Eaton Advanced Enclosure Power Distribution Unit (epdu ) User s Guide

Transcription

1 Eaton Advanced Encosure Power Distribution Unit (epdu ) User s Guide

2 Eaton and epdu are registered trademarks of Eaton Corporation or its subsidiaries and affiiates. Googe Chrome is a trademark of Googe, Inc. HyperTermina is a registered trademark of Higraeve. Linux is a registered trademark of Linus Torvads in the United States, other countries, or both. Microsoft, Internet Exporer, Vista, and Windows are registered trademarks of Microsoft Corporation in the United States and other countries. Mozia and Firefox are registered trademarks of the Mozia Foundation. Nationa Eectrica Code and NEC are registered trademarks of Nationa Fire Protection Association, Inc. Phiips is a registered trademark of Phiips Screw Company. Torx is a registered trademark of Acument Inteectua Properties, Lc. A other trademarks are property of their respective companies. Copyright Eaton Corporation, Raeigh NC, USA. A rights reserved. No part of this document may be reproduced in any way without the express written approva of Eaton Corporation.

3 Cass A EMC Statements FCC Information This equipment has been tested and found to compy with the imits for a Cass A digita device, pursuant to part 15 of the FCC Rues. These imits are designed to provide reasonabe protection against harmfu interference when the equipment is operated in a commercia environment. This equipment generates, uses and can radiate radio frequency energy and, if not instaed and used in accordance with the instruction manua, may cause harmfu interference to radio communications. Operation of this equipment in a residentia area is ikey to cause harmfu interference in which case the user wi be required to correct the interference at his own expense. ICES-003 This Cass A Interference Causing Equipment meets a requirements of the Canadian Interference Causing Equipment Reguations ICES-003. Cet apparei numérique de a casse A respecte toutes es exigences du Règement sur e matérie brouieur du Canada. Eaton is not responsibe for damage to this product resuting from accident, disaster, misuse, abuse, non-eaton modification of the product, or other events outside the reasonabe contro of Eaton or not arising under norma operating conditions. C US 1F61 I.T.E.

4 Specia Symbos The foowing are exampes of symbos used on the UPS or accessories to aert you to important information: RISK OF ELECTRIC SHOCK - Observe the warning associated with the risk of eectric shock symbo. CAUTION: REFER TO OPERATOR'S MANUAL - Refer to your operator's manua for additiona information, such as important operating and maintenance instructions. This symbo indicates that you shoud not discard waste eectrica or eectronic equipment (WEEE) in the trash. For proper disposa, contact your oca recycing/reuse or hazardous waste center.

5 Tabe of Contents 1 INTRODUCTION Description Eaton epdu Modes Accessories Environmenta Monitoring Probe Cord Retention Bracket Features Ease of Use Communication Power Contro Management Monitoring Configurabiity and Security SAFETY WARNINGS INSTALLATION Instaation Precautions Inspecting the Equipment Instaation Overview Toos Required Package Contents Instaing the Optiona Cord Retention Bracket Instaing the epdu in a Rack Cabinet Using Cage Nuts with Mounting Cip Feet Using Keyhoes with Mounting Buttons Using Keyhoes with Mounting Buttons and Cip Feet Grounding the epdu Hardware Connectivity Connecting to a Computer Seria Port Connecting to a LAN Ethernet Port Instaing an Optiona EMP Connecting the Output Devices Equipment Setup Worksheet NETWORK COMMUNICATION CONFIGURATION Enabe the Network Management Card in Operation Mode IP Network Configuration Obtaining the IPv4 Address Retrieve the IPv4 Address Using the IPv4 Defaut Address Configuration Obtaining the IPv6 Address Networks That Aow Auto-Configuration Networks That Do Not Aow IPv6 Auto-Configuration Retrieve the IPv6 Address Verify Network Management Card Operation Eaton Advanced epdu User s Guide P Rev 2 i

6 Tabe of Contents 5 OPERATION OVERVIEW Three-Phase Configurations Environmenta Protection and Pin Aignment Outet Groups Management Menu and Status Dispay LCD Window Operation Mode DIP Switches Restarting the Network Management Card Hardware Restart Software Restart LED Status Indicators Seria and Ethernet Connection Status Remote Interfaces Operation Concepts User Login and Access Poicy Power Schedues for Managed and Switched epdus Group Definition Common Operation Tasks Downoad/Upoad the Network Management Card Fie Configuration Downoad/Upoad the epdu Fie Configuration Cear epdu and Event Log Refresh the Data Dispay SNMP Agent Overview Actions on Individua Outets and Groups of Outets Restart the Network Management Card Restore the Defaut Factory Settings of the Network Management Card Settings Modify Settings Network Management Card Settings Tabe epdu Settings Tabe Starting the epdu Shutting Down the epdu LCD OPERATION LCD Pane and Contro Buttons Operation Mode Screensaver Cycing Sequence Locked Screen Lock 1 and Lock 2 Passwords Startup Screen Main Menu Seections Active Aarms Menu Event Log Menu Outet Readings Menu Settings Menu epdu Info Menu Eaton Advanced epdu User s Guide P Rev 2 ii

7 Tabe of Contents 7 WEB INTERFACE OPERATION Navigating the Web Interface Accessing the Web Interface Menu Seections Power Management Logs & Notifications Settings epdu Overview Review/Modify epdu Data Configure Environment Sensor Settings epdu Groups Review/Modify epdu Groups epdu Outets Review/Modify epdu Outets Power Schedue Define a Power Schedue Active Aarms Review Active Aarms Logs Cear the Event Log Downoad the Event Log as a Comma Separated Vaue Fie Emai Notification Configure the Emai Receivers Trap Notification Define the Trap Receivers Group Definition Configure an Outet Group Access Contro Configure the Superuser Configure Muti-Users Enabe/Disabe SSL Encryption Enabe/Disabe the Tenet Interface Network Configure the Ethernet Link Speed and Dupex Mode Configure the IPv4 Settings Configure the IPv6 Settings System Enabe/Disabe Firmware Upgrade Network Management Card Maintenance Network Management Card Configuration epdu Configuration SNMP Enabe/Disabe the SNMP Agent Define SNMPv1 Users Define SNMPv3 User-based Security Mode Users SNMP & DNS Configure the DNS Configure the SMTP Eaton Advanced epdu User s Guide P Rev 2 iii

8 Tabe of Contents Date &Time Manuay Configure the Date and Time Automaticay Configure the Date and Time SERIAL INTERFACE OPERATION Navigating the Seria Interface Connecting the Equipment Accessing the Interface Seecting a Configuration Menu Network Management Card Information Network Settings IPv4 Configuration IPv6 Configuration Communication Contro Hostname Primary and Secondary DNS IP Address Trap Receivers SNMP v1 Community SNMP V3 USM Tabe Modify a Tabe Entry Restore Factory Defauts Date and Time Manuay Configure the Date and Time Configure the Date and Time Automaticay Emai Notifications Configure Emai Notifications Configure the Emai Receivers Test Emai Superuser Name and Password Muti-Users EnergyWise Settings MAINTENANCE AND TROUBLESHOOTING Preventive Maintenance Equipment Disposa Network Management Card Firmware Upgrade Enabe Firmware Upgrade Mode Web Interface Seria Interface DIP Switch Configuration Upoad New Firmware Fies Restart the Network Management Card Troubeshooting Acknowedging the Aarm Types of Aarms Aarms, Notices, and Events Events Eaton Advanced epdu User s Guide P Rev 2 iv

9 Tabe of Contents 10 SPECIFICATIONS Mode List Weights and Dimensions Eectrica Input and Output Eectrica Ratings Overcurrent Protection Environmenta and Safety SERVICE AND SUPPORT Ordering Optiona and Spare Parts Eaton Advanced epdu User s Guide P Rev 2 v

10 Chapter 1 Description Introduction The Eaton Advanced Encosure Power Distribution Unit (epdu ) is an inteigent epdu that is designed to distribute power within a standard 19" rack. A wide range of modes et you connect and manage C13 and C19 outets from a singe power connection with monitoring or switching capabiities, or both. The monitoring or switching capabiities are characterized as foows: Advanced Monitored (AM) with individua outet monitoring but no outet contro Switched (SW) with contro of outets but no individua outet monitoring Managed (MA) with contro and monitoring at the outet eve Eaton epdu Modes These capabiities are expressed in the mode numbers of the epdus. There are 28 Eaton Advanced epdu modes. These modes are categorized into eight mode types defined primariy by the input and outet configurations. The Advanced epdu modes support singe-phase or three-phase appications and can manage up to 24 outets. A modes feature an LCD window, LEDs to indicate outet status, and a set of communication connectors. The Advanced epdus have either attached or detached input power cords and some modes have circuit breakers. For detais about individua mode configurations, see Chapter 10, Specifications on page 133. Figure 1 shows an exampe of the Type 1 epdu. eswa01 (EU) eama06 (EU) emaa10 (EU) Figure 1. Type 1 Singe-Phase Mode (eswa01 Switched Mode Shown) Eaton Advanced epdu User s Guide P Rev 2 1

11 Introduction Figure 2 shows an exampe of the Type 2 epdu. eswa03 (EU - C19/C20) eama07 (EU - IEC A/C19) eama08 (EU - C19/C20) emaa11 (EU - IEC A/C19) emaa12 (EU - C19/C20) eswa02 (EU - IEC A/C19) eam008 (US - C19/C20, L6-20P/C19) ema012 (US - C19/C20, L6-20P/C19) Figure 2. Type 2 Singe-Phase Mode with Detachabe Power Cord (eswa03 Switched Mode Shown) Figure 3 shows an exampe of the Type 3 epdu. eswa05 (EU) emaa14 (EU) ema006 (US) eam002 (US) Figure 3. Type 3 Three-Phase Mode (eswa05 Switched Mode Shown) Eaton Advanced epdu User s Guide P Rev 2 2

12 Introduction Figure 4 shows an exampe of the Type 4 epdu. emaa13 (EU) eswa04 (EU) eama09 (EU) Figure 4. Type 4 Singe-Phase Mode (emaa13 Managed Mode Shown) Figure 5 shows an exampe of the Type 5 epdu. eam001 (US) ema010 (US) Figure 5. Type 5 Singe-Phase Mode (eam001 Advanced Monitored Mode Shown) Eaton Advanced epdu User s Guide P Rev 2 3

13 Introduction Figure 6 shows an exampe of the Type 6 epdu. ema007 (US) eam003 (US) eam004 (US) ema011 (US) Figure 6. Type 6 Three-Phase Mode (ema007 Managed Mode Shown) Figure 7 shows an exampe of the Type 7 epdu. ema013 (US) Figure 7. Type 7 Three-Phase Mode (ema013 Managed Mode Shown) Eaton Advanced epdu User s Guide P Rev 2 4

14 Introduction Figure 8 shows an exampe of the Type 8 epdu. eam005 (US) ema009 (US) ema014 (US) Figure 8. Type 8 Three-Phase Mode (eam005 Advanced Monitored Mode Shown) Accessories The foowing accessories are optiona and must be purchased separatey. Environmenta Monitoring Probe The optiona Environmenta Monitoring Probe (EMP) provides monitoring of externa temperature, humidity, and the status of two contact devices, providing greater power management contro and fexibe monitoring. The EMP has the foowing features: Simpified instaation ets you insta the EMP safey without turning off power to the epdu or to the devices that are connected to it. The EMP monitors temperature and humidity information of any environment, protecting your critica equipment. The EMP measures temperatures between 0 C and 80 C (32 F and 176 F) with an accuracy of ±1 C. The EMP measures reative humidity between 10% and 90% with an accuracy of ±5%. The EMP can be ocated away from the epdu with a Category 5 network cabe up to 20m (65.6 ft) ong. The EMP monitors the status of two user-suppied contact devices. Temperature, humidity, and contact cosure status can be dispayed through a variety of interfaces. User-seectabe aarm threshods et you define acceptabe temperature or humidity imits. You can use e-mai cient software to set up e-mai notification through Simpe Mai Transfer Protoco (SMTP) when acceptabe aarm imits are exceeded or contact status changes. Changes in externa contact status are ogged in the epdu event history og. When temperature and humidity vaues exceed user-seectabe imits, the event is ogged in the epdu event history og. Eaton Advanced epdu User s Guide P Rev 2 5

15 Introduction Cord Retention Bracket The Cord Retention Bracket kit incudes brackets, cabe ties, and mounting hardware. Attach the brackets to your epdu to hep you manage and secure the power cords of the devices you connect to the epdu. For information updates, refer to the Eaton epdu cataog or go to Features The Eaton Advanced epdu provides outstanding performance and reiabiity, incuding the foowing unique benefits: Ease of Use Easy and fexibe rack instaation Easy-to-use interface to dispay input and output status Coor-coded outets and circuit breakers for easy correation A visua aarm (binking LED) to indicate outet current overoad User-friendy firmware updates Communication Comprehensive power management and fexibe configuration through a Web browser or a seria connection, a Tenet connection, Simpe Network Management Protoco (SNMP), or a consoe emuator such as HyperTermina Compatibiity with network management toos such as Inteigent Power Manager (IPM), faciitated by SNMP protoco Power Contro Management Contro of outets for Switched or Managed epdus, both coectivey and individuay The abiity to power on, power off, and reboot the devices connected to each outet Fuy shrouded oca branch circuit breakers on products rated over 16A (Europe) / 20A (US) to protect connected equipment against overoad and short circuits Configuring and monitoring the power schedue of outets Configuring coocated users as a user group with restricted access to user-defined outet groups Monitoring Monitoring of the foowing at the outet eve: - Root Mean Square (RMS) current - Power factor - Maximum and minimum threshods for current or votage - RMS votage - Active power - Apparent power Eaton Advanced epdu User s Guide P Rev 2 6

16 Introduction Monitoring of interna CPU temperature Monitoring of the epdu ocay or remotey through a consoe or network Remote monitoring of connected devices and sensors Daiy history report through e-mai Detaied data-ogging for statistica anaysis and diagnostics Dua coor LCD for higher visibiity on oca aarms Configurabiity and Security Configurabe aarm threshods Configurabe user access contro through coocation Address-specific IP security mask to prevent unauthorized access Eaton Advanced epdu User s Guide P Rev 2 7

17 Chapter 2 Safety Warnings IMPORTANT SAFETY INSTRUCTIONS SAVE THESE INSTRUCTIONS This manua contains important instructions that you shoud foow during instaation and operation of the Eaton Advanced Encosure Power Distribution Unit (epdu). Pease read a instructions before operating the equipment and save this manua for future reference. DANGER This epdu contains LETHAL VOLTAGES. A repairs and service shoud be performed by AUTHORIZED SERVICE PERSONNEL ONLY. There are NO USER SERVICEABLE PARTS inside the epdu. SYSTEMS SHOULD ONLY BE INSTALLED, TESTED, AND CONFIGURED BY A COMPETENT PERSON. IT IS ESSENTIAL THAT THIS EQUIPMENT IS CONNECTED TO AN ELECTRICAL SUPPLY THAT HAS PROTECTIVE GROUND CONDUCTOR. CAUTION To reduce the risk of fire or eectric shock, insta this epdu in a temperature and humidity controed, indoor environment, free of conductive contaminants. Ambient temperature must not exceed 50 C (122 F). Do not operate near water or excessive humidity (90% maximum). Do not use a two-wire power cord in any product configuration. Test AC outets at your computer and monitor for proper poarity and grounding. Use ony with grounded outets at both the computer and monitor. When using a backup UPS, power the computer, monitor, and appiance off the suppy. The instaation power outet used for the power suppy to this equipment must be instaed near the equipment and must be easiy accessibe. When instaing this product, it is essentia that the distribution circuit suppying the product is protected by a branch circuit protection device with a maximum rating to suit the product maximum rating. TO ISOLATE THIS EQUIPMENT, DISCONNECT THE POWER SUPPLY PLUG. This power distribution unit is intended for providing power to equipment ony. Secondary (sateite) power strips sha not be connected to the outets. This product has been designed to conform to the atest safety requirements. In addition to compiance with standards for genera use, it has been factory configured for use in rack mounting environments, aiding the instaer to provide systems compiant with reevant standards. CAUTION This product contains a ithium battery on the interna Network Management Card: The battery is not user-repaceabe. However, there is risk of exposion if battery is repaced by an incorrect type. The battery is not user-repaceabe. However, ensure that used batteries are disposed of according to the instructions. For more information, contact your oca recycing/reuse or hazardous waste center for proper disposa information. Eaton Advanced epdu User s Guide P Rev 2 8

18 Chapter 3 Instaation A Eaton Advanced Encosure Power Distribution Unit (epdu) modes are 0U products and are mounted verticay inside standard rack structures. Use the information in this chapter to prepare, insta, and connect the epdu and optiona accessories. Instaation Precautions Before you insta or connect the epdu in a rack cabinet, observe the foowing precautions: Ony a competent service person shoud insta, test, or configure the epdu and its optiona accessories. It is the instaer s responsibiity to ensure that the seected product is instaed to meet nationa and oca safety reguations. Read and understand a warnings and cautions isted in Chapter 2, Safety Warnings on page 8. Review the documentation that comes with your rack cabinet for safety and cabing information. Removing the rack cabinet doors and side panes might make instaation easier. See the rack cabinet documentation for more information. Verify that the room air temperature is beow 50 C (122 F). Take a necessary precautions to hande the weight of the devices. Connect a power cords to propery wired and grounded eectrica outets. Verify that the power outet is near the equipment and is easiy accessibe so that the epdu can be disconnected quicky. Do not overoad the power outet when you insta mutipe devices in the rack cabinet. To reduce the risk of fire, connect ony to a circuit provided with branch circuit overcurrent protection with an ampere (A) rating in accordance with the Nationa Eectrica Code (NEC ), ANSI/NFPA 70 or your oca eectrica code, as isted in Tabe 26 on page 137. Verify that a equipment is unpugged from epdu outets before carrying out any testing. The iustrations in this document might differ sighty from your hardware. Inspecting the Equipment If any equipment has been damaged during shipment, keep the shipping cartons and packing materias for the carrier or pace of purchase, and fie a caim for shipping damage. If you discover damage after acceptance, fie a caim for conceaed damage. To fie a caim for shipping damage or conceaed damage: 1) Fie with the carrier within 15 days of receipt of the equipment; 2) Send a copy of the damage caim within 15 days to your service representative. Eaton Advanced epdu User s Guide P Rev 2 9

19 Instaation Instaation Overview The instaation instructions describe how to insta the epdu verticay in a standard rack. You can choose one of three instaation methods. This manua aso describes how to insta optiona accessories, connect the epdu to a communication network, become famiiar with epdu operation, and care for the epdu. 1 2 Power cords for the devices that you connect to the epdu are not incuded. Some parts may not be used, depending on your choice of instaation method. Toos Required The foowing toos are needed to insta the epdu in a rack cabinet: One fat-bade screwdriver One Phiips screwdriver One 10 mm (11/32 ) star wrench (Torx ) One cage nut insertion too or fat-bade screwdriver (for instaing cage nuts in some rack cabinets) Package Contents Tabe 1 ists the parts that are incuded with Advanced epdu modes. Tabe 2 on page 12 ists the detachabe epdu power cords incuded with some Advanced epdu modes. See Tabe 30 on page 139 for a ist of Eaton cataog part numbers for ordering optiona and spare parts for the epdu. Tabe 1. Parts Incuded with A Eaton Advanced epdu Modes Quantity Description 1 Eaton Advanced epdu Quick Start for Instaation and Connectivity (P ) Suppied in the shipping carton and aso avaiabe at 1 Eaton Advanced epdu Quick Start for Network Communication Management (P ) Suppied in the shipping carton and aso avaiabe at 2 Pastic mounting cip feet * Eaton Advanced epdu User s Guide P Rev

20 Instaation Tabe 1. Parts Incuded with A Eaton Advanced epdu Modes (Continued) Quantity Description 2 Anti-siding safety screw * 2 Cage nut ** 2 Screw for mounting cip feet and cage nut assemby ** 2 Screw for keyhoe mounting button *** 2 Hex nut for keyhoe mounting button *** 2 Keyhoe mounting button *** Eaton Advanced epdu User s Guide P Rev

21 Instaation Tabe 1. Parts Incuded with A Eaton Advanced epdu Modes (Continued) Quantity Description 1 Seria cabe, DB9-to-RJ-45 **** 1 Ethernet cabe ***** * The pastic mounting cip feet and the anti-siding safety screw are packaged together in a arge, cear shipping bag with two smaer bags. These parts are shipped in the carton with the epdu. ** The cage nut and the screw for the cip feet and the cage nut are packaged together in a sma, cear shipping bag within a arger bag. These parts are shipped in the carton with the epdu. *** The keyhoe mounting button, screw, and nut are packaged together in a sma, cear shipping bag within a arger bag. These parts are shipped in the carton with the epdu **** The seria cabe is ocated on the eft of the shipping carton, just beow the midde Styrofoam packing bock that stabiizes the epdu during transport. ***** The Ethernet cabe is intended for customers with sma data centers, for maintenance, or for checks in a warehouse setting. Larger data center customers may choose to use their own network cabe. ***** Do not confuse this cabe with the Ethernet cabe that is used to connect the EMP. That cabe is packaged in the EMP shipping carton with the EMP and accessory kit. The Eaton Advanced epdu User s Guide (P ) PDF version is avaiabe at Tabe 2. Accessory (Detachabe) Power Cords Quantity Description 1 Detachabe input power cord C20/C19 Modes: eswa03, eama08, emaa12, eam008, ema012 1 Detachabe input power cord L6-20P/C19 Modes: eam008, ema012 1 Detachabe input power cord IEC A/C19 Modes: eswa02, eama07, emaa11 Detachabe input power cords are shipped in the carton with the appropriate epdu mode. Instaing the Optiona Cord Retention Bracket Depending on your instaation, you can add or remove cord retention brackets after the epdu is instaed in the rack cabinet. Eaton Advanced epdu User s Guide P Rev

