v1 - enlogic · 2020. 8. 7. · ldap server settings ... define snmp v1/v2c user ... ez1000 series...

Installation and Operation Manual

V1.0

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Table of Contents

Section 1: Introduction ................................................................................................................ 7

Product Components ................................................................................................................... 7

Input Power Cord ............................................................................................................................... 7

Outlets................................................................................................................................................ 7

Display/Connection Ports ................................................................................................................. 8

OLED Display ...................................................................................................................................... 9

Alarm Menu Navigation .................................................................................................................. 11

Power Menu Navigation ................................................................................................................. 11

Sensor Menu Navigation ................................................................................................................. 11

Menu, Select, Scroll and Reset ....................................................................................................... 11

Reset Button .................................................................................................................................... 12

Circuit Breakers ............................................................................................................................... 12

Single-Phase Models ....................................................................................................................... 12

Three-Phase Models ....................................................................................................................... 12

Section 2: Installation ................................................................................................................. 13

Before Installation ..................................................................................................................... 13

Mounting ................................................................................................................................... 13

Mounting the PDU in the Server Cabinet ...................................................................................... 13

Connecting to a Power Source .................................................................................................... 14

Connecting the PDU to a Network .............................................................................................. 14

Connecting with a Serial Connection ............................................................................................. 14

Creating a Unique Pinout Connection ........................................................................................... 15

Connecting Environmental Sensors (Optional) ............................................................................ 16

Section 3: Enlogic Web User Interface (Web UI) .......................................................................... 17

Supported Browsers ................................................................................................................... 17

Logging In the Enlogic Web UI .................................................................................................... 17

Logging In ......................................................................................................................................... 17

Changing User Password ................................................................................................................ 17

Logging Out ...................................................................................................................................... 17

Overview of the Enlogic Web UI ................................................................................................. 18

Login Page: ....................................................................................................................................... 18

Landing Page: .................................................................................................................................. 18

Menu Dropdown ............................................................................................................................. 20

Navigating the Action Menus ..................................................................................................... 21

Action Menu Overview ................................................................................................................... 21

Dashboard ........................................................................................................................................ 21

Identification ................................................................................................................................... 22

Control & Manage ........................................................................................................................... 22

Advantage Series User Manual

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Logs ........................................................................................................................................... 23

View/Download/Clear Event Log ................................................................................................... 23

View /Configure/Download/Clear Data Log .................................................................................. 24

Settings ...................................................................................................................................... 25

Network Settings ............................................................................................................................. 25

Set Certificate Key ........................................................................................................................... 26

Change Link Speed .......................................................................................................................... 26

Syslog Configuration ....................................................................................................................... 27

Web/RESTapi Access Configuration ............................................................................................... 28

Daylight Saving Time ....................................................................................................................... 29

System Management ...................................................................................................................... 30

System Information ......................................................................................................................... 30

Rack Location ................................................................................................................................... 31

LED Edge Color ................................................................................................................................ 31

Power Panel & Core Location ......................................................................................................... 32

Email Set Up..................................................................................................................................... 32

Event Notification ........................................................................................................................... 34

Trap Receiver ................................................................................................................................... 34

PDU Thresholds ............................................................................................................................... 36

Edit Power Thresholds .................................................................................................................... 36

Edit Input Phases ............................................................................................................................. 37

Viewing Circuit Breaker Data ...................................................................................................... 39

Control Management ................................................................................................................. 40

External Sensors ........................................................................................................................ 41

Editing the External Sensor Threshold ........................................................................................... 41

Rack Access Control ........................................................................................................................ 42

Smart Rack Control ......................................................................................................................... 43

User Settings .................................................................................................................................... 45

Users/Change Password ................................................................................................................. 45

LDAP Server Settings ....................................................................................................................... 47

Radius Configuration ....................................................................................................................... 49

Roles ................................................................................................................................................. 49 Session Management ........................................................................................................................................ 50 Password Policy ................................................................................................................................................. 51

Section 4: SNMP ......................................................................................................................... 53

SNMP Management Configuration ............................................................................................. 53

Setup SNMP General ........................................................................................................................ 53

Setup SNMP Port .............................................................................................................................. 54

Define SNMP V1/V2c User ............................................................................................................... 54

Configuring Users for SNMP v3 Communications ........................................................................ 55

Section 5: Redfish ...................................................................................................................... 56

Section 6: The Command Line Interface ...................................................................................... 62

Logging in with HyperTerminal ............................................................................................... 62

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CLI Commands and Prompts .................................................................................................... 62

CLI Options ....................................................................................................................................... 62

CLI Commands Table ........................................................................................................................ 63

Section 7: Environmental Sensors ............................................................................................... 68

Sensor Overview ........................................................................................................................ 68

Adding Environmental Sensors ........................................................................................................ 68

Temperature & Humidity Sensor Installation Instructions EA9102, EA9103, & EA9105 ................ 69

Sensor Input Hub Installation Instructions EA9106 ......................................................................... 69

Door Switch Sensor Installation Instructions EA9109 ...................................................................... 69

Dry Contact Cable Installation Instructions EA9110 ........................................................................ 71

Spot Fluid Leak Sensor Installation Instructions EA9111 ................................................................. 71

Rope Fluid Leak Sensor Installation Instructions EA9112 ................................................................ 72

Detecting Environmental Sensors ............................................................................................... 72

Configuring Environmental Sensors ............................................................................................ 73

Viewing and Managing Environmental Sensor Information ......................................................... 73

To view connected environmental sensors: .................................................................................... 73

Editing the External Sensor Threshold ............................................................................................. 74

Monitoring the External Sensor ....................................................................................................... 75

Section 8: Daisy Chain & DNA–Dual Network Access ................................................................... 76

Daisy-Chain Functionality ........................................................................................................... 76

Daisy-Chain Setup ...................................................................................................................... 76

DNA (Dual Network Access) Functionality .................................................................................. 76

How it Works ............................................................................................................................. 76

DNA Setup ....................................................................................................................................... 77 To Configure DNA Mode in the CLI.................................................................................................................... 77 To Configure DNA Mode in the PCT .................................................................................................................. 77 To Connect the PDUs for DNA Setup ................................................................................................................. 78 Daisy Chain & DNA Commands in CLI ................................................................................................................ 79

Appendix A: Advantage Series Bracket Mounting Info ................................................................ 80

Appendix B: Advantage Series Product Range for EMEA ............................................................. 81

Appendix C: Advantage Series Product Range for North America ................................................ 83

Appendix D: Firmware Update Procedures ................................................................................. 84

USB Method ..................................................................................................................................... 84

Web Interface Method ..................................................................................................................... 84

PCT Software Method ...................................................................................................................... 85

FTP Method ...................................................................................................................................... 96


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PDU Safety Guidelines This document is intended for installers, maintenance professionals, and qualified users of Enlogic power distribution units (PDUs). Keep this safety information for operation, installation, and maintenance of the PDU and accessory equipment. This product complies with the latest safety requirements for equipment and accessories for use in a rack mounting environment. Read and follow all safety information. Failure to do so may result in death or serious injury.

• Electrical Hazard: this PDU contains high voltages. Repairs and service to this PDU should only be performed by authorized service providers. This includes installation, testing, and maintenance of internal and external parts.

• There is a risk of electrical shock from ground conductor leakage. If the total leakage current exceeds 3.5 mA or if leakage current of the connected load is unknown, connect the ground terminal of the PDU to a dependable ground/earth connection. The ground terminal on the PDU is an M5 screw hole with a maximum depth of 9mm.

• This equipment must be connected to an electrical supply with protected ground outlets and a branch circuit breaker with the same current rating as the equipment. Test all outlets for proper polarity and grounding. Failure to comply with this requirement may result in serious injury.

• This power distribution unit is intended for providing power to ITE equipment only. Do not connect secondary power units to the outlets of the PDU.

• Make sure the utility power outlet is in good condition. • Make sure the PDU power cord and plug are in good condition. • Make sure the power input is disconnected before physically mounting or moving the location of this

product. If the PDU has detachable input power cords, only use power cords supplied by Enlogic. • Internal parts of the PDU may get extremely hot during operation. Use care before handling. • Changes and modifications to this equipment could void the warranty. Enlogic is not responsible for

damage to this product resulting from accident, disaster, or misuse. Note: If the product is a switched model, power may be present at a receptacle even when it is switched off.

Note: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.

DANGER

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Follow all local and national codes when installing the PDU. The PDU should be connected to a dedicated circuit protected by a branch circuit breaker matching the PDU input plug type for your region:

Regions PDU Input Plug Type Input Rating

IEC60320 C20 Inlet (Removable Power Cord) 16A SINGLE PHASE

CEE 7/4, CEE 7/5, CEE 7/7 Plugs 16A SINGLE PHASE

IEC60309 316P6 or 316P6W 16A SINGLE PHASE

Europe, International IEC60309 332P6 or 332P6W 32A SINGLE PHASE

IEC60309 363P6 or 363P6W 32A SINGLE PHASE

IEC60309 516P6 or 516P6W 16A THREE PHASE



3-pin (2P+G) 20A SINGLE PHASE

Australia 3-pin (2P+G) 32A SINGLE PHASE

5-pin (3P+N+G) 20A THREE PHASE

5-pin (3P+N+G) 32A THREE PHASE

IEC60320 C20 Inlet (Removable Power Cord) 20A SINGLE PHASE

NEMA 5-20P or NEMA L5-20P 20A SINGLE PHASE




North America/Japan IEC60309 330P9 or 330P9W 30A SINGLE PHASE

CS8265C 50A SINGLE PHASE

NEMA L21-20P or NEMA L15-20P 20A THREE PHASE

NEMA L21-30P or NEMA L15-30P 30A THREE PHASE

CS8365C 50A THREE PHASE



IEC60309 530P6 or 530P6W or NEMA L22-30P 30A THREE PHASE


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Section 1: Introduction This manual is intended to assist in the installation and setup the of Advantage Series PDU. Refer to this manual to properly to install and operate the Advantage Series PDU. It is recommended that the user follows the procedures as outlined in this manual to assist in proper installation and prevent damage to the PDU and associated equipment.

The Enlogic family of enterprise-grade rack PDUs includes comprehensive power management, watt-hour energy metering, and environmental monitoring; all within the industry’s slimmest space-saving design. A large selection of standard and configurable PDU options is available to meet your specific rack management application.

Enlogic Product Series

Product Series Type Description

EN1000 Series Metered Metered PDUs with real time metering and network monitoring of power loads for overload avoidance, capacity & load balancing, and energy use optimization.

