Panduit smartzone G5 Operation & User’s Manual

1 Contents Section 1 ......................................................................................................................... 4 Intelligent Network Controller ....................................................................................... 4 Connecting the PDU to a LAN Ethernet Port ............................................................... 4 Connecting the PDU to a Computer Serial Port ........................................................... 5 Setup Serial Communication .................................................................................... 6 Section 2 – Remote Configuration .................................................................................. 9 Dynamic Host Configuration Protocol (DHCP) ............................................................ 9 Web Configuration ....................................................................................................... 9 Supported Web Browsers ........................................................................................ 9 Logging in to the Web Interface ............................................................................... 9 Access Types ......................................................................................................... 16 Menu Dropdowns ................................................................................................... 18 Section 3 – Simple Network Management Protocol (SNMP) ......................................... 19 SNMP Configuration .................................................................................................. 19 Configuring Users for SNMP v3 Communications ..................................................... 22 Configuring SNMP Traps ........................................................................................... 24 Section 4 – Local (Access) Configuration ...................................................................... 26 Connecting through a Serial Connection ................................................................... 26 Supported Commands ........................................................................................... 26 Serial Cable Pinout to Create Your Own Cable ......................................................... 27 Radius Authentication ................................................................................................ 27 G5 PDU LDAP Server Settings ................................................................................. 29 Logging in to the CLI .............................................................................................. 32 Section 5 – Remote Access .......................................................................................... 33 Section 6 – Local Display .............................................................................................. 35 OLED Display ............................................................................................................ 35

2 Menu Mode ............................................................................................................ 36 OLED Menu Structure ............................................................................................... 38 Main Menu Selections ............................................................................................ 38 Setup Menu ............................................................................................................ 39 Power Menu ........................................................................................................... 46 Sensors Menu ........................................................................................................... 50 G5 iPDU Outlet Power Sequence Setup ................................................................... 51 Section 7 – Daisy Chain Configuration .......................................................................... 55 Daisy-Chain Overview ............................................................................................... 55 Daisy-Chain Setup Connecting up to 4 PDUs of the same SKU through a single IP address: ..................................................................................................................... 55 RNA (Redundant Network Access) Functionality ...................................................... 56 RNA Setup ................................................................................................................. 57 Section 8 – Connecting and Configuring Optional Hardware ........................................ 59 Accessory Hardware Overview .................................................................................. 59 Connecting a Temperature Sensor ............................................................................ 62 Connecting a Temperature and Humidity Sensor ...................................................... 63 Connecting a 3-Temperature and 1-Humidity Sensor ................................................ 63 Connecting a Rope Fluid Leak Sensor ...................................................................... 64 Connecting the Open/Closed Door Sensor ................................................................ 65 Connecting the Sensor Hub ....................................................................................... 68 Detecting Environmental Sensors.............................................................................. 68 Configuring Environmental Sensors .......................................................................... 69 Warranty and Regulatory Information............................................................................ 70 Warranty Information ................................................................................................. 70 Regulatory Information .............................................................................................. 70 Support and Other Resources ....................................................................................... 71 Accessing Panduit Support ........................................................................................ 71 Acronyms and Abbreviations ......................................................................................... 72

3 Documentation Feedback ............................................................................................. 73 Appendix A: CLI Commands ......................................................................................... 74 Appendix B: Firmware Update Procedure ..................................................................... 82 USB Method .............................................................................................................. 82 Web Interface Method ............................................................................................... 82 Serial (Command Line Interface) Method .................................................................. 84 FTPs Method ............................................................................................................. 85 Bootloader Mode ....................................................................................................... 85 Firmware Recovery with Bootloader Mode ................................................................ 86 Upgrade Configuration with Bootloader Mode ........................................................... 86 Appendix C: PDU Alarms .............................................................................................. 87 Trap Codes assigned to Alarms List .......................................................................... 89 Appendix D: Horizontal Intelligent Network Controller Replacement ............................. 94 Appendix E: Vertical Intelligent Network Controller Replacement ................................. 96

4 Section 1 Intelligent Network Controller The Panduit Monitored Input, Monitored & Switched, Monitored per Outlet, and Monitored & Switched per Outlet PDUs have an integral, hot swappable Intelligent Network Controller. The Intelligent Network Controller contains the OLED interface, control buttons, the USB, Ethernet, Serial and Sensor ports, and recessed Reset Button. Reset Button Pressing the Reset Button only reboots the Intelligent Network Controller. It does not change the Energy (kWh) value and does not affect the output voltage. Using the Reset Button Press and hold the Reset Button for 8 seconds to recover from an Intelligent Network Controller communication failure. Connecting the PDU to a LAN Ethernet Port The PDU is defaulted to DHCP. If you are connected to an Ethernet with a DHCP server, the PDU automatically get an IP address and display it on the LCD screen. If there is no DHCP server, the default IP address is 192.168.0.1, but again this will be displayed on the PDU. Connecting the PDU to a LAN provides communication through an Internet or Intranet connection. You can monitor the PDU from any computer connected to the same network. The PDU is set to use DHCP (Dynamic Host Configuration Protocol) by default when delivered. If IP is successfully assigned, you will see the IP address shown on OLED display. 1. Locate the Ethernet cable 2. Connect one end of the cable to the Ethernet port on the PDU (see Figure 1). Connect the other end of the cable to the Ethernet port on the router (or another LAN device).

5 Connecting the PDU to a Computer Serial Port If unable to connect to network, you can change the network setting using the serial interface. To configure the network setting, perform the following steps: 1. Serial connect the PDU to a computer’s serial port. Set baud rate for a terminal emulation program 2. Using a CLI command to enable DHCP or set a static IP. 3. Verify access to the Web interface. The Ethernet LED on the PDU front panel provides communication status by color and display activity. The recessed Reset button restarts the PDU (see Figure 2 below).

6 Locate the Reset button (figure 2) Setup Serial Communication You may configure the network settings using the command line interface (CLI) with a serial connection. Users can connect serially using the optional RJ45-DB9 cable (or make your own cable by creating a unique pinout as described below in the “Serial Cable Pinout to Create Your Own Cable” in Section 4). 1. Verify that the computer has a serial port. If your computer does not have a DB9 serial connector, but does have a USB connector, obtain a USB-to-DB9 Adapter to convert the USB to a DB9 serial port. 2. Using the optional RJ45-DB9 cable, connect the RJ-45 end to the port labeled “Serial+RS485-1” on the front panel of your PDU model (see Figure 2). Connect the DB9 end of the cable to the computer. 3. Open the terminal emulation program (HyperTerminal or PuTTY) on the computer and select the serial port connection (such as COM1). 4. Set the communications port as follows: • Bits per second: 115200 • Data bits: 8

7 • Parity: None • Stop bits: 1 • Flow control: None (See Port Settings example below) 5. Use the default initial login indicated below. Note that the username and password are both case sensitive: • Username: admin • Password: 12345678 (or your new password) 6. The “Panduit>” prompt appears after you have logged in, ready to enter the CLI command. 7. To configure network settings, enter the appropriate “net” command and press Enter. All commands are case sensitive. You can type ? to access the commands. 8. To enable the IPv4 DHCP by default, run: • net tcpip dhcp • Enter Y to confirm and the PDU’s Intelligent Network Controller will reboot.