22 Instaation If you ordered the optiona Cord Retention Bracket Kit, insta the brackets onto the epdu as foows: 1. Locate the cord retention brackets and cabe ties. 2. Using the screws and a Phiips screwdriver, attach the brackets in a configuration appropriate for your epdu mode and your instaation needs. See the exampes shown in Figure 9. DANGER Eectrica Hazard: To avoid shock or possibe equipment damage, use ony the suppied screws when instaing the cord retention brackets. Figure 9. Instaing the Cord Retention Brackets 3. Retain the cabe ties for ater use with the instaed devices. Eaton Advanced epdu User s Guide P Rev

23 Instaation Instaing the epdu in a Rack Cabinet There are three methods avaiabe for instaing the epdu in a rack cabinet. Review the instaation methods described in this section and choose the method appropriate for your environment. Using Cage Nuts with Mounting Cip Feet To insta the epdu with mounting cip feet secured by cage nuts: 1. Locate the two cage nuts (suppied). Position and ock the two cage nuts far enough apart to stabiize the top and bottom of the epdu when mounted on the rai. Attach the cage nuts with a fat-bade screwdriver. 2. Locate the two mounting cip feet and two screws (suppied). Position one mounting cip foot at a cage nut and secure the mounting cip foot to the rai with a screw, as shown in Figure 10. Repeat for the second mounting cip. Tighten both screws. You can insta the mounting cip feet verticay or horizontay. Figure 10. Attaching the Mounting Cip Feet Use great care in handing the epdu in the foowing steps. Avoid contact between the epdu and the rack. Eaton Advanced epdu User s Guide P Rev

24 Instaation 3. Locate the anti-siding safety screw (suppied). Choose the tapped hoe on the rear of the epdu that is just above the topmost mounting cip on the epdu. Attach the screw to the epdu and tighten the screw firmy. 4. Snap the epdu into the mounting cip feet. When you hear a cicking sound for each mounting cip foot, the epdu is secure. 5. Carefuy move the epdu into position against the rai, verifying that the anti-siding safety screw is above the topmost mounting cip. 6. Snap the epdu into the rai, as shown in Figure 11. When you hear a cicking sound for each mounting cip, the epdu is secure. Figure 11. Attaching the epdu to the Rai Eaton Advanced epdu User s Guide P Rev

25 Instaation Using Keyhoes with Mounting Buttons The anti-siding safety screw is not required for this instaation method. To insta the epdu with mounting buttons directy attached to the epdu: 1. Locate the two mounting buttons and instaation screws (suppied). 2. Using the suppied screws and a Phiips screwdriver, insta the mounting buttons on the epdu far enough apart to stabiize the epdu when mounted on the rai. See Figure 12. Figure 12. Instaing the Mounting Buttons Use great care in handing the epdu in the foowing steps. Avoid contact between the epdu and the rack. 3. Carefuy move the epdu into position against the rai. Eaton Advanced epdu User s Guide P Rev

26 Instaation 4. Insert the top and bottom mounting buttons into the appropriate keyhoe sots, as shown in Figure 13. Figure 13. Securing the epdu 5. Push down to secure the epdu in position. Eaton Advanced epdu User s Guide P Rev

27 Instaation Using Keyhoes with Mounting Buttons and Cip Feet To insta the epdu with mounting buttons instaed on the mounting cip feet: 1. Locate the two mounting cip feet, mounting buttons, screws, and hex nuts (suppied). Using a Phiips screwdriver, assembe the mounting buttons and cip feet (see Figure 14). Figure 14. Attaching the Mounting Buttons to the Mounting Cip Feet Eaton Advanced epdu User s Guide P Rev

28 Instaation Use great care in handing the epdu in the foowing steps. Avoid contact between the epdu and the rack. Grounding the epdu 2. Snap the two cip assembies onto the epdu far enough apart to stabiize the top and bottom of the epdu when mounted on the rai and to match one of the keyhoe distances on the rack. 3. Locate the anti-siding safety screw (suppied). Choose the tapped hoe on the rear of the epdu that is just above the topmost mounting cip on the epdu. Attach the screw to the epdu and tighten the screw firmy. 4. Carefuy move the epdu into position against the rai, verifying that the anti-siding safety screw is above the topmost mounting cip (see Figure 14 on page 18). 5. Insert the top and bottom mounting buttons into the appropriate keyhoe sots. 6. Push down to secure the epdu in position. Grounding the epdu is optiona but recommended. To ground the epdu, connect a grounding cabe (not suppied) from earth to the grounding screw shown in Figure 15. Figure 15. Grounding Screw Location Eaton Advanced epdu User s Guide P Rev

29 Instaation Hardware Connectivity The epdu provides a seria and an Ethernet port for network connectivity. To connect the epdu to a seria port on a computer, go to the next section, Connecting to a Computer Seria Port. To connect the epdu to an Ethernet port and the LAN, go to Connecting to a LAN Ethernet Port on page 22. Connecting to a Computer Seria Port Connecting the epdu to a computer aows communication through a seria connection. To connect the epdu to a computer: 1. Verify that the computer has a communication program such as HyperTermina or PuTTY. About HyperTermina and PuTTY consoe emuator programs: HyperTermina is avaiabe on many Windows operating systems. But HyperTermina is not avaiabe on the Windows Vista operating system. PuTTY is a free program you can downoad from the Internet. Refer to PuTTY product documentation for detais on configuration.! IMPORTANT You must use the suppied DB9-to-RJ-45 cabe (PN 720-B ). Do not use a substitute cabe. 2. Locate the DB9-to-RJ-45 cabe (suppied). 3. Connect the RJ-45 end of the cabe to the RS-232 connector on the epdu. Connect the DB9 end of the cabe to the seria connector on the computer. See Figure 16. Eaton Advanced epdu User s Guide P Rev

30 Instaation Figure 16. Connecting to a Computer Seria Port If your computer does not have a DB9 seria connector, but does have a USB connector, obtain a DB9-to-USB converter cabe. Foow the manufacturer s instructions to insta the converter cabe device drivers and to connect the converter cabe to your computer. 4. Open the communication program on the computer and seect the seria port connection (such as COM1). 5. Verify that the port settings are configured as foows: - Baud rate (bits per second) = Data bits = 8 - Stop bits = 1 - Parity = None - Fow contro = None 6. Verify that the epdu is turned on. 7. Verify that DIP Switch 1/OFF and Switch 2/OFF (defaut). Eaton Advanced epdu User s Guide P Rev

31 Instaation 8. Press [Enter] to dispay the opening configuration prompt and type admin (the access password). See Seria Interface Operation on page 99 for more information about configuring and monitoring the epdu. Connecting to a LAN Ethernet Port Connecting the epdu to a Loca Area Network (LAN) provides communication through an Internet or Intranet connection. You can monitor the epdu from any computer connected to the same network. To connect the epdu to a LAN: 1. Obtain an Ethernet cabe. A short Ethernet cabe is suppied in the epdu shipping carton. This cabe is usefu in a sma data center for maintenance or for checks in a warehouse setting. Larger data center customers may choose to use their own network cabe. 2. Connect one end of the cabe to the Ethernet connector on the epdu. Connect the other end of the cabe to the Ethernet connector on the router (or other LAN device). See Figure 17. See Web Interface Operation on page 79 for more information. Figure 17. Connecting the epdu to a LAN Eaton Advanced epdu User s Guide P Rev

32 Instaation Instaing an Optiona EMP You can purchase an optiona EMP to monitor temperature and humidity around the epdu and to monitor the status of up to two contact devices. You can insta an optiona EMP now or after competing the epdu instaation and startup. An EMP can be instaed without turning off power to the epdu or the devices connected to it. To insta the optiona EMP: 1. Locate the EMP. 2. If you pan to monitor one or two externa contact devices, connect the externa contact inputs to the screw terminas on the EMP, as described in Figure 18 and Tabe 3. Figure 18. EMP Screw Terminas Tabe 3. EMP Screw Termina Assignment Pin Number Description Normay Open/Normay Cosed 1 Contact 1 returns Normay cosed 2 Contact 1 signa inputs Normay open 3 Contact 2 returns Normay cosed 4 Contact 2 signa inputs Normay open Connect externa contact device 1 between pins 1 and 2 (abeed as device 1). Connect externa contact device 2 between pins 3 and 4 (abeed as device 2). Externa contact devices can be normay open or normay cosed. 3. Locate the EMP Ethernet cabe. Connect one end of the cabe to the RJ-45 connector on the EMP, then connect the other end of the cabe to the RS-232 connector on the epdu. See Figure 19. Figure 19. Connecting the EMP Eaton Advanced epdu User s Guide P Rev

33 Instaation If the suppied cabe is not ong enough for your instaation, you can use another cabe up to a ength of 20m (65.6 ft). 4. The EMP comes with screws and Vecro fasteners. Use the method appropriate to your instaation to mount the EMP in a convenient ocation anywhere on the rack. The EMP has a universa sot on the rear for easy mounting by screw in any direction. 5. Use the cabe ties to secure the Ethernet cabe out of the way as needed. On startup, the epdu automaticay recognizes the EMP. Connecting the Output Devices The epdu outets are avaiabe for connecting and monitoring devices such as workstations, servers, and printers. Connect a device you want to monitor to a power outet on the epdu with the power cord that comes with the device. You may find it usefu to document the connections you make using the Equipment Setup Worksheet on page 25. To connect your devices: 1. Verify that each circuit breaker is in the ON position. 2. For epdus with detachabe power cords: If the power cord is not connected, connect the power cord to the epdu. Otherwise, go to Step Route the epdu power cord toward a dedicated power source. Use cabe ties to secure the power cord as needed. If the power cord must exit the rack cabinet to connect to a power source, use the openings in the rack cabinet. 1 2 Pug the epdu into an appropriatey rated outet for its type. Do not repace or rewire the power cord. 4. Connect the power cord to a propery wired and grounded dedicated power source. The epdu turns on and dispays the Eaton startup screen whie starting. After five seconds, the sequence of screensaver screens for this epdu mode begin cycing. 5. Verify that no aarms dispay on the LCD. To resove aarms, see Chapter 9, Maintenance and Troubeshooting on page Connect your output devices to the outet outets on the epdu. Verify that each device is receiving power before connecting the next device. 7. To avoid arge surge currents, perform one of the foowing steps: Connect the protected equipment to the outets individuay rather than as a group. If you have read/write access privieges for the Web interface, use Outet Settings to program outets with user-defined power-up sequences. Use the Switch on after (s): <input deay in seconds> setting. 8. Route a power cords neaty. If you instaed the optiona Cord Retention Bracket Kit, use the cabe ties suppied with the kit to secure the cords to the brackets. You can monitor the power status of a connected device either ocay on the epdu or remotey through the Web interface. For more information, see Chapter 5, Operation Overview on page 35. Eaton Advanced epdu User s Guide P Rev

34 Instaation Equipment Setup Worksheet epdu Series Mode epdu Series Seria Number Outet 1 Outet 2 Outet 3 Mode Seria Number Use Outet 4 Outet 5 Outet 6 Mode Seria Number Use Outet 7 Outet 8 Outet 9 Mode Seria Number Use Outet 10 Outet 11 Outet 12 Mode Seria Number Use Outet 13 Outet 14 Outet 15 Mode Seria Number Use Outet 16 Outet 17 Outet 18 Mode Seria Number Use Outet 19 Outet 20 Outet 21 Mode Seria Number Use Types of adapters Types of cabes Name of software program Eaton Advanced epdu User s Guide P Rev

35 Chapter 4 Network Communication Configuration A Eaton Advanced Encosure Power Distribution Unit (epdu) modes contain an interna Network Management Card that manages the communication interfaces of the epdus. The Network Management Card must be in Operation mode and basic network communication configuration must be performed before Web or Seria interfaces can be accessed. The Network Management Card must aso be connected to the Loca Area Network (LAN) before startup. Enabe the Network Management Card in Operation Mode This procedure describes how to set the Network Management Card in Operation mode and enabe the card before configuring IP settings. To enabe the Network Management Card in Operation mode: 1. Ensure the position of the dua in-ine package (DIP) switches is Switch 1/OFF and Switch 2/OFF (see Figure 20). The factory defaut position of the DIP switches is Switch 1/OFF and Switch 2/OFF. 2. After you verify that the DIP switches are Switch 1/OFF and Switch 2/OFF, restart the Network Management Card and enabe the card: - Insert a probe into the Reset opening (abeed R) and press down to activate the recessed reset button. - Retract the probe. 3. Continue to Obtaining the IPv4 Address on page 28 or Obtaining the IPv6 Address on page 31. Eaton Advanced epdu User s Guide P Rev

36 Network Communication Configuration HOME SCROLL Figure 20. Operation Mode DIP Switches and Reset Opening for Probe IP Network Configuration The epdu supports IPv4 and IPv6 addressing versions. After the Network Management Card is operating, you must obtain the IP address. In order to obtain the IPv4 address, the Dynamic Host Configuration Protoco (DHCP) must be enabed. When enabed, the IPv4 settings are configured by the DHCP server. If the DHCP is disabed, the IPv4 settings are manuay configured by the user. The IPv4 address can be obtained in four ways: 1. The DHCP protoco can dynamicay configure the IPv4 address, subnet mask, gateway address, and Domain Name System (DNS) servers. This requires a short retrieva process. 2. The IPv4 address can be configured using a more detaied manua process. 3. The defaut IPv4 address can be manuay entered. 4. If a DHCP server cannot be reached, or no DHCP server in instaed, a defaut IPv4 address is automaticay used. With either the Web or Seria interface, the DHCP Contro setting indicates whether the IPv4 address is dynamicay assigned by a DHCP server on the LAN. The setting is enabed by defaut, which means that the IPv4 address is dynamicay assigned by a DHCP server on the LAN. If it is disabed, the Network Management Card uses a static IPv4 address. (For the Web interface operation, see Chapter 7, Configure the IPv4 Settings on page 93. For the Seria interface operation, see Chapter 8, IPv4 Configuration on page 101.) Eaton Advanced epdu User s Guide P Rev

37 Network Communication Configuration In order to obtain the IPv6 address, the IPv6 address must be configured. The IPv6 address is configured in one way: The IPv6 address must aways be enabed manuay from either the Web interface or the Seria interface. (For the Web interface operation, see Chapter 7, Configure the IPv6 Settings on page 93. For the Seria interface operation, see Chapter 8, IPv6 Configuration on page 102.) After the IP address is configured, you must use a software restart to restart the Network Management Card from the Web interface or Seria interface to appy a new configuration.! IMPORTANT Do not use a hardware restart to restart the Network Management Card in this case. It requires 15 seconds for the system to buid the new configuration settings and make those settings permanent. If you activate a hardware restart before the 15 seconds have eapsed, a new configuration settings are ost. See Restarting the Network Management Card on page 42 for more information. When making menu seections using the Seria interface, type the number of the menu seection in the Pease enter your choice => prompt and press [Enter]. Obtaining the IPv4 Address After the epdu is started and the Network Management Card runs in Operation mode: 1. Verify that the seria cabe is connected between the epdu seria (RS-232) port and the PC COM port. 2. Use a PC termina emuator program such as HyperTermina with the foowing settings: - Baud rate (bits per second) = Data bits = 8 - Stop bits = 1 - Parity = None - Fow contro = None 3. Disabe the Echo typed characters ocay option. 4. Press [Enter]. The Login menu dispays (see Figure 21). Figure 21. Login Menu 5. Type the Superuser password. The Eaton epdu Configuration Utiity menu dispays. Eaton Advanced epdu User s Guide P Rev

38 Network Communication Configuration 6. Type 1 (Network Management Card Settings) and press [Enter] (see Figure 22). Figure 22. Eaton epdu Configuration Utiity 7. Type 2 (Network Settings) and press [Enter]. 8. Type 3 (Communication Contro) and press [Enter] (see Figure 23). Figure 23. Network Settings Menu 9. Type 2 (DHCP Contro) and press [Enter] to enabe or disabe DHCP Contro (see Figure 24). Figure 24. Communication Contro Menu Eaton Advanced epdu User s Guide P Rev

39 Network Communication Configuration 10. Choose one of the foowing procedures: - If your network is equipped with a DHCP server, type 1 and press [Enter] to enabe DHCP. Continue to Step If your network is not equipped with a DHCP server, type 0 and press [Enter] to disabe DHCP. Continue to Step Type 0 (Network Settings) and press [Enter]. 12. Type 1 (IPv4 Configuration) and press [Enter]. The defaut settings dispay (see Figure 25). 13. Type 1 (IPv4 Address) and press [Enter]. 14. Type the IPv4 address and press [Enter]. 15. Type 2 (Gateway Address) and press [Enter]. 16. Type the IPv4 address of the gateway (if any) and press [Enter]. 17. Type 3 (Network Mask) and press [Enter]. Type the subnet mask and press [Enter]. Figure 25. IPv4 Configuration Menu 18. Type 0 (Return to previous menu) and press [Enter]. 19. Type 0 (Return to previous menu) and press [Enter]. 20. Type 0 (Return to previous menu) and press [Enter]. 21. Type 3 (Restart Network Management Card) and press [Enter]. The Network Management Card restarts with the new IP settings after approximatey 30 seconds. Retrieve the IPv4 Address 1. Verify that the seria cabe is connected between the epdu Seria (RS-232) port and the PC COM port. 2. Use a PC termina emuator program such as HyperTermina with the foowing settings: - Baud rate (bits per second) = Data bits = 8 - Stop bits = 1 - Parity = None - Fow contro = None 3. Disabe the Echo typed characters ocay option. 4. Press [Enter]. The Login menu dispays. 5. Type the Superuser password. The Eaton epdu Configuration Utiity menu dispays. 6. Type 1 (Network Management Card Settings) and press [Enter]. Eaton Advanced epdu User s Guide P Rev

40 Network Communication Configuration 7. Type 2 (Network Settings) and press [Enter]. 8. Type 1 (IPv4 Configuration) and press [Enter]. The settings suppied by the server dispay in the IP Configuration Menu. 9. Note the IP address. You can aso use the Inteigent Power Manager (IPM) software utiity to view the card s IP address. IPM must be instaed on a network-connected PC. The too is avaiabe at Obtaining the IPv6 Address Using the IPv4 Defaut Address Configuration Dynamicay obtaining the IPv4 address from the DHCP server, or obtaining the IPv4 address configuration using manua entry are not the ony ways to connect to the epdu and access the Web interface. A defaut IPv4 address can aso be used to connect to the epdu and the Web interface. This can occur automaticay or by manua entry. Automatic defaut address configuration occurs as foows: If a DHCP server is not avaiabe or not instaed, the Network Management Card attempts severa times within 1.5 minutes to reach a DHCP server. If these attempts are unsuccessfu, the defaut address is automaticay configured since the DHCP server faied to perform a dynamic IPv4 address configuration. To manuay enter the defaut address: 1. Access a Web browser. 2. Type the defaut address in the address bar: The Web interface opens with the epdu Overview (Home) page. Before obtaining the IPv6 address, you must configure IPv6 either using auto-configuration or manuay for networks that do not aow auto-configuration. 1. Verify that the seria cabe is connected between the epdu seria (RS-232) port and the PC COM port. 2. Use a PC termina emuator program such as HyperTermina with the foowing settings: - Baud rate (bits per second) = Data bits = 8 - Stop bits = 1 - Parity = None - Fow contro = None 3. Disabe the Echo typed characters ocay option. 4. Press [Enter]. The Login menu dispays. 5. Type the Superuser password. The Eaton epdu Configuration Utiity menu dispays. 6. Type 1 (Network Management Card Settings) and press [Enter]. 7. Type 2 (Network Settings) and press [Enter]. 8. Type 1 (IPv6 Contro) and press [Enter]. Eaton Advanced epdu User s Guide P Rev

41 Network Communication Configuration 9. Type 1 (Enabed) and press [Enter]. 10. Does your network aow IPv6 Auto-configuration? If yes, continue with the next section, Networks That Aow Auto-Configuration. If no, continue to Networks That Do Not Aow IPv6 Auto-Configuration on page 32. Networks That Aow Auto-Configuration 1. Type 2 (IPv6 Auto-Configuration) and press [Enter]. 2. Type 1 (Enabed) and press [Enter]. 3. Type 0 (Return to previous menu) and press [Enter]. 4. Type 0 (Return to previous menu) and press [Enter]. 5. Type 0 (Return to previous menu) and press [Enter]. 6. Type 3 (Restart Network Management Card) and press [Enter]. The Network Management Card restarts with the new IP settings after approximatey 30 seconds. 7. Return to the Eaton epdu Configuration Utiity menu to obtain the auto-configured IPv6 addresses. 8. Type 1 (Network Management Card Settings) and press [Enter]. 9. Type 2 (Network Settings) and press [Enter]. 10. Type 2 (IPv6 Configuration) and press [Enter]. 11. The IPv6 settings are dispayed. Networks That Do Not Aow IPv6 Auto-Configuration 1. From the IPv6 Configuration Menu, type 2 (IPv6 Auto-Configuration) and press [Enter]. 2. Type 0 (Disabed) and press [Enter]. 3. Type 3 (IPv6 Goba Address 1) and press [Enter]. 4. Type the IPv6 address. 5. Type 3 (IPv6 Goba Prefix 1) and press [Enter]. 6. Type the IPv6 prefix. 7. Type 5 (IPv6 Defaut Router) and press [Enter]. 8. Type the IPv6 defaut router. 9. Type 0 (Return to previous menu) and press [Enter]. 10. Type 0 (Return to previous menu) and press [Enter]. 11. Type 0 (Return to previous menu) and press [Enter]. 12. Type 3 (Restart Network Management Card) and press [Enter]. 13. Type 3 (Restart Network Management Card) and press [Enter]. The Network Management Card restarts with the new IP settings after approximatey 30 seconds. When you modify parameters, you can press [Enter] to seect the vaue shown in braces, or you can type a new vaue and press [Enter]. Eaton Advanced epdu User s Guide P Rev