EN2000 Series Metered and Outlet Switched

Remove outlet on/off switching for power-up sequencing, remote power cycling, and outlet use management - combined with all features of the EN1000 Series.

EN5000 Series Outlet Metered These outlets are metered along with input power metering combine Individual outlet power and energy metering with all features of the EN1000 Series.

EN6000 Series Outlet Metered and Outlet Switched

Comprehensive management solution includes switching features of the EN2000 Series and outlet metering features of the EN5000 Series.

EZ1000 Series Inline Energy Meters This energy metering device adds the Enlogic EN1000 series capabilities to any existing basic PDU or stand-alone equipment.

Product Components Enlogic PDUs include the following components in various configurations:

• Input power cord

• Outlets

• Network Management Card (NMC)

• OLED & LCD display

• Connection ports

• Menu, Reset button, Unit status button

• Circuit Breakers (some models)

Input Power Cord

Most PDUs come with a power cord installed and ready to be plugged into an appropriate receptacle. Connect the PDU to an appropriately rated branch circuit. Refer to the label on the PDU for appropriate input ratings and ranges.

Outlets

The number and type of outlets, outlet switching ability, and dimensions vary by model as shown Appendix B: Advantage Series Product Range tables. Some PDU models have outlet-switching features to manage individual outlets:

EN1000, EZ1000 & EN5000 ranges of intelligent Power products do not support the outlet switching functionality. Outlets are always ON and there are no outlet LED indicators.

EN2000 and EN6000 Series PDUs are equipped with the outlet switching feature and have a small LED for each outlet. When an outlet LED is lightened, that the particular outlet is ON. When an outlet LED is not lightened, the particular outlet is OFF.

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Display/Connection Ports

Enlogic launches its new state of the art NMC (network management controller), with new functions and features. Now carrying the following connection ports and 2 Color RGB LED displays. As per the working image of the Enlogic network management controller, the EN2.0 range of PDUs now support two displays. The larger (LED) display is able provide spot power information, which is in full RGB color and is always visible. Allowing users to be able complete energy consumption spot checks at any given time. The Second smaller (OLED) display provides users with local access to firmware revisions, mac addresses, configured IP addresses and most importantly allows user to have access to USB functions, configuration and USB firmware upgrade capabilities. There are 2 display/5 ports on all standard Advantage Series models, as shown below.

• LED Graphical Alarm Icons: PDU Alarm, Cascade Error, Temperature Alarm, Security Handle Alarm, Circuit Breaker Alarm.

• Display (AMPS, CB BANK): Largest in class, High Definition, Metering Display

• OLED Settings: Set up, Alarms, Power, Sensors (click menu, select, scroll to operate)

• Interface:

USB- C: Fast Configuration, Fast upload of firmware and download log files.

Ethernet Port 1 (10/100/1000): Primary network port / PowerShare

Ethernet Port 2 (10/100): Daisy Chain / PowerShare / DNA / network

Sensor-1: Primary sensor port – Supporting a total of 4 Sensors, per sensor port, for example using our EA9103, which will support 3 x Temperature sensors and one Humidity sensor.

Sensor-2: Secondary sensor port – Supporting a total of 4 Sensors per sensor port, for example using our EA9103, which will support 3 x Temperature sensors and one Humidity sensor.

LED Screen – graphical alarm icon PDU Alarm, Cascade Error, Temperature Alarm, Security Handle Alarm, Circuit Breaker Alarm. Display (AMPS, CB BANK) Largest in class, High Definition, Metering Display

OLED Screen Set up / Alarms / Power / Sensors

Button Menu Button Selection Button Scroll Button

Interface Port USB C port Reset Ethernet port (10/100) & (10/100/1000) Sensor Port


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OLED Display

The PDU configuration display i.e. OLED is smaller in size and does also goes into standby mode, when not used or when the buttons are not pressed. The OLED display is located on the front of the Advantage Series PDU above the connection ports. When an Intelligent device is operated for the first time, please allow a few minutes for the on board platform to initialize completely. When the device internal platform has completed initializing, the OLED display will show the Startup Menu. The menu buttons beside the OLED Display, allows users to scroll through the display and select the desired information item. The following is an example of the Single-Phase OLED Menu: En2.0 PDU Network management controller with two displays. Please note OLED menu navigation

Opening LOGO Screen Saver Main Menu Sub Menu - Flow

Setup

Network

Device

Screen

Language

USB

Unit

Alarm

Active

Inactive

Power

Device

Breaker

Outlet

Phase

Sensor

#01

#02

Largest-in class High Definition Metering Display

User Interface Controls (Menu, Select, Scroll)

Graphical Alarm Icons

USB-C

Ethernet Port 1 (10/100/1000)

Digital Sensor Port 1

Programmable Color Code for Power Source ID

Ethernet Port 2 (10/100)

Digital Sensor Port 2

: PDU Alarm : Cascade Error : Temperature Alarm : Security Handle Alarm : Circuit Breaker Alarm

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Setup Menu Navigation


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Alarm Menu Navigation

Power Menu Navigation

Sensor Menu Navigation

Menu, Select, Scroll and Reset

These are all on the front of the PDU underneath the LED Display. They are as follows: 1: Navigation Buttons (Menu / Select / Scroll) 2: Unit Status LED 3: Reset Button

Menu Button: Use this button as a “back” button to go to

the previous menu screen.

Select Button: Use this button to choose an option from a

list.

Scroll Button: Use this button to scroll through next line.

Reset Button: Use this pin hole to reset PDU

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Reset Button

The Reset Button is located in the small, recessed hole below OLED display to prevent accidental reset. By pressing a small pin into the Reset Button hole for 8 seconds, the PDU software will cycle through a soft reboot without any loss of power to outlets.

Circuit Breakers

The Enlogic EN2.0 Range of power product which are rated above 20A for North American region and above 16amp for international regions do carry branch circuit hydraulic magnetic breakers. Providing complete protection to the connected devices, if in any instance, there is an electrical issue with any connected devices to the PDUs, these hydraulic magnetic breakers will trip, preventing any further energy / Power to pass through to the color-coded corresponding power outlets. Enlogic PDU circuit breakers sit and are located underneath a protective panel to prevent accidentally tripping the circuit. If in any instance a circuit breaker is tripped, users can manually reset the breaker back to the ON position for normal operation to continue by pushing the breaker into the ON button(s) position as shown below:

Single-Phase Models

All Single phased models which support hydraulic magnetic breakers are color coded to the corresponding outlets.

All 3 phase models which are rated above 20amp and 16amp, will also use a color coding scheme, using 3 colors rather than 2, Black, blue and grey.

Three-Phase Models

For 3-phase models, 3 colors are used to identify the 3 different input lines.

• In standard 400V 3-phase (Wye) configurations, the color of each circuit breaker and outlet correspond to the appropriate input phase. The PDU is labeled to indicate the input phase associated with each circuit breaker and outlets.

• In North America 208V 3-phase (delta) configurations, the color of the circuit breaker corresponds to

the line connections and will include a label of the two connected input phases (i.e., L1-L2, L2-L3, or L3-

L1).

• All 3 phase models which are rated above 20amp and 16amp, will also use a color coding scheme, using 3

colors rather than 2, Black, blue and grey.


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Section 2: Installation

Before Installation

1. Prepare the installation site: make sure it is not exposed to extreme temperature or humidity. Make sure to allow space around the Enlogic PDU for cabling and outlet connections. Note: Enlogic PDUs are designed for maximum operating temperatures of 55–60°C (131–140°F). Refer to each model’s technical datasheet for specific information.

2. Check the Branch Circuit Rating in the Safety Information section of this manual.

3. Unpack the Enlogic 2.0 Series PDU. Each model comes with the items below. If something appears to be missing or damaged, contact your regional Enlogic office.

• Quick Start Guide • Safety Information Sheet • Warranty Card

4. Use the information provided in the enclosed Warranty Card to register your product online at www.enlogic.com.

Mounting

Select mounting either with or without brackets, depending on the rack style. All Enlogic PDU mounting methods are quick and convenient.

Mounting the PDU in the Server Cabinet

Enlogic PDUs are built with tool-less mounting in most rack enclosure designs.

For a list of racks that require a mounting bracket for proper installation, refer to Appendix A for a list of compatibility rack manufacturers and installation requirements. (If the standard mounting pegs or mounting brackets do not comply with your rack configuration, contact Enlogic for assistance.) Installation of a bracket, if necessary, may require a screwdriver.

1. The Advantage Series PDU comes with tool-less mounting pegs for ease and convenience.

2. Determine where the Advantage Series PDU will be mounted inside the server cabinet.

3. If your rack does not require mounting brackets, skip to step 6. If using mounting brackets, attach the mounting brackets to the server cabinet. The standard Enlogic mounting brackets are

http://www.enlogic.com/

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secured to the rack using a screwdriver. 4. Attach the enclosed mounting brackets to the server cabinet using the screws.

5. Insert the pegs into the server rack mounting holes or into the mounting brackets and tighten the mounting pegs into place.

Note: The distance between the mounting pegs varies depending on PDU models. Full length PDU is 1555m, mid length is 1244m and half-length is 622m.

6. Pull the power cord through the cabinet and tighten the mounting pegs. Proceed with connecting to a power source.

Note: For specific mounting instructions for various rack manufacturers refer to Appendix A.

Connecting to a Power Source

Check the Branch Circuit Rating in the Safety Information section of this manual before beginning installation. Always follow local and national codes when installing the PDU. The PDU should be connected to a dedicated circuit protected by a branch circuit breaker matching the PDU input plug type. Note: When connecting the Enlogic PDU to a Power Source, make sure that you have enough length in the PDU power cord to reach the PDU power source.

1. Turn the feed circuit breaker off.

2. Make sure that all circuit breakers on the Enlogic PDU are set to ON.

3. Connect each Enlogic PDU to an appropriately rated branch circuit. Note: Refer to the label on the PDU for the input ratings.

4. Turn the feed circuit breaker on. The OLED screen will display a status bar when the PDU operating system is loading. The LED code on the OLED screen will flash in light pink. After 3 seconds later, the Main Menu (Setup, Alarms, Power, Sensors) will display on the LED screen. Switched PDUs in the EN2000 series or EN6000 series show a light corresponding to each outlet as it is powered up.

Connecting the PDU to a Network

The Enlogic EN2.0 range of PDUs are set to obtain an IP address via DHCP by default. Therefore, when an Enlogic PDU is connected to a network for the first time, the PDU will automatically obtain a IP address. In instances, the PDU is placed within a static network environment, users are able configure the PDU to a Static IP via connecting to the PDU via serial cable or via the upload of a configuration file via USB. The PDU automatically obtains an IP address via DHCP, when connected to a network. Login to the Web UI to configure the PDU and assign a static IP address (if desired).