8 9. To set a static IPv4 configuration, run: • net tcpip static x.x.x.x (ipaddress) x.x.x.x (netmask) x.x.x.x (gateway) • Example: net tcpip static 192.168.1.100 255.255.255.0 192.168.1.1 • Enter Y to confirm and the PDU’s Intelligent Network Controller will reboot.

9 Section 2 – Remote Configuration Dynamic Host Configuration Protocol (DHCP) The PDU is Dynamic Host Configuration Protocol (DHCP) compatible. If the network does not use a DHCP server, see the CONNECTING THROUGH A SERIAL CONNECTION section. The PDU automatically obtains an IP address via DHCP, when connected to a network. Login to the Web interface to configure the PDU and assign a static IP address (if desired). The PDU automatically gets an IP address and displays it on the LCD screen. If there is no DHCP server, the default IP address is 192.168.0.1, but again this will be displayed on the PDU. 1. Connect a standard Ethernet patch cable to the Ethernet port on the PDU. 2. Connect the other end of the Ethernet cable to the LAN. 3. Make sure the Ethernet port on the PDU shows a solid green light on the left and a flashing yellow light on the right to indicate successful connectivity to the network. 4. Use the menu buttons to look up the IP address of the device on the OLED display by selecting Setup > Network > IPv4 or IPv6 as applicable. 5. In a standard web browser, enter the PDU IP address and proceed to configure the PDU as shown in the Web Configuration section. Web Configuration Supported Web Browsers The supported Web browsers are Windows Firefox, Linux Firefox, Windows Internet Explorer, and Google Chrome. Logging in to the Web Interface Logging In • Open a supported web browser and enter the IP address of the PDU. o If username and password were configured during the Network Configuration Setup: enter the username and password in the appropriate fields. Press Login or Enter. o If username and password were NOT configured during the Network Configuration Setup, use the default username: admin and password: 12345678. For security purposes, change the password upon login.

11 Number Icon Description 1 The home icon provides an overview of the PDU with access to the Dashboard, Alarms, Identification, and Control & Manage. 2 The Alarm icon provides details of the active critical alarms and active warning alarms. 3 This icon lets you select a Language. There are seven languages available to choose from: English, Chinese, French, Italian, German, Spanish, and Japanese. 4 This icon provides the logs of the PDU which can be viewed and downloaded. 5 The settings icon allows a user to setup the Network Settings, System Management, SNMP Manager, Email Setup, Event Notifications, Trap Receiver, and Thresholds. 6 The search icon allows you to input key words and search for the related results. 7 Information about the PDU can be found using this icon. You also can also click user guide and license to ask for help. 8 This icon shows who is logged in (user or admin).

12 Number Icon Description Account passwords can be changed, and user accounts managed through this page. Power Summary Page Power PDU Page

14 Landing Page NOTE: The default user name is admin and the default password is 12345678. Changing Your Password In initial login, change the password: 1. The Change Password window opens directly. Enter the current password and new password twice to confirm. By default, passwords must be between 8 and 32 characters. 2. Click Change Password to complete the password change.

15 After initial login, to change the password: 1. Go to User Name>Change Password. 2. The Change User Password window opens.

16 3. Enter the old password and then new password twice to confirm. By default, passwords must be between 8 and 32 characters. 4. Click Change Password to complete the password change. Logging Out Users should logout after each session to prevent unauthorized changes to the system. 1. Click on the user name icon in the top right corner of the screen (see Introduction to the Web Menu). 2. Click on Log Out in the drop-down menu. Access Types There are two levels of access privileges: • Full • Read-Only The Panduit PDU comes with a standard Full profile and a standard Read Only profile. The Full profile is typically the system administrator and has the “Admin Role” with full operating permissions. The default Read Only profile includes the default “User Role” permissions. All other users must be added by the Full user. Users are defined by their unique login credentials and by their user role. The level of access privilege determines what the user will see and what actions the user can perform. The level of access privilege determines which menu items the user can access or which fields display on individual setting and configuration dialogs before setting up users, determine the Roles that will be required. Each user must be given a Role. These Roles define the permissions granted to the user. Role Default Permissions Full Full permissions that cannot be modified or deleted. Read Only Limited permissions that can be modified or deleted. By default, these permissions are: • Change Input Phase Setting • Change Circuit Breaker Setting

17 • Change Outlet Setting • Change Own Password • Change Event Settings Customized Permissions for user customized roles can be set as needed. User Accounts Add a user: 1. Go to User Administration>User Accounts. 2. Select Add User to create a new user profile. 3. Use the Settings tab to enter the following information: • User Name (required) • Password (required) • Confirm Password (required) NOTE: Set password requirements in the required field. By default, passwords must be 8-32 characters in length, and to have at least one numeric character, and at least one special character. 1. Use the Roles tab to set full or read only privileges. 2. Select Add to save the new user profile. Modify user profile: 1. Go to User Administration>Users. 2. Select the user name. 3. Select Edit. Make changes to the user profile. 4. Select Update.

18 Delete user profile: 1. Go to User Administration>Users. 2. Select the red X next to user name. NOTE: To make multiple selections, press Shift + click to highlight multiple profiles. Menu Dropdowns Overview Alarms Help Language Logs Settings Admin

19 Section 3 – Simple Network Management Protocol (SNMP) SNMP Configuration Setup SNMP 1. Access the Web interface and login. 2. Under SNMP Managers, select SNMP General. The SNMP General page displays. 3. The SNMP General includes SNMP Access and Version.

20 Setup SNMP Port 1. Access the Web interface and login. 2. Under SNMP Managers, select SNMP Port. The SNMP Port page displays.

21 3. Setup SNMP Port and SNMP Trap Port Define SNMP V1/V2c User 1. Access the Web interface and login. 2. Under SNMP Manager, select SNMP V1/V2c. The SNMP V1/V2c page displays. 3. Ensure that SNMP V1/V2c is selected in the SNMP Version field.

22 4. In the SNMP V1/V2c panel, in the Community column, select the SNMP V1/V2c user to configure. 5. Choose one of the following access rights for the selected SNMP V1/V2c user: • Read Community: the SNMP V1/V2c user can edit “public”. • Write Community: the SNMP V1/V2c user can edit “private” 6. Click Enable and Update. Configuring Users for SNMP v3 Communications 1. Access the Web interface and login. 2. Under SNMP Managers, select SNMP V3. The SNMP V3 page displays.