42 Network Communication Configuration Retrieve the IPv6 Address 1. Verify that the seria cabe is connected between the epdu seria (RS-232) port and the PC COM port. 2. Use a PC termina emuator program such as HyperTermina with the foowing settings: - Baud rate (bits per second) = Data bits = 8 - Stop bits = 1 - Parity = None - Fow contro = None 3. Disabe the Echo typed characters ocay option. 4. Press [Enter]. The Login menu dispays. 5. Type the Superuser password. The Eaton epdu Configuration Utiity menu dispays. 6. Type 1 (Network Management Card Settings) and press [Enter]. 7. Type 2 (Network Settings) and press [Enter]. 8. Type 1 (IPv6 Configuration) and press [Enter]. The IPv6 settings dispay. 9. Note the IPv6 address (see Figure 26). Figure 26. IPv6 Configuration Menu You can aso use the Inteigent Power Manager (IPM) software utiity to view the card s IP address. IPM must be instaed on a network-connected PC. The IPM too is avaiabe at Eaton Advanced epdu User s Guide P Rev

43 Network Communication Configuration Verify Network Management Card Operation To determine if the Network Management Card is operationa after IPv4 or IPv6 network configuration is competed: 1. Access a Web browser. 2. Type the IPv4 or IPv6 address in the address bar in the foowing format: address or address] 3. Type the user name and password in the Authentication diaog. Cick Login. The Web interface opens with the epdu Overview (Home) page. Eaton Advanced epdu User s Guide P Rev

44 HOME SCROLL Chapter 5 Operation Overview This chapter introduces the operation features of the Eaton Advanced Encosure Power Distribution Unit (epdu). Figure 27 shows an isoated view of the dispay and connectivity areas Figure 27. Eaton epdu Dispay and Connectivity Eaton Advanced epdu User s Guide P Rev

45 Operation Overview Tabe 4 describes the operation features shown in Figure 27. Tabe 4. Dispay and Connectivity Features Reference Number Feature Description 1 Outet Group management Power outet LEDs: On or Off depending on whether the outet is powered or not powered. Aso indicates whether aarms are present for the outet. On: Outet is powered. Off: Outet is not powered. Fashing: An aarm for this outet is active. C19 and C13 power outets: Connect one device to be protected per outet. The outets are grouped so that you can identify, manage, and monitor the outets in groups. Group configuration cannot be changed. For more information, see Outet Groups Management on page Menu and Status dispay Liquid Crysta Dispay (LCD) Window: Dispays information about oad status, events, measurements, identification, and settings. The LCD aso provides some basic configuration. For more information, see Menu and Status Dispay on page 40. Navigation buttons: Navigate through the dispay. For more information, see Menu and Status Dispay on page Operation mode DIP switch Changes the mode of operation for the epdu to upgrade or read-ony operation. The defaut setting is norma operation. For more information, see Operation Mode DIP Switches on page Reset opening Restarts the epdu Network Management Card. Resetting the epdu does not affect the oads. Insert and retract a probe in the Reset opening to perform a Network Management Card restart. 5 Connectivity and Monitoring ports Seria Service and Communication Port: Connects to the seria (COM) connector on a computer with a DB9-to-RJ-45 cabe, aowing the computer to act as a configuration consoe. Aternatey used for the Environmenta Monitoring Probe (EMP) connection in order to coect temperature and humidity data. Ethernet Port Connector: Connects to a Loca Area Network (LAN), aowing configuration through a 10/100 auto sensing network connection. 6 Circuit breakers Activate if the oad current rating of a power outet exceeds 16A (Europe) / 20A (US). Power to the outet turns off automaticay. To reset the circuit breaker, turn the breaker from OFF to ON. To manuay disconnect power to a device that is connected to the epdu, disconnect the device s power cord from the epdu power outet. 7 Power outets Aows you to connect one device to each outet. The outets are grouped so that you can identify, manage, and monitor the outets in groups. Group configuration cannot be changed. For more information, see Outet Groups Management on page 38. Eaton Advanced epdu User s Guide P Rev

46 Operation Overview Three-Phase Configurations The type of epdu input connector pug varies by mode to accommodate different amperage ratings. The IEC60309 connector pugs are configured as deta or wye topoogies as foows: The deta configuration uses a four-wire input connector pug with three phase wires, a protective earth (ground) wire, and no neutra wire. This is commony expressed as 3W+PE (deta). The wye configuration uses a five-wire input connector pug with three phase wires, a protective earth (ground) wire, and a neutra wire. This is commony expressed as 3W+N+PE (wye). Tabe 5 shows exampes and descriptions of deta and wye configuration codes. Tabe 5. Exampe Three-Phase Topoogies Code 4-pin Pug (deta) pin Pug (wye) - 5 Maximum Amperage (A) Rating Pug (P) outet/socket (R) or Connector (C) Cock Position (6 or 9) Waterproof (W) or Spash Resistant (S) 460P9W 4 60 P 9 W 532P6S 5 32 P 6 S Environmenta Protection and Pin Aignment The input connector pugs have Ingress Protection (IP) ratings that specify the degree of environmenta protection for eectrica equipment. The IEC60309 input connector pugs that are either spash resistant (S) or waterproof (W). Spash resistant pugs are IP-rated at IP 44, which means the pug is protected against soid objects ess than 1.0 mm in diameter. Waterproof pugs are IP-rated at IP 67, which means the pugs are watertight, spashproof, and dust tight. The pin aignment is different for four-wire (deta) and five-wire (wye) configurations. This orientation is commony expressed as a cock position. See Figure 28 for exampe cock positions. Deta, 4-Pin Pug 3W + PE Wye, 5-Pin Pug 3W + N + PE Protective Earth (Ground) L1 L3 L2 Aignment Tab L2 Neutra L1 9 O cock L3 Figure 28. Exampe Cock Positions Aignment Tab 6 O cock Protective Earth (Ground) Eaton Advanced epdu User s Guide P Rev

47 Operation Overview Outet Groups Management Outet groups are preset groups of individua outets that you can identify, manage, and monitor through the different interfaces that are avaiabe with the epdu. For each phase, there is a coor-coded outet group and corresponding circuit breaker on the epdu. The outet groups and circuit breakers for each phase are abeed and coor coded for easy identification, as shown in Figure 29. A status LED is iuminated when an outet is powered. The outet fashes when the outet aarm is triggered. Power Outet LEDs Power Outet LEDs Power Outet LEDs Bue Outet ID Yeow Outet ID Power Outets (Group C) Power Outets (Group B) Power Outets Red Outet ID (Group A) Figure 29. Outet Groups, LEDs, and Group Circuit Breakers (ema007 3-Phase Mode Shown) Tabe 6 defines the outet groups for each mode. Group configuration cannot be changed. Eaton Advanced epdu User s Guide P Rev

48 Operation Overview Tabe 6. Eaton epdu Outet Groups Mode A B C D E F eswa01 A1 to A8 B1 to B8 eswa02 A1 to A12 B1 to B12 eswa03 A1 to A12 B1 to B12 eswa04 A1 to A12 B1 to B12 eswa05 A1 to A8 B1 to B8 C1 to C8 eama06 A1 to A8 B1 to B8 eama07 A1 to A12 B1 to B12 eama08 A1 to A12 B1 to B12 eama09 A1 to A12 B1 to B12 emaa10 A1 to A8 B1 to B8 emaa11 A1 to A12 B1 to B12 emaa12 A1 to A12 B1 to B12 emaa13 A1 to A12 B1 to B12 emaa14 A1 to A8 B1 to B8 C1 to C8 eam001 A1 to A12 B1 to B12 eam002 A1 to A8 B1 to B8 C1 to C8 eam003 A1 to A8 B1 to B8 C1 to C8 eam004 A1 to A8 B1 to B8 C1 to C8 eam005 A1 to A4 B1 to B4 C1 to C4 D1 to D4 E1 to E4 F1 to F4 eam008 A1 to A12 B1 to B12 ema006 A1 to A8 B1 to B8 C1 to C8 ema007 A1 to A8 B1 to B8 C1 to C8 ema009 A1 to A4 B1 to B4 C1 to C4 D1 to D4 E1 to E4 F1 to F4 ema010 A1 to A12 B1 to B12 ema011 A1 to A8 B1 to B8 C1 to C8 ema012 A1 to A12 B1 to B12 ema013 A1 to A8 B1 to B8 C1 to C8 ema014 A1 to A8 B1 to B8 C1 to C8 D1 to D4 E1 to E4 F1 to F4 Modes with outet groups protected by circuit breakers are in bod type. Eaton Advanced epdu User s Guide P Rev

49 Operation Overview Menu and Status Dispay The LCD provides information in Engish about the epdu and connected devices using white text on a bue background. The LCD window fashes orange when any aarm is active. Basic configuration of some settings is avaiabe through the LCD. Fu configuration of a settings is avaiabe through the remote interfaces. For more information about configuration, see Chapter 4, Network Communication Configuration on page 26. LCD Window The LCD has three modes: Screensaver mode (startup screen) Screensaver mode cyces through a set sequence of screens that dispay the foowing information: - epdu frequency, power, and current - Phase power and current (for three-phase modes) - Outet group power and current - Environmenta measurements (with the optiona EMP instaed) Settings mode (LCD main menu) The menus that dispay depend on your epdu mode. For more information about the menus and settings for your mode, refer to Chapter 6, LCD Operation on page 68. Energy Saving mode (dark screen) Turning the backight off conserves energy but darkens the screen. Pressing any of the navigation buttons turns the backight on. An active aarm aso turns the backight on. The LCD automaticay turns off after 15 minutes if no button is pressed. Figure 30 shows the LCD window and navigation buttons. Figure 30. LCD Window and Navigation Buttons Eaton Advanced epdu User s Guide P Rev

50 Operation Overview In this document, the LCD seection screens are easiy distinguished from dispay screens. The seection screens are presented as soid bue with no contrasting border. The dispay screens are presented as bue with an orange border. Figure 31 shows the format of the LCD seection and dispay screens. Seection Screen Dispay Screen Figure 31. Dispay and Seection Screen Formats The menu items are highighted when they are seected. Figure 32 iustrates LCD menu item seection. ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO Figure 32. Menu Item Seection LEDs on the epdu signa basic operation behavior. For exampe, Advanced epdus indicate that outets are powered (on) by steady ight. Advanced epdus aso indicate the outets are unpowered (off) when the LED is not iuminated. Typicay, if the LED is binking, there is an aarm condition. Ony Advanced Monitored (AM) and Managed (MA) epdus indicate aarms by binking LEDs. Switched (SW) epdus do not. Figure 32 iustrates power outet LEDs. Power Outet LEDs Power Outet LEDs Power Outet LEDs Figure 33. Power Outet LEDs Eaton Advanced epdu User s Guide P Rev

51 Operation Overview Operation Mode DIP Switches Tabe 7. DIP Switch Mode Settings The dua in-ine package (DIP) switches set the Operation mode for the epdu. Tabe 7 and Figure 34 show the settings and positions for various operation modes. Leave the DIP switches in their defaut position (Switch 1/OFF and Switch 2/OFF) for norma operation. Switch 1 Switch 2 Operation Mode Description ON ON Seria upgrade of the LCD contro board firmware Use when upgrading the epdu ocay by using a DB9-to-RJ-45 cabe. ON OFF Upgrade of the Network Management Card firmware Use when upgrading the Network Management Card remotey through the Ethernet network using FTP protoco. OFF ON Read-ony mode The epdu runs normay, but users cannot change any settings regardess of access rights. OFF OFF Operationa mode Defaut setting for norma operation. Figure 34. Exampe Operation Mode DIP Switch Positions Restarting the Network Management Card The Network Management Card can be restarted by a hardware or software method. The Network Management Card must be reset if a firmware upgrade is forced using the DIP switch configuration Switch 1/ON and Switch 2/OFF. Neither method restarts the epdu nor changes the power status of the outets.! IMPORTANT Restarting the epdu wi not affect the output power or the connected equipment. Hardware Restart The Reset button is used to restart the interna Network Management Card by the hardware method.to restart and enabe the Network Management Card, insert a probe into the Reset opening (abeed R), press the recessed button, and then retract the probe. The epdu exits Firmware Upgrade mode (see Figure 35). When using a hardware restart to restart the Network Management Card, there is no mandatory check to ensure that the fie system parameters are saved before restarting. Eaton Advanced epdu User s Guide P Rev

52 Operation Overview HOME SCROLL Figure 35. Reset Opening Software Restart A software appication restart can be initiated by Web interface seections or Seria interface commands. When using a remote interface to perform a software restart, the Network Management Card saves a current settings before restarting. Eaton Advanced epdu User s Guide P Rev

53 Operation Overview LED Status Indicators The Advanced epdus incude communication and environmenta monitoring ports, operation buttons, and operation switches (see Figure 36) Figure 36. Communication and Environmenta Monitoring Ports Tabe 8. Communication and Environmenta Monitoring Ports Reference Number Description 1 DIP Switches 2 Service or Seria Port (Settings/Sensor) 3 Seria Service Port Orange LED: RS-232 Activity Status 4 Reset Opening 5 Seria Service Port Green LED: epdu Communication Status 6 Ethernet Port Green LED; 10/100M Status 7 Ethernet Port Orange LED: Connection and Activity Status 8 Ethernet 10/100 Base-T Port Eaton Advanced epdu User s Guide P Rev

54 Operation Overview Seria and Ethernet Connection Status The seria and Ethernet connectors provide status indicators. The coor dispay and the LED state convey the operation condition of the epdu. Tabe 9 provides a description of the LED dispays for the seria and Ethernet connectors. At startup, check the LED status dispay coors on the communication and monitoring ports to ensure that they are operating correcty. Tabe 9. Status Coor Definitions for LED Indicators Port Seria connector Description Connects to the seria (COM) connector on a computer with a DB9-to-RJ-45 cabe, aowing the computer to act as a configuration consoe. Green LED OFF when the epdu is starting. Green LED ON when the Network Management Card starts communicating with the epdu. Green LED Fashes when the Network Management Card is operationa. Orange LED OFF when the consoe menu is activated. Orange LED ON for norma operation, but the consoe menu is not activated. Orange LED Fashes when the Network Management Card card is communicating with the EMP sensor (optiona equipment). Ethernet connector The LED aso fashes when no device is connected to the epdu. Connects to a LAN, aowing access through a 10/100 autosensing network connection. Used for remote configuration and equipment monitoring. Can be used as an Environmenta Monitoring Probe (EMP) sensor connector instead. Green LED OFF when the port is operating at 10 Mbits/s. Green LED ON when the port is operating at 100 Mbits/s. Orange LED OFF when the epdu is not connected to the network. Orange LED ON when the epdu is connected to a 10 Mb network, but with no activity. Orange LED Fashes whie data is transmitted and received. Tabe 10. Remote Interfaces Remote Interfaces You can communicate with the epdu using the remote interfaces isted in Tabe 10. Interface Description epdu Connector Cabe (suppied) Cabing Instructions Consoe emuator (such as HyperTermina) Seria interface to a computer RS-232 connector *** DB9-to-RJ-45 cabe Connecting to a Computer Seria Port on page 20 Web browser * Interface through an Internet web browser Ethernet connector Ethernet cabe Connecting to a LAN SNMP ** Standard Internet protoco for managing devices on networks Ethernet Port on page 22 Tenet Termina emuation protoco for configuring the RS-232 connector *** or Ethernet cabe Connecting to a Computer Network Management Card Ethernet connector or Seria Port on page 20 or DB9-to-RJ-45 cabe Connecting to a LAN Ethernet Port on page 22 * Supports Microsoft Internet Exporer 6.0 and greater, Mozia Firefox 3.6 and greater, Googe Chrome 4 and greater. ** Supports Simpe Network Management Protoco (SNMP) v1, v2, and v3. Provides abiity to send traps, retrieve outet specific data, set epdu and outet vaues, and notify of events through SNMP trap or e-mai aert. *** If you insta an optiona EMP, you must dedicate the RS-232 connector to the EMP. (The EMP Ethernet cabe is suppied in the EMP shipping carton.) Eaton Advanced epdu User s Guide P Rev

55 Operation Overview Operation Concepts This section provides information describing the foowing Advanced epdu operation concepts: User Login and Access Poicy Power Schedues for Managed and Switched epdus Group Definition User Login and Access Poicy The web interface is protected by a ogin and a password. The Network Management Card manages up to eight users and one Administrator. A user is defined by: Name identifier (ogin) Password (minimum of five characters) Assigned access rights (Read Ony, Read/Write, Read/Write/Contro, No Access) List of groups of outets to which the user has access At a minimum, users need Read-Ony access rights to access the Web pages. When a user accesses the Web interface, the system prompts for a ogin and password. The ogin and password for the administrator and for each user are hashed using a one-way hash agorithm. If the ogin and password match and the assigned user rights do not restrict access, the user can access the Web interface.! IMPORTANT Users shoud aways terminate sessions by cicking the ogout ink in the top right-hand corner of the Web interface page. User profies are aso defined by coocation. Coocation restricts or aows user access to view and modify Advanced epdu data, such as outet state, operationa measurements, threshod settings, power schedues, and aarms. Three user profies can be configured: Administrator Non-coocated user Coocated user Eaton Advanced epdu User s Guide P Rev

56 Operation Overview Administrator An administrator can use a menus in the Web interface and a commands in the Seria interface. The Administrator is aways assigned Read/Write/Contro access rights. The administrator is the ony user type with permission to perform the foowing: Create, modify, or disabe a user-defined group Attach groups or outets to users Configure e-mai recipient addresses for e-mai notification to users Configure power schedues for users Access the command ine interface (CLI) seria menu interface. The defaut ogin and password is admin. An administrator shoud aways change the defaut at the first connection. If the administrator oses the password or ogin, contact your service representative to recover it. Non-Coocated User A non-coated user can be assigned Read/Write/Contro, Read/Write, Read-ony, or No access privieges. With the exception of the foowing restrictions, the non-coocated user has access to the same functions as the administrator: Cannot attach groups or outets to users Cannot change the configurations that beong to a coocated user, such as power schedues or e-mai addresses for notifications Cannot modify a defined group, e-mai address, or power schedue that the Administrator has assigned to a coocated user Cannot access the Seria interface; must use the Web interface ony A user is considered to be non-coocated if the administrator does not attach groups to that user. Coocated User A coated user can be assigned Read/Write/Contro, Read/Write, Read-ony, or No access privieges. A coocated user has imited access and specific functions assigned to him by the administrator, incuding: Access to groups and outets assigned by the administrator Access to power schedues and the e-mai address assigned by the administrator Access to aarms and ogs generated by outets assigned by the administrator Authority to change the password but not the ogin Access to a restricted menu, incuding a goba for menu bar seections Cannot access the Seria interface; must use the Web interface ony Eaton Advanced epdu User s Guide P Rev

57 Operation Overview Tabe 11 and Tabe 12 provide permission detais for Non-coated and Coocated users. Tabe 11. Non-coocated User Permission Detais Web Interface Seection Access Privieges and Restrictions SW AM MA MA3 epdu Overview epdu Overview Setting configuration and reset Kwh R/W epdu Groups epdu Group Setting configuration R/W R/W/C R/W/C epdu Group switching On/Off R/W/C epdu Outets epdu Outet Setting configuration R/W R/W/C epdu Outet switching On/Off R/W/C Power Schedue epdu Power Schedue data access for review ony R R/W R/W/C epdu Power Schedue configuration SEE R/W/C epdu Power Schedue assignment to users Not Permitted Emai Notification epdu Emai address data access for review ony R R/W R/W/C epdu Emai address configuration SEE R/W R/W/C epdu Emai address assignment to users Not Permitted Trap Receiver epdu Trap Receiver configuration R/W Group Definition epdu Group data access for review ony R R/W/C R/W R/W/C epdu Group configuration SEE R/W R/W/C epdu Group assignment to users Not Permitted Access Contro Login/Password Configuration R/W Network epdu Network parameters configuration R/W System epdu System settings configuration and Network Management Card/ePDU configuration fie downoad epdu System Network Management Card/ePDU configuration fie upoad R/W/C R/W/C R/W R/W/C Not Permitted SNMP epdu SNMP parameters configuration R/W R/W/C Eaton Advanced epdu User s Guide P Rev

58 Operation Overview Tabe 11. Non-coocated User Permission Detais (Continued) Web Interface Seection Access Privieges and Restrictions SW AM MA MA3 SMTP & DNS epdu SMTP & DNS parameters configuration R/W Date & Time epdu DATE & TIME parameters configuration R/W Users with Read/Write access rights can change the vaue of settings, such as the name of outets and threshods, but cannot set the foowing parameters: state on device start-up, switch on after, and power reboot period. R/W/C R/W/C Tabe 12. Coocated User Permission Detais Web Interface Seection Access Privieges and Restrictions SW AM MA MA3 epdu Overview epdu Overview Setting configuration and reset Kwh Not Permitted epdu Groups epdu Group Setting configuration SEE 1 R/W R/W/C epdu Group switching On/Off R/W/C epdu Outets epdu Outet Setting configuration SEE 2 R/W R/W/C epdu Outet switching On/Off R/W/C Power Schedue epdu Power Schedue data access for review ony R R/W R/W/C epdu Power Schedue configuration R/W/C epdu Power Schedue assignment to users Not Permitted Emai Notification epdu Emai address data access for review ony R R/W R/W/C epdu Emai address configuration R/W R/W/C epdu Emai address assignment to users Not Permitted Access Contro Password Configuration R/W 1: A user with ony Read/Write access rights is not permitted to change the vaue of the power reboot period parameter. 2: Users with Read/Write access rights can change the vaue of settings, such as the name of outets and threshods, but cannot set the foowing parameters: state on device start-up, switch on after, and power reboot period. R/W/C Eaton Advanced epdu User s Guide P Rev