1. Connect a standard Ethernet patch cable to the Ethernet Port on the Advantage Series PDU.

2. Connect the other end of the Ethernet cable to the LAN.

3. Make sure the Ethernet port on the PDU shows a solid green light on the left and a flashing yellow light on the right to indicate successful connectivity to the network. (Gigabit Router is used in this network connection.)

4. Use the menu buttons to look up the IP address of the device on the OLED display by selecting Setup > Network > IPv4 or IPv6 as applicable.

5. In a standard web browser, enter the PDU IP address and proceed to configure the PDU as shown

in the Enlogic Web UI Interface section.

Connecting with a Serial Connection

Alternatively, you may configure the network settings using the command line interface (CLI) with a serial connection. Users can either connect serially using the optional Enlogic RJ45-DB9 Cable (SKU EA9119) or by creating a unique pinout as described below.

1. Connect the RJ45 end of the serial cable into the port sensor 1 on the PDU.

2. Connect the DB9 end of the cable into the communications (COM) port on your computer.

3. Note: You may need to use a DB9 serial to USB connection cable for this step to connect via USB if a DB9 serial port is not available on your computer.

4. Open a communications program such as HyperTerminal or PuTTY.


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5. Select the COM port. Set the communications port as follows:

• Bits per second: 115200 • Data bits: 8 • Parity: None • Stop bits: 1 • Flow control: None

Figure 2-1: Port Setting Options

6. Use the default initial login indicated below. Note that the username and password are both case sensitive:

• Username: admin • Password: 12345678

7. The EN2.0> prompt appears after you have logged in.

8. To configure network settings, enter the appropriate net commands and press Enter. All commands are case sensitive. You can type ? to access the commands.

• For the Net eth0 and eth1 IPv4 DHCP configuration, configure this parameter. • net tcpip eth0dhcp • net tcpip eth1dhcp • Enter Y to validate and reboot the network management card.

• For the static IPv4 configuration, configure these parameters.

• net tcpip eth0static x.x.x.x (ipaddress) x.x.x.x (netmask) x.x.x.x (gateway) Example: net tcpip eth0static 192.168.1.100 255.255.255.0 192.168.1.1 • Enter Y to validate and reboot the network management card. OR • net tcpip eth1static x.x.x.x (ipaddress) x.x.x.x (netmask) x.x.x.x (gateway) Example net tcpip eth1static 192.168.1.100 255.255.255.0 192.168.1.1

Creating a Unique Pinout Connection

Enlogic recommends purchasing our Serial Cable (EA9119) for use with the Advantage Series iPDU. This ensures an accurate connection. However, to create your own pinout connection for the RJ45 to Serial cable, make the wired connections as shown:

CONN 1

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Pin Description Pin

1 1

2 RS232 RX 2

3 RS232 TX 3

4 4

5 Ground 5

6 6

7 7

8 8

CONN2

1

5

9

6

8

1

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Refer to the Web UI section and using the Command Line Interface section of this manual for more information about managing the PDU.

Connecting Environmental Sensors (Optional) To enable the Advantage Series device to detect Enlogic environmental conditions, connect one or more environmental sensors to the PDU sensor port 1 or 2. The maximum distance for sensor cabling plugged into the device’s sensor port should not exceed 100 feet (30 m). The maximum number of sensor detection points should not exceed 8. Refer to the table below to determine how many sensor detection points each sensor use. For example, if using the 3 Temperature + 1 Humidity sensor (EA9105), 4 sensor points are in use, so only 4 additional sensor points are available.

For more information about Enlogic’s environmental sensors, refer to the Installation sheet, included with each sensor.

Sensor Description Number of Sensor Points

ENLOGIC SKU

Temperature Sensor 1 EA9102

Temperature and Humidity Sensor 2 EA9103

(3) Temperature + (1) Humidity Sensor 4 EA9105

Sensor Input Hub (3 sensor inputs) n/a EA9106

Door Switch Sensor 1 EA9109

Dry Contact Cable 1 EA9110

Spot Fluid Leak Sensor 1 EA9111

Rope Fluid Leak Sensor 1 EA9112

Smoke Sensor 1 EA9116

RJ45-DB9 CABLE 1 EA9119

LED LIGHT STRIP SENSOR 1 EA9125

Ext Modbus kit 1 EA9126

HID RACK Access kit 1 EA9130

Air Flow Sensor 1 EA9205


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Section 3: Enlogic Web User Interface (Web UI) The Enlogic Web UI is used to manage, control, configure, and administer Energy series PDUs and accessories.

Supported Browsers

The Enlogic Web UI is accessible from any of these browsers:

• Firefox (v14.0.1 or higher)

• Safari (v5.1 or higher)

• Chrome (v23.0 or higher)

Logging In the Enlogic Web UI

Logging In

1. Open a supported web browser and enter the IP address of the Advantage Series PDU. For example, 172.17.41.28

2. If username and password were configured during the Network Settings Setup: enter the user name and password in the appropriate fields. For default user or newly created user, user has to go through Force Password Change page. If username and password were NOT configured during the Network Settings Setup: use the default username, admin and password, 12345678. For security purposes, change the password upon login.

Changing User Password

After initial login, change the password:

1. Go to User Settings>Edit User.

2. The Edit User window opens.

3. Enter the old password and then new password twice to confirm. By default, passwords must be between 8 and 32 characters. To customize password requirements for your organization, refer to the “Security” section of this manual.

Logging Out

Users should logout after each session to prevent unauthorized changes to the system.

1. Select the “logout” button in the top right corner of the screen.

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Overview of the Enlogic Web UI

Login Page:

Figure 3-1: Login Page

Landing Page:

Figure 3-2: Landing Page


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Number Icon Description

1

The home icon provides an overview of the PDU with access to the Dashboard, Identification, and Control & Manage.

2

This icon provides the logs and data logs of the PDU which can be viewed and downloaded.

3

The settings icon allows a user to setup the Network Settings, System Management, SNMP Manager, Email Setup, Event Notifications, Trap Receiver, Thresholds and Rack Access Control.

4

This icon shows who is logged in (user or admin or manager). Account passwords can be changed, and user accounts managed through this page. Users and Roles can be added.

5

The Alarm icon provides details of the active critical alarms and active warning alarms.

Icon color changes based on PDU alarm status. Red in case of critical alarms or Yellow in case of Warnings. Critical Alarms always have high precedence over warnings

6

This icon represents whether PDU is in Daisy Chain setup or not. It is not clickable.

7

This icon represents any Sensor related Errors.

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8

This icon represents Door Status, Open/Closed

9

This icon is used for Circuit Breaker related Error.

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This icon lets you select a Language. There are seven languages available to choose from: English, French, Italian, Korean, German, Spanish, Japanese and Chinese.

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Information about the PDU can be found using this icon. You will go to www.enlogic.com to get more information.

Figure 3-3：Menu Icon Description

Menu Dropdown

Overview Logs Settings Admin Alarms Help Language

Figure 3-4：Menu Dropdown



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Navigating the Action Menus

Action Menu Overview

Dashboard

Figure 3-5：PDU Information

Figure 3-6：Energy Information

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Identification

Figure 3-7: Identification Information

Control & Manage

1. From the PDU GUI home menu select Control & manage.

Figure 3-8: Control & Manage PDU


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2. Select Outlet Control Enabled.

3. For each Outlet, select the Edit Pencil.

Type in Outlet Name, On Delay time (0-7200s), Off Delay time (0-7200s), State on Startup (On, Off, and Last Known can be selected.) And configure Reboot Duration time (5-60s).

Figure 3-9: Edit Options of Outlet Information

Logs

View/Download/Clear Event Log

1. Go to System Administration>View Event Log.

2. The View Event Log window opens.

3. Select an option from the following buttons:

• Download log

• Clear Log

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Figure 3-10 View Log/Download Log

View /Configure/Download/Clear Data Log

1. Go to System Administration>View Data Log.

2. The View Data Log window opens.

3. Select an option from the following buttons:

• Data Log Configuration

• Download Data Log

• Clear Data Log


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Figure 3-11: Edit Options of Data Log

Settings

Network Settings

The EN Series PDU supports IPv4 & IPV6 with full featured network management and alerting capabilities. After you select your Internet protocol option, you will be able to communicate via HTTP, HTTPS, SNMP, FTP S and Email for network communications.

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Figure 3-12: Network Settings Information

Set Certificate Key

1. SSL Certificate Key Length can be edited. 1024/2048 bits can be selected.

2. Select save to complete setting.

Figure 3-13: Edit Options of Certificate Key

Change Link Speed

1. Ethernet link speed can be selected as Auto Negotiation, 10/100 Mbps or 1 Gbps.



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Figure 3-13: Edit Options of Ethernet Link Speed

Syslog Configuration

1. Enable Syslog Server Access.

2. Type in Syslog Server Address.

3. Select Syslog Server Port.


Figure 3-15: Edit Options of Syslog Configuration

1. Select either Static to manually assign the PDU IP address, or DHCP to set the PDU IP address to be auto-configured.

⚫ Select Static to manually enter an IP address. Enter the following information: IPv4 address, Network Mask, and Default Gateway.

⚫ Select DHCP if you wish to auto-configure the PDU IP address.

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Web/RESTapi Access Configuration

By default, access to EN Series PDU uses HTTP port setting. To change the HTTP port settings:

1. Go to Network Setting>Web/RESTapi Access Configuration.

2. In the dialog box, enter a new port number in the corresponding field. Default 80 for HTTP, and 443 for HTTPS.

3. Enable RESTapi Access.



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Figure 3-16: Edit Options of Web/RESTapi Access Configuration

Date/Time Setting You can set the internal clock on the EN Series PDU manually, or link to a Network Time Protocol (NTP) server and let it set the date and time:

1. Go to Network Setting>Date/Time Setting

2. To manually enter a custom date and time, select the User Specified Time button:

Enter the date using the YYYY-MM-DD format or use the calendar icon to select a date.

Enter the time in the three fields provided: The hour in the first field, minutes in the next field, and seconds in the third field. Time is measured in 24-hour format. Enter 13 for 1:00 pm, 14 for 2:00 pm etc.

3. Select time by clicking the clock icon.


Figure 3-17: Edit Options of Date and Time Settings

Daylight Saving Time

1. Go to Network Setting>Daylight Saving Time Setting.

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2. Click enable button.