23 3. Ensure that SNMP V3 is selected in the In the SNMP Version field. 4. In the SNMP V3 panel, in the Users column, select the SNMP V3 user to configure. 5. Select the “Enable SNMPv3 access” checkbox. (Leave this box blank to restrict SNMP access). • Choose a Security Level from the dropdown menu: • NoAuthNoPriv: No authentication and no privacy. This is the default. • AuthNoPriv: Authentication and no privacy. • AuthPriv: Authentication and privacy.

24 6. Select the desired authentication. • “Use Password as Authentication Phrase” or enter a new unique password to be used for authentication and then enter the new pass phrase again for confirmation in the Confirm Authentication Pass Phrase field. • “Use Authentication Pass Phrase as Privacy Pass Phrase” to use the user’s authentication pass phrase as their privacy pass phrase, or enter a new pass phrase for privacy in the fields provided: Privacy Pass Phrase, and Confirm Privacy Pass Phrase. Configuring SNMP Traps Setup an SNMP Trap port 1. Access the Web interface and log in. 2. Under SNMP Manager, select SNMP Port.

25 3. Set up SNMP Port and SNMP Trap Port. 4. Set up the SNMPV1 trap name, host, and community.

26 Section 4 – Local (Access) Configuration Connecting through a Serial Connection You can access PDU information such as: System configuration, Network Configuration, User Operation, Device Settings, Power Measurements, Switch Outlets On/Off through a serial connection by running CLI commands. It also requires a terminal emulation program such as HyperTerminal. Communicating through the serial port requires a specialized optional RJ45-DB9 cable or you can create your own cable as described in the “Serial Cable Pinout to Create Your Own Cable” section. To connect the PDU to a computer: Using the optional RJ45-DB9 cable, connect the RJ-45 end to the port labeled “Serial+RS485-1” on the front panel of your PDU model. Connect the DB9 end of the cable to the serial connector on the computer. Supported Commands The PDU CLI command set for managing and monitoring the PDU includes the following commands: • ? command: PDU help query • sys command: PDU system configure and setting • net command: PDU net application configure and setting • usr command: PDU user operation • dev command: PDU device setting • pwr command: PDU power setting NOTE: Command variables are represented in command input syntax surrounded by angle braces (< >). Optional parameters are represented in command input syntax surrounded by straight brackets ([ ]). For data of type array, the 'x' character as index of array in command input syntax means all indexes. You must be logged into the PDU before commands can be sent. See Appendix A for a list of all CLI commands.

27 Serial Cable Pinout to Create Your Own Cable To make your own RJ45-to-DB9 Serial cable, the connections are wired as shown: Figure: 5 Radius Authentication 1. Go to User Settings > in the admin menu. 2. Go to Radius Configuration and click on the edit pencil.

28 3. Select the Enable button. 4. Enter Server IP address field, Port number field, and Secret field. 5. Click save and your Radius authentication is complete.

29 G5 PDU LDAP Server Settings To setup LDAP to access the Active Directory (AD) and provide authentication when logging into the PDU via the Web Interface: 1. Go to User Settings (under the ADMIN Menu) > LDAP Configuration. 2. Select the LDAP Enable checkbox. 3. Use the drop-down menu to choose the Type of LDAP Server. Choose Microsoft Active Directory. 4. Enter an IP Address of the domain controller/Active Directory (AD) Server. i.e.: 192.168.1.101 (example) 5. Enter a Port. Note: For Microsoft, this is typically 389. 6. In the Base DN field, enter in the account to be used to access AD. i.e. CN=myuser, CN=Users, DC=EMEA, DC=mydomain, DC=com 7. Enter the password in the Bind Password and Confirm Password fields. 8. In the Search User DN field, i.e. DC=subdomain, DC=mydomain, DC=com 10. 9. In the Login Name Attribute field, enter sAMAccountName (typically) 10. In the User Entry Object Class field, enter person. With these LDAP settings configured, the Bind is complete. (see screen shot)

30 Once LDAP is configured, the PDU must understand for which group authentication occurs. A role must be created on the PDU to reference a group within Active Directory (AD). 1. Within the Active Directory, create a group for the users that you wish to be PDU administrators. i.e. admins 2. Within the G5 PDU Web Interface, go to User Settings (under admin menu) > Roles. Enter the Role Name that was created in AD. i.e. admins 3. Enable role privileges as needed. (see screen shot)

31 4. LDAP authentication is ready to use. To test this, just click save, then click on “LDAP Configuration” again and type an Active Directory user name/password into the test box. Click Test LDAP Configuration. If a box pops up with all green “SUCCEEDED” (no X’s), the LDAP is successfully configured.

32 Note: Be sure to login without a domain name. Logging in to the CLI The Command Line Interface (CLI) is an alternate method used to manage and control the PDU status and parameters, as well as basic admin functions. Through the CLI a user can: • Reset the PDU • Display PDU and network properties • Configure the PDU and network settings • Switch outlets on/off • View user information Logging in with HyperTerminal To login through HyperTerminal, set the COM settings to the following parameters: • Bits per second: 115200 • Data bits: 8 • Parity: None • Stop bits: 1 • Flow control: None

33 Section 5 – Remote Access Logging in with SSH via PuTTY 1. Ensure SSH has been enabled: On GUI, go to Device Configuration > Network Service > SSH. Select the Enable SSH Access checkbox. Select OK. 2. Open an SSH client (PuTTY). 3. Enter the IP address in the Host Name field. Select the connection type: SSH • For SSH, enter 22 in the Port field. 4. Select Open. 5. Enter your Username. Press Enter. 6. Enter your password. Press Enter. 7. You are now logged into the SSH. Refer to the CLI Commands table below for available commands. NOTE: SSH connection is not available when serial connection is enabled.

35 Section 6 – Local Display This section contains operation information for the Panduit Monitored, Switched and Monitored & Switched PDUs, including: • OLED panel and control button functions • Manual selections OLED Display The OLED provides information about the PDU and connected devices. The OLED window flashes red when a critical alarm is active. Basic configuration of some settings is available through the OLED. Full configuration of all settings is available through the remote interfaces. The OLED display orientation can be changed using an OLED setting. The display can be rotated 0° and 180°. The PDU has a three-button, graphical OLED panel (see Figure 6). Use the buttons to change the screen display, retrieve specific performance data, or change configuration values. The display view can also change automatically. For example, the display changes to show active alarms as they occur, or particular displays update due to a change in operating state.

36 Figure: 6 The OLED has two modes: 1. Screensaver mode: Screensaver mode cycles through a set sequence of screens that display current PDU values. Current values are refreshed every ten seconds. The user cannot select a custom sequence of screens. The screensaver displays automatically after 30 seconds of inactivity from the start-up screen, a menu, or a submenu. Values are refreshed every five seconds. 2. Menu mode (OLED main menu): The settings that display under each high level (main) menu depend on your PDU model. Menu Mode The table below summarizes how to use the control buttons on the OLED display.