59 Operation Overview Power Schedues for Managed and Switched epdus You can schedue certain automatic operation status changes for outets or groups of outets. These are caed Power Schedues. Up to eight power schedues are avaiabe on the Advanced epdu. The operation status changes are caed actions. Actions that can be appied for an outet or outet group incude On, Off, or Reboot. Actions can be schedued to occur ony one time, or to repeat at intervas. The defaut schedue aows one action per schedue, but you can add a second action to the schedue if desired. Athough you can set one or more power schedues for the same outets, a warning message in a popup window wi aert you if the outet is aready attached to another user. If you assign a power schedue to a coocated user, ony the outets or outet groups that are attached to this user can be schedued. Exampe Power Schedue Configuration The outets in this exampe wi be set to automaticay power On at six o cock in the morning and power Off at eight o cock in the evening during weekdays. The same outets wi aso be set to automaticay power Off at six o cock Friday afternoon, remain off during the weekend, and power On Monday morning at six o cock. Two power schedues are required to set up this action (Power Schedue 1 and Power Schedue 2). Both are attached to a user named User 1. These power schedue actions wi be performed on the Factory Group 2 outets seected in the Add Outets pane. The affected outets are isted in the Seected Outets pane. First Schedue. The first exampe schedue configures a daiy schedue to power Off outets at 8:00 p.m., then power On outets at 6:00 a.m. the foowing morning. These are two separate actions and are entered separatey on Schedue 1. The frequency of both actions is controed by the vaue set in the Periodic Action(s) every: Day fied. The vaue is 1 for Schedue 1, which indicates that the actions wi be performed once each day. Figure 37 shows how to use the Power Schedue page on the Web interface to configure the first part of this power schedue. You must check the Add New Action check box to add a second action to the schedue. Eaton Advanced epdu User s Guide P Rev

60 Operation Overview Figure 37. Exampe First Power Schedue (Schedue 1) Second Schedue. The second exampe configures a weeky schedue to power Off outets at 8:00 p.m. on Friday evening, then power On the outets at 6:00 a.m. the foowing Monday morning. These are two separate actions and are entered separatey on Schedue 2. The frequency of both actions is controed by the vaue set in the Periodic Action(s) every: Day fied. The vaue is 7 for Schedue 2, which indicates that the actions wi be performed once each week. Eaton Advanced epdu User s Guide P Rev

61 Operation Overview Figure 38 shows how to use the Power Schedue page on the Web interface to configure the second part of the power schedue. Athough the first schedue is set for daiy actions, the second power schedue wi override the actions of the first power schedue during the weekend. Therefore, the first power schedue wi not be executed during the weekend. Figure 38. Exampe Second Power Schedue (Schedue 2) Eaton Advanced epdu User s Guide P Rev

62 Operation Overview Group Definition A user-defined group consists of outets that are ogicay inked on the same epdu. By associating outets in a coective group, you can ensure that outets are turned On, turned Off, and rebooted in a synchronized manner. Synchronizing group actions through outet groups provides the foowing benefits: Provides more precise shutdown and restart timing than reying on the deay periods of individua outets Aows you to monitor goba consumption by group of outets Aows you to assign specified outet groups to a user and thereby restrict that user s access ony to the assigned groups For a system that uses outet groups, the foowing rues appy: A user-defined group must contain at east one outet. An outet can beong to more than one user-defined group. To create and configure a user-defined group, you must use the Web interface. The Seria interface does not et you dispay or configure a user-defined group. Ony the administrator or a non-coocated user (with at east read/write access) can perform this action.! IMPORTANT Be aware that if you assign the same outet to different users with appropriate access privieges, mutipe users can power Off the same outet. Common Operation Tasks This section describes common operation tasks. Downoad/Upoad the Network Management Card Fie Configuration The Network Management Card settings are saved as an XML fie in the Network Management Card fie system. The fie is named ConfigurationData.xm. Downoading the Network Management Card configuration fie consists of transferring the Network Management Card configuration fie from the Network Management Card to a remote computer. When the downoad is compete, you can edit the fie and modify it before upoading it to the same or another epdu. Upoading the Network Management Card configuration fie is the opposite process. It consists of transferring the Network Management Card configuration fie from a remote computer to the Network Management Card. When the upoad is compete, restart the Network Management Card for the new configuration to take effect. (The Web interface dispays a message reminder to restart the Network Management Card. See Restarting the Network Management Card on page 42 for more information. Downoad/Upoad the epdu Fie Configuration The epdu settings are saved as an XML fie in the Network Management Card fie system. The fie is named ConfigurationPdu.xm. Downoading the Network Management Card configuration fie consists of transferring the epdu configuration fie from the Network Management Card to a remote computer. When the downoad is compete, you can edit the fie and modify it before upoading it to the same or to another epdu. Upoading the epdu configuration fie is the opposite process. It consists of transferring the epdu configuration fie from a remote computer to the Network Management Card. When the upoad is compete, the new settings are immediatey appied to the epdu. Eaton Advanced epdu User s Guide P Rev

63 Operation Overview Cear epdu and Event Log The Network Management Card ogs a the events that occur on the epdu. The events are cassified and ogged according to type: epdu: Events that occur on the epdu, incuding unit, outet, group, and environment events. SYSTEM: Events that occur on the Network Management Card, such as connectivity state or restart. These events are ogged in a dedicated comma separated vaues (CSV) fie named "ogevent.csv" in the Network Management Card fie system. The Network Management Card manages up to 1000 events. When this imit is reached, the 50 odest events are deeted. However, a non-coocated user or administrator can use remote interface functions to manuay deete a recorded epdu or system events. Coocated users ony see the event og attached to the outets assigned to them. However, they cannot cear the ogs.! IMPORTANT When a non-coocated user or administrator cears a events from the Event Log, events are ceared for a epdu users, incuding other users and the administrator. Refresh the Data Dispay Not a data fieds automaticay refresh, such as the data on the Logs and Aarms pages. To refresh any page that does not have a Refresh button, press F5. SNMP Agent Overview The Network Management Card embeds an SNMP agent. The SNMP agent supports the foowing SNMP versions: SNMPv1 SNMPv3 SNMPv1 and v3 The SNMP agent is disabed by defaut and uses defaut port 161. The MIB objects are not described in this document. Use a MIB browser too on a PC for descriptions of the MIB objects and traps with comments. The SNMP agent impements the SNMP MIB-II and the Eaton MIB. The Eaton MIB fies can be downoaded from the epdu SNMP page on the Web interface (see Downoad the Eaton MIB Fies in this section). The fies can aso be downoaded from the Seria interface. Get/Set the MIB objects Read/write access to the MIB objects is rued by the enabed SNMP version. To get and set the MIB objects: 1. Configure the SNMP version: - For the Web interface procedure, see Enabe/Disabe the SNMP Agent on page For the Seria interface procedure, see SNMP Contro on page 107. Eaton Advanced epdu User s Guide P Rev

64 Operation Overview 2. If required, configure the SNMPv1 users: - For the Web interface procedure, see Define SNMPv1 Users on page For the Seria interface procedure, see SNMP v1 Community on page If required, configure the SNMPv3 User-based Security Mode (USM) users - For the Web interface procedure, see Define SNMPv3 User-based Security Mode Users on page For the Seria interface procedure, see SNMP V3 USM Tabe on page 110 Tabe 13 summarizes the privieged operations that are aowed according to the SNMP version. Tabe 13. Privieged Operations Aowed for SNMP Version Downoad the Eaton MIB Fies Disabed SNMPv1 SNMPv3 SNMP v1 & v3 Priviege Get Set Get Set Get Set Get Set SNMPv1 User with No Access rights SNMPv1 User with Read-Ony rights SNMPv1 User with Read/Write rights SNMPv3 User with No Access rights SNMPv3 User with Read-Ony rights SNMPv3 User with Read/Write rights The fies defining the Eaton Simpe Network Management Protoco (SNMP) Management Information Base (MIB) supported by the Network Management Card can be downoaded from the Web interface ony. The SNMP page provides a hyperink to a zip archive named EATON-EPDU-MIB.zip. The archive is saved on the PC and stored in the Network Management Card fie system. This function cannot be performed with the Seria interface. You must use the Web interface. Actions on Individua Outets and Groups of Outets For Managed and Switched epdus, you can contro the state of each outet or groups of outets. Ony outets and groups of outets with switch capabiity enabed can respond to Switch On, Switch Off, and Reboot actions. Switch ON If the switch capabiity is enabed for the seected outet or a group of outets, you can power on the outet. An outet in the OFF state changes to the ON state. The state does not change for outets aready on. Switch OFF If the switch capabiity is enabed for the seected outet or a group of outets, you can power off the outet. An outet in the ON state changes to the OFF state. The state does not change for outets aready off. Reboot If the switch capabiity is enabed for the seected outet or a group of outets, you can reboot the outet. Eaton Advanced epdu User s Guide P Rev

65 Operation Overview If the outet or group of outets are initiay on, they turn off immediatey and turn on again after the deay defined by Power Reboot Period. If the outet or groups of outets are initiay off, they turn on after the deay defined by Power Reboot Period. Restart the Network Management Card You can restart the Network Management Card using either a hardware or software method. For a hardware restart, ocate the Reset opening (abeed R) on the epdu. Insert a probe, press the recessed button, and retract the probe. This method is not necessariy the best choice because the Network Management Card does not force the system to save the parameters in the fie system before restarting. A software restart is triggered from the Seria interface or Web interface upon user action. This method is typicay the better choice because the Network Management Card saves a current settings in the Network Management Card fie system before restarting. For either method, restarting the Network Management Card does not restart the epdu or change the power status of the outets. Restore the Defaut Factory Settings of the Network Management Card This action consists of overwriting the current Network Management Card settings with the defaut factory settings. However, if you enabe the Keep IP option in either remote interface, the foowing settings are unchanged: IPv4 address IPv4 gateway address IPv4 subnet mask IPv6 contro IPv6 auto-configuration contro IPv6 address 1 IPv6 address 2 IPv6 prefix ength 1 IPv6 prefix ength 2 IPv6 router address Ethernet speed/dupex mode This action does not restart the epdu or change the power status of the outets. This action does not change the current threshod configuration for the epdu settings. Settings This section provides descriptions, vaues, and vaue ranges for the Network Management Card and epdu settings. These vaues and vaue ranges appy for remote interfaces.! IMPORTANT The characters & or < are iega entries in any of the user interfaces. Modify Settings The Web and Seria interfaces and the SNMP agent aow you to modify some Network Management Card and epdu settings. These settings must be saved permanenty in order to preserve the configurations when the epdu is powered off. Eaton Advanced epdu User s Guide P Rev

66 Operation Overview When some settings are changed, they are automaticay saved permanenty after a 15-second apse of time without any new setting modification. If the Network Management Card is powered off and restarted from the Reset opening before the 15 seconds have eapsed, the new setting changes wi be ost at the next startup. To ensure settings are saved before the end of the 15-second duration, use the software procedure to restart the Network Management Card (see Restart the Network Management Card on page 56). Network Management Card Settings Tabe Tabe 14 provides Network Management Card parameter settings.environmenta Settings Tabe. Tabe 14. Network Management Card Settings Name emai Receiver Account emai Receiver Description emai Receiver State Attached Event Log Contro Date of Next Report Report Periodicity Report Periodicity Time Aarm Emai Contro Trap Receiver IP address Description E-mai account address. For exampe, e-mai1@recipient.com. Maximum 63 characters. User-defined description. Not used to send an e-mai; ony for account identification. Maximum 31 characters. Defaut is Disabed: no e-mai is sent to this account. Enabed: this account can receive e-mai (periodic reports or aarms according to the e-mai recipient configuration). Defaut is Disabed: the event og comma-separated vaues (CSV) fie "ogevent.csv" is not joined as attachment to aarm e-mai. Enabed: the event og CSV fie "ogevent.csv" is incuded as an attachment to aarm e-mai. Not appicabe for periodic report e-mai; in this case, the event og is aways attached to the e-mai. Day of the month when the next periodic report wi be sent. The user has to define this parameter once. When the report #n is sent, this parameter is automaticay modified to show the date of report as #n+1. Where: #n+1 = date of report #n + report frequency. 0 (defaut) disabes the periodic report functionaity. Exampes: Case 1: Current date: 16th of May Date of next report (#1): 20. Report Frequency: 2 days Report #1 sent on 20th of May 2011 and date of next report becomes 22. Report #2 sent on 22nd of May 2011 and date of next report becomes 24. Report #3 sent on 24th of May 2011 and date of next report becomes 26. Case 2: Current date: 16th of May Date of next report (#1): 4. Report Periodicity: 14 days. Report #1 sent on 4th of June 2011 and date of next report becomes 18. Report #2 sent on 18th of June 2011 and date of next report becomes 2. Report #3 sent on 2nd of Juy 2011 and date of next report becomes 16. Defines the duration in days between the first and second e-maied report. Defaut is 0: disabes the periodic report functionaity. Defines the time (hour and minute) when the next periodic report must be sent. It must be defined in the range [00:00 23:00]. Defaut is 00:00. This setting indicates if e-mai must be sent when an aarm appears. A Aarms: an e-mai is sent when an aarm appears. Defaut is None: no e-mai is sent when an aarm appears. IPv4/IPv6 address or hostname of the trap receiver. Traps wi be sent to this address. Eaton Advanced epdu User s Guide P Rev

67 Operation Overview Tabe 14. Network Management Card Settings (Continued) Name Trap Receiver Description Trap Receiver Protoco Trap Contro Trap Community System Contact System Location Firmware Upgrade Contro Keep IP Option Ethernet Link Speed & Dupex Description User-defined description. Not used to send a trap; ony for receiver identification. Maximum 31 characters. Defines the SNMP version supported by the receiver. SNMPv1: the trap receiver is enabed and ony supports SNMPv1 traps. SNMPv3: the trap receiver is enabed and ony supports SNMPv3 traps. Defaut is Disabed: the trap receiver is disabed. No trap is sent to this receiver. This setting indicates if traps must be sent when an aarm appears. Defaut is None: no trap is sent when an aarm appears, Defines the community supported by the trap receivers. Maximum 31 characters. User-defined contact name. Maximum 31 characters. User-defined device ocation. Maximum 31 characters. Indicates if the firmware upgrade functionaity can be used. Disabed: the firmware upgrade functionaity is not supported. Defaut is Enabed: the firmware upgrade functionaity is supported. Indicates if the IP settings must be kept unchanged when the user performs a defaut factory reset of the Network Management Card. Defaut is Disabed. Defines the Ethernet Link Speed and Dupex mode as foows: Auto Negotiation (auto configuration - defaut) 100 Mbps Fu Dupex 100 Mbps Haf Dupex 10 Mbps Fu Dupex 10 Mbps Haf Dupex DHCP Contro IPv4 Address IPv4 Subnet Mask IPv4 Gateway Address Hostname IPv6 Contro Indicates if the IPv4 is dynamicay assigned by a DHCP server on the LAN. Disabed: the Network Management Card uses a static IPv4 address. Defaut is Enabed: the IPv4 address is dynamicay assigned by a DHCP server on the LAN. IPv4 Address of the Network Management Card. When the DHCP contro is enabed, this address is dynamicay assigned by a DHCP server on the LAN. In this case, the user cannot modify it manuay. Defaut is IPv4 Subnet Mask of the Network Management Card. When the DHCP contro is enabed, this Subnet Mask is dynamicay assigned by a DHCP server on the LAN. In this case, the user cannot modify it manuay. Defaut is IPv4 address of the gateway on the LAN. When DHCP contro is enabed, this address is dynamicay assigned by a DHCP server on the LAN. In this case, the user cannot modify it manuay. Network Management Card host name. This setting is sent in the DHCP request when the DHCP is enabed. If the DHCP server is couped with a DNS server, the user can access the epdu Web interface by using this host name instead of the IP address. Maximum 31 characters. Defaut is epduxy. Where: xy = the two ast digits of the MAC address. Indicates if the IPv6 interface is enabed. Enabed: the Network Management Card is accessibe with an IPv6 address. Defaut is Disabed: the Network Management Card is not accessibe with an IPv6 address. Eaton Advanced epdu User s Guide P Rev

68 Operation Overview Tabe 14. Network Management Card Settings (Continued) Name IPv6 Loca Address IPv6 Loca Address. IPv6 Auto Configuration Contro Indicates how the IPv6 addresses are configured. Enabed: the IPv6 addresses (oca and goba) and prefix engths are auto-configured. Defaut is Disabed: the IPv6 addresses (oca and goba) and prefix engths are manuay configured by the user. IPv6 Goba Address 1 IPv6 Goba Address 1. IPv6 Prefix Length 1 Prefix ength associated with the IPv6 Goba Address 1. This vaue must be in the range [0 128]. IPv6 Goba Address 2 IPv6 Goba Address 2. IPv6 Prefix Length 2 Prefix ength associated with the IPv6 Goba Address 2. This vaue must be in the range [0 128]. IPv6 Gateway Address Super User Login Super User Password Tenet Contro HTTP Contro SSL Contro Muti-User Login Muti-User Password Muti-User Security Leve SMTP Server SMTP Server Authentication Contro Optiona SMTP Server Login Description IPv6 address of the gateway on the LAN. Super User Login. Maximum 15 characters. Defaut is admin. Super User Password. Maximum 15 characters. Minimum 5 characters. Defaut is admin. Indicates if the Tenet interface is accessibe. Enabed: the Tenet interface is accessibe. Defaut is Disabed: the Tenet interface is not accessibe. Indicates if the Web interface is accessibe. Disabed: the Web interface is accessibe. Defaut is Enabed: the Web interface is not accessibe. Indicates if the Secure Sockets Layer (SSL) encryption is enabed for the Web interface. Enabed: the Web interface is with SSL encryption (use Defaut is Disabed: the Web interface is without SSL encryption (use Muti-User Login. Maximum 15 characters. Muti-User Password Maximum 15 characters. Minimum 5 characters. It indicates the rights aowed to the user among: No access: the user cannot og in the web interface Read-ony: the user can access the web interface but without the capabiity to change configurations, contro devices, deete data, or use transfer options Read/write: the user can access the web interface and modify the settings, but without the capabiity to switch on/off the outets Read/Write/contro: the user can access the web interface, modify the settings and switch on/off the outets IPv4 or IPv6 or host name of the SMTP server to use to send e-mai. Indicates if the SMTP server requires authentication to connect to it. Enabed: an authentication is required. The optiona user-defined ogin and password are used to authenticate. Defaut is Disabed: no authentication is required. Optiona ogin parameter to authenticate on the SMTP server. Maximum 31 characters. Eaton Advanced epdu User s Guide P Rev

69 Operation Overview Tabe 14. Network Management Card Settings (Continued) Name Optiona SMTP Server Password Sender Address Primary DNS server Secondary DNS server SNMP version SNMPv1 Community name SNMPv1 Community Security Leve SNMPv3 USM User Name SNMPv3 USM User Access Rights SNMPv3 USM User Security Leve SNMPv3 USM User Authentication Password SNMPv3 USM User Privacy key Date Format Description Optiona password parameter to authenticate on the SMTP server. Maximum 31 characters. Minimum 5 characters. Address that appears as sender fied of the e-mai sent by the epdu. Maximum 31 characters. Defaut is epdu@eaton.com. IPv4 or IPv6 address of the primary DNS server. IPv4 or IPv6 address of the secondary DNS server. Indicates the version of the operating SNMP agent. SNMPv1: the SNMP agent ony supports SNMPv1, SNMPv3: the SNMP agent ony supports SNMPv3, SNMPv1 & v3: the SNMP agent supports SNMPv1 and SNMPv3. Defaut is Disabed: the SNMP agent is not started. User-defined SNMPv1 community name. Maximum 26 characters. Indicates the rights aowed to the SNMPv1 community. Read-ony: the SNMP agent ony accepts the GET commands for this community. Read/write: the SNMP agent accepts the GET and SET commands for this community. Defaut is No access: the SNMP agent rejects user using this community. User-defined SNMPv3 User-based Security Mode (USM) user name. Maximum 31 characters. Indicates the rights aowed to the SNMPv3 USM user. Read-ony: the SNMP agent ony accepts the GET commands for this user. Read/write: the SNMP agent accepts the GET and SET commands for this user. Defaut is No access: the SNMP agent rejects the user. Indicates the authentication required by the SNMP agent to accept the request from this user. No Auth No Priv: no authentication password and no privacy key is required by the SNMP agent. Auth No Priv: an authentication password is required but no privacy key is required by the SNMP agent. Auth Priv: an authentication password and a privacy key are required by the SNMP agent. Defaut is Not Set: the SNMP agent rejects the user. User-defined authentication password. The authentication mechanism is based on MD5 encryption ony. Ony required if the security eve is Auth No Priv or Auth Priv. Maximum 24 characters. Minimum 8 characters. User-defined privacy key. The authentication mechanism is based on DIGEST-MD5 encryption ony. Ony required if the security eve is Auth Priv. Maximum 24 characters. Minimum 8 characters. Indicates how the date must be dispayed as foows: dd/mm/yyyy (defaut) mm/dd/yyyy yyyy - mm - dd dd mm yyyy Time Synchronization Source NTP Server Indicates the time source. Vaues are: Dynamicay Configured by the NTP server. Defaut is Manuay Configured by user. IPv4 or IPv6 or hostname of the NTP server to use for time synchronization. Not appicabe for manua time synchronization. Maximum 63 characters. Eaton Advanced epdu User s Guide P Rev

70 Operation Overview Tabe 14. Network Management Card Settings (Continued) Name Date Time Time Zone Dayight Saving Time Option IPv6 status emai attached user User attached Groups Power schedue name Power schedue state Power schedue attached user Factory groups ist User defined groups ist Outets ist Seected Outets Action1 Description epdu date. This setting cannot be manuay configured if the Time Synchronization Source is an NTP server. epdu time. This setting cannot be manuay configured if the Time Synchronization Source is an NTP server. Time zone to use when the time synchronization is done by an NTP server. Not appicabe for manua time synchronization. Defaut is Greenwich Mean Time. Indicates if the Dayight Saving Time option must be appied when the time synchronization with NTP server is used. Enabed: the summer/winter hour correction is appied to the time synchronization returned by the NTP server. Defaut is Disabed: the summer/winter hour correction is not appied to the time synchronization returned by the NTP server. Indicates the status of the IPv6 configuration/addresses. Invaid: the IPv6 addresses are not vaid. Vaid: the IPv6 addresses are vaid and can be used to access the Network Management Card. Manua Configuration: the IPv6 addresses are manuay configured and can be used to access the Network Management Card. It indicates the user to whom this e-mai address is attached. The ist of the groups to which a user has access. Ony the administrator can attach groups to users. If the administrator attaches groups to a user, they are considered to be coocated. Otherwise, the user is considered to be non-coocated, a security eve that aows Read/Write access. The name of the Power Schedue. Max 31 characters. Whether the power schedue is Enabed or Disabed (defaut). By defaut, the actions are not executed. The user to whom the power schedue is attached. If the user is coocated, ony outets attached to this user can be schedued. The ist of a factory groups. For a coocated user, ony the factory groups ony outets attached to this user are dispayed. The ist of the configured user defined groups. For a coocated user, ony the user-defined groups ony outets attached to this user are dispayed. The ist of outets. For a coocated user, ony the outets ony outets attached to this user are dispayed. The ist of outets on which the power schedued wi be performed. Action 1 is an outet operation set to repeat automaticay based on a user-defined power schedue. An action can be defined as an outet power On, power Off, or Reboot. The action wi be performed on the seected outets. Set time and periodicity (frequency) of the action. Set date on which the action wi start. Two actions can be set per schedue. The first action (Action1) is mandatory. The second action (Action2) is optiona. Eaton Advanced epdu User s Guide P Rev