3. Select time by clicking the clock icon.


Figure 3-18: Edit Options of Daylight Saving Time

System Management

User can upload firmware, upload and download configuration by selecting the appropriate files from the computer. Default Settings and Restart are available if necessary.

Figure 3-19: System Management UI

System Information

1. Go to System Management>System Information.

2. Type in System Name, Contact Name, Contact Email, Contact Phone and Contact Location.



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Figure 3-20: Edit Options of System Information

Rack Location

1. User can define Rack Location by typing in Room Name, Row Name, Row Position, Rack Name, Rack ID and Rack Height.


Figure 3-21: Edit Options of Rack Location

LED Edge Color

1. LED Edge Color can be configured as 7 colors. The LED code on the panel will flash when PDU is on.

2. PDU will reboot after saving changes.

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Figure 3-22: Edit Options of LED Edge Color

Power Panel & Core Location

1. Go to System Management>Power Panel & Core Location.

2. Fill in Power Panel Name.

3. Core Location can be selected as Front and Back.

4. Fill in Core U Position.


Figure 3-23: Edit Options of Power Panel and Core Location

Email Set Up

The EN Series PDU can be configured to send alerts or event messages via email using SMTP settings. This requires the SMTP settings to be configured with an IP address for the SMTP server and a valid email address.

To set the SMTP server settings,

1. Go to Settings>Email Set Up.

2. In the Sender Address field, enter an email address to send reports.


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3. In the port field, enter the port number for the SMTP. The default is 25.

4. In the number of sending retries field, enter the number of email retries. The default is 3 retries.

5. In the Time Interval between Sending Retries field (in minutes), enter the time interval between emails retries in minutes. The default is 6 minutes.

6. If the SMTP requires password authentication, enable the Server Requires Authentication checkbox field.


Figure 3-24: Email Setup

Figure 3-25: SMTP Account Settings

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Figure 3-26: Send Test Email

Event Notification

Figure 3-27: Event Notifications

Event notifications are situations in which the EN Series PDU notifies and reacts to certain conditions. These notifications can be created to respond to various events and can be sent by email.

An event notification has two parts:

1. Event: the situation where the PDU meets certain condition (i.e., a temperature sensor exceeds the warning limit. Or a circuit breaker status is changed.)

2. Action: the response to the event (i.e., send an SMTP message, SMTP trap.)

Trap Receiver

SNMP or Simple Network Management Protocol can be used to manage the EN Series PDU(s) remotely.

SNMPV1 Trap receiver can be configured by typing in name, host and community. (Typically, the Read Community and the Write Community are public.)


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Figure 3-28: Trap Receiver

Figure 3-29: Edit Options of SNMPV1 Trap Receiver

SNMP v3 protocol allows for encrypted communication. To enable SNMP v3 for a user, you must have SNMP Setting Privileges.

1. Fill in Name, Host and Security Level to configure trap server.

2. No Auth No Priv/Auth no Priv/Auth Priv can be selected as Security Level.

3. Either select the Authentication Password or enter a new unique password.

4. Select MD5/SHA as Authentication Algorithm.

5. DES/AES128/AES191/AES/256 can be selected as Privacy Algorithm.

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Figure 3-30: Edit SNMPv3 Trap Receiver

PDU Thresholds

Edit Power Thresholds

To change the Power Thresholds settings and alarm notifications,

1. Select the icon to edit.

2. In the PDU Power Threshold Setting dialog boxes, change the fields as needed:

• Low Critical (A)

• Low Warning (A)

• High Warning (A)

• High Critical (A)

• Reset Threshold (A)

• Alarm State Change Delay (samples)

3. Select Save when completed.


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Figure 3-31: Power Threshold

Figure 3-32: Edit PDU Power Threshold

Edit Input Phases

To change the Input Phase settings and alarm notifications,

1. Select the icon to edit.

2. In the Input Phase Current Alarm Setting dialog boxes, change the fields as needed:

• Low Critical (A)

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• Low Warning (A)

• High Warning (A)

• High Critical (A)

• Reset Threshold (A)

• Alarm State Change Delay (samples)

3. Select Save when completed.

Figure 3-33: Input Phases

Figure 3-34: Edit Input Phases Current Alarm Setting


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Viewing Circuit Breaker Data

Figure 3-35: Circuit Breaker

Figure 3-35(A): Edit Circuit Breaker details

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Control Management


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External Sensors The External Sensors section of the PDU Explorer displays connected sensors and the following information about the sensor:

• Type • Name • Serial number • ID • PDU name • Location

Editing the External Sensor Threshold

1. Go to Settings/PDU thresholds to show all connected external sensors.

2. In the External Sensor section, select the sensor to edit.

3. Select Edit in the Action field.

4. Enter new data in the following fields: • High Critical • High Warning • Low Warning • Low Critical

5. Select Save.

Figure 3-36: PDU Thresholds-External Sensors

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Figure 3-37: Edit External Sensor Thresholds

Rack Access Control

This section of the PDU Explorer displays connected rack handle & we can add new card details.


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Figure 3-38: Rack Access Control Handle and Compatible Cards Types

The below lists which cards supported on the different swing handle

1. MYFARE® Classic 4K

2. MYFARE® Plus 2K

3. MYFARE® DESFire 4K

4. HID® iCLASS

Smart Rack Control

Figure 3-38(A): Smart Rack Control

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User Settings

The Advantage Series PDU comes with a standard Admin profile and a standard User profile. The Admin profile is typically the system administrator and has the “Admin Role” with full operating permissions. The default User profile includes the default “User Role” permissions. All other users must be added by the Admin user. Users are defined by their unique login credentials and by their user role.

Before setting up users, determine the Roles that will be required. Each user must be given a Role. These Roles define the permissions granted to the user.

Figure3-39: User Settings

Users/Change Password

Add a user: To add a user, go to User Settings>Add User,

1. Select New to create a new user profile.

2. Use the Settings tab to enter the following information: • User Name (required) • Full Name (required) • Password(required)

Note: Set password requirements in the Device Configuration menu. By default, passwords must be 8-32 characters in length, and to have at least one numeric character, and at least one special character.

Role Default Permissions

Admin Full permissions that cannot be modified or deleted

User Limited permissions that can be modified or deleted. By default, these permissions are: Change own Password

Manager Permissions for user customized roles can be set as needed.

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3. Use the Role tab to set admin or user privileges.

4. Select “Add User” to save the new user profile.

Figure 3-39: User Setting and Edit

Modify: To edit a user profile, go to User Settings>Users,

1. Select the user name.

2. Select Edit.

3. Make changes to the user profile. Select OK. Delete: To delete a user profile, go to User Settings>Users,

1. Go to the user name.

2. Select the red X next to the user name.


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LDAP Server Settings

To setup LDAP to access the Active Directory (AD) and provide authentication when logging into the PDU via the Web Interface:

1. Go to Device User Setting> LDAP Configuration.

2. Select the LDAP Enable checkbox.

3. Use the drop down menu to choose the Type of LDAP Server. Choose Open LDAP.

4. Enter a Port.

Note: For Microsoft, this is typically 389.

5. Enter the password in the Bind Password and Confirm Password fields.

6. In the Base DN field, enter in the account.

i.e. CN=myuser, CN=Users, DC=EMEA, DC=mydomain, DC=com

7. Enter the password in the Bind Password and Confirm Password fields.

8. Search User DN.

9. In the Login Name Attribute field, enter sAMAccountName (typically)

10. In the User Entry Object Class field, enter person.

With these LDAP settings configured, the Bind is complete. (see below)

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Figure 3-40: LDAP Configuration

Once LDAP is configured, the PDU must understand for which group authentication occurs. A role must be created on the PDU to reference a group within Active Directory (AD).

1. Within the Active Directory, create a group for the users that you wish to be PDU administrators. i.e. Admins

2. Within the Web Interface, go to User Settings > Roles. Enter the Role Name that was created in AD. i.e. Admins

3. Enable role privileges as needed.

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


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Radius Configuration

1. Go to User Settings in the admin menu.

2. Go to Radius Configuration and click the edit pencil.

3. Select the Enable button.

4. Enter Server IP address field, Port number field, and Secret field.

5. Click save and your Radius authentication is complete.

Roles To change user roles, privileges and settings, go to User Settings>Roles. To create a new role,

1. Select Add Role.

2. In the Setting tab, enter the Role Name and Description.

3. In the Privileges tab, select Edit.

4. Select the privileges to add to that user role. Set parameters if necessary.

5. Select OK.

6. Select Save.

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To modify a custom user role,

1. Select the role.

2. Select the Edit Button.

3. Edit the role name and privileges as needed. Select Save.

To delete a user role,

1. Select the role.

2. Select the Delete Button.

3. Select Yes to confirm the change.

Figure Roles and Edit

Session Management

Session management supports users to manage the Sign-In retries, number of retries allowed, session timeout value and lockout time. Click Edit to setup the parameters.


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Figure 8 Session Management and Edit

Password Policy

You may set a requirement for users to change their password at set intervals using the Password Aging Interval policy. You may also specify criteria for passwords to ensure that your users enter strong passwords. 1. Go to User Setting>Password Policy 2. If desired, choose a password aging interval from the Password Interval dropdown menu. 3. If you wish to specify password criteria, select the Strong Password checkbox. 4. Set the minimum and maximum password length via the dropdown menus provided. Note that the

minimum password length cannot be below 8 characters and the maximum allowed is 32. 5. Select the checkboxes to force users to use specific types of characters within the password. 6. Select OK to save the changes.

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Figure Password Policy and Edit


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Section 4: SNMP

SNMP or Simple Network Management Protocol can be used to manage the Advantage Series PDU(s) remotely.

SNMP Management Configuration

Setup SNMP General

1. Access the Web interface and login.

2. Under SNMP Managers, select SNMP General. The SNMP General page displays.

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3. The SNMP General includes SNMP Access and Version.

Setup SNMP Port


2. Under SNMP Managers, select SNMP Port. The SNMP Port page displays.

3. Setup SNMP Port and SNMP Trap Port

Figure Configure SNMP Trap Port

Define SNMP V1/V2c User


2. Under SNMP Manager, select SNMP V1/V2c.

Figure 14: Define SNMP V1/V2c User

3. In the SNMP V1/V2c panel, select the SNMP V1/V2c manager to configure. Select the pencil icon in the last column.

4. The Edit panel pops up displaying the configurable options.


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Figure Edit V1/V2c Manager

5. Set the following options • IP Address: the IP address of the host for this SNMP V1/V2c manager. Only requests from this

address will be acted upon. Note: An IP address configured to 0.0.0.0 will act as a wildcard and all requests will be acted upon.