37 Button When in Menu Mode When in Screensaver Mode Menu Select from the sour main menus. Returns to the previous display screen before entering the screensaver mode. Scroll Scrolls down through the list of menu items. NOTE: A highlighted menu item is ready to be selected. Returns to the previous display screen before entering the screensaver mode. Select Opens the selected menu. Returns to the previous display screen before entering the screensaver mode. LED Unit Status The LED will change colors depending on the state of the PDU. LED State Description Solid Green Normal Operation Solid Red Critical Alarm Solid Orange Warning Alarm

38 OLED Menu Structure Main Menu Selections The PDU menu selection hierarchy consists of Setup, Alarms, Power, and Sensors. On the main menu, scroll down to highlight Setup. Press Select. Scroll down to select a submenu and press Select to display the submenu options. Press Menu to return to the previous menu.

39 Setup Menu The Setup menu provides user configuration options including Network, Device, Screen, Language, USB, and Units. Depending on the assigned user privileges, only the available options will be displayed. Network Submenu The Network submenu allows you to customize settings for IP address IPv4 or IPv6. On the Setup menu, scroll down to Network. Press Select to display the options screen. Scroll down to highlight the selected option from the menu. Press Select to display the screens to set the values for the selected option. After you select the values, press Select to set the values as displayed on the screen. Press Menu to return to the previous menu.

40 Device Submenu The Device submenu provides the SKU number, Serial number, MAC address and Firmware version. On the Setup menu, scroll down to highlight Device submenu. Press Select to display the option screens. After you make the selections, press Select to set the values as displayed on the screen. Press Menu to return to the previous menu.

41 Screen Submenu The Screen submenu allows you to customize settings for Contrast, Rotate, and Always on. On the Setup menu, scroll down to highlight Screen. Press Select to display the screens to set the values for the submenu. After you select the values, press Select to set the values as displayed on the screen. Press Menu to return to the previous menu.

42 Language Submenu The Language submenu allows you to select the language you need to use. On the Setup menu, scroll down to highlight Lang. Press Select to display the screens to set the values for the submenu. After you select the values, press Select to set the values as displayed on the screen. Press Menu to return to the previous menu.

43 USB Submenu The USB submenu allows you to upload firmware file and download event log or data log. On the Setup menu, scroll down to highlight USB. Press Select to display the screens to set the values for the submenu. After you select Yes, press Select to set the values as displayed on the screen. Press Menu to return to the previous menu.

45 Units Submenu The Units submenu displays the temperature units. On the Setup menu, scroll down to highlight Units. Press Select to display the screens to set the values for the submenu. After you select the values, press Select to set the values as displayed on the screen. Press Menu to return to the previous menu. Alarms Menu The Alarms menu filters and displays active alarms for the PDU. Active alarm screens have priority over other screens. When an alarm occurs, the Active Alarms screen replaces the current screen and the backlight blinks. On the Main Menu, scroll down to highlight Alarms. Press Select to display the first active alarm screen. Scroll down if needed to view active alarm data. When you finish your review, press Menu to return to the main menu. If the backlight was blinking red to indicate an active alarm, the backlight returns to normal.

46 . Power Menu The Power menu manages device, phase, breaker and outlet. On the Main Menu, scroll down to highlight Power. Press Select. Scroll down to select a submenu and press Select to display the submenu options. Press Menu to return to the previous menu.

47 Device Submenu The Device submenu is to display current, voltage and power. On the Power menu, scroll down to highlight Device. Press Select to display the screens to set the values for the submenu. Press Menu to return to the previous menu. Phase Submenu The Phase submenu is to display the status of 3-Phase. On the Power menu, scroll down to highlight Phase. Press Select to display the screens to set the values for the submenu. After you select the values, press Select to set the values as displayed on the screen. Press Menu to return to the previous menu.

48 Breaker Submenu The Breaker submenu is to display breakers quantities of single phase (1-Phase) or three phase (3-Phase) PDUs. On the Power menu, scroll down to highlight Breaker. Press Select to display the screens to set the values for the submenu. After you select the values, press Select to set the values as displayed on the screen. Press Menu to return to the previous menu.

50 Outlet Submenu The Outlet submenu is to display voltage, current and power from serial number 1 to number n. On the Power menu, scroll down to highlight Outlet. Press Select to display the screens to set the values for the submenu. After you select the values, press Select to set the values as displayed on the screen. Press Menu to return to the previous menu. Sensors Menu The Sensor menu is to display temperature, humidity, door switch, fluid leak etc. On the Main Menu, scroll down to highlight Sensor. Press Select. Scroll down to select a submenu and press Select to display the submenu options. Press Menu to return to the previous menu.

51 NOTE: Maximum of 4 sensors are configured per PDU. G5 iPDU Outlet Power Sequence Setup 1. From the PDU GUI Home menu select Control & Manage.

53 3. For each Outlet select the Edit pencil. 4. In the Edit Outlet window enter the Delay time (0-7200 seconds) then select Save.

55 Section 7 – Daisy Chain Configuration Daisy-Chain Overview In daisy chain mode, up to four (4) PDUs can be connected via one (1) IP address. This allows users to gather information and data on all daisy-chained PDUs from the master PDU. The daisy chain functionality reduces network cost for PDUs. For example, a standard network switch used in a data center may contain 24 ports. Without using the daisy chain function, each port would supply network connection to one (1) PDU. However, if using the daisy chain features, a typical network switch with 24 ports can supply network connections for up to 96 PDUs. Daisy-Chain Setup Connecting up to 4 PDUs of the same SKU through a single IP address: 1. After the initial PDU is configured, connect an Ethernet cord from the RS485-2 port on the configured PDU to the Serial+RS485-1 port on the second PDU in the daisy chain line. 2. Repeat step 2, connecting PDUs from the RS485-2 port to the Serial+RS485-1 port for up to 4 PDUs. NOTE: The total length of the Ethernet cords connecting the PDUs must be less than 15m (49 ft.). 3. Go to the Web interface (or management software) to manage and control the PDUs in the daisy chain. How to cable for daisy-chain: 1. Locate a CAT-5 cable. Connect one end of the cable to one PDU. Connect the other end of the cable to the other PDUs. See Figure 3 for the location on the front panel of each model type.

56 Figure: How to connect cables for daisy-chain, max 4 PDUs can be connected. 2. Monitor the PDUs with the Web interface or SNMP. RNA (Redundant Network Access) Functionality RNA allows for secure access of PDU data and statistics on 2 separate, private networks. RNA must be used with a redundant power delivery design including two rack PDUs for each IT rack. PDUs used in RNA applications must be the same SKU. How it Works • Using RNA, the Master and Slave maintain two separate private networks that do not overlap. • RNA works using a redundant power delivery design (i.e., two rack PDUs for each IT rack). • Each PDU is separately connected to the Slave or Master’s private communications network. • The two PDUs are connected with a data communications bus to allow PDUs to share user-defined information. • Each PDU acts like a master PDU to report PDU data to both networks.