71 Operation Overview Tabe 14. Network Management Card Settings (Continued) Name Date First action of the power schedue Periodicity of the power schedue Action2 Description Indicates the day (date, hour and minute) of the execution of the first action. Defines the time (hour and minute) when the two actions (action one and, if configured, action two) must be executed. Action 2 is an outet operation set to repeat automaticay based on a user-defined power schedue. An action can be defined as an outet power On, power Off, or Reboot. The action wi be performed on the seected outets. Disabed by defaut; must be enabed to configure Wi be executed on the same outets as the first action. Must seect a date ater than the date seected for the first action. Periodicity is the same as set for the first action. Tabe 15 provides settings for the Environmenta Monitoring Probe (EMP). Tabe 15. Environment Settings Name Temperature Unit Description The user can define the temperature unit as foows: F C (defaut) Temperature High Warning Threshod High warning threshod for the temperature. The unit of this setting is defined by the temperature unit setting. In the range 0 C 70 C (32 F 158 F). Temperature High Warning Threshod < Temperature High Critica Threshod. Defaut is 50 C (122 F). If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The high warning icon is dispayed near the measurement vaue in the Web interface Temperature High Critica Threshod High critica threshod for the temperature. The unit of this setting is defined by the temperature unit setting. In the range 0 C 70 C (32 F 158 F). Temperature High Critica Threshod > Temperature High Warning Threshod. Defaut is 80 C (176 F). If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The high critica icon is dispayed near the measurement vaue in the Web interface Eaton Advanced epdu User s Guide P Rev

72 Operation Overview Tabe 15. Environment Settings (Continued) Name Humidity High Warning Threshod Description High warning threshod for the humidity (measured in percent). In the range [0% 100%]. Defaut is 65%. Humidity High Warning Threshod < Humidity High Critica Threshod. If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The high warning icon is dispayed near the measurement vaue in the Web interface Humidity High Critica Threshod High critica threshod for the humidity (measured in percent). In the range [0% 100%]. Defaut is 90%. Humidity High Critica Threshod > Humidity High Warning Threshod. If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The high critica icon is dispayed near the measurement vaue in the Web interface Dry Contact Name Dry Contact Aarm Contro Open state Dry Contact Aarm Contro Cosed state User-defined friendy name. Maximum 31 characters. Defaut is Contact x Where x = the contact number Indicates if an aarm must be set when the dry contact is in the open state. Informationa: no aarm is set when the dry contact is open. Aarm: an aarm is set when the dry contact is open. The active aarms presence icon is dispayed near the dry contact state. Indicates if an aarm must be set when the dry contact is in the cosed state. Informationa: no aarm is set when the dry contact is cosed. Aarm: an aarm is set when the dry contact is cosed. The active aarms presence icon is dispayed near the dry contact state. Eaton Advanced epdu User s Guide P Rev

73 Operation Overview epdu Settings Tabe Tabe 16 provides epdu parameter settings. Tabe 16. epdu Settings Name epdu Friendy Name Phase Current High Warning Threshod Description User-defined friendy name of the epdu to identify it throughout the LAN. Maximum 31 characters. Defaut is epdu. High warning threshod for the phase current in A. In the range [0 655]. Phase Current High Warning Threshod < Phase Current High Critica Threshod. If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The high warning icon is dispayed near the measurement vaue in the Web interface Phase Current High Critica Threshod High critica threshod for the phase current in A. In the range [0 655]. Phase Current High Critica Threshod < Phase Current High Warning Threshod. If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The high critica icon is dispayed near the measurement vaue in the Web interface Phase Votage Low Warning Threshod Low warning threshod for the phase votage in V. In the range [0 655]. Phase Votage Low Warning Threshod < Phase Votage Low Warning Threshod. If the measurement is under this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The high warning icon is dispayed near the measurement vaue in the Web interface Phase Votage High Warning Threshod High warning threshod for the phase votage in V. In the range [0 655]. Phase Votage High Warning Threshod < Phase Votage High Critica Threshod. If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The high warning icon is dispayed near the measurement vaue in the Web interface Phase Votage High Critica Threshod High critica threshod for the phase votage in V. In the range [0 655]. Phase Votage High Critica Threshod < Phase Votage High Warning Threshod. If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The high critica icon is dispayed near the measurement vaue in the Web interface Eaton Advanced epdu User s Guide P Rev

74 Operation Overview Tabe 16. epdu Settings (Continued) Name Outet Friendy Name Outet Switching Contro Outet State on epdu Startup Outet Switch ON Deay Description User-defined friendy name of an outet. Maximum 31 characters. Defaut is Outet x Where x = the outet number Indicates if the outet state can be changed. Disabed: the outet state cannot be changed. Enabed: the outet state can be changed. The supported actions are: ON, OFF, and REBOOT. Indicates the state of the outet when the epdu is powered ON. ON: the outet is powered after a duration defined by the Outet Switch ON Deay. OFF: the outet is not powered. Last Known State: the outet is powered on if it was in the ON state when the epdu was powered off. Otherwise, the outet is not powered. Indicates when the outet wi be powered On after the epdu is powered On. It has a duration in seconds. If the setting of the Outet State upon epdu startup is On: 0 means that the outet is immediatey powered after the epdu is powered On. Outet Power Reboot Period 10 means that the outet wi be powered 10 seconds after the epdu is powered On. Defines the duration that rues the reboot functionaity. This is the duration during which the outet stays Off before switching On. Setting a vaue ess than five seconds may aow some traps #33 (Outet State change) to be ost. Outet Current High Warning Threshod High warning threshod for the outet current in A. In the range [0 655]. Outet Current High Warning Threshod < Outet Current High Critica Threshod. If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The high warning icon is dispayed near the measurement vaue in the Web interface Outet Current High Critica Threshod High critica threshod for the outet current in A. In the range [0 655]. Outet Current High Critica Threshod < Outet Current High Warning Threshod. If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The high critica icon is dispayed near the measurement vaue in the Web interface Outet Votage Low Warning Threshod Low warning threshod for the outet votage in V. In the range [0 655]. Outet Votage Low Warning Threshod < Outet Votage High Warning Threshod. If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The ow warning icon is dispayed near the measurement vaue in the Web interface Eaton Advanced epdu User s Guide P Rev

75 Operation Overview Tabe 16. epdu Settings (Continued) Name Outet Votage High Warning Threshod High warning threshod for the outet votage in V. In the range [0 655]. Outet Votage High Warning Threshod < Outet Votage High Critica Threshod. If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The high warning icon is dispayed near the measurement vaue in the Web interface Outet Votage High Critica Threshod High critica threshod for the outet votage in V. In the range [0 655]. Group Friendy Name Group Power Reboot Period Description Outet Votage High Critica Threshod < Outet Votage High Warning Threshod. If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The high critica icon is dispayed near the measurement vaue in the Web interface User-defined friendy name of a group. Max 31 characters. Defaut is "Factory Group x," where x is the outet number. Defines the duration that rues the reboot functionaity. This is the duration during which the outets of the group stay Off before switching On. If this period is defined with a vaue ess than five seconds, some traps #33 (Outet State change) may be ost. Saving this setting wi overwrite the Outet Power reboot Period vaue defined for each outet of the group. Group Current Low Warning Threshod Low warning threshod for the group current in A. In the range [0 655]. Group Current Low Warning Threshod < Group Current High Warning Threshod. If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The ow warning icon is dispayed near the measurement vaue in the Web interface Group Current High Warning Threshod High warning threshod for the group current in A. In the range [0 655]. Group Current High Warning Threshod < Group Current High Critica Threshod. If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The high warning icon is dispayed near the measurement vaue in the Web interface Eaton Advanced epdu User s Guide P Rev

76 Operation Overview Tabe 16. epdu Settings (Continued) Name Description Group Current High Critica Threshod High critica threshod for the group current in A. In the range [0 655]. Group Current High Critica Threshod < Group Current High Warning Threshod. If the measurement exceeds this imit: An aarm is set Traps are sent to configured receivers E-mai is sent to configured receivers The high critica icon is dispayed near the measurement vaue in the Web interface User Defined Group Friendy Name User Defined Group Status Power Schedue Outets User-defined friendy name of a group. Max 31 characters. Defaut is "Group x," where x is the outet number. Status of the user-defined group A disabed user-defined group is not dispayed the on the epdu Group page. List of the power schedue's outets The ist of the outets attached to the user-defined group. Starting the epdu The Eaton Advanced epdus have no power switch. To start up the epdu: 1. For epdus with detachabe power cords: If the power cord is not connected, connect the power cord to the epdu, then connect the power cord to a power source. Otherwise, go to Step Pug the epdu into an appropriatey rated outet for its type. Do not repace or rewire the power cord. 2. Verify a circuit breakers are in the ON position.! IMPORTANT On modes rated over 16A (Europe) / 20A (US), fuy shrouded branch circuit breakers prevent accidenta operation. To power cyce the Eaton epdu, remove the power cord from the power source and then pug it back in. Shutting Down the epdu To shut down the epdu: 1. Shut down the connected devices according to the manufacturer s recommended shutdown sequence. 2. Turn each circuit breaker to the OFF position. 3. To remove power from the epdu competey, disconnect the epdu power cord from the power source. Eaton Advanced epdu User s Guide P Rev

77 Chapter 6 LCD Operation This chapter contains information on how to use the Eaton Advanced Encosure Power Distribution Unit (epdu), incuding: LCD pane and contro button functions Menu seections The LCD pane anguage is not configurabe. Ony Engish is provided. LCD Pane and Contro Buttons The epdu has a three-button, graphica LCD pane (see Figure 39). Use the contro buttons to change the screen dispay and retrieve specific performance data or change configuration vaues. The dispay view can aso change automaticay. For exampe, the dispay changes to show active aarms as they occur, or particuar dispays update due to a change in operating state. Inactivity can cause a screen change as we. For exampe, the dispay returns to the epdu Input Status screen automaticay when no button has been pressed for 15 minutes. Figure 39. LCD Pane Operation Mode Tabe 17 summarizes how to use the contro buttons. Tabe 17. Contro Buttons Button When in Screensaver mode When in Settings mode Home Locks the screen on the current dispay. Pressing Home goes to the Home page or previous menu (fast push). Dispays the previous menu. Home (press and hod for one second) Restarts the Screensaver cycing dispay. Restarts the Screensaver cycing dispay. Home (press and hod for three seconds) Turns the backight OFF (Energy Saving mode). Pressing any button turns the backight ON. Enter Dispays the Main Menu (Settings mode). Enters or vaidates the dispayed information. On information screens, this button has no action. Eaton Advanced epdu User s Guide P Rev

78 LCD Operation Tabe 17. Contro Buttons (Continued) Button When in Screensaver mode When in Settings mode Scro Locks the screen on the current dispay. Pressing Scro again cyces DOWN to the next Screensaver screen. Scros down to the next seection or vaue. On information screens, this button dispays the next screen. Scro (press and hod for one second Fast scro down. or onger) Use the Home button and the Scro button to enter the password to unock the LCD. Fast scro down. Screensaver Cycing Sequence There are three screensaver cyce sequences: Singe-phase Three-phase wye configuration Three-phase deta configuration See Three-Phase Configurations on page 37 for a description of three-phase configuration topoogies (wye and deta). Singe-Phase Screensaver Cyce MM/DD/YYYY HH:MM:SS epdu 16A eama08 5s epdu INFO 230.2V - 60Hz 3.84A / 24% 2770W /2780VA 5260kWh Since 07/05/2010 5s SA INFO 800W 1256kWh Since 07/05/2010 5s 5s ENVIRONMENT TEMP : 60.0ºC HUM. : 23.0% 5s-Dispay as many groups as defined by epdu SB INFO 260W 256kWh Since 07/05/2010 ENVIRONMENT TEMP : -.-ºC HUM. : -.-% If no vaue (i.e. no probe connected) Figure 40. Singe-Phase Screensaver Cyce Eaton Advanced epdu User s Guide P Rev

79 LCD Operation Wye-configured Three-Phase Screensaver Cyce LOAD OVERVIEW MM/DD/YYYY HH:MM:SS epdu 16A eama08 5s L1: 8.51A / 53% L2: 2.23A / 13% L3: 0.91A / 5% 5s ENVIRONMENT TEMP : -.-ºC HUM. : -.-% epdu INFO 230.2V - 60Hz 3.84A / 24% 2770W /2780VA 5260kWh Since 07/05/2010 5s L1 INFO V 8.51A /53% 873W / 1275VA 2256kWh Since 07/05/2010 5s SA INFO 802W 1256kWh Since 07/05/2010 Dispay phase L1, L2, L3 information in separate screens If no vaue (i.e. no probe connected) 5s ENVIRONMENT TEMP : 60.0ºC HUM. : 23.0% 5s-Dispay as many groups as defined by epdu 5s SB INFO 652W 256kWh Since 07/05/2010 Figure 41. Three-Phase Wye-configured Screensaver Cyce Eaton Advanced epdu User s Guide P Rev

80 LCD Operation Deta-configured Three-Phase Screensaver Cyce MM/DD/YYYY HH:MM:SS epdu 16A eama08 5s LOAD OVERVIEW L1: 8.51A / 53% L2: 2.23A / 13% L3: 0.91A / 5% 5s epdu INFO 230.2V Hz 2000W 5260kWh Since 07/05/2010 5s L1 INFO V 8.51A /53% ENVIRONMENT TEMP : -.-ºC HUM. : -.-% 5s SA INFO 802W 1256kWh Since 07/05/2010 Dispay phase L1, L2, L3 information in separate screens If no vaue (i.e. no probe connected) 5s ENVIRONMENT TEMP : 60.0ºC HUM. : 23.0% 5s-Dispay as many groups as defined for the epdu 5s SB INFO 652W 256kWh Since 07/05/2010 Figure 42. Three-Phase Deta-configured Screensaver Cyce Locked Screen A ock appears on a screen to indicate that a password is required to continue (see Figure 43). MM/DD/YYYY HH:MM:SS epdu 16A eama08 ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO Figure 43. Locked Screen Eaton Advanced epdu User s Guide P Rev

81 LCD Operation Lock 1 and Lock 2 Passwords There are two eves of protection within the epdu menu paths: Dispay (Lock 1): You cannot get access to any information except the HOME screen unti you enter the required password. Settings (Lock 2): You can have access to epdu LCD readings, but cannot enter settings, such as reset to defauts or cear og. The LCD option does not aow you to change or update the password. It is a key that is embedded in the firmware and must be shared at the user's discretion. Lock passwords are defined as foows: Lock 1 =1234 Lock 2 = 4321! IMPORTANT Use the Home button (up) and Scro button (down) to seect the ock password numbers. Startup Screen When the epdu powers up, the Startup screen dispays (see Figure 44). Main Menu Seections MM/DD/YYYY HH:MM:SS epdu 16A eama08 Figure 44. Startup Screen The epdu menu seection hierarchy provides usefu performance information, aarms, epdu identification, and configuration settings. Make a seection from the epdu Main Menu (see Figure 45). ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO Figure 45. Main Menu Seections Eaton Advanced epdu User s Guide P Rev

82 LCD Operation The avaiabe menu functions depend on the mode type. The Advanced Monitored (AM) and Managed (MA) menu structures are the same (see Figure 46). The Switched (SW) menu structure is sighty different because the SW menu does not contain an Outet Readings seection path. Lock 1 (dispay ock) and Lock 2 (settings ock) in Figure 46 and Figure 47 iustrate which ock password shoud be entered if the Input Password screen dispays. See Lock 1 and Lock 2 Passwords on page 72. epdu DATE + TIME + P/N (ony if vaue is known) CYCLING INFO Lock 1 Lock 2 ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO OUTLET A, V, VA, W KWh SINCE LAST RESET epdu & Com info IP v4, v6 SCREEN PASSWORD DEFAULTS CLEAR EVENT LOG ROTATION CONTRAST LOCK DISPLAY (LOCK 1) RESET CONFIRM CLEAR CONFIRM LOCK SETTINGS (LOCK 2) Figure 46. AM and MA Menu Structure Eaton Advanced epdu User s Guide P Rev

83 LCD Operation epdu DATE + TIME + P/N (ony if vaue is known) N CYCLING INFO Lock 1 Lock 2 ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO epdu & Com info IP v4, v6 SCREEN PASSWORD DEFAULTS CLEAR EVENT LOG ROTATION CONTRAST LOCK DISPLAY (LOCK 1) RESET CONFIRM CLEAR CONFIRM LOCK SETTINGS (LOCK 2) Active Aarms Menu Figure 47. SW Menu Structure The Active Aarms menu fiters and dispays ony active aarms for the epdu (see Figure 48). ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO ALARM #340 L3 OVER CURRENT WARNING 17/05/ :23:32 1/2 ALARM #347 OVER TEMP WARNING 19/05/ :23:32 2/2 Figure 48. Exampe Active Aarm Dispays Eaton Advanced epdu User s Guide P Rev

84 LCD Operation Event Log Menu The Event Log menu hods up to 50 events and most notices. They are ogged when they occur. You can scro through the event screens, beginning with the most recent event. The first row contains the type of event and code. Each event screen contains the date (MM/DD/YYYY) and time (hh:mm:ss) when the event occurred. The bottom center of the event screen dispays the ordering number of the event in the og, foowed by the tota number of events in the og (see Figure 49). If there are no events in the og, the screen dispays No events in og. ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO ALARM #104 L3 OVER CURRENT CRITICAL 07/01/ :05:44 1/4 WARNING #343 SA OVER CURRENT WARNING 07/02/ :05:44 2/4 WARNING #347 OVER TEMP WARNING 07/05/ :05:44 3/4 EVENT #19 CONTACT 1 ACTIVE 07/05/ :05:44 4/4 Outet Readings Menu Figure 49. Exampe Event Log Dispays The Outet Readings menu provides a series of screens the dispay operationa data for a seected outet. The data incudes votage, current, active power, apparent power, and kiowatt hours (kwh), (see Figure 50). ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO A1 A2 A3 A4 A5 A6 A7 A6 VOLTAGE V A6 CURRENT 120.A A6 kwh 5326kWh SINCE 07/01/ :32:23 A6 ACTIVE POWER 1325VA Scro down button A6 ACTIVE POWER 1232W Figure 50. Exampe Outet Readings Dispays Eaton Advanced epdu User s Guide P Rev

85 LCD Operation Settings Menu The Settings menu provides user configuration options (see Figure 52). Ony the avaiabe options dispay, depending on the assigned user privieges (see Locked Screen on page 71). See Settings starting on page 56 for the Network Management Card, epdu, and Environment settings avaiabe through the epdu interface. ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO INPUT PASSWORD < > Figure 51. Password Protected Settings Dispays There are four avaiabe categories of setting options: Screen Password Cear Event Log Defauts ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO SCREEN PASSWORD CLEAR EVENT LOG DEFAULTS Figure 52. Exampe Settings Dispays Eaton Advanced epdu User s Guide P Rev

86 LCD Operation SCREEN PASSWORD CLEAR EVENT LOG DEFAULTS SCREEN ORIENTATION 0º 180º ROTATION CONTRAST ROTATION CONTRAST CONTRAST <+0> Figure 53. Exampe Screen Submenu Dispays SCREEN PASSWORD CLEAR EVENT LOG DEFAULTS SET SETTINGS PASSWORD DISPLAY LOCK SETTINGS DISPLAY LOCK SETTINGS SET SETTINGS PASSWORD ENABLE DISABLE ENABLE DISABLE Figure 54. Exampe Password Submenu Dispays SCREEN PASSWORD CLEAR EVENT LOG DEFAULTS CLEAR EVENT LOG YES NO CONFIRM YES NO Figure 55. Exampe Cear Event Log Submenu Dispays SCREEN PASSWORD CLEAR EVENT LOG DEFAULTS CLEAR EVENT LOG YES NO CONFIRM YES NO Figure 56. Exampe Defauts Submenu Dispays Eaton Advanced epdu User s Guide P Rev

87 LCD Operation epdu Info Menu The epdu Info menu provides identification information for this epdu. The identification information incudes the mode type, seria number, the epdu and Network Management Card version numbers, IP addresses, and Network Management Card Media Access Contro (MAC) address (see Figure 57). ACTIVE ALARMS EVENT LOG OUTLET READINGS SETTINGS epdu INFO TYPE MODEL EATON epdu PART NUMBER eama08 SERIAL NUMBER xxxxxxxxxxx epdu FIRMWARE MM.mm.aaaa NMC FIRMWARE MM.mm.aaaa NMC IPv4 xxx.xxx.xxx.xxx NMC IPv6 xxxx:xxxx:xxxx: xxxx:xxxx 1/5 2/5 3/5 4/5 NMC MAC ADDRESS xx.xx.xx:xx: /5 Figure 57. Exampe epdu Info Dispay Eaton Advanced epdu User s Guide P Rev

88 Chapter 7 Web Interface Operation This chapter describes configuring and monitoring an Eaton Advanced Encosure Power Distribution Unit (epdu) remotey through the epdu Network Management Card Web interface. This chapter describes the foowing: Navigating the Web interface Accessing the Web interface Configuring administration settings Configuring attributes Configuring network access and contro Monitoring and managing the epdu 1 2 The Web interface anguage is not configurabe. Ony Engish is provided. The data that dispays on the Web interface depends on the epdu mode you are using. The exampes shown represent typica data dispays reported from a singe mode. 3 The Web interface supports Microsoft Internet Exporer 6.0 and greater, Firefox 3.6 and greater, and Googe Chrome 4 and greater. Navigating the Web Interface The epdu Network Management Card Web interface is a graphica Web interface used to remotey monitor or configure the epdu (see Figure 58). This section describes the functions provided by this interface. Host Window Menu Bar Active Aarm Main Appication Page Menu Seection Dispay Refresh Bar Aarm Notification epdu and Network Management Card Identification Data Figure 58. Navigating the Web Interface (epdu Overview Opening Page shown) Eaton Advanced epdu User s Guide P Rev