• Read Community: the read-only community string to allow an SNMP V1/V2c manager to read a SNMP object.

• Write Community: the write-only community string to allow an SNMP V1/V2c manager to write an SNMP object.

6. Click Enable and Save.

Configuring Users for SNMP v3 Communications

1. Access the Web interface and login. 2. Under SNMP Managers, select SNMP V3.

Figure SNMP V3 Manager

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Figure SNMP V3 Edit

3. In the SNMP V3 panel, select the SNMP V3 manager to configure. Select the pencil icon in the last column. 4. The Edit panel pop up displaying the configurable option 5. Configure the SNMP username 6. Choose a Security Level from the dropdown menu

• NoAuthNoPriv: No authentication and no privacy. This is the default. • AuthNoPriv: Authentication and no privacy. • AuthPriv: Authentication and privacy.

7. Enter a new unique password to be used for authentication 8. Select the desired authentication algorithm.

• MD5 • SHA

9. Enter a new unique key for privacy algorithm 10. Select the desired privacy algorithm

• DES • AES-128 • AES-192

• AES-256

Section 5: Redfish Redfish AP are tested using POSTMAN which is a Google Chrome extension app for GET, POST and DELETE method

requests.

1. To setup Redfish access, first enter the PDU IP in chrome and login to the PDU using the credentials

2. Go to Network Settings and enable RESTapi Access Configuration as below.


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3. Click on Save. Confirm and apply changes

4. The PDU will reboot

5. Open POSTMAN app. Add the basic authentication header which is required for all the query requests 6. For GET request, enter the URL request, basic authentication header with username and password and

query the request.

Fig.2 7. For POST request, you need to include the json object type along with the basic authentication header

(Refer Fig.3)

8. Create a session using POST method:

POST query the URL http://{pdu_ip}/redfish/v1/SessionService/Sessions along with the two headers (basic auth and json object type) and the body:

{ "username":"admin", "password":"123456789" }

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Fig.3

9. Use the X-Auth Token from the response body along with the other two headers and basic authentication

for any POST requests (Refer Fig.4)

Fig.4

10. For DELETE request, enter the URL for session or users you want to delete along with the basic

authentication and send (Refer Fig.5)


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Fig.5

Redfish URLs Supported with GET method: SessionService

https://<ip_addr>/redfish/v1/

/redfish/v1/SessionService

/redfish/v1/SessionService/Sessions

/redfish/v1/SessionService/Sessions/{session_ids}

AccountService

/redfish/v1/AccountService

/redfish/v1/AccountService/Accounts

/redfish/v1/AccountService/Accounts/{username}

/redfish/v1/AccountService/Roles

/redfish/v1/AccountService/Roles/{rolename}

Managers

/redfish/v1/Managers

/redfish/v1/Managers/manager

redfish/v1//Managers/manager/NetworkProtocol

redfish/v1//Managers/1/LogServices

redfish/v1//Managers/1/LogServices/Log

redfish/v1//Managers/1/LogServices/Log/Entries

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PowerEquipment /redfish/v1/PowerEquipment

/redfish/v1/PowerEquipment/RackPDUs

/redfish/v1/PowerEquipment/RackPDUs/{pdu_id}

Branches /redfish/v1/PowerEquipment/RackPDUs/{pdu_id}/Branches

/redfish/v1/PowerEquipment/RackPDUs/{pdu_id}/Branches/#cbnumber

Outlets

/redfish/v1/PowerEquipment/RackPDUs/{pdu_id}/Outlets

/redfish/v1/PowerEquipment/RackPDUs/{pdu_id}/Outlets/#outletnumber

Mains

/redfish/v1/PowerEquipment/RackPDUs/{pdu_id}/Mains

/redfish/v1/PowerEquipment/RackPDUs/{pdu_id}/Mains/AC1

Metrics /redfish/v1/PowerEquipment/RackPDUs/{pdu_id}/Metrics

Sensor

/redfish/v1/PowerEquipment/RackPDUs/{pdu_id}/Sensors/Power{cbnum#}

/redfish/v1/PowerEquipment/RackPDUs/{pdu_id}/Sensors/Current{cbnum}

/redfish/v1/PowerEquipment/RackPDUs/{pdu_id}/Sensors/VoltageAL1N

/redfish/v1/PowerEquipment/RackPDUs/{pdu_id}/Sensors/CurrentOUTLET#

/redfish/v1/PowerEquipment/RackPDUs/{pdu_id}/Sensors/VoltageOUTLET#

/redfish/v1/PowerEquipment/RackPDUs/{pdu_id}/Sensors/PowerOUTLET#

/redfish/v1/PowerEquipment/RackPDUs/2/Sensors/EnergyOUTLET44

redfish/v1/PowerEquipment/RackPDUs/2/Sensors/PowerMains1-6

/redfish/v1/PowerEquipment/RackPDUs/2/Sensors/CurrentMains1-3

redfish/v1/PowerEquipment/RackPDUs/2/Sensors/VoltageMains1-6

redfish/v1/PowerEquipment/RackPDUs/2/Sensors/FreqMains

redfish/v1/PowerEquipment/RackPDUs/2/Sensors/PDUPower

Redfish URLs Supported with POST method: /redfish/v1/AccountService/Accounts /redfish/v1/PowerDistribution/{pdu_id}/PowerControl/Loadsegment/{loadseg_id}/OutletControl

Redfish URLs Supported with DELETE method:


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/redfish/v1/AccountService/Accounts/test_user /redfish/v1/SessionService/Sessions/<SessionID>

Event Service: Subscribe Event Service:

1. Using POST method, create a session and apply the generated X-auth-token to the headers.

2. Query the URL http://<pdu_ip_addr>/redfish/v1/EventService/Subscriptions using POST method with the

following body:

{ "destination":"http://<ip_addr>/redfish/v1/events", "events":"Alert", "context":"web", "protocol":"redfish" }

Fig.6

3. To verify the subscriptions, query the URL using GET method to observe the result of subscription added (Refer

Fig.7)

http://<pdu_ip_addr>/redfish/v1/EventService/Subscriptions/1

Fig.7

4. To Delete the Subscription, query the URL using DELETE method to observe the result of subscription deleted http://<pdu_ip_addr>/redfish/v1/EventService/Subscriptions/1

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Section 6: The Command Line Interface

The Command Line Interface (CLI) is an alternate method used to manage and control the PDU status and parameters, as well as basic admin functions. Through the CLI a user can:

• Reset the PDU

• Display PDU and network properties

• Configure the PDU and network settings

• Switch outlets on/off

• View user information

The CLI can be accessed over a serial connection using a program such as HyperTerminal.

Logging in with HyperTerminal To login through HyperTerminal, set the COM settings to the following parameters:

• Bits per second: 115200

• Data bits: 8

• Parity: None

• Stop bits: 1

• Flow control: None

CLI Commands and Prompts

CLI Options

To display a list of available options in the CLI, enter ‘?’. This will display the 5 main categories of

command options available: sys, net, usr, dev & pwr.

EN2.0>?

sys PDU system configure and sett ing

net PDU net application configure and sett ing

usr PDU user operation

dev PDU device sett ing

pwr PDU power sett ing

To display a list of options available for one of the menus (sys, net, usr, dev or pwr), enter the

menu command and press enter. (Note: You can also enter the menu command with ‘?’ to show

a list of commands.) For example, to see the system options available:

EN2.0>sys?

sys: system setting

usage:

sys [date/time/ntp] [2012-09-11/14:16:20/133.100.11.8 133.100.11.9 (server1 server2)]

sys [ver/def/rst]

sys upd [pduid] [conf/all]

sys log [del|edit] [event|data] [on|off] [interval]

sys ledcolor [pduid]/all] [dark/red/green/yellow/blue/pink/cyan/white]


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CLI Commands Table

The following is a list of executable commands available in the CLI. The commands are divided

into 5 main categories: System setting (sys), Network configuration (net), User setting (usr), Device

setting (dev) and Power (pwr).

Sys Commands Description Example sys date [yyyy-mm-dd] Sets the user input

date EN2.0>sys date 2013-08-12 SUCCESS

sys date Query on PDU date EN2.0>sys date SUCCESS Date:2013-08-12 Time:04:58:16

sys time[hh:mm:ss] Sets the user input time

EN2.0>sys time 09:20:50 SUCCESS

sys time Query on PDU time EN2.0>sys time SUCCESS Date:2013-08-12 Time:09:20:53

sys ntp [primary_ip] [secondary_ip] Sets the NTP EN2.0>sys ntp 129.6.15.28 129.6.15.29 SUCCESS

sys ver Query on the system versions – firmware, web, boot loader and language version

EN2.0>sys ver SUCCESS Firmware Version: 1.0.6.1 Boot loader Version: 1.1 LANGUAGE Version: 1.01 Web Version: 1.0.5.8

sys def Set the PDU system to default settings

EN2.0>sys def Reboot required for change to take effort System Reboot now, Are you sure?(Y/N):

sys rst Resets the PDU system

EN2.0>sys rst Reboot required for change to take effort System Reboot now, Are you sure?(Y/N):

sys upd [pduid] [conf/all] Updates the configuration file

EN2.0>sys upd conf Reboot required for change to take effort System Reboot now, Are you sure?(Y/N):

sys log [del|edit] [event|data] [on|off] [interval]

Edits the data log configuration interval

EN2.0>sys log edit data on 5 SUCCESS EN2.0>sys log edit data off SUCCESS

sys ledcolor [pduid]/all] [dark/red/green/yellow/blue/pink/cyan/white]

Update color of LED EN2.0>sys ledcolor pduid dark SUCCESS

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Net Commands Description Example net ssh [on/off] Sets ssh on/off EN2.0>net ssh

SUCCESS SSH Port: 22 SSH server is running

net ftps [on/off] Sets ftps on/off EN2.0>net ftps SUCCESS FTPS Port: 21 Service is running Is Ftp

net http [on/off] Sets https on/off EN2.0>net http SUCCESS HTTPS Port: 80 Status: ON EN2.0>net https on Reboot required for change to take effort WEB protocol is changed, Please reboot to validate System Reboot now, Are you sure?(Y/N):

net https [on/off] Sets https on/off EN2.0>net https SUCCESS HTTPS Port: 443 Status: OFF EN2.0>net https on Reboot required for change to take effort WEB protocol is changed, Please reboot to validate System Reboot now, Are you sure?(Y/N):

net redfish [on/off] Sets redfish on/off EN2.0>net redfish SUCCESS Status: ON EN2.0>net redfish off SUCCESS Status: OFF

net [snmp] [v1v2c/v3/trap] [on/off]