57 RNA Setup To setup RNA mode on two PDUs, the user must (1) configure the PDUs for RNA Mode (using CLI) and then (2) connect the LAN Network cords and Ethernet cords between PDUs To Configure RNA Mode in the CLI 1. Login to the CLI and enter the command ‘dev daisy dna.’ 2. The following message will appear: • Reboot Required for change to take effort. • System Reboot now, Are you sure? (Y/N) 3. Enter Y to confirm reboot. 4. After reboot, the PDU will be setup to RNA Mode. 5. Repeat this process for the second PDU. To Connect the PDUs for RNA Setup After the PDUs are configured for RNA: 1. Connect an Ethernet cable from the Landlord LAN Network to the Ethernet port of the first PDU. This will have limited access/permissions. 2. Connect an Ethernet cable from the Tenant LAN Network to the Ethernet port of the second PDU. This will have full access to both PDUs. 3. Connect an Ethernet cable from the Serial+Rs485-1 port on first PDU to the RS485-2 port on the second PDU. 4. Connect another Ethernet cable from the Rs485-2 port on the first PDU to the Serial+Rs485-1 port on the second PDU. 5. In RNA mode, the default account username is ‘landlord’ and password is ‘12345678’. This account is configured for proper access and control in RNA mode. 6. To enable this account, login to the CLI with admin credentials. 7. Enter the command ‘dev daisy dna init’. 8. The following message will appear to confirm the landlord account is enabled: SUCCESS.

59 Section 8 – Connecting and Configuring Optional Hardware Accessory Hardware Overview Panduit G5 Monitored, Switched, Monitored per Outlet, and Monitored & Switched per Outlet PDUs can monitor environmental conditions of a rack with the addition of optional SZ G5 environmental sensors. Conditions such as temperature, humidity, leak detection, and intrusion can be monitored with the sensors. These are all vital aspects of maintaining an efficient-working data center atmosphere. Users and administrators to can monitor the status, view reports, and alarms of specific conditions in and around a PDU, and server rack. (Note, only SZ G5 type sensors work with the SZ G5 iPDU controller) The following sensors are available: • Environmental Temperature Sensor • Environmental Temperature and Humidity Sensor • Environmental 3-Temperature + 1-Humidity Sensor • Open/Close Door Contact Sensor • Leak Detection Sensor • Sensor Port Hub • Leak Detection Sensor Extension Sensor Description Sensor Measurement Temperature Sensor Monitors the temperature in the rack. 1 Temperature and Humidity Sensor Monitors the temperature and relative humidity in the rack. 2 3-Temperature + 1- Humidity Sensor Monitors the temperature in three areas using three separate probes and the relative humidity using one probe. 4

60 Sensor Description Sensor Measurement Open/Close Door Sends an alarm or notification when a door on which the sensor is installed has been opened more than 10 mm. 1 Rope Fluid Leak Sensor Monitors for early detection of liquid with a resistivity of less than 2MOhms (including distilled water) in the monitored area. The kit includes a 6m rope and optional additional ropes can be added with an option. 1 Sensor Port Hub Allows for up to three environmental sensors to be connected to the PDU. N/A Leak Detection Sensor Extension The kit includes one additional 6m length rope to pair with the leak detection sensor. A total of four extensions can be added to the leak detection sensor for a total length of 30m. N/A The optional environmental sensors can be installed before or after completing the PDU installation, startup, and can be installed without turning off power to the PDU or the devices connected. Panduit G5 Monitored, Switched, Monitored per Outlet, and Monitored & Switched per Outlet PDUs are designed to collect a maximum of eight environmental sensor measurements per PDU. For example, the Environmental 3- Temperature + 1-Humidity Sensor collects four sensor measurements. See the table above for the sensor measurement collected from each environmental sensor. All Panduit G5 PDUs have two physical sensor ports, and each PDU can collect a total of eight sensor measurements (or readings). For example, if a PDU has an Open/Close Door Sensor and an Environmental 3-Temperature + 1-Humidity Sensor connected,

61 both physical sensor ports are used with a total of five sensor measurements recorded. Up to six physical sensors can be supported per PDU with the addition of the optional sensor port hub Figure: Sensor Ports for vertical PDU

62 Figure: Sensor Ports for Horizontal PDU Connecting a Temperature Sensor The temperature sensor can be placed on the front or rear door of the rack. 1. Secure the sensor to the perforated area on the rack enclosure door by threading the cable tie provided through the recessed channel in the sensor box and through the door. 2. Secure the RJ45 cable along the desired path to the PDU using the remaining cable ties. 3. Use the RJ45 quick disconnect coupler and an Ethernet cable to extend the length of the sensor input cable and/or to serve as an easy disconnect point for the rack door removal. 4. Plug the sensor cable (or the connected Ethernet cable) into the Sensor-1 or Sensor-2 port on the PDU or into the sensor port hub (if applicable).

63 Connecting a Temperature and Humidity Sensor This sensor can be placed on the front or rear door of the rack—it reads the temperature and humidity at the same location. 1. Secure the sensor to the perforated area on the rack enclosure door by threading the cable tie provided through the recessed channel in the sensor box and through the door. 2. Secure the RJ45 cable along the desired path to the PDU using the remaining cable ties. 3. Use the RJ45 quick disconnect coupler and an Ethernet cable to extend the length of the sensor input cable and/or to serve as an easy disconnect point for the rack door removal. 4. Plug the sensor cable (or the connected Ethernet cable) into the Sensor-1 or Sensor-2 port on the PDU or into the sensor port hub (if applicable). Connecting a 3-Temperature and 1-Humidity Sensor

64 This sensor can be placed on the front or rear door of the rack—it reads the temperature and humidity at the same location. 1. Secure the sensor to the perforated area on the rack enclosure door by threading the cable tie provided through the recessed channel in the sensor box and through the door. 2. Secure the RJ45 cable along the desired path to the PDU using the remaining cable ties. 3. Secure the two additional temperature probes near the top and the bottom of the perforated rack enclosure door using the cable ties provided. 4. Use the RJ45 quick disconnect coupler and an Ethernet cable to extend the length of the sensor input cable and/or to serve as an easy disconnect point for the rack door removal 5. Plug the sensor cable (or the connected Ethernet cable) into the Sensor-1 or Sensor-2 port on the PDU. Connecting a Rope Fluid Leak Sensor 1. Connect the RJ45 jack on the rope fluid leak sensor assembly to a sensor port on the PDU. 2. Thread the Rope Fluid Leak Sensor cable through the rack and along the desired path of detection. 3. Secure the Rope Fluid Leak Sensor cable to the rack and ground using the cable ties and/or adhesive mounting strips provided. NOTE 1: This kit includes one 6m leak sensor rope. Additional length can be added using option kit (includes one 6m leak sensor rope extension). Up to four of the 6m length leak sensor rope extensions can be connected for a total of 30m.

