 outputs individually or at the same time: Power Number: The OUT power outlet the PC/server is connected through – if many PC/servers are connected through the one power Select the Set Power from the left hand menu •...

  • Page 7: Setting The Password For Ip Power

    System settings with browser If the IP Power is connected to your Local Area Network (LAN): • You may set the password, IP address, e-mail address, timer setting, perform an online firmware update, and set the time of the IP Power through the IP Power You may set a fixed IP address or have it automatically assigned by a DHCP control web pages server.

  • Page 8: Email Settings

    Cookie +Base64 (allows HTTP command & SDK control) Click Save to save your settings. • Cookie (allows HTTP command & SDK control) Power control using the time schedule Email settings The IP Power can be set to power on or off power outlets at specified times. Select The IP Power can be set to email its IP address to multiple recipients: Power Schedule from the left hand menu.

  • Page 9: Clock Settings & Network Time Protocol (Ntp)

    NOTE To find out your network card’s MAC address: Clock settings & network time protocol (NTP) You may manually set the IP Power’s internal clock by specifying the year, month, day, hour, minutes and seconds. Alternately, you may choose to synchronize with an NTP server by entering its IP Right click on the network connection icon Status Support...

  • Page 10: Ddns Settings

    First, create a DynDNS account and create an account. Create a dynamic DNS host for the IP Power, e.g. ippower.dyndns.org. On the IP Power, select DDNS from the left hand menu. Enter the IP address and port of the DynDNS server. You can find this out Warning: Do not click Update if you do not have a firmware update file.
  • Page 11 Turns the power on for the first (P60) and fourth (P63) outlets, and turns power off http://username:password@a.b.c.d/Set.cmd?CMD=command+outlet_id=1/0+out for the second (P61) and third (P62) outlets. Returns the power status for each let_id=1/0 outlet in the following format: Where: <html>P60=1,P61=0,P62=0,P63=1</html?> username The username you use to login to the IP Power (default is admin) Example 3: password The password you use to login to the IP Power (default is 12345678) The HTTP command: to control the 9258 operation at a specified time...
  • Page 12 http:// /admin:12345678@192.168.1.10/Set.cmd?CMD=SetSchedule+Power=1A+YY=200 9+MM=02+DD=16+HH=06+MN=02+SS=16+PARAM=128+ONOFF=1 The above command controls the IP Power at IP address 192.168.1.0, user name is admin and password is 12345678. This 9258 will connect power of outlet 1 (p60), once only on 16 February 2009 at 6:02 am NOTE Use + to separate each parameter, e.g.
  • Page 13 Power outlet status and control using SNMP Control outlet command : snmpset -v 1 -c public 192.168.1.55 1.3.6.1.4.1.92.58.2.1.0 integer 1 (turn on Power1) snmpset -v 1 -c public 192.168.1.55 1.3.6.1.4.1.92.58.2.2.0 integer 0 (turn off Power2) snmpset -v 1 -c public 192.168.1.55 1.3.6.1.4.1.92.58.2.3.0 integer 1 (turn on Power3) snmpset -v 1 -c public 192.168.1.55 1.3.6.1.4.1.92.58.2.4.0 integer 0 (turn off Power4) Reading status: snmpget -v 1 -c public 192.168.1.55 1.3.6.1.4.1.92.58.2.1.0 (read status of Power1)

  • Page 14: Frequently Asked Question

    11. IP Power Control Using Console Server The IP Power 9258 is a simple browser controlled power switch, without the security 10. Manual Control Mode features needed for open public network connection. Nor does it have any remote out-of-band dial-in support.

  • Page 15: General Ip Power Control Using Serial Port

    IP Power for serial control: Usage: power-ip9258 <port> "<outlet> [outlet..]" on|off|status Connect the IP Power 9258's CONSOLE RS232 port to one of the console server • The serial control script below is used in the console server and should work on a...
  • Page 16 stty out_retries=3 1400:4:cbe:a30:3:1c:7f:15:4:0:1:0:11:13:1a:0:12:f:17:16:0:0:0:0:0:0:0:0:0:0:0:0:0: in_udelay=100000 0:0:0 < "$port" in_retries=10 # Enable serial command mode port=$1 ipp_chat "0\\ADEBUG9258\\Z" "IP9258 DEBUG ON" &> /dev/null outlets=$2 cmd=$3 # Get current status tmpfile=/tmp/tmp.$$ status_nibble=`ipp_chat "0\\Ap06\\Z" "p.*6:" | sed 's,.*p.*6:.\(.\).*,\1,g'` if [[ -z "$port" ]] || [[ -z "$outlets" ]] || [[ -z "$cmd" ]]; then appname=`basename $0` # Send the command, the least significant bit is port 1, the most significant echo "Usage: $appname <port>...

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