EN2.0>net snmp SUCCESS v1v2c: ON v3: ON trap: ON EN2.0>net snmp v1v2c off SUCCESS


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net [mac/tcpip] Displays the mac address, IPv4

EN2.0>net mac SUCCESS MAC Addr: C8-45-44-66-2B-65 MAC Addr: C8-45-44-66-2B-67 EN2.0>net tcpip SUCCESS eth0 IPv4 Addr: 10.10.105.37 eth0 IPv6 Link Local Addr: fe80::ca45:44ff:fe66:2b65 eth0 IPv6 DHCP Addr: 2001:c0a8:aa01:0:ca45:44ff:fe66:2b65 eth1 IPv4 Addr: 192.168.2.2

net tcpip [eth0dhcp/eth1dhcp/eth0static/eth1static ip nm gw]

Changes the network to DHCP or Static mode

EN2.0>net tcpip dhcp eth0dhcp Reboot required for change to take effort Network is reconfigured, Please reboot to validate System Reboot now, Are you sure?(Y/N):Y EN2.0>net tcpip eth1static <10.10.94.20 255.255.255.0 10.10.94.1> Reboot required for change to take effort Network is reconfigured, Please reboot to validate System Reboot now, Are you sure?(Y/N):Y

net ip [v4] [v4v6] Sets ipv4 EN2.0>net ip SUCCESS IPV4 EN2.0>net ipv4 Reboot required for change to take effort IP protocol is changed, Please reboot to validate System Reboot now, Are you sure?(Y/N):

net phy [auto/10100mbps]

Set the link speed to auto negotiation/10100mbps

EN2.0>net phy SUCCESS link speed : auto negotiation EN2.0>net phy 10100mbps Reboot required for change to take effort Phy speed is changed, Please reboot to validate System Reboot now, Are you sure?(Y/N):

net cert [def] Updates the certificate file EN2.0>net cert SUCCESS Custom certificate key file active, in /cert/cert.key Custom certificate cert file active, in /cert/cert.crt EN2.0>net cert def Removing custom certificate key file, in /cert/cert.key Removing custom certificate file, in /cert/cert.crt Reboot required for change to take effect Certificate Setting changed, Please reboot to validate System Reboot now, Are you sure?(Y/N):

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Usr Commands Description Example usr list Lists out the PDU users EN2.0>usr list

SUCCESS Usr Role Privilege Role id ============================================= admin admin Administrator 1 user user User 2 manager manager Administrator 3

usr login Displays the logged in user details

EN2.0>usr login SUCCESS username: admin ip address: 10.10.94.211 client type: SSH

usr unlock [username]

Unlocks the blocked user EN2.0>usr unlock en_user SUCCESS

Dev Commands Description Example

dev daisy [rna/qna] [init] [create]

Setting the PDU Daisychain to RNA or QNA mode

EN2.0>dev daisy SUCCESS Daisy chain unit number : 1 Daisy chain address list: 0 0 0 Daisy Mode: QNA EN2.0>dev daisy qna create Reboot required for change to take effort System Reboot now, Are you sure?(Y/N):

dev outlet pdu ID [status/outlet index] [on/off]

Displays outlet status. Turn on/off the outlet power

EN2.0>dev outlet 1 status SUCCESS Relay Outlet Status Outlet# 1:Open Outlet# 2:Open Outlet# 3:Open Outlet# 4:Open Outlet# 5:Open Outlet# 6:Open Outlet# 7:Open Outlet# 8:Open EN2.0>dev outlet 1 1 on SUCCESS

dev [sensor/usb] [on/off]

Lists out the connected sensors on PDU Turn on/off the USB

EN2.0>dev sensor SUCCESS EN2.0>dev usb on SUCCESS

dev hid [cold/hot] [lock/unlock]

Displays the PDU Rack Access details Locks/Unlocks the HID

EN2.0>dev hid 1 SUCCESS EN2.0>dev hid 1 hot unlock SUCCESS

dev ledstrip [on/off] Turns on/off the ledstrip EN2.0>dev ledstrip on SUCCESS

dev powershare Enable/Disable Power share mode Displays the status of PDU power share

EN2.0>dev power share 1 func on SUCCESS EN2.0>dev power share 1 fault clear SUCCESS


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PANDUIT>dev power share 1

SUCCESS

pdu 1 support POWER SHARE

pdu 1 POWER SHARE output is on

dev ehandle [pduID] [cold/hot] [lock/unlock]

Enables e handel function

Pwr Commands Description Example pwr [unit/phase/cb/outlet] [idx]

Displays the power readings EN2.0>pwr unit 1 SUCCESS UNIT power Feature voltage : 0V current : 0.0A active power : 0W apparent power : 0W power factor : 1.00 energy : 0.000kWh EN2.0>pwr outlet 3 SUCCESS OUTLET 3 power Feature voltage : 0V current : 0.0A active power : 0W apparent power : 0W

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Section 7: Environmental Sensors

The Advantage Series PDU can monitor environmental conditions with Enlogic’s environmental sensors.

Environmental Sensors are connected to the Advantage Series PDU through the RJ45 connection or through the

Sensor Input Hub which can connect up to three additional environmental sensors. The following environmental

sensors are available:

• Temperature Sensor

• Temperature and Humidity Sensor

• (3) Temperature + (1) Humidity Sensor

• Sensor Input Hub (3 sensor inputs)

• Door Switch Sensor

• Dry Contact Cable

• Spot Fluid Leak Sensor

• Rope Fluid Leak Sensor

• RJ45-DB9 CABLE

• LED LIGHT STRIP SENSOR

• Ext Modbus kit

• HID RACK Access kit

Sensor Overview

For detailed specifications of each environmental sensor refer to Appendix C of this manual.

Adding Environmental Sensors

Enlogic Environmental Sensors allow users and administrators to monitor, report, and alarm specific

conditions in and around a PDU, Inline Meter, and server rack. Conditions such as temperature, humidity, leak,

and switches are vital aspects of maintaining an efficient-working data center atmosphere.

Enlogic PDUs and Inline Meters are designed to collect a maximum of 6 environmental sensor measurements

each. For example, the 3 Temperature & 1 Humidity sensors (model EA9105) collect 4 sensor measurements.

The 1 Temperature & 1 Humidity sensors (model EA9103) collect 2 sensor measurements. All other Enlogic

sensors collect 1 sensor measurement each.

Note: The 3 Temperature & 1 Humidity sensors (model EA9105) can only be plugged directly into the Sensor 1

or Sensor 2 port on the PDU or Inline Meter. It is not recommended to plug EA9105 directly into the Sensor

Hub (model EA9106).

1. Plug the environmental sensor into the PDU through the RJ45 connection or the Sensor Input Hub. Note: It may take between 1-3 minutes (depending on model and configuration) for PDU to recognize the sensor.

2. Log in to the Enlogic Web UI. The sensors should be identified and displayed.

3. Identify each sensor through the serial number in the External Sensors section of the Enlogic Web UI.

4. Make sure that the Advantage Series PDU begins to automatically manage sensors. If the sensors are not auto managed, refer to the Managing Environmental Sensors section of this manual.

5. Select the Setup button to configure the sensor name, description, location, and alarm setup. Refer to the Configuring Environmental Sensors section of this manual for more information.


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Temperature & Humidity Sensor Installation Instructions EA9102, EA9103, & EA9105

1. Secure the sensor box to the perforated rack enclosure door by threading a cable tie through the recessed channel in the sensor box and through the door. Note: There are two recessed channels on the back of the sensor box which also includes a magnet to help secure the sensor.

2. Secure the RJ45 cable along the desired path to the PDU using the remaining cable ties.

3. For the 3 Temperature & 1 Humidity sensors (model EA9105) only: Secure the two additional temperature probes near the top and the bottom of the perforated rack enclosure door using the cable ties.

4. Use the RJ45 Quick Disconnect Coupler and an Ethernet cable to extend the length of the sensor input cable and/or to serve as an easy disconnect point for rack door removal. Refer to the Advantage Series User Manual for instructions on how to create custom cord lengths using the RJ45 Quick Disconnect Coupler. Note: Use either the 1.8m Ethernet cable included with the Enlogic sensor or any other CAT5 or CAT6 Ethernet cable with a standard RJ45 plug.

5. Plug the sensor cable (or the connected Ethernet cable) into the Sensor 1 or Sensor 2 port on the PDU/Inline Energy Meter or the Sensor Hub (model EA9106). It may take 1-3 minutes (depending on the model and configuration) for the PDU recognize the sensor. Note: Only plug the 3 Temperature & 1 Humidity sensors (model EA9105) directly into the Sensor 1 or Sensor 2 port. It is not recommended to plug this sensor into the Sensor Hub (model EA9106).

6. The Enlogic sensor is now installed and ready for use.

Sensor Input Hub Installation Instructions EA9106

1. Secure the sensor box to the perforated rack enclosure door by threading a cable tie through the

recessed channel in the sensor box and through the door.

Note: There are two recessed channels on the back of the sensor box which also includes a magnet to

help secure the sensor.

2. Secure the RJ45 cable along the desired path to the PDU using the remaining cable ties.

3. For the 3 Temperature & 1 Humidity sensors (model EA9105) only: Secure the two additional

temperature probes near the top and the bottom of the perforated rack enclosure door using the

cable ties.

4. Use the RJ45 Quick Disconnect Coupler and an Ethernet cable to extend the length of the sensor input

cable and/or to serve as an easy disconnect point for rack door removal. Refer to the Advantage Series

User Manual for instructions on how to create custom cord lengths using the RJ45 Quick Disconnect

Coupler.

Note: Use either the 1.8m Ethernet cable included with the Enlogic sensor or any other CAT5 or CAT6

Ethernet cable with a standard RJ45 plug.

5. Plug the sensor cable (or the connected Ethernet cable) into the Sensor 1 or Sensor 2 port on

the PDU/Inline Energy Meter or the Sensor Hub (model EA9106).

Note: Only plug the 3 Temperature & 1 Humidity sensors (model EA9105) directly into the Sensor 1 or

Sensor 2 port. It is not recommended to plug this sensor into the Sensor Hub (model EA9106).

Door Switch Sensor Installation Instructions EA9109

Top Door Mounting Option

1. Attach the Door Switch assembly to the top of the rack using the Adhesive backed mount and cable ties.

2. Attach the Switch Sensor to the top corner of the rack (on the side that the rack door will close) using double-sided tape. Secure the cable to the top of the rack using cable ties.

3. Attach the Magnetic Sensor to the rack door using double-sided tape.

4. Thread the sensor connection cable through the rack. Secure the cable with cable ties. Plug the cable into a

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sensor port on the PDU.