65 NOTE 2: The wire mount, shown below, is for installation on the floor or ground surface. This MUST be used in the detection area. NOTE 3: If mounting to a cabinet or wall, use the adhesive-backed mount (provided). The adhesive-backed mount in the detection area may prevent or delay leakage notification. Connecting the Open/Closed Door Sensor

66 This sensor can be placed on the front or rear door of the rack. 1. Adhere magnetic sensor using adhesive strip. 2. Mounting position of the rear door sensor is shown in figure below. 3. Mounting position of sensor on the rear door is shown in the figure below. 4. Stick switch sensor to the inner frame of the rack while aligning it with the magnetic sensor mounted to the door. 5. Stick switch sensor to rack frame using adhesive. Location can be determined by the customer, but should be opposite the door hinge.

67 6. Mounting magnetic sensor to the front door. Stick magnetic sensor to inner door frame aligned with rack sensor using the adhesive strip. 7. Mounting position of sensors to the front door is shown in figure below.

68 Connecting the Sensor Hub The sensor hub contains four parallel RJ45 ports (labeled 1 through 4 – see illustration below) for connecting to the PDU and up to three sensors. Any of the RJ45 ports can be used to connect to the PDU or sensors. The numbered ports help when documenting which sensor(s) is being used with the PDU. Figure 4: Sensor Hub Port View Detecting Environmental Sensors The sensor serial number is listed in the Web interface when the sensor is detected. To identify each detected environmental sensor: 1. Open the Dashboard. 2. View the External Sensors section on the Dashboard page.

69 3. In External Sensors, you can see sensor type, name, PDU ID, PDU name and location. 4. Confirm that the serial number on the sensor device matches the number in the sensor table. Configuring Environmental Sensors To configure the sensor location, alarms, notifications, and details, open the WEB Interface: 1. Open the Settings. 2. View the Threshold section on the Settings page. Select Threshold to configure sensors. a. Go to external sensors. 3. Select Edit button to configure the desired sensors. 4. In the Edit Extension dialog box, type value of up critical, up warning, low warning, and low critical. 5. Select Save to exit the sensor setup. Repeat this process for additional sensors.

70 Warranty and Regulatory Information Warranty Information (http://www.Panduit.com) Regulatory Information Safety and regulatory compliance For important safety, environmental, and regulatory information, see Safety and Compliance Information at the Panduit website (http://www.Panduit.com)

71 Support and Other Resources Accessing Panduit Support • For live assistance, go to the Panduit.com website • To access documentation and support services, go to the Panduit website.

72 Acronyms and Abbreviations AC Alternating Current KVA Kilo-volt-ampere PDU Power Distribution Unit iNC

73 Documentation Feedback Panduit is committed to providing documentation that meets your needs. To help us improve the documentation, send any errors, suggestions, or comments to Documentation Feedback ([email protected]). When submitting your feedback, include the document title, part number, edition, and publication date located on the front cover of the document. For online help content, include the product name, product version, help edition, and publication date located on the legal notices page.

74 Appendix A: CLI Commands Help Commands Command Description Example Panduit>? List all available PDU CLI commands. Panduit>? sys PDU system configure and setting. net PDU net application configure and setting. usr PDU user operation. dev PDU device setting. pwr PDU power setting. System Commands Command Description Example sys date [year-month-day] Query or set system’s date. Panduit>sys date 2013-09- 19 SUCCESS Panduit>sys date SUCCESS Date: 2013-09-19 Time: 03:49:46 sys time [hour:min:sec] Query or set system’s time. Panduit>sys time Panduit>sys time 14:35:34 sys ntp Synchronize system date and time, with ntp server you set. >sys ntp 69.25.96.13 NOTE: IP Address must be a valid ntp, server address otherwise, executes, failed

75 Command Description Example sys ver Query system’s version information including firmware, bootloader, and Web. Panduit>sys ver SUCCESS Firmware version: 0.41 Bootloader version: 2.10 LANGUAGE version: 3.01 WEB version: 6.30 sys def Recover PDU to default configuration. Panduit>sys def SUCCESS Recover Press any key to cancel sys rst Reset system. Panduit>sys rst Reboot required for change to take effort. System Reboot now, Are you sure? (Y/N):Y sys upd all Update system’s firmware with existing pdu bin file. Panduit>sys upd lan E801 system will enter upgrade mode after reboot System Reboot now, Are you sure?(Y/N):Y NOTE 1: There must be a valid file named Panduit.bin existing under directory/fw. NOTE 2: If in daisy chain configuration, master will also upgrade its all slave’s firmware. sys upd boot Update system’s bootloader. Panduit>sys upd boot E801 system will enter upgrade mode after reboot System Reboot now, Are you sure?(Y/N):Y

76 Command Description Example NOTE 1: There must be a valid file named boot.bin existing under directory/fw. NOTE 2: If in daisy chain configuration, master will also upgrade its all slave’s bootloader. sys upd conf Update system’s configuration. Panduit>sys upd conf E801 system will enter upgrade mode after reboot System Reboot now, Are you sure?(Y/N):Y NOTE: There must be a valid file named conf.ini existing under directory/fw. sys log del event Delete event log file. Panduit>sys log del event, SUCCESS sys log edit data [on [interval] | off] sys log del data Delete data log file. Panduit>sys log del data, SUCCESS Panduit> Network Commands Command Description Example net ssh [on/off] Query or on/off SSH. Panduit>net ssh SUCCESS, SSH Port: 22 SSH Server is running Panduit>net ssh on SUCCESS Panduit>net ssh off SUCCESS

77 Command Description Example net ftps [on/off] Query or on/off FTPs. Net ftps SUCCESS FTPS Port: 21 Service is running Is Ftps net http [on/off] Query or on/off net http. Panduit>net http SUCCESS, HTTP Port: 80 HTTPS Port: 443 WEB Protocol: HTTP Panduit>net http off E801 WEB protocol is changed, Please reboot to validate System Reboot now, Are you sure?(Y/N):Y net mac Query MAC address. Panduit>net mac SUCCESS MAC Addr: C8-45-44-66- 2B-26 net tcpip Query network's IP information. Panduit>net tcpip SUCCESS IPv4 Addr: 192.168.30.39 net tcpip Set network to dhcp mode. Panduit>net tcpip dhcp E801 Network is reconfigured, Please reboot to validate System Reboot now, Are you sure?(Y/N): Y net tcpip Set static IP, mask and gateway. Panduit>net tcpip static 192.168.30.39 255.255.255.0 192.168.30.1 E801 Network is reconfigured, Please reboot to validate

78 Command Description Example System Reboot now, Are you sure?(Y/N): Y User Commands Command Description Example User List List all users account existing. Panduit>usr list SUCCESS Usr Role ------------------------- admin admin user user User unlock Unlock specified user. Panduit>usr unlock user SUCCESS Panduit>usr unlock admin SUCCESS NOTE: 1. Account would be locked temporarily if login failure excess “Maximum number of failed logins”. Use this command to unlock it. Device Commands Command Description Example dev usb [on|off] Query or on/off USB. Panduit>dev usb Panduit>dev usb off Panduit>dev usb on dev daisy [dna|qna] Query or set daisy chain mode. Panduit>dev daisy SUCCESS daisy chain unit number: 1 daisy chain address list: 000