89 Web Interface Operation Tabe 18 provides Web interface descriptions of the Web interface panes. Tabe 18. Web Interface Region Descriptions Area Host Window Menu Bar Main Appication Page Operation Buttons and Icons epdu Identification Pane Network Management Card Identification Pane Current Aarms (when active) Description The host window is the page where the appication resides. The name of the appication within the host window dispays on the window tite tab. Both the height and the width of the host window can be resized. The appication panes resize at the same time. An eevator scro button dispays on the side of the appication pane if the pane cannot dispay the entire ist within the resized pane. Drag the eevator scro button up or down to view the entire ist of data in the appication pane. The menu bar on the eft pane contains inks to pages for configuring the system or managing and monitoring the epdu. The menu hierarchy is expandabe and coapsibe. You can move the menu bar out of view using the horizonta scroing tab at the bottom of the page. Cick any seection in the menu bar to retrieve epdu performance data, review operation og information, retrieve system identification information, or enter a configuration setting (see Figure 60). The data on the seected page is presented in tabe format. As each menu ink is seected, the corresponding information dispays on the Main Appication page. The top of the page dispays the appication tite. You can expand your view of the Main Appication Page contents verticay using the eevator scro button on the side of the page. If you need more window viewing area, resize the Host Window to a wider or taer size. This enarges the Main Appication Page. Operation buttons and icons are provided to save data entries and updates. Enter data by typing or seecting entries and cicking the associated button. Some pages have buttons for speciaized functions, such as cearing accumuated data ogs. Fie operation icons are aso provided to save or downoad fies. This pane dispays identification information for the epdu that is providing data. The data fieds incude a mode description, part number, seria number and the current epdu firmware version in use. This pane dispays identification information for the resident epdu Network Management Card card. The data fieds incude the part number, seria number, firmware version in use, the IP and MAC address, duration in service, ocation, contact information, and current read-ony state. These indicators aert you to the presence of currenty active system aarms. The first indicator is in the menu hierarchy, where the text for Active Aarms appears as red. Opening the Active Aarms page dispays the current active aarms. The second indicator appears as a notification in the bottom of the window (the refresh bar) that conveys: Warning, some aarms fired, pease refer to the Active Aarms Last Refresh: dd/mm/yyyy - hh:hh:ss The foowing symbos indicate the aarm eve when an aarm threshod setting is exceeded: Active Aarms Present High Critica Threshod Aarm High Warning Threshod Aarm Low Warning Threshod Aarm Eaton Advanced epdu User s Guide P Rev

90 Web Interface Operation Tabe 18. Web Interface Region Descriptions (Continued) Area Description Low Critica Threshod Aarm Outet is On Outet is Off Accessing the Web Interface The Web interface can be accessed using a standard Web browser. Up to eight users can be provided with access to the interface, but ony one administrator can be identified. Web access is enabed by defaut, but the administrator can disabe access for any user. The epdu defauts to using Dynamic Host Configuration Protoco (DHCP) when deivered. If you are unabe to connect to the epdu through the network connection with this defaut address, change the IP address using the Seria interface before using any of the network interfaces. See Chapter 8, Seria Interface Operation on page 99 for more information. To access the Web interface: 1. Open the Web browser. 2. Enter a new IP address or seect the previousy entered IP address of the epdu from the URL address drop ist. The Authentication diaog dispays. 3. Enter a vaid user name and password in the authentication diaog box (see Figure 59). Cick Login to continue or Cance to exit. The defaut user name is admin and the defaut password is admin. Figure 59. Login Authentication 4. The epdu Overview page dispays. 5. To access another page, cick any seection in the menu bar. The page that corresponds to your menu seection opens and dispays in the Main Appication page. Eaton Advanced epdu User s Guide P Rev

91 Web Interface Operation Menu Seections The Menu Bar provides three groups of seections (see Figure 60): Power Management Logs and Notifications Settings Seecting the Settings button on any power management page dispays a separate window that aows you to change settings, such as aarm threshods. See for Modify Settings on page 56 for setting descriptions, vaues, and vaue ranges. Figure 60. Menu Seections Power Management Use the Power Management menu seections to see current operating measurements on the epdu Overview page. This page provides the present readings for the epdu that is reporting data. The readings are reported per phase and, for three-phase epdus, a phases. The dispay incudes data such as current, votage, and power factor. You can manage individua outets on the epdu Outets page or groups of outets on the epdu Groups page. These pages provide the present measurements or readings for current, oad percentage, apparent power, and active power. You can set individua outets or groups of outets to On, Off, or Reboot. The Power Schedue page aows you to schedue automatic power On, power Off, or Reboot actions for seected outets. These schedues can be set for a singe instance, daiy, weeky, or monthy activity at specified time intervas. You can check current aarms on the Active Aarms page to see a ist of aarms by date, time, and description. See Aarms, Notices, and Events on page 128 for a ist of aarms. Eaton Advanced epdu User s Guide P Rev

92 Web Interface Operation Logs & Notifications Use the Logs & Notifications menu seections to see a ist of the most recent events (Logs page). You can aso set e-mai notifications (E-mai Notification page) and trap receivers (Trap Notification page). You can test these notifications once you set or reset the parameters. Settings The Settings menu seections aow you to configure administrative settings, system attributes, and network access and contro. This menu incudes the foowing: Group Definition: Group definition is the process of associating a group of outets that are ogicay inked on the same epdu. By using groups of synchronized outets, you can ensure that outets turn on, turn off, and reboot in a synchronized manner. You can assign a defined group (or outets) to one user. Access Contro: The Access Contro page aows you to set up the system administrator (Superuser) and up to eight other users with passwords and security eves of access. Network: This seection aows you to configure Ethernet, IPv4, and IPv6 settings. System: Use the System seection for identifying the administrator contact information, upoading an epdu or Network Management Card configuration fie, and upgrading, restarting, or restoring factory defaut configuration to the Network Management Card. You can seect the Keep IP setting to avoid overwriting a of your configuration settings when you restore the Network Management Card to factory defaut settings. See Chapter 5, Restore the Defaut Factory Settings of the Network Management Card on page 56 for more information. SNMP: Use the Simpe Network Management Protoco (SNMP) page to configure genera SNMP settings, SNMPv1 settings, and SNMPv3 settings. You can aso access the Eaton epdu Management Information Base (MIB) from this page. SMTP and DNS: This seection is used to estabish the Simpe Mai Transfer Protoco (SMTP) setting for the server, ogin, and password. Use this seection to set up the primary and secondary Domain Name System (DNS) servers. Date & Time: The Date & Time page aows you to seect the date format and set the date and time, either manuay or by synchronizing with the NTP server. You can set the time zone and have the option of aowing Dayight Savings Time. Note that not a Web interface pages refresh automaticay. epdu Overview Review/Modify epdu Data 1. Access the Web interface and og in. 2. The epdu Overview page dispays. 3. In the epdu Information pane, review basic identification information. 4. In the epdu pane, review the present basic monitoring data. 5. To modify epdu votage and current threshod vaues, cick Settings. The Unit Settings diaog dispays. 6. To enter new threshod vaues, type new vaues in any of the text boxes that foow, then cick Save: Low votage warning threshod High votage warning threshod High critica votage warning threshod High current warning threshod High critica current threshod Eaton Advanced epdu User s Guide P Rev

93 Web Interface Operation 7. To reset the threshod vaues to the defaut vaues, cick Defaut, then cick Save. 8. To reset a kiowatt hour (kwh) counter to zero, cick Reset kwh, then cick Save. If you do not save the action, the kwh counter remains unchanged. Configure Environment Sensor Settings 1. Access the Web interface and og in. 2. The epdu Overview page dispays. 3. In the Environment pane, review the present epdu environment monitoring temperature and humidity data. The environmenta monitoring data pane ony dispays data under these circumstances: if the environmenta sensor is instaed and configured in the system if the user is an administrator or a non-coocated user with Read/Write access rights 4. To modify environment threshod vaues, or to receive aarms when dry contacts change states, cick Settings. The Environment Settings diaog dispays. 5. Seect C or F in the Temperature drop-down ist to change the temperature scae (Cesius or Fahrenheit unit of measurement). 6. To enter new threshod vaues, type new vaues in any of the text boxes that foow, then cick Save: High temperature warning threshod High critica temperature warning threshod High humidity warning threshod High critica humidity threshod 7. To reset the threshod vaues to the defaut vaues, cick Defaut, then cick Save. 8. To choose if you are notified when a dry contact state changes (Open or Cosed), seect one of the settings from the drop-down ist under Open or Cosed for the specified contact, then cick Save: Informationa: No aarm is generated. Aarm: An aarm is generated when the specified dry contact is Open or Cosed. epdu Groups 1 2 Some monitoring data do not dispay for the Switched epdu (eswa04) user-defined groups. This incudes Current, Percent oad, Apparent Power, Active Power, and kwh. You cannot change the state (On, Off, or Reboot) of a group of outets using the Web interface for Advanced Monitored epdus. Eaton Advanced epdu User s Guide P Rev

94 Web Interface Operation Review/Modify epdu Groups 1. Access the Web interface and og in. 2. Under Power Management, seect epdu Groups. The epdu Groups page dispays. 3. Review basic monitoring information for Factory Groups and user-defined groups. 4. To appy an operative action to a outets in a seected group, seect one of the foowing vaues from the drop-down ist adjacent to the group, then cick Save. On: Turn on the seected group of outets. Off: Turn off the seected group of outets. Reboot: Reboot the seected group of outets. 5. To modify epdu threshod vaues for a specified group, cick the Settings button adjacent to the group. The Group Settings diaog dispays. 6. Administrator or User with Read/Write/Contro ony. To specify the duration outets in this group wi be Off before switching On during a reboot, type the number of seconds the outets shoud be Off in the Power Reboot Period text box. Cick Save. 1 2 If you enter a vaue ess than five seconds, some traps #33 (Outet State change) may be ost. This setting overwrites the Power Reboot Period defined for individua outets on the Outet Settings diaog. 7. To enter new threshod vaues, type new vaues in any of the text boxes that foow, then cick Save: Low current warning threshod High current warning threshod High critica current threshod 8. To reset the threshod vaues to the defaut vaues, cick Defaut, then cick Save. 9. To reset a kiowatt hour (kwh) counter to zero, cick Reset kwh, then cick Save. epdu Outets 1 You can change the state of an outet (On, Off, or Reboot) through the Web interface for Managed and Switched epdus ony. You cannot change the state of an outet through the Web interface for Advanced Monitored epdus. Review/Modify epdu Outets 1. Access the Web interface and og in. 2. Under Power Management, seect epdu Outets. The epdu Outets page dispays. 3. Review basic monitoring information for individua outets. 4. To appy an operative action for a seected outet, seect one of the foowing vaues from the drop-down ist adjacent to the outet, then cick Save. On: Turn on the outet. Off: Turn off the outet. Reboot: Reboot the outet. Eaton Advanced epdu User s Guide P Rev

95 Web Interface Operation 5. To modify epdu threshod vaues for a specified outet, cick the Settings button adjacent to the outet. The Outet Settings diaog dispays. 6. To set whether an outet state (On, Off, or Reboot) can be changed, check or uncheck the Enabe Switching check box, then cick Save. Disabed: Uncheck the check box to disabe the setting, which indicates that the outet state cannot be changed. Enabed: Check the check box to enabe the setting, which indicates that the outet state can be changed. 7. To set the state of the outet with the epdu is powered on, seect one of the foowing vaues from the State on Device Startup drop-down ist, then cick Save: On: The outet is powered after a duration of time set in the Outet Switch On After fied. Off: The outet is not powered. Last Known State: The outet is powered on if it was On when the epdu was powered Off. Otherwise, the outet is not powered. 8. Administrator or User with Read/Write/Contro ony. To specify the duration an outet wi be Off before switching On during a reboot, type the number of seconds the outet shoud be Off in the Power Reboot Period(s) text box. Cick Save. 1 2 If you enter a vaue ess than five seconds, some traps #33 (Outet State change) may be ost. This setting can be overwritten by the Power Reboot Period defined for groups of outets on the Group Settings diaog. 9. To enter new threshod vaues, type new vaues in any of the text boxes that foow, then cick Save: Low votage warning threshod High votage warning threshod High critica votage threshod High current warning threshod High critica current threshod Power Schedue 10. To reset the threshod vaues to the defaut vaues, cick Defaut, then cick Save. 11. To reset a kiowatt hour (kwh) counter to zero, cick Reset kwh, then cick Save. Power schedues can be set by an Administrator with Read/Write/Contro ony. Define a Power Schedue 1. Access the Web interface and og in. 2. Under Power Management, seect Power Schedue. The Power Schedue page dispays. 3. Seect one power schedue from the ist of power schedues. (The defaut is Power Schedue x, where x is the schedue number.) 4. Either accept the defaut name in the Name text box or type a new name to identify the new Power Schedue (maximum of 31 characters). Eaton Advanced epdu User s Guide P Rev

96 Web Interface Operation 5. Choose the action state of the schedue from the drop-down ist: Disabed: The actions in this schedue are not executed, but the configuration detais are saved under the name you entered so this schedue can be re-enabed or edited ater (defaut). Enabed: The actions in this schedue are executed. 6. If you wi not assign a user to this power schedue, go to step Step 8. Otherwise, check the Attribute this Power Schedue to a User check box and continue to the next step. 7. Type the name of the user to whom you are assigning this power schedue. If the user is coocated, ony the assigned outets can be schedued. Note that if you assign a power schedue to a coocated user, ony the outets or outet groups that are attached to this user wi dispay. 8. Expand the Add Outets pane. 9. Isoate the outets you want to schedue by seections in the Factory Groups, Defined Groups, and Outets ists. To assign outets to this schedue, seect a category from the eft ist and cick the right arrow to move them into the right ist. The outets that wi be controed by this schedue are isted in the Seected Outets ist. You can aso deseect outets by moving them back to the eft ist. If the user is coocated, ony the assigned outets wi dispay. 10. Add an action in the first action bock by seecting either On, Off, or Reboot from the drop-down ist. 11. Set the schedue for this action by seecting a date and time from the drop ists for the Date of Next action fied. 12. Seect an interva for the action by typing the number of days in the interva in the Periodic Action(s) text box. For exampe, if you ony want the action to occur once, type 0. If you want the action to occur every other day, type 1. If you want the action to occur one day each month, type If you want to add a second action, check the Add New Action check box because a second action is disabed by defaut and must be enabed. 14. Add an action in the second action bock by seecting either On, Off, or Reboot from the drop-down ist. 15. Set the schedue for this action by seecting a date and time from the drop ists for the Date of Next action fied. This date and time must occur after the date and time set for the first action. (The action wi assume the same interva as set for the first action.) 16. Cick Save. Active Aarms Review Active Aarms 1. Access the Web interface and og in. 2. Under Power Management, seect Active Aarms. The Active Aarms page dispays. 3. Cick Refresh to ensure that you are viewing the most current data. Eaton Advanced epdu User s Guide P Rev

97 Web Interface Operation 4. Review the aarm detection date/time and the aarm description. The term active aarms indicates that the aarm is currenty set. When an aarm disappears, it is removed from this page. Note that this page is not automaticay refreshed. Logs Cear the Event Log 1. Access the Web interface and og in. 2. Under Logs & Notifications, seect Logs. The Logs page dispays. 3. Cick Cear. A coated user cannot cear event ogs. Ony a non-coated user or an administrator can cear the og. Emai Notification Downoad the Event Log as a Comma Separated Vaue Fie 1. Access the Web interface and og in. 2. Under Logs & Notifications, seect Logs. The Logs page dispays. 3. From the Save to Fie drop-down ist, choose the range of data to saved as a Microsoft Exce Comma Separated Vaue (CSV) fie: ALL: saves a events that are shown in the window. SYSTEM: saves ony the system-reated events. PDU: saves ony the epdu-reated events. 4. Cick Save to Fie. The Fie Downoad diaog dispays. 5. Cick Save. The Save As window dispays. 6. From the Save in drop-down ist, specify where the fie shoud be downoaded. 7. Either accept the defaut fie name (ogevent.csv) or enter a new fie name. 8. Cick Save. Configure the Emai Receivers 1. Access the Web interface and og in. 2. Under Logs & Notifications, seect Emai Notification. The Emai Notification page dispays. 3. Seect the e-mai receiver to configure from the combo box. 4. Type the e-mai receiver address, such as e-mai1@recipient.com. 5. Type the descriptive text to identify the e-mai receiver. 6. Enabe the e-mai receiver from the combo box. If the e-mai receiver is a coocated user, the user can ony change the e-mai configuration if they have at east Read/Write privieges. Eaton Advanced epdu User s Guide P Rev

98 Web Interface Operation 7. Check the Attached Fies check box to attach the event og fie to the e-mai sent to this receiver, or uncheck the box to send the e-mai without the event og fie. 8. What type of aarm notification do you want to provide to the e-mai receiver? To aways send a notification when an aarm is generated or is resoved, choose A Aarms from the On Event combo box. To send periodic e-mais, perform the foowing: Trap Notification - Set the date of the next report by entering a day of the month. For exampe, entering 4 means the 4th day of the current month if the current system date is before this date. If the current system date is higher than 4, this means the 4th day of the next month. - Type the frequency of report in days. For exampe, 7 means every 7 days. - Choose the hour to send the report from the combo box. The format is hh:00, where hh = hour. The 24-hour range is 00:00 23: Cick Save. If desired, cick Test to test the configuration. Define the Trap Receivers 1. Access the Web interface and og in. 2. Under Logs & Notifications, seect Trap Notification. The Trap Notification page dispays. 3. Seect the trap receiver to configure from the combo box. 4. Type the name to identify the trap receiver. This vaue is not used to send traps. 5. Choose one of the foowing protocos: Disabed: the trap receiver is disabed. (No trap is sent to this user.) SNMPv1: traps are sent over SNMPv1 protoco. (It must be compiant with the SNMP version defined in Enabe/Disabe the SNMP Agent on page 96.) SNMPv3: traps are sent over SNMPv3 protoco. (It must be compiant with the SNMP version defined in Enabe/Disabe the SNMP Agent on page 96.) 6. Seect one of the foowing trap sources ( On event ): None: the trap receiver is disabed. A Aarms: the trap receiver is enabed. 7. Type the trap receiver IPv4/IPv6 address or its host name. 8. Type the trap community. 9. Cick Save. If desired, test the configuration (see Test Trap ). 10. Cick Test. Eaton Advanced epdu User s Guide P Rev

99 Web Interface Operation Test Trap To receive the test trap #53, the trap receiver must be configured with a protoco compiant with the one defined as the trap source (see Enabe/Disabe the SNMP Agent on page 96). This action consists of sending a test trap (#53) to a configured and enabed trap receivers. To achieve this action, the foowing requirements must be met: The Network Management Card is running in Norma Operation mode. The Network Management Card is connected to the LAN. The Network Management Card owns a vaid IP address. The SNMP must be enabed: SNMPv1, SNMPv3, or SNMPv1 v3. The target trap receiver configuration requires a vaid IP address and the trap receiver protoco must match the configured SNMP version. See Enabe/Disabe the SNMP Agent on page 96. Group Definition 1. Access the Web interface and og in. 2. Under Logs & Notifications, seect Trap Notification. The Trap Notification page dispays. Configure an Outet Group 1. Access the Web interface and og in. 2. Under Settings, seect Group Definition. The Group Definition page dispays. 3. Seect one group from the ist of groups. (The defaut is Group x, where x is the outet number.) 4. Either accept the defaut name in the Name text box or type a new name to identify the new group. 5. Seect Enabe from the drop-down ist. (Groups with disabed status are not visibe in the epdu Group menu.) 6. To assign outets to this group, seect the name of the outets from the Factory Groups, Defined Groups, or Outets pane and cick the right arrow. The outets move to the Seected Outets pane. 7. Cick Save. 8. To ensure that you have configured the outet groups correcty, seect epdu Group from menu bar in the to view the groups ist. Up to 12 groups can be configured. You cannot create an empty group. Eaton Advanced epdu User s Guide P Rev

100 Web Interface Operation Access Contro There can ony be one Superuser with Read/Write/Contro access rights and up to eight muti-users with configurabe access rights. Configure the Superuser 1. Access the Web interface and og in. 2. Under Settings, seect Access Contro. The Access Contro page dispays. 3. In the Genera Access pane, perform the foowing: Type the Superuser ogin. Type the Superuser password. Type the Superuser password again. 4. Cick Save. Configure Muti-Users 1. Access the Web interface and og in. 2. Under Settings, seect Access Contro. The Access Contro page dispays. 3. In the Muti-User Access pane, perform the foowing: Seect the user to configure from the combo box. Type the user s ogin. Type the user s password (minimum of five characters). Type the user s password again. 4. Choose one of the foowing security eves: No Access: The user is not aowed to access the Web interface. Read-Ony: The user can access the Web interface, view the measures, and view the threshods of the outets and groups. This user is not aowed to change any settings or perform actions. Read/Write: The user can access the Web interface, view the measures, and is aowed to change settings. This user is not aowed to perform actions, such as switching outets Off and On. Read/Write/Contro: The user can access the Web interface and is aowed to change settings and perform actions, such as switching outets Off and On. 5. Assign attribute groups to this user. 6. Locate the name of the groups you wi assign to this user. 7. Seect the name of the groups from the Avaiabe Groups pane and cick the right arrow. The groups move to the Seected Groups pane. If groups are not assigned, the user wi be considered to be non-coocated. 8. Cick Save. Eaton Advanced epdu User s Guide P Rev