5. Log into the Web Interface, or Serial to manage the Door Sensor alarm and notification settings. The sensor is designed to alarm if the door is opened more than 10mm.

Inside Door Mounting Option

1. Attach the Door Switch assembly to the top of the rack using the Adhesive backed mount and cable ties.

2. Attach the Switch Sensor to the inside of the rack (on the side that the rack door will close) using 4 screws (FS00041). Secure the cable to the top of the rack using cable ties.

3. Attach the Magnetic Sensor to the rack door using screws.

4. Thread the sensor connection cable through the rack. Secure the cable with cable ties. Plug the cable into a sensor port on the PDU.


Door Mounting Option

1. Attach the Door Switch assembly to the top of a door jamb using the Adhesive backed mount and cable ties.

2. Attach the Switch Sensor to the door (on the side that the rack door will close) using the 4 screws (FS00041). Secure the cable to the top of the rack using cable ties.

3. Attach the Magnetic Sensor to the rack door using screws. (See below.)


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4. Thread the sensor connection cable through the rack. Secure the cable with cable ties. Plug the cable

into a sensor port on the PDU.


Dry Contact Cable Installation Instructions EA9110

1. Attach the open wire leads on the dry contact cable to a dry contact sensor.

Refer to instructions for the dry contact sensor for this step.

2. Connect the RJ-45 jack of the Enlogic Dry Contact Cable to a sensor port on the PDU, Inline Energy

Meter, or Sensor Hub (model EA9106).

3. Go to the Enlogic Web UI to setup specific conditions to monitor and alarm for this sensor.

Spot Fluid Leak Sensor Installation Instructions EA9111

1. Place the fluid sensor on the surface to be monitored. Secure the cable using cable ties and/or

adhesive mounts.

Note: The Spot Fluid Leak Sensor uses electronic circuits to detect the presence of liquid. Certain materials,

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such as metal surfaces or cement floor, may activate a false leak signal. To avoid this occurrence, place the

sensor on the installation pad, (provided). The installation pad is best installed on a clean, dry surface.

2. Plug the RJ-45 cable into a sensor port on the Enlogic PDU, Inline Energy Meter, or Sensor Hub (model EA9106) 3. Go to the Enlogic Web UI to setup specific conditions to monitor and alarm for this sensor.

Rope Fluid Leak Sensor Installation Instructions EA9112

Note: The wire mount, shown here, is for

installation on the floor or ground surface.

This MUST be used in the detection area.

If mounting to a cabinet or wall, use the

adhesive-backed mount (provided). The

adhesive-backed mount in the detection

area may prevent or delay leakage

notification.

1. Connect the RJ-45 jack on the Rope Fluid Leak Sensor assembly to a sensor port on the Enlogic PDU, Inline

Energy Meter, or Sensor Hub (model EA9106).

2. Thread the Rope Fluid Leak Sensor cable (EW00253) through the rack and along the desired path of

detection. Note: Up to 5 Rope Fluid Leak Sensor Cables can be connected to lengthen the detection zone.

These can be purchased through Enlogic.

3. Secure the Rope Fluid Leak Sensor cable to the rack and ground using the cable ties and/or adhesive

mounting strips provided.

Detecting Environmental Sensors

The sensor serial number is listed in the Enlogic Web UI when the sensor is detected. To identify each detected

environmental sensor:

1. Go to Overview/Dashboard. 2. Select Total Sensors to view all connected sensors.


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Configuring Environmental Sensors

To configure the sensor name, location, alarms, notifications, and details, open up the Web UI:

1. Go to Dashboard to show all connected external sensors.

2. Select Total Sensors to view the External Sensors page.

3. Go to Settings/Threshold/External Sensors to configure.

4. In the Edit dialog box, Enter new data in the following fields, for example in the 3 Temperature& 1 Humidity sensor :

• High Critical • High Warning • Low Warning • Low Critical

5. Select Save to complete the sensor setup. Repeat this process for additional sensors.

Viewing and Managing Environmental Sensor Information

Readings of the environmental sensors are available in the Enlogic Web UI when they are connected properly.

The main Dashboard page and External Sensors page both show the information for connected environmental sensors.

To view connected environmental sensors:

1. Open the Dashboard.

2. View the External Sensors section on the Dashboard page to see: • A list of sensors which can be connected. • Information of each managed sensor: sensor name, location, and measurement.

3. Go to Overview/Identification, the bottom of the page shows all connected sensors. 4. Detailed information for each connected sensor is displayed:

• Type • Name • Serial number • ID • PDU name

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• Location

Figure Information for connected sensor

Editing the External Sensor Threshold

1. Go to Settings/PDU thresholds to show all connected external sensors.

2. In the External Sensor section, select the sensor to edit.

3. Select Edit in the Action field.

4. Enter new data in the following fields, for example in the 3 Temperature & 1 Humidity sensor: • High Critical • High Warning • Low Warning • Low Critical

5. Select Save.

Figure PDU Thresholds-External Sensors


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Figure Edit External Sensor Thresholds

Monitoring the External Sensor

You can view the sensor details, including name, location, value, etc. From the Dashboard in Web Interface, go

to the External Sensors section, or go to Settings/PDU thresholds to show all connected external sensors to view

details.

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Section 8: Daisy Chain & DNA–Dual Network Access

Daisy-Chain Functionality

In daisy chain mode (also known as QNA: Quad Network Access), up to 64 PDUs can be connected via one (1)

IP address. This allows users to gather information and data of all daisy-chained PDUs from the master PDU.

The daisy chain functionality reduces network services cost for PDUs. For example, a standard network switch

used in a data center may contain 24 ports. Without using the daisy chain function, each port would supply

network services to one (1) PDU. However, if using the daisy chain features of Enlogic, a typical network

switch with 24 ports can supply network services for up to 1536 PDUs.

Daisy-Chain Setup

To connect up to 64 PDUs of the same SKU through a single IP address:

1. Configure the PDU that will be first in line on the Daisy Chain.

Note: Refer to the Network Configuration section of this manual for more information.

2. After the initial PDU is configured, connect an Ethernet cord from the 10/100 port on the configured PDU to the 10/100/1000 port on the second PDU in the daisy chain line.

3. Repeat step 2, connecting PDUs from the 10/100 port to the 10/100/1000 port for up to 64 PDUs.

Note: The length of the Ethernet cords connecting the PDUs must be less than 6 m (20 ft).

4. By default, the Daisy Chain command is enabled in the PDU configuration file and default mode of the PDU is QNA. Go to the web interface (or management software) to manage and control the PDUs in the Daisy Chain.

DNA (Dual Network Access) Functionality

Enlogic DNA allows for secure access of PDU data and statistics on 2 separate, private networks. DNA must be

used with a redundant power delivery design including two rack PDUs for each IT rack. PDUs used in DNA

applications must be the same SKU.

How it Works

• Using Enlogic DNA, the landlord and tenant maintain two separate private networks that do not overlap.

• Enlogic DNA works using a redundant power delivery design (i.e., two rack PDUs for each IT rack).

• Each PDU is separately connected to the Tenant or Landlord’s private communications network.

• The two PDUs are connected with a data communications bus to allow PDUs to share

user-defined information.

• Each PDU acts like a master PDU to report PDU data to both networks.


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DNA Setup

To setup DNA mode on two PDUs, the user must (1) configure the PDUs for DNA Mode (using CLI or Enlogic PCT) and then

(2) connect the LAN Network cords and Ethernet cords between PDUs

To Configure DNA Mode in the CLI

1. Login to the CLI and enter the command ‘dev daisy dna’.

2. The following message will appear:

SUCCESS

System Reboot now, Are you sure? (Y/ N)

3. Enter Y to confirm reboot.

4. After reboot, the PDU will be setup to DNA Mode.

5. Repeat this process for the second PDU.

To Configure DNA Mode in the PCT

1. Open the Enlogic PCT tool. Select the region.

2. Create a new conf.ini file by selecting the new button ( ). Or edit an existing conf.ini file by selecting the load button ( ).

3. Go to Config Settings>Device Configuration>Daisy Mode.

4. Be default, this is set to QNA (Daisy Chain) Mode. Select DNA. Select OK.

5. Save the new conf.ini file. Follow the steps below to upload the new Configuration file using the PCT.

Note: the new Configuration can also be uploaded to the PDU using a USB, through the web interface, or the

Enlogic software.

Tenant (or IT) LAN Network (with full permissions) Information from both PDUs

Daisy Chain Shares information from PDUs

Landlord (or Facilities Management) LAN Network (with limited permissions/access power to environmental data) Information from both PDUs

Power source A Power source B

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To upload the new Configuration file using the PCT:

1. In the PCT Tool, go to Firmware Maintenance>Update Firmware.

2. Select the IP Address range of the PDUs to be configured for DNA. Select Discover. Note: The Read Community String must be the same as the PDUs.

3. When the PDUs are in the list, select the check box next to the IP Addresses.

4. Select the button next to the Config section and browse to the newly created conf.ini file.

5. Enter the username and password for those PDUs. Select Upload.

6. When the Configuration file is uploaded, the PDUs will reboot.

7. Both PDUs are now setup in DNA Mode.

To Connect the PDUs for DNA Setup

After the PDUs are configured for DNA:

1. Connect an Ethernet cable from the Landlord LAN Network to the Ethernet port of the first PDU. This will have limited access/permissions.

2. Connect an Ethernet cable from the Tenant LAN Network to the Ethernet port of the second PDU. This will have full access to both PDUs.

3. Connect an Ethernet cable from the 10/100/1000 port on first PDU to the 10/100 port on the second PDU.

4. Connect another Ethernet cable from the 10/100 port on the first PDU to the 10/100/1000 port on the second PDU, as shown below:

5. In DNA mode, the default account username is ‘landlord’ and password is ‘12345678’. This account is configured for proper access and control in DNA mode.

6. To enable this account, login to the CLI with admin credentials. 7. Enter the command ‘dev daisy dna init’. 8. The following message will appear to confirm the landlord account is enabled: E000 9. DNA is now configured and enabled.


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Daisy Chain & DNA Commands in CLI

The following is a list of executable commands available in the CLI for Enlogic DNA use only

DNA Commands

Command Description Example

dev daisy dna Changes mode from daisy chain to

DNA

EN2.0> dev daisy dna

System Reboot now, Are you sure?(Y/ N):

dev daisy qna Changes mode from DNA to daisy

chain

EN2.0> dev daisy qna

E001

System Reboot now, Are you sure?(Y/ N):

dev daisy dna init Enable preconfigured user account

(landlord role) for DNA mode

Note: This command can only be

used when the PDU is in DNA mode.