79 Command Description Example Daisy Mode: DNA Panduit>dev daisy qna E801 System Reboot now, Are you sure?(Y/N): N dev daisy init Initialize daisychain. Panduit>dev daisy qna init E801 System Reboot now, Are you sure?(Y/N):N dev outlet status Query all outlets' status with specified PDUID. Panduit>Dev outlet 1 status SUCCESS Relay Outlet Status Outlet#1: Close Outlet#2: Close Outlet#3: Close Outlet#4: Close Outlet#5: Close Outlet#6: Close Outlet#7: Close Outlet#8: Close Outlet#9: Close Outlet#10: Close Outlet#11: Close Outlet#12: Close NOTE 1: For M pdu, this command is in valid. NOTE 2: PDUID index from 1; if in daisy chain, the master's PDUID is 1, others is ,2,3, dev outlet [on|off] Query or set specified PDUID and outlet-index's outlet status. Panduit> dev outlet 1 1 off SUCCESS NOTE: For Monitored PDUs, this command is invalid. dev sensor List all sensors equipped. Panduit> dev sensor SUCCESS

80 Command Description Example Sensor count 4 ------------------------ Name Type, SN Value ------------------------- T1,TEMP 012345678 27.5 T3,TEMP 012345678 27.2 T2,TEMP 012345678 27.3 RH HUMI 012345678 44 dev ver Query sensor/power/delay's firmware version. Panduit> dev ver 1 Panduit> dev ver 15 Panduit> dev ver 35 NOTE: relay: start from 1 power: start from 15 sensor: start from 35 Power Commands Command Description Example pwr unit [idx] Query device information, Query specified index unit’s electric information. Panduit> pwr unit SKU: P9S20A , , , , Serial: , , , , , FuncType: PDU Monitored Rating :220-240V, 16A, 3.5-3.8kVA, 50/60Hz Mac :C8:45:44:66:2B:26 Tcpip :192:168:30:38 Panduit>pwr unit 1 SUCCESS PDU UNIT 1 power Feature voltage: 0V current : 0.0A active power: 0W apparent power: 0W

81 Command Description Example power factor: 0.00 energy: 0.000kWh pwr phase [idx] Query specified phase’s electric information. Panduit> pwr phase 1 SUCCESS PDU PHASE 1 power Feature voltage: 0V current : 0.0A active power: 0W apparent power: 0W power factor: 0.00 energy: 0.000kWh pwr cb [idx] Query specified circuit breaker’s Electric information. Panduit> pwr cb 1 SUCCESS PDU CB 1 power Feature voltage: 0V current : 0.0A active power: 0W apparent power: 0W power factor: 0.00 energy: 0.000kWh pwr outlet [idx] Query specified outlet’s electric information. Panduit> pwr outlet 1 SUCCESS PDU OUTLET 1 power Feature voltage: 0V current : 0.0A active power: 0W apparent power: 0W NOTE: For Monitored PDUs, this command is invalid.

82 Appendix B: Firmware Update Procedure USB Method 1. Go to www.Panduit.com and download the most recent Firmware version, ‘Panduit.FW’. Save this file to a USB drive. 2. Insert the USB drive into the USB port of the Intelligent Network Controller. 3. Enter USB mode on the PDU: Press Select. Go to Setup>USB>Yes. Select Yes to confirm entering USB mode. 4. Select F/W Up>Yes to upload the new Firmware. 5. The OLED will show the Firmware update progress. 6. When the update is complete, remove the USB. 7. From the USB Menu, select Quit to exit USB mode. Select Yes to confirm exit. 8. The PDU will automatically reboot. 9. To confirm that the Firmware was uploaded successfully, go to Setup>Device>Firmware. Web Interface Method 1. Open the User interface in a web browser by entering the PDU IP address. 2. Login to with Administration credentials. 3. Go to System Management >Update Firmware. 4. In the Firmware Update dialog box, browse to Panduit.FW firmware file.

83 NOTE: the firmware file must be named Panduit.FW or Panduitvxx.FW. 5. Select Upload. The system will update the newest firmware to the Intelligent Network Controller.

84 6. When the upload is finished, the system will reboot automatically. Serial (Command Line Interface) Method To access a PDU, directly connect to serial connection. 1. Copy the Panduit.fw file in /(root) directory using ftp. 2. Connect to the PDU via Serial using hypertrm. Press Enter. 3. Login by using a role with administration privileges. 4. Enter the command: sys upd all 5. The CLI will show the message: Success 6. It will show the message: System will enter upgrade mode after reboot, System Reboot now, Are you sure? (Y/N) 7. Enter: Y 8. When the upgrade is finished, the system will reboot automatically.

85 FTPs Method To access a PDU using a FTPs program, FTPs must be enabled through the PDU Web Interface or CLI. In the Web Interface, go to Network Settings >SSH/FTPs Configuration. Select the check box to enable FTPs Access. In the CLI, login as an administrator and use the command net tcpip FTPs open 1. Login to a FTPs program with a role with administration privileges. 2. Transfer the updated Panduit.fw file to the folder labeled fw. Close the FTPs. 3. Connect to the PDU via SSH using a program such as HyperTerm or PuTTY. 4. Login using a role with administration privileges. 5. Enter the command sys upd all. 6. It will show the message: System will enter upgrade mode after reboot, System Reboot now, Are you sure? (Y/N). 7. Enter Y. 8. When the upload is finished, the system will reboot automatically. It is not always required to update Web or Bootloader files when the Firmware is updated. However, a user can upload these file types in SSH: a. Login to a FTPs program. b. Overwrite the outdated files with the updated web files (found on the customer login at www.Panduit.com or from your regional sales manager). Bootloader Mode 1. Go to www.Panduit.com and download the most recent Firmware version, ‘Panduit.bin’. Save this file to a USB drive. 2. Insert the USB drive into the USB port of the Intelligent Network Controller. 3. Enter USB mode on the PDU: Press Select. Go to Setup>USB>Yes. Select Yes to confirm entering USB mode. 4. Select F/W Up>Yes to upload the new Firmware. 5. The OLED will show the Firmware update progress. 6. When the update is complete, remove the USB.

86 7. From the USB Menu, select Quit to exit USB mode. Select Yes to confirm exit. 8. The PDU will automatically reboot. 9. To confirm that the firmware was uploaded successfully, go to Setup>Device>Firmware. Firmware Recovery with Bootloader Mode Firmware, configuration files, and bootloader files can be updated following the steps above, but each update type must be done separately. Web files can be updated in conjunction with any of the other updates. I.e., a user can update Firmware and Web files in a single step. But firmware and configuration files must be done separately. Upgrade Configuration with Bootloader Mode To make the PDU accessible through the USB port on the unit, you must: 1. Go to Device Configuration > USB Settings. 2. Select the Enable USB Access Checkbox. To upload configuration, you must: 1. Copy conf.ini to USB. 2. Insert USB to PDU. 3. Enter USB mode in OLED device. 4. Select Conf up. 5. After the operation is completed, remove USB, and quit USB mode.