101 Web Interface Operation Enabe/Disabe SSL Encryption By defaut, Secure Sockets Layer (SSL) encryption is disabed. 1. Access the Web interface and og in. 2. Under Settings, seect Access Contro. The Access Contro page dispays. 3. Ensure that the HTTP Enabed check box is checked. 4. Check the Force SSL check box to enabe SSL encryption, or uncheck the box to disabe it. 5. Open the System page. 6. Restart the Network Management Card. See Restart the Network Management Card on page 56. With SSL encryption, the Web interface is accessibe from address> and/or address] according to the IP configuration. Enabe/Disabe the Tenet Interface By defaut, the Tenet interface is disabed. This action requires Administrator privieges. 1. Access the Web interface and og in. 2. Under Settings, seect Access Contro. The Access Contro page dispays. 3. Check the Tenet Enabed check box to enabe the Tenet interface, or uncheck the box to disabe it. 4. Open the System page. 5. Restart the Network Management Card. See Restart the Network Management Card on page 56. Network Configure the Ethernet Link Speed and Dupex Mode By defaut, the Ethernet ink speed and dupex mode is configured on auto-negotiation which means the Network Management Card adapts its Ethernet speed and dupex mode to the network on which it is connected. However, it is possibe to force the foowing modes: Auto-negotiation 100 Mbps Fu Dupex 100 Mbps Haf Dupex 10 Mbps Fu Dupex 10 Mbps Haf Dupex 1. Access the Web interface and og in. 2. Under Settings, seect Network. The Network page dispays. Eaton Advanced epdu User s Guide P Rev

102 Web Interface Operation 3. In the Ethernet pane, choose one of the foowing ink speed and dupex modes from the combo box: Auto-negotiation 100 Mbps Fu Dupex 100 Mbps Haf Dupex 10 Mbps Fu Dupex 10 Mbps Haf Dupex 4. Cick Save. 5. Open the System page. 6. Restart the Network Management Card (Network Management Card). See Restart the Network Management Card on page 56. Configure the IPv4 Settings 1. Access the Web interface and og in. 2. Under Settings, seect Network. The Network page dispays. 3. In the IPv4 pane, seect the manner by which IPv4 settings are configured from the DHCP combo box: Enabed. The IPv4 settings are configured by the DHCP server. If DHCP is enabed, go to Step 5. Disabed. The IPv4 settings are manuay configured by the user. If DHCP is disabed, perform the foowing: - Type the IPv4 address. - Type the IPv4 subnet mask. - Type the IPv4 address of the gateway (if any). - Type the epdu host name (used for DNS resoution). 4. Cick Save. 5. Open the System page. 6. Restart the Network Management Card. See Restart the Network Management Card on page 56. Configure the IPv6 Settings By defaut, the IPv6 interface is disabed. You can enabe it from the Web interface or the Seria interface. 1. Access the Web interface and og in. 2. Under Settings, seect Network. The Network page dispays. 3. In the IPv6 pane, enabe the IPv6 interface by checking the IPv6 Enabed check box. Eaton Advanced epdu User s Guide P Rev

103 Web Interface Operation 4. Seect one of the foowing configuration methods for IPv6 settings: Regardess of the configuration you choose, the oca IPv6 address is auto-generated by the Network Management Card. For manua configuration, uncheck the IPv6 Address Auto Configuration Enabed check box. Continue to Step 5. For auto configuration, check the IPv6 Address Auto Configuration Enabed check box. Continue to Step For manua configuration, provide the IPv6 goba address with its prefix ength and the IPv6 address of the gateway (if any). For auto-configuration, the goba IPv6 addresses and prefix engths are automaticay configured by the network (an IPv6 router is required). The gateway IPv6 address is defined by the user. 5. Type the oca IPv6 address. 6. Type the goba IPv6 address. 7. Type the prefix ength for the goba IPv6 address. 8. Type the IPv6 gateway address (if any). 9. Cick Save. 10. Open the System page. 11. Restart the Network Management Card. See Restart the Network Management Card on page 56. System Enabe/Disabe Firmware Upgrade 1. Access the Web interface and og in. 2. Under Settings, seect System. The System page dispays. 3. Type the Device Administrator Contact Name and the Device ocation in the text boxes. 4. Choose whether the firmware upgrade functionaity can be used: Enabed: Check the check box to use the firmware upgrade functionaity (defaut). Disabed: Uncheck the check box to disabe the firmware upgrade functionaity. 5. Choose whether the IP setting shoud remain unchanged after a defaut factory reset of the Network Management Card. Enabed: Check the check box to retain IP settings at their current vaues Disabed: Uncheck the check box to reset IP settings to defaut vaues (defaut). 6. Cick Save. Eaton Advanced epdu User s Guide P Rev

104 Web Interface Operation Network Management Card Maintenance 1. Access the Web interface and og in. 2. Under Settings, seect System. The System page dispays. 3. Type the Device Administrator Contact Name and the Device ocation in the text boxes. 4. To initiate an upgrade, check the Network Management Card Upgrade check box.! IMPORTANT See Network Management Card Firmware Upgrade on page 120 for detaied information before initiating an upgrade. 5. To initiate a restart, check the Restart Network Management Card check box.! IMPORTANT See Restart the Network Management Card on page 127 for detaied information before initiating a restart. The Network Management Card saves a current settings in the Network Management Card fie system before restarting. Restarting the Network Management Card does not restart the epdu or change the power status of the outets. See Restarting the Network Management Card on page 42. Network Management Card Configuration 1. Access the Web interface and og in. 2. Under Settings, seect System. The System page dispays. 3. Type the Device Administrator Contact Name and the Device ocation in the text boxes. 4. To seect and transfer a Network Management Card configuration fie: - Use Browse to review and seect the configuration fie. - Cick either Upoad or Downoad Configuration.! IMPORTANT See Downoad/Upoad the Network Management Card Fie Configuration on page 53 for detaied information before initiating a restart. 5. To restore the Network Management Card Factory Defaut settings, check the check box. See Restore the Defaut Factory Settings of the Network Management Card on page 56 for more information. epdu Configuration 1. Access the Web interface and og in. 2. Under Settings, seect System. The System page dispays. 3. Type the Device Administrator Contact Name and the Device ocation in the text boxes. Eaton Advanced epdu User s Guide P Rev

105 Web Interface Operation 4. To seect and transfer an epdu configuration fie: - Use the Browse button to review and seect the configuration fie. - Cick either Upoad or Downoad Configuration.! IMPORTANT See Downoad/Upoad the epdu Fie Configuration on page 53 for detaied information before initiating a restart. SNMP Enabe/Disabe the SNMP Agent 1. Access the Web interface and og in. 2. Under Settings, seect SNMP. The SNMP page dispays. 3. Choose one of the foowing SNMP versions: Disabed: the agent is disabed; the MIB cannot be read and no traps are sent. SNMPv1: ony SNMPv1 users and SNMPv1 traps are supported. SNMPv3: ony SNMPv3 users and SNMPv3 traps are supported. SNMPv1 & v3: both SNMPv1 and SNMPv3 users and traps are supported. 4. Cick Save. Define SNMPv1 Users 1. Access the Web interface and og in. 2. Under Settings, seect SNMP. The SNMP page dispays. 3. In the SNMPv1 fied, seect the SNMPv1 user to configure from the combo box. 4. Type the SNMPv1 community name (user name) you intend to use to access the MIB objects. 5. Choose one of the foowing access rights for the SNMPv1 user: No access: the SNMPv1 user is disabed with no access to the MIB objects. Read-Ony: the SNMPv1 user can ony get the MIB objects. Read/Write: the SNMPv1 user can get and set the MIB objects. 6. Cick Save. Define SNMPv3 User-based Security Mode Users 1. Access the Web interface and og in. 2. Under Settings, seect SNMP. The SNMP page dispays. 3. In the SNMPv3 fied, seect the SNMPv3 user to configure from the combo box. 4. Type the SNMPv3 user name. 5. Choose one of the foowing access rights for the SNMPv3 user: No Access: the SNMPv3 user is disabed with no access to the MIB objects. Read-Ony: the SNMPv3 user can ony get the MIB objects. Read/Write: the SNMPv3 user can get and set the MIB objects. Eaton Advanced epdu User s Guide P Rev

106 Web Interface Operation 6. Choose one of the foowing security eves to be appied to the SNMPv3 user: Not Set: The SNMPv3 user is not configured and therefore disabed. No Auth No Priv: No authentication password or privacy key are required to access the MIB objects. Auth No Priv: An authentication password but no privacy key are required to access the MIB objects. Auth Priv: An authentication password and a privacy key are required to access the MIB objects. 7. Type the authentication password (if required by security eve), with 8 to 24 characters aowed. 8. Type the privacy key (if required by security eve), with 8 to 24 characters aowed. 9. Cick Save. SNMP & DNS Configure the DNS When the IPv4 address is automaticay obtained by DHCP, the DNS server addresses (primary and secondary) are provided by the DHCP server. Nevertheess, you can define DNS IPv4/IPv6 addresses from the Web and Seria interfaces. However, this configuration is overwritten when the Network Management Card restarts and the IPv4 address is obtained from a DHCP server that provides DNS addresses. 1. Access the Web interface and og in. 2. Under Settings, seect SMTP & DNS. The SMTP & DNS page dispays. 3. Type the primary DNS server s IPv4 or IPv6 address. 4. Type the secondary DNS server s IPv4 or IPv6 address (if any). 5. Cick Save. Configure the SMTP 1. Access the Web interface and og in. 2. Under Settings, seect SMTP & DNS. The SMTP & DNS page dispays. 3. Type the SMTP server IPv4/IPv6 address or host name. 4. If your SMTP server requires authentication, perform the foowing: Check the SMTP Server Authentication check box. Type the ogin. Type the password. Type the sender address. 5. Cick Save. Date &Time Manuay Configure the Date and Time 1. Access the Web interface and og in. 2. Under Settings, seect Date & Time. The Date & Time page dispays. 3. Choose the date format from the combo box. 4. Cick Save. Eaton Advanced epdu User s Guide P Rev

107 Web Interface Operation 5. Cick the Set manuay radio button. 6. Type the date according to the format defined by Date Format. 7. Type the time. The time format is hh:mm:ss, where hh = hours, mm = minutes, ss = second. 8. Cick Save. Automaticay Configure the Date and Time 1. Access the Web interface and og in. 2. Under Settings, seect Date & Time. The Date & Time page dispays. 3. Choose the date format from the combo box. 4. Cick Save. 5. Cick the Synchronize with NTP Server radio button 6. Type the Time Server IPv4/IPv6 address or host name. 7. Choose the time zone from the combo box. 8. Configure the Dayight Saving Time option. 9. Cick Save. The Network Management Card retrieves the date and time from the configured NTP server every hour. Eaton Advanced epdu User s Guide P Rev

108 Chapter 8 Seria Interface Operation This section describes remotey configuring and monitoring an Eaton Advanced Encosure Power Distribution Unit (epdu) through the seria connection between the epdu interna Network Management Card and a aptop or workstation. Access to a Seria interface command ine interface (CLI) is provided through a termina emuation program, such as HyperTermina or PuTTy, or through Tenet. A termina emuation program can communicate with another computer or network as if it were a specific type of termina directy connected to that computer or network. Once connected, you can perform basic configuration and monitoring tasks for the epdu to which you are connected, incuding the foowing: Retrieve seected meters and measurements, incuding current, present power, temperature, and input votage Set or retrieve epdu critica aarm high threshod vaues Set or retrieve high temperature warning or aarm threshod vaues, and ow humidity warning or aarm threshod vaues Set or retrieve settings for dry contact sensors connected to the epdu Retrieve seected epdu equipment, software version, and ratings information Reset the epdu settings to factory defauts or reboot the epdu The epdu defauts to using Dynamic Host Configuration Protoco (DHCP) when deivered. If you are unabe to connect to the epdu through the network connection with this defaut address, change the IP address using the seria interface before using any of the network interfaces. Navigating the Seria Interface The epdu seria interface is used to remotey configure the epdu. Connecting the Equipment 1. Connect the seria cabe to the epdu service port and the PC COM port. 2. Use a termina emuator with these settings: Bits per second: 9600 Data bits: 8 Stop bits: 1 Parity: None Fow Contro: None Disabe the Echo typed characters ocay option. Eaton Advanced epdu User s Guide P Rev

109 Seria Interface Operation Accessing the Interface 1. Press [Enter] to dispay the ogin menu (see Figure 61). Figure 61. Login Menu 2. Type the Superuser password and press [Enter]. The Main Menu dispays (Figure 62). Figure 62. Main Menu Seecting a Configuration Menu 1. From the Main Configuration Menu, type the number for the desired seection and press [Enter]. The seected menu dispays (see Figure 63 for an exampe menu). Figure 63. Network Management Card Menu Eaton Advanced epdu User s Guide P Rev

110 Seria Interface Operation Network Management Card Information 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 2 (Network Settings) and press [Enter]. 4. Type 1 (Network Management Card Information) and press [Enter]. The Network Management Card Information Menu dispays. Review the foowing read-ony information fieds: Network Management Card s Bootoader Revision Network Management Card s Firmware Revision Network Management Card s Hardware Revision Network Management Card s Part Number Network Management Card s Seria Number Network Management Card s Technica Leve EnergyWise API version number 5. Type 1 (System Location) to enter user-defined device ocation (maximum of 31 characters) and press [Enter]. 6. Type 2 (System Contact) to enter the name of the user-defined system contact (maximum of 31 characters) and press [Enter]. 7. Type 3 (System Unit Name) to enter the user-defined epdu Friendy Name that identifies the epdu in the LAN and press [Enter] 8. Type 4 (System Unit Name) and press [Enter]. 9. Type 0 (Return to previous menu) and press [Enter]. 10. Type 3 (Restart Network Management Card) and press [Enter]. 11. Type Y and press [Enter]. The Network Management Card restarts. Network Settings IPv4 Configuration 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 2 (Network Settings) and press [Enter]. 4. Type 3 (Communication Contro) and press [Enter]. 5. Type 2 (DHCP Contro) and press [Enter]. 6. Seect the manner by which IPv4 settings are configured: Disabed means that the IPv4 settings are manuay configured by the user. Type 0 and press [Enter] to disabe the DHCP. Enabed means that the IPv4 settings are configured by the DHCP server. Type 1 and press [Enter] to enabe the DHCP. 7. Type 0 and press [Enter]. (Return to previous menu) Eaton Advanced epdu User s Guide P Rev

111 Seria Interface Operation 8. Are the IPv4 settings enabed or disabed? If DHCP is enabed, go to Step 10. If DHCP is not enabed, perform the foowing (see Figure 64): - Type 1 (IPv4 Configuration) and press [Enter]. - Type 1 (IPv4 Address) and press [Enter]. - Type the IPv4 address and press [Enter]. - Type 2 (Gateway Address) and press [Enter]. - Type the IPv4 address of the gateway (if any) and press [Enter]. - Type 3 (Network Mask) and press [Enter]. - Type the subnet mask and press [Enter]. - Type 0 (Return to previous menu) and press [Enter]. 9. Type 0 (Return to previous menu) and press [Enter]. 10. Type 0 (Return to previous menu) and press [Enter]. 11. Type 3 (Restart Network Management Card) and press [Enter]. 12. Type Y and press [Enter]. The Network Management Card restarts. Figure 64. IPv4 Configuration IPv6 Configuration By defaut, the SSL encryption is disabed. 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 2 (Network Settings) and press [Enter]. 4. Type 2 (IPv6 Configuration) and press [Enter]. 5. Type 1 (IPv6 Contro) and press [Enter]. 6. Type 1 (Enabed) and press [Enter]. 7. Type 2 (IPv6 Auto-Configuration) and press [Enter]. Eaton Advanced epdu User s Guide P Rev

112 Seria Interface Operation 8. Seect one of the foowing configuration methods for IPv6 settings: Regardess of the configuration you choose, the oca IPv6 address is auto-generated by the Network Management Card. For manua configuration, type 0 (Disabed) and press [Enter]. Continue to Step 9. For auto configuration, type 1 (Enabed) and press [Enter]. Continue to Step For manua configuration, provide the IPv6 goba address with its prefix ength and the IPv6 address of the gateway (if any). For auto-configuration, the goba IPv6 addresses and prefix engths are automaticay configured by the network (an IPv6 router is required). The gateway IPv6 address is defined by the user. 9. Type 3 (IPv6 Goba Address 1) and press [Enter]. 10. Type the IPv6 goba address and press [Enter]. 11. Type 4 (IPv6 Goba Prefix 1) and press [Enter]. 12. Type the IPv6 goba prefix 1 and press [Enter]. 13. Type 5 (IPv6 Defaut Router) and press [Enter]. 14. Type the gateway IPv6 address and press [Enter]. 15. Type 0 (Return to previous menu) and press [Enter]. 16. Type 0 (Return to previous menu) and press [Enter]. 17. Type 0 (Return to previous menu) and press [Enter]. 18. Type 3 (Restart Network Management Card) and press [Enter]. 19. Type Y and press [Enter]. The Network Management Card restarts. Communication Contro Ethernet Contro By defaut, the Ethernet ink speed and dupex mode is configured on auto-negotiation which means the Network Management Card adapts its Ethernet speed and dupex mode to the network on which it is connected. However, it is possibe to force the foowing modes: Auto-negotiation 100 Mbps Fu Dupex 100 Mbps Haf Dupex 10 Mbps Fu Dupex 10 Mbps Haf Dupex 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 2 (Network Settings) and press [Enter]. 4. Type 3 (Communication Contro) and press [Enter]. Eaton Advanced epdu User s Guide P Rev

113 Seria Interface Operation 5. Type 1 (Ethernet Contro) and press [Enter]: Type 0 (Auto negotiation to enabe the auto-negotiation) and press [Enter]. Type 1 (100 Mbps Fu Dupex for a 100 Mpbs, Fu dupex network) and press [Enter]. Type 2 (100 Mbps Haf Dupex for a 100 Mpbs, Haf dupex network) and press [Enter]. Type 3 (10 Mbps Fu Dupex for a 10 Mpbs, Fu dupex network) and press [Enter]. Type 4 (10 Mbps Haf Dupex for a 10 Mpbs, Haf dupex network) and press [Enter]. 6. Type 0 (Return to previous menu) and press [Enter]. 7. Type 0 (Return to previous menu) and press [Enter]. 8. Type 0 (Return to previous menu) and press [Enter]. 9. Type 3 (Restart Network Management Card) and press [Enter]. 10. Type Y and press [Enter]. The Network Management Card restarts. DHCP Contro 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 2 (Network Settings) and press [Enter]. 4. Type 3 (Communication Contro) and press [Enter]. 5. Type 2 (DHCP Contro) and press [Enter]. - Type Enabed to indicate that the IPv4 address is dynamicay assigned by a DHCP server on the LAN. - Type Disabed to indicate that the Network Management card used the static IPv4 address. 6. Type 0 (Return to previous menu) and press [Enter]. 7. Type 0 (Return to previous menu) and press [Enter]. 8. Type 3 (Restart Network Management Card) and press [Enter]. 9. Type Y and press [Enter]. The Network Management Card restarts. FTP Upgrade Contro 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 2 (Network Settings) and press [Enter]. 4. Type 3 (Communication Contro) and press [Enter]. 5. Type 3 (FTP Upgrade Contro), type Enabed or Disabed to indicate if the FTP upgrade functionaity is activated or not activated, and press [Enter]. 6. Type 0 (Return to previous menu) and press [Enter]. 7. Type 0 (Return to previous menu) and press [Enter]. 8. Type 3 (Restart Network Management Card) and press [Enter]. 9. Type Y and press [Enter]. The Network Management Card restarts. Eaton Advanced epdu User s Guide P Rev

114 Seria Interface Operation Tenet Contro By defaut, the Tenet interface is disabed. 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 2 (Network Settings) and press [Enter]. 4. Type 3 (Communication Contro) and press [Enter]. 5. Type 4 (Tenet Contro) and press [Enter]. 6. Type 1 (Tenet Contro) and press [Enter]. 7. Do you want to disabe or enabe the Tenet interface? To disabe the Tenet interface, type 0 (Disabed) and press [Enter]. To enabe the Tenet interface, type 1 (Enabed) and press [Enter]. 8. Type 0 (Return to previous menu) and press [Enter]. 9. Type 0 (Return to previous menu) and press [Enter]. 10. Type 0 (Return to previous menu) and press [Enter]. 11. Type 0 (Return to previous menu) and press [Enter]. 12. Type 3 (Restart Network Management Card) and press [Enter]. 13. Type Y and press [Enter]. The Network Management Card restarts. Figure 65. Tenet Contro HTTP Contro 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 2 (Network Settings) and press [Enter]. 4. Type 3 (Communication Contro) and press [Enter]. 5. Type 5 (HTTP Contro) and press [Enter]. 6. Type 1 (HTTP Contro) and press [Enter]. 7. Do you want to enabe or disabe the Web interface? To disabe the Web interface, type 0 (Disabed) and press [Enter]. To enabe the Web interface, type 1 (Enabed) and press [Enter]. Eaton Advanced epdu User s Guide P Rev

115 Seria Interface Operation 8. Type 0 (Return to previous menu) and press [Enter]. 9. Type 0 (Return to previous menu) and press [Enter]. 10. Type 0 (Return to previous menu) and press [Enter]. 11. Type 0 (Return to previous menu) and press [Enter]. 12. Type 3 (Restart Network Management Card) and press [Enter]. 13. Type Y and press [Enter]. The Network Management Card restarts. Figure 66. HTTP Contro SSL Contro By defaut, the SSL encryption is disabed. 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 2 (Network Settings) and press [Enter]. 4. Type 3 (Communication Contro) and press [Enter]. 5. Type 6 (SSL Contro) and press [Enter]. 6. Type 1 (SSL Contro) and press [Enter]. 7. Do you want to enabe or disabe SSL encryption? To disabe the SSL encryption, type 0 (Disabed) and press [Enter]. To enabe the SSL encryption, type 1 (Enabed) and press [Enter]. 8. Type 5 (HTTP Contro) and press [Enter]. 9. Type 1 (HTTP Contro) and press [Enter]. 10. Do you want to enabe or disabe the Web interface? To disabe the Web interface, type 0 (Disabed) and press [Enter]. To enabe the Web interface, type 1 (Enabed) and press [Enter]. 11. Type 0 (Return to previous menu) and press [Enter]. 12. Type 0 (Return to previous menu) and press [Enter]. 13. Type 0 (Return to previous menu) and press [Enter]. 14. Type 0 (Return to previous menu) and press [Enter]. 15. Type 3 (Restart Network Management Card) and press [Enter]. Eaton Advanced epdu User s Guide P Rev