87 Appendix C: PDU Alarms PDU Unit PDU Unit Active Power Above upper critical PDU Unit Active Power Above upper warning PDU Unit Active Power Below lower warning PDU Unit Active Power Below Lower critical Input Phase Input Phase X Voltage Above upper critical Input Phase X Voltage Above upper warning Input Phase X Voltage Below lower warning Input Phase X Voltage Below lower critical Input Phase X Current Above upper critical Input Phase X Current Above upper warning Input Phase X Current Below lower warning Input Phase X Current Below lower critical Circuit Breaker Circuit Breaker X Current Above upper critical Circuit Breaker X Current Above upper warning Circuit Breaker X Current Below lower warning Circuit Breaker X Current Below lower critical Circuit Breaker Status ON Circuit Breaker Status OFF Outlet Outlet X Active Power Above upper critical Outlet X Active Power Above upper warning Outlet X Active Power Below lower warning Outlet X Active Power Below lower critical

88 Outlet X Immediate ON Outlet X Delayed ON Outlet X Immediate OFF Outlet X Delayed OFF Outlet X Immediate REBOOT Outlet X Delayed REBOOT Outlet X Cancel Pending Command External Sensor External Sensor X (numerical) Above upper critical External Sensor X (numerical) Above upper warning External Sensor X (numerical) Below lower warning External Sensor X (numerical) Below lower critical External Sensor X (state) Alarmed External Sensor X (state) Communication Lost System System Event log Cleared System Data log Cleared System PDU configuration file Imported System PDU configuration file Exported System Firmware update completed System Firmware update failed System Firmware update started System Firmware Validation failed System an LDAP error occurred System Network interface link state is up System Sending SMTP message failed System Intelligent Network Controller reset System Intelligent Network Controller start System Communication Lost Daisy Chain state changed USB Port User Activity User Activity User X Authentication failure User Activity User X User logged in User Activity User X Session timeout User Activity User X User blocked

89 User Administration User Administration Password changed User Administration Password settings changed User Administration User added User Administration User deleted User Administration User modified Trap Codes assigned to Alarms List Trap codes assigned for critical alarms: Trap Class Trap Code Trap Description Critical 1 The PDU unit active power is ABOVE critical threshold value. 2 The PDU unit active power is BELOW critical threshold value. 3-5 The phase (1-3) voltage is ABOVE critical threshold value. 6-8 The phase (1-3) voltage is BELOW critical threshold value. 9-11 The phase (1-3) current is ABOVE critical threshold value. 12-14 The phase (1-3) current is BELOW critical threshold value 15-26 The circuit breaker (1-12) current is ABOVE critical threshold value 27-38 The circuit breaker (1-12) current is BELOW critical threshold value 39-50 The circuit breaker (1-12) is in OFF state 51-98 The outlet (1-48) active power is ABOVE critical threshold value 99-146 The outlet (1-48) active power is BELOW critical threshold value

90 147-154 The sensor (1-8) temperature/humidity is ABOVE critical threshold value 155-162 The sensor (1-8) temperature/humidity is BELOW critical threshold value 163-170 The sensor (1-8) contact state is in alarm. 183 User authentication failed. 186 Power or relay communication lost to main board 193 Firmware update failed. Trap codes assigned for warning alarms: Trap Class Trap Code Trap Description Warning 200 The PDU unit active power is ABOVE warning threshold value. 201 The PDU unit active power is BELOW warning threshold value. 202-204 The phase (1-3) voltage is ABOVE warning threshold value. 205-207 The phase (1-3) voltage is BELOW warning threshold value. 208-210 The phase (1-3) current is ABOVE warning threshold value. 211-213 The phase 1 current is BELOW warning threshold value. 214-225 The circuit breaker (1-12) current is ABOVE warning threshold value. 226-237 The circuit breaker (1-12) current is BELOW warning threshold value. 238-249 The circuit breaker (1-12) is in OFF state.

91 250-297 The outlet (1-48) active power is ABOVE warning threshold value. 298-345 The outlet (1-48) active power is BELOW warning threshold value. 346-353 The sensor (1-8) temperature/humidity is ABOVE warning threshold value. 354-361 The sensor (1-8) temperature/humidity is BELOW warning threshold value. Trap codes assigned for information alarms: Trap Class Trap Code Trap Description Informational 380-391 The circuit breaker (1-12) is in ON state. 392-439 The outlet (1-48) IMMEDIATE ON occurred. 440-487 The outlet (1-48) DELAYED ON occurred. 488-535 The outlet (1-48) IMMEDIATE OFF occurred. 536-583 The outlet (1-48) DELAYED OFF occurred. 584-631 The outlet (1-48) IMMEDIATE REBOOT occurred. 632-679 The outlet (1-48) DELAYED REBOOT occurred. 680-727 The outlet (1-48) Cancel Pending Commands occurred. 728-735 The sensor (1-8) contact state is in cleared. 740 Event log Cleared. 741 Data log Cleared. 742 PDU configuration file Imported.

92 743 PDU configuration file Exported. 744 Firmware update completed. 745 Firmware update started. 746 An LDAP error occurred. 747 Network interface link state is up. 748 Communication Module reset. 749 Communication Module start. 750 Daisy Chain state changed. 751 USB Port Enabled 752 User xxx logged in. 753 User xxx session timeout. 754 User xxx blocked. 755 User xxx password changed. 756 User password settings changed. 757 User xxx added. 758 User xxx deleted. 759 User xxx modified. Trap codes assigned for information alarms: Trap Class Trap Code Trap Description Clear 770 The PDU unit active power is alarm clear. 771-773 The phase (1-3) voltage alarm cleared 774-776 The phase (1-3) current alarm cleared

93 777-788 The circuit breaker (1-12) current alarm cleared 789-836 The outlet (1-48) active power current alarm cleared. 837-844 The sensor (1-8) temperature/humidity alarm cleared.

94 Appendix D: Horizontal Intelligent Network Controller Replacement 1. Unscrew the left and right captive nuts on the Intelligent Network Controller by turning them counter clockwise. 2. Pull out the Intelligent Network Controller from the PDU.

95 3. Insert the new Intelligent Network Controller. 4. Align the Intelligent Network Controller and tighten the captive nuts by turning them clockwise.

96 Appendix E: Vertical Intelligent Network Controller Replacement 1. Use a T10 Torx screwdriver to remove the top and bottom screws from the Intelligent Network Controller. 2. Disconnect the existing signal wire from the Intelligent Network Controller. Connect the signal wire to the new Intelligent Network Controller.

97 3. Replace and tighten the two screws on the replacement Intelligent Network Controller into the PDU. Signal wire