116 Seria Interface Operation 16. Type Y and press [Enter]. The Network Management Card restarts. Figure 67. SSL Contro SNMP Contro 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 2 (Network Settings) and press [Enter]. 4. Type 3 (Communication Contro) and press [Enter]. 5. Type 7 (SNMP Contro) and press [Enter]. 6. Type 1 (SNMP Version) and press [Enter]. 7. Choose an SNMP version: Disabed: Type 0 and press [Enter]. The agent is disabed. The MIB cannot be read and no traps are sent (see Figure 68). SNMPv1: Ony SNMPv1 users and SNMPv1 traps are supported. Type 1 and press [Enter]. SNMPv3: Ony SNMPv3 users and SNMPv3 traps are supported. Type 2 and press [Enter]. SNMPv1 & v3: Both SNMPv1 and SNMPv3 users and traps are supported. Type 3 and press [Enter]. Figure 68. SNMP Version Status Hostname 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 2 (Network Settings) and press [Enter]. 4. Type 4 (Hostname) and press [Enter]. Eaton Advanced epdu User s Guide P Rev

117 Seria Interface Operation 5. Type the Network Management Card host name (maximum of 31 characters) and press [Enter]. 1 2 This setting is sent in the DHCP request when the DHCP is enabed. If the DHCP server is couped with a DNS server, the user can access the epdu's web interface using this hostname instead of the IP address. Defaut is epduxy, where xy is the ast two digits of the MAC address. 6. Type 0 (Return to previous menu) and press [Enter]. 7. Type 0 (Return to previous menu) and press [Enter]. 8. Type 3 (Restart Network Management Card) and press [Enter]. 9. Type Y and press [Enter]. The Network Management Card restarts. Primary and Secondary DNS IP Address When the IPv4 address is automaticay obtained by DHCP, the DNS server addresses (primary and secondary) are provided by the DHCP server. Nevertheess, you can define DNS IPv4 and IPv6 addresses from both the Web and seria interfaces. However, be aware that this configuration is overwritten when the Network Management Card restarts and the IPv4 address is obtained from a DHCP server that provides DNS addresses. 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 2 (Network Settings) and press [Enter]. 4. Type 5 (Primary DNS IP Address) and press [Enter]. 5. Type the IPv4 or IPv6 address of the DNS server and press [Enter]. 6. Type 6 (Secondary DNS IP Address) and press [Enter]. 7. Type the IPv4 or IPv6 address of the DNS server and press [Enter]. Figure 69. Primary DNS IP Address Eaton Advanced epdu User s Guide P Rev

118 Seria Interface Operation Trap Receivers 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 3 (Trap Receivers) and press [Enter]. 4. Type 2 (Modify - Modify a tabe entry) and press [Enter]. 5. Type the number of trap receiver to modify and press [Enter]. 6. Type the trap receiver IPv4/IPv6 address or its host name and press [Enter]. 7. Type the trap community and press [Enter]. 8. Choose a trap type: Disabed: The trap receiver is disabed. No trap is sent to this user. Type 0 and press [Enter]. Enabed: The trap receiver is enabed. Type 1 and press [Enter]. 9. Choose one of the foowing the protocos: Disabed: The trap receiver is disabed. No trap is sent to this user. Type 0 and press [Enter]. SNMPv1: Traps are sent over SNMPv1 protoco. (It must be compiant with the SNMP version defined in SNMP Contro on page 107.) Type 0 and press [Enter]. SNMPv3: Traps are sent over SNMPv3 protoco. (It must be compiant with the SNMP version defined in SNMP Contro on page 107.) Type 0 and press [Enter]. 10. Type the name to identify the trap receiver and press [Enter]. This vaue is not used to send traps. To receive the test trap #53, the trap receiver must be configured with a protoco compiant with the one defined in SNMP Contro on page 107. SNMP v1 Community 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 4 (SNMPv1 Community) and press [Enter]. 4. Type 1 (Modify - Modify a tabe entry) and press [Enter]. 5. Type the number of SNMPv1 user to modify and press [Enter]. 6. Type the community name (SNMP user s name) and press [Enter]. 7. Choose the access rights aowed to the SNMPv1 user as foows: No Access: The SNMPv1 user is disabed with no access to the MIB objects. Type 0 and press [Enter]. Read-Ony: The SNMPv1 user can ony get the MIB objects. Type 1 and press [Enter]. Read/Write: The SNMPv1 user can get and set the MIB objects. Type 2 and press [Enter]. Eaton Advanced epdu User s Guide P Rev

119 Seria Interface Operation Command seection 2 aows you to reset a tabe entry to the defaut vaues. Type the number of the user to reset and press [Enter]. Figure 70. SNMPv1 Community Menu SNMP V3 USM Tabe Modify a Tabe Entry 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 5 (SNMPv3 USM Tabe) and press [Enter]. 4. Type 1 (Modify - Modify a tabe entry) and press [Enter]. 5. Type the number of the User-based Security Mode (USM) SNMPv3 user to modify and press [Enter]. 6. Type the SNMPv3 user s name and press [Enter]. When the authentication password or privacy key (or both) are not required, ignore the error message indicating a faiure at password verification. 7. Type the od authentication password and/or [Enter] (if not required). The od password is the currenty configured password vaue. The vaue is checked before aowing its modification. 8. Type the new authentication password and/or [Enter] (if not required), with 8 to 24 characters aowed. 9. Type the od privacy key and/or [Enter] (if not required). The od password is the currenty configured password vaue. The vaue is checked before aowing its modification. 10. Type the new privacy key and/or [Enter] (if not required), with 8 to 24 characters aowed. Eaton Advanced epdu User s Guide P Rev

120 Seria Interface Operation 11. Choose the security eve appied to the SNMPv3 user as foows: Disabed: The SNMPv3 user is disabed. Type 0 and press [Enter]. No Auth No Priv: No authentication password or privacy key is required to access the MIB objects. Type 1 and press [Enter]. Auth No Priv: An authentication password but no privacy key is required to access the MIB objects. Type 2 and press [Enter]. Auth Priv: An authentication password and a privacy key are required to access the MIB objects. Type 3 and press [Enter]. 12. Choose the access rights aowed to the SNMPv3 user as foows: No access: The SNMPv3 user is disabed and has no access to the MIB objects. Type 0 and press [Enter] (see Figure 71). Read-Ony: The SNMPv3 user can ony get the MIB objects. Type 0 and press [Enter]. Read/Write: The SNMPv3 user can get and set the MIB objects. Type 0 and press [Enter]. Figure 71. SNMPv3 USM Users Definition Restore Factory Defauts To reset the SNMPv3 user s settings by restoring the factory defaut settings for the USM user: 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 5 (SNMPv3 USM Tabe) and press [Enter]. 4. Type 2 (Reset - Reset a tabe entry to defaut) and press [Enter]. Type the number of the SNMPv3 user to reset and press [Enter]. Eaton Advanced epdu User s Guide P Rev

121 Seria Interface Operation Date and Time The epdu date and time can be configured from the remote interfaces, from the SNMP agent, or either manuay or automaticay from a network NTP server. Manuay Configure the Date and Time 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 6 (Date and Time) and press [Enter]. 4. Type 7 (Date Dispay Format) and press [Enter]. 5. Choose the date format by typing 1, 2, 3, or 4 and press [Enter]. 6. Type 6 (NTP Contro) and press [Enter]. 7. Type 0 (Disabed) and press [Enter]. 8. Type 1 (System Date) and press [Enter]. 9. Type the system date and press [Enter]. The date format is yyyy-mm-dd, where yyyy = year, mm = month, and dd = day. 10. Type 2 (System Time) and press [Enter]. 11. Type the system time and press [Enter]. The time format is hh:mm:ss, where hh = hours, mm = minutes, and ss = seconds. Figure 72. Date and Time Configuration Configure the Date and Time Automaticay 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 6 (Date and Time) and press [Enter]. 4. Type 7 (Date Dispay Format) and press [Enter]. 5. Choose the date format by typing 1, 2, 3 or 4 and press [Enter]. 6. Type 6 (NTP Contro) and press [Enter]. 7. Type 1 (Enabed) and press [Enter]. Eaton Advanced epdu User s Guide P Rev

122 Seria Interface Operation 8. Type 4 (NTP Time Zone) and press [Enter]. 9. Type the time zone offset and press [Enter]. The format is +/-hh:mm, where hh = hours and mm = minutes. Aways set the sign (+ or -) with two digits for hours and minutes. Entering 2:00 or 1:00 wi be rejected. 10. Type 5 (Dayight Saving Time Contro) and press [Enter]. 11. To disabe or enabe Dayight Saving Time: Disabe: Type 0 and press [Enter] to disabe this option Enabe: Type 1 and press [Enter] to enabe this option. 12. Type 3 (NTP Server) and press [Enter]. 13. Type the NTP server IPv4/IPv6 address or host name and press [Enter]. The Network Management Card retrieves the date and time from the configured NTP server every hour. Emai Notifications Configure Emai Notifications 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 7 (Emai Notifications) and press [Enter]. 4. Type 1 (Mai Server) and press [Enter]. 5. Type the IPv4/IPv6 address or host name of the Simpe Mai Transfer Protoco (SMTP) server and press [Enter]. Eaton Advanced epdu User s Guide P Rev

123 Seria Interface Operation 6. Does the SMTP server require authentication? If yes, perform the foowing: - Type 2 (Mai Server Authentication) and press [Enter]. - Type 1 (Enabed) and press [Enter]. - Type 3 (Optiona SMTP Username) and press [Enter]. - Type the ogin and press [Enter]. - Type 4 (Optiona SMTP Password) and press [Enter]. - Type the password and press [Enter]. - Type the ogin and press [Enter]. - Type the password and press [Enter]. If no, perform the foowing: - Type 2 (Mai Server Authentication) and press [Enter]. - Type 0 (Disabed) and press [Enter]. - Type 5 (Sender s Emai Address) and press [Enter]. - Type the sender address and press [Enter]. Figure 73. SMTP Configuration Configure the Emai Receivers 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 7 (Emai Notifications) and press [Enter]. 4. Type 7 (Mai Receivers) and press [Enter]. 5. Type 2 (Modify Modify a tabe entry) and press [Enter]. 6. Type the number of the e-mai receiver to configure. 7. Type the e-mai receiver address, such as e-mai1@recipient.com. 8. Type 1 (Enabe) and press [Enter] to enabe the user. Eaton Advanced epdu User s Guide P Rev

124 Seria Interface Operation 9. Do you want to attach the event og fie to the e-mai sent to this receiver? If yes, type 1 (Enabed) and press [Enter]. If no, type 0 (Disabed) and press [Enter]. 10. What type of aarm notification do you want to provide to the e-mai receiver? To aways send a notification when an aarm is generated or is resoved, perform the foowing: - If yes, type 1 (A Aarms) and press [Enter]. - If no, type 0 (Disabed) and press [Enter]. To send periodic e-mais, perform the foowing: - Set the date of the next report by entering a day of the month and press [Enter]. For exampe, entering 4 means the 4th day of the current month if the current system date is before this date. If the current system date is higher than 4, this means the 4th day of the next month. - Type the frequency of report in days and press [Enter]. For exampe, 7 means every 7 days. - Choose the hour to send the report and press [Enter]. The format is hh:00, where hh = hour. The 24-hour range is 00:00 23:00. You cannot remove or change an e-mai address associated with a user using the seria interface. Use the Web interface to perform this action. Figure 74. Emai Receiver Configuration Eaton Advanced epdu User s Guide P Rev

125 Seria Interface Operation Figure 75. Detais of Tabe Entry for an Emai Receiver (Command Seection 1) Test Emai This action consists of sending a test e-mai to the seected e-mai receiver. To achieve this action, the foowing requirements must be met: The Network Management Card is running in norma Operation mode. The Network Management Card is connected to the LAN. The Network Management Card owns a vaid IP address. The optiona SMTP server authentication ogin and password are configured (if required). The DNS servers (primary and optiona secondary) for Domain Name Systems (DNS) must be configured if the SMTP server is configured with the hostname. The target e-mai receiver configuration requires a vaid e-mai receiver account and the account must be enabed. See Emai Notifications on page 113. Superuser Name and Password 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 8 (Super User Name and Password) and press [Enter]. 4. Type 1 (Super User Username) and press [Enter]. 5. Type the Superuser name and press [Enter] (see Figure 76). 6. Type 2 (Super User Password) and press [Enter]. 7. Type the current Superuser password and press [Enter]. 8. Type the new Superuser password and press [Enter]. 9. Type the new Superuser password again and press [Enter]. Eaton Advanced epdu User s Guide P Rev

126 Seria Interface Operation Figure 76. Superuser Configuration Muti-Users 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 9 (Muti-Users) and press [Enter]. 4. Type 1 (Modify Modify a tabe entry) and press [Enter]. 5. Type the number of the user to configure and press [Enter]. 6. Type the user name and press [Enter]. 7. Type the current user s password and press [Enter]. 8. Type the new user s password and press [Enter]. 9. Type the new user s password again and press [Enter]. 10. Seect the access rights from the foowing: No Access: The user is not aowed to access the Web interface. Type 0 and press [Enter]. Read-Ony: The user can access the Web interface, but is not aowed to change any settings or perform actions. Type 1 and press [Enter]. Read/Write: The user can access the Web interface and is aowed to change settings but not to perform actions. Type 2 and press [Enter]. Read/Write/Contro: The user can access the Web interface and is aowed to change settings and to perform actions. Type 3 and press [Enter]. You cannot associate groups with users using the Seria interface. Use the Web interface to perform this action. Eaton Advanced epdu User s Guide P Rev

127 Seria Interface Operation Figure 77. Muti-User Configuration EnergyWise Settings 1. Access the Seria interface and og in. 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 10 (EnergyWise Settings) and press [Enter]. 4. Type 1 (Domain), type the EnergyWise name used in your network, and press [Enter]. 5. Do you want to enabe or disabe password authentication for communication between the domain member and endpoints in an EnergyWise domain? To disabe password authentication, type 2 (Secret Contro), type Disabed, and press [Enter]. To enabe password authentication: - Type 2 (Secret Contro), type Enabed, and press [Enter]. - Type 3 (Secret), type the password to be used in the EnergyWise domain, and press [Enter]. 6. Type 4 (Remote Port), type the port number for the remote port used by domain members to communicate with the endpoints, and press [Enter]. 7. Type 5 (Listen Port), type the oca port number of the endpoint used to communicate with the domain members. 8. Type 6 (Leve), type the threshod eve, press [Enter]. 9. Type 7 (State), type the EnergyWise state agent of the epdu (enabed or disabed), and press [Enter]. 10. Type 0 (Return to previous menu) and press [Enter]. 11. Type 3 (Restart Network Management Card) and press [Enter]. 12. Type Y and press [Enter]. The Network Management Card restarts. Eaton Advanced epdu User s Guide P Rev

128 Seria Interface Operation Figure 78. EnergyWise Configuration Menu Eaton Advanced epdu User s Guide P Rev

129 Chapter 9 Maintenance and Troubeshooting This section expains maintenance functions for the Eaton Advanced Encosure Power Distribution Unit (epdu), incuding: Preventive maintenance Equipment disposa Network Management Card firmware upgrade Troubeshooting Preventive Maintenance For the best preventive maintenance, keep the area around the epdu cean and dust-free. If the atmosphere is very dusty, cean the outside of the system with a vacuum ceaner. For fu ife, keep the epdu at an ambient temperature of 25 C (77 F). The epdu does not contain any serviceabe parts. Equipment Disposa Contact your oca recycing or hazardous waste center for information on proper disposa of the used epdu. CAUTION Do not discard waste eectrica or eectronic equipment (WEEE) in the trash. For proper disposa, contact your oca recycing/reuse or hazardous waste center. Network Management Card Firmware Upgrade The Network Management Card firmware upgrade process aows you to maintain the most current Network Management Card firmware by updating the Network Management Card with new or enhanced features and appying periodic bug fixes. To begin the upgrade process, the Network Management Card must be in the appropriate Operation mode to accept the new firmware upgrade fies. You can initiate the appropriate Firmware Upgrade mode remotey using user interface software. You can aso reconfigure dua in-ine package (DIP) switches on the epdu front pane and force the Network Management Card into Firmware Upgrade mode ocay. The new firmware fies are upoaded from the Loca Area Network (LAN) using an MS-DOS Fie Transfer Protoco (FTP). To transfer the new firmware version fie to the appropriate Network Management Card, you must know the IPv4 or IPv6 address of the Network Management Card you are preparing to upgrade. This address is required whether you enabe the Firmware Upgrade mode remotey or ocay. To upgrade the Network Management Card firmware: 1. Enabe the Firmware Upgrade mode remotey or ocay. 2. Upoad the new version firmware fies using the FTP. 3. Exit Firmware Upgrade mode and return to norma operation by restarting the Network Management Card. For the most current firmware upgrade fies, visit Eaton Advanced epdu User s Guide P Rev

130 Maintenance and Troubeshooting Enabe Firmware Upgrade Mode Firmware Upgrade mode can be initiated with software using either the Web interface or Seria interface. Firmware Upgrade mode can aso be enabed using dua in-ine package (DIP) switch hardware settings.! IMPORTANT Before enabing the Firmware Upgrade mode, determine the IPv4 address of the epdu you intend to upgrade. Web Interface To enabe Firmware Upgrade mode from the Web interface: 1. Access the interface (see Chapter 7, Web Interface Operation on page 79). 2. Browse to the Network page. 3. Note the IPv4 address. 4. Browse to the System page. 5. Check the box abeed Firmware Upgrade Enabed. 6. Cick Save and then cick Yes in the confirmation window (see Figure 79). Figure 79. Save Changes Confirmation Window 7. Cick the Upgrade Network Management Card button. 8. Cick Yes in the confirmation window (see Figure 80). Figure 80. Upgrade Network Management Card Confirmation Window 9. The Network Management Card restarts automaticay in the Firmware Upgrade mode. Continue to Upoad New Firmware Fies on page 123. Eaton Advanced epdu User s Guide P Rev

131 Maintenance and Troubeshooting Seria Interface To enabe Firmware Upgrade mode from the Seria interface: 1. Access the interface (see Chapter 8, Seria Interface Operation on page 99). 2. Type 1 (Network Management Card Settings) and press [Enter]. 3. Type 2 (Network Settings) and press [Enter]. 4. If you want to use the IPv4 address, type 1 (IPv4 Configuration) and press [Enter]. 5. If you want to use the IPv6 address, type 2 (IPv6 Configuration) and press [Enter]. 6. Note the IPv4 or IPv6 address. 7. Type 0 (Return to previous menu) and press [Enter]. 8. Type 3 (Communication Contro) and press [Enter]. 9. Type 3 (FTP Upgrade Contro) and press [Enter]. 10. Type 1 (Enabed) and press [Enter]. 11. The FTP Upgrade Contro must be enabed as foows (see Figure 81): Figure 81. Enabe FTP Upgrade Contro 12. Type 0 (Return to previous menu) and press [Enter]. 13. Type 0 (Return to previous menu) and press [Enter]. 14. Type 0 (Return to previous menu) and press [Enter]. 15. Type 0 (Return to previous menu) and press [Enter]. 16. Type 4 (Firmware Upgrade mode) and press [Enter]. 17. Type Y to confirm the action and press [Enter]. 18. The Network Management Card restarts automaticay in the Firmware Upgrade mode. Continue to Upoad New Firmware Fies on page 123. Eaton Advanced epdu User s Guide P Rev

132 Maintenance and Troubeshooting DIP Switch Configuration To force Firmware Upgrade mode using hardware settings: 1. Obtain the IPv4 or IPv6 address (see Obtaining the IPv4 Address on page 28 or Obtaining the IPv6 Address on page 31). The IP address is used in the Upoad New Firmware Fies procedure. If you do not enter an IP address during the upoad procedure, the Network Management Card defauts to the ast known address. By defaut, the initia startup IPv4 address is Reset the DIP switches to the Network Management Card Firmware Upgrade mode, with setting Switch 1/ON and Switch 2/OFF. 2. Insert a probe in the Reset opening (abeed R) on the epdu front pane. Press the recessed Restart button and retract the probe. The Network Management Card restarts (see Figure 87). 3. The Network Management Card restarts in Firmware Upgrade mode. Continue to the foowing section, Upoad New Firmware Fies. Upoad New Firmware Fies After the Firmware Upgrade mode is enabed, the Network Management Card card can be upgraded using an executabe too (exe fie). The upgrade process upoads the new Network Management Card firmware version (binary fie), a configuration fie or fies that are stored in the Network Management Card fie system, and the Web interface fies. To upoad the new firmware fies to the specified Network Management Card: 1. Cick the firmware upgrade fie icon (Nemo_UpgradeToo_b2_Firmware_<version number>.exe): Exampe: To upgrade to firmware version , cick the Nemo_UpgradeToo_b2_Firmware_01_01_0007.exe icon. 2. Type the IP address and press [Enter]. Type the IP address obtained in the previous procedure or use the defaut IP address. Figure 82. IP Address Entry Eaton Advanced epdu User s Guide P Rev

133 Maintenance and Troubeshooting 3. Type the Superuser ogin and press [Enter]. Figure 83. Login Entry 4. Type the Superuser password and press [Enter] (see Figure 84). Figure 84. Enter Password Eaton Advanced epdu User s Guide P Rev

134 Maintenance and Troubeshooting 5. Review the system status dispay as the firmware upgrade begins processing (see Figure 85). Figure 85. Begin Upgrade Status Dispay Eaton Advanced epdu User s Guide P Rev

135 Maintenance and Troubeshooting 6. When the firmware upgrade ends, review the status dispay to confirm that the update competed successfuy (see Figure 86). You exit the Firmware Upgrade mode when the Network Management Card restarts automaticay and returns Network Management Card operation to the state represented by the DIP switches. Figure 86. End Upgrade Status Dispay Eaton Advanced epdu User s Guide P Rev