EN2.0> dev daisy dna init

E000

OR E80E (error shown if command used when PDU is not in DNA mode) OR

E802 (user's record is out of range: error shown when the 16th user account or role is existing)

dev daisy dna init create Replaces the 16th configured user

account and role to landlord in DNA

mode

Note: This command can only be

used when the PDU is in DNA mode.

Note: The PDU allows for 16 user

accounts/roles. In DNA mode, if

16 user accounts/roles exist, use

this command to force/create the

landlord role/account and overwrite

the 16th account/role.

EN2.0> dev daisy dna init create

E000

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Appendix A: Advantage Series Bracket Mounting Info

When mounting your Advantage Series PDU, refer to the table below for specific mounting requirements and

to see if a separate bracket kit is required for proper mounting.

Manufacturer Models Separate Bracket Kit

Required? Note

APC Net shelter SX No Mount Enlogic PDU directly in rack

Chatsworth Terra frame Yes Mount using Chatsworth Power Strip Lashing Bracket, part

number 35086-C02 for 42U rack or 35086-Cxx for others

Chatsworth Global frame Yes Mount using L-shape PDU brackets that are included with rack.

Note: mount up to 2 rack PDUs

Cisco R-Series No Mount Enlogic PDU directly in rack

Cooper Delta3 Yes Mount using Cooper part number PDUMTGBRKT

Dell PowerEdge No Mount Enlogic PDU directly in rack

Eaton Paramount Yes Mount using Eaton part number PDUBRCKT

Eaton Vantage S2 No Mount Enlogic PDU directly in rack

Emerson DCF Rack No Mount Enlogic PDU directly in rack

Emerson DCM Rack No* Bracket kit not required, but more advanced mounting options

are available with Emerson full-height PDU mounting brackets

HP G2 Series Yes Mount using Enlogic part number EA9120

HP 100 Series Yes Mount using Enlogic part number EA9120

HP Intelligent Series

Rack

Yes Mount using Enlogic part number EA9120

Knürr Miracel® Yes Mount using PDU mounting brackets included with Miracel

rack.

Knürr DCM Yes Mount using small bracket included with rack; more advanced

mounting options with Emerson full-height PDU mounting

brackets

Panduit Net-Serv Cabinets Yes Mount with Panduit part number SVPDUB

Rittal TS8 Yes Mount with Enlogic part number EA9120

Schroff Varistar Yes Contact Schroff for mounting bracket options

Wrightline Paramount Yes Mount Enlogic PDU using Eaton part number PDUBRCKT

Wrightline Vantage S2 No Mount Enlogic PDU directly in rack

Wrightline Vantage Yes Mount with Eaton part number 4PRPWRBRKT


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Appendix B: Advantage Series Product Range for EMEA

EN2000, EN5000, and EN6000 Series

Input Circuit

Max Power

Total Outlets

Outlet configuration

Chassis Depth/ (L x W x D)mm

Max Chassis Depth at

breaker/mm

Max Chassis

Depth at NMC/mm SKU

1-Phase

16 3.68 kVA 24 (20)C13, (4)C19 1490 x 52 x 53 53 63 EN2326

32 7.4 kVA 24 (20)C13, (4)C19 1750 x 52 x 53 53 63 EN2325

32 7.4 kVA 32 (24)C13, (8)C19 1750 x 52 x 53 75 63 EN2329

32 7.4 kVA 24 (20)C13, (4)C19 1750 x 52 x 53 53 63 EN5325

32 7.4 kVA 32 (24)C13, (8)C19 1750 x 52 x 53 75 63 EN5329

32 7.4 kVA 24 (20)C13, (4)C19 1750 x 52 x 53 53 63 EN6325

32 7.4 kVA 32 (24)C13, (8)C19 1750 x 52 x 53 75 63 EN6329

Input Circuit

Max Power

Total Outlets

Outlet configuration



breaker/mm

Max Chassis

Depth at NMC/mm SKU

3-Phase

16 11.0 kVA 24 (18)C13, (6)C19 1750 x 52 x 53 75 63 EN2402

32 22.0 kVA 24 (12)C13, (12)C19 1750 x 52 x 53 75 63 EN2808

32 22.0 kVA 36 (24)C13, (12)C19 1750 x 85 x 53 53 63 EN2810

16 11.0 kVA 24 (18)C13, (6)C19 1750 x 52 x 53 53 63 EN5402

32 22.0 kVA 24 (12)C13, (12)C19 1750 x 52 x 53 75 63 EN5808

32 22.0 kVA 36 (24)C13, (12)C19 1750 x 85 x 53 53 63 EN5810

16 11.0 kVA 24 (18)C13, (6)C19 1750 x 52 x 53 53 63 EN6402

32 22.0 kVA 24 (12)C13, (12)C19 1750 x 52 x 53 75 63 EN6808

32 22.0 kVA 36 (24)C13, (12)C19 1750 x 85 x 53 53 63 EN6810

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EN1000 Series

Input

Circuit Max

Power Total

Outlets Outlet

configuration



breaker/mm

Max Chassis

Depth at NMC/mm

SKU

1-phase 16 3.68 kVA 24 (20)C13, (4)C19 1490 x52 x53 53 63 EN1326

32 7.4 kVA 42 (36)C13, (6)C19 1750 x 52 x 53 53 63 EN1337

Input

Circuit Max

Power Total

Outlets Outlet

configuration



breaker/mm

Max Chassis

Depth at NMC/mm

SKU

3-phase 16 11.0 kVA 42 (36)C13, (6)C19 1750 x 52 x 53 53 63 EN1403

32 22.0 kVA 42 (30)C13, (12)C19 1750 x 55 x 53 75 63 EN1811

EN1000 Series

Input

Circuit Max

Power Total

Outlets Outlet

configuration



breaker/mm

Max Chassis

Depth at NMC/mm SKU

1-pahse 30 5.0 kVA 42 (36)C13, (6)C19 1750 x 52 x 53 95 63 EN1315

Input

Circuit Max

Power Total

Outlets Outlet

configuration



breaker/mm

Max Chassis

Depth at NMC/mm SKU

3-phase

30 8.6 kVA 42 (36)C13, (6)C19 1750 x 52 x 53 95 63 EN1805

30 8.6 Kva 38 (30)C13, (6)C19,

(5)5-20R 1750 x 52 x 53 75 63 EN1806

60 17.3 kVA 24 (12)C13, (12)C19 1750 x 52 x 53 75 63 EN1902


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Appendix C: Advantage Series Product Range for North America

EN2000, EN5000, and EN6000 Series

Input

Circuit Max

Power Total

Outlets Outlet

configuration



breaker/mm

Max Chassis

Depth at NMC/mm

SKU

1-phase

20 3.3 kVA 16 (12)C13, (4)C19 917 x 52 x 53 53 63 EN2316-E

30 5.0 kVA 24 (20)C13, (4)C19 1750 x 52 x 53 75 63 EN2324

30 5.0 kVA 36 (30)C13, (6)C19 1750 x 52 x 53 75 63 EN2333

30 5.0 kVA 24 (20)C13, (4)C19 1750 x 52 x 53 75 63 EN6324

30 5.0 kVA 36 (30)C13, (6)C19 1750 x 52 x 53 75 63 EN6333

Input

Circuit Max

Power Total

Outlets Outlet

configuration



breaker/mm

Max Chassis

Depth at NMC/mm

SKU

3-phase

30 8.6 kVA 36 (30)C13, (6)C19 1750 x 52 x 53 95 63 EN2804

30 8.6 kVA 36 (30)C13, (6)C19 1750 x 52 x 53 95 63 EN2804-S

60 17.3 kVA 24 (12)C13, (12)C19 1750 x 52 x 53 75 63 EN2902

30 8.6 kVA 36 (30)C13, (6)C19 1750 x 52 x 53 95 63 EN6804

30 8.6 kVA 36 (30)C13, (6)C19 1750 x 52 x 53 95 63 EN6804-S

60 17.3 kVA 24 (12)C13, (12)C19 1750 x 52 x 53 75 63 EN6902

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Appendix D: Firmware Update Procedures

Enlogic PDUs and Inline Meters can be updated to support the most recent firmware by Enlogic in a variety of ways.

Note: In North America, the Firmware file must be named ‘NPD.bin’ for the system upload the Firmware

correctly. In Europe, Australia, and Asia, the Firmware file must be named ‘PDU.bin’ for the system upload the

Firmware correctly.

USB Method

1. Go to www.enlogic.com and download the most recent Firmware version, ‘Enlogic.tar’. Save this file to a USB drive. • USB Method -> Copy all contents from Enlogic.tar [after extracting] to update folder in USB

2. Insert the USB drive into the USB port of the NMC.

3. Enter USB mode on the PDU: Press Select. Go to Setup>USB>Firmware Upload>Yes. Select Yes to confirm entering USB mode.

4. Select F/W Up>Yes to upload the new Firmware.

5. The OLED will show the Firmware update progress.

6. When the update is complete, remove the USB.

7. From the USB Menu, select Quit to exit USB mode. Select Yes to confirm exit.

8. The PDU will automatically reboot.

9. To confirm that the Firmware was uploaded successfully, go to Setup>Device>Firmware.

Web Interface Method

1. Extract the 1.0.6_pre_beta_release.zip file into the folder.

2. Create enlogic.tar file from the contents. From next release onward we will share Enlogic.tar file.

3. Upload enlogic.tar file in system management page

4. PDU will reboot.

5. Firmware upgrade is complete.

6. Check the /root/bin/fwver to see the update version.



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PCT Software Method

Installing PCT Tool 1. Double click on the PCT_Setup.msi that is shared

2. Click on the Next option to proceed and the tool will be installed

3. Click on the CIS_PCT-2.0 icon to open the tool

Home Page You will see the home page when u open the Enlogic PCT Tool Only New SKU, Tools and Help option will be enabled first

Firmware Flashing Tool Before working on the PCT tool make sure of the following:

• The PDU should not be in default settings where the password change is required. Set the password to work

on the PCT tool

• Enable SSH with default port 22

• Enable FTPS with default port 21

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Go to Tools in the PCT home page to upload the Firmware Scan - Give the IP range and scan for the IPs in the network. It will list out all the IPs int the network Save IP Address - You can save the IP addresses. It will save in a excel sheet in the selected location

Import IP Address - You can also import the IP addresses from the excel sheet

From the IP addresses list, if u want u upload the firmware only on specified IPs then you need to delete the remaining IPs from the list by selecting the IP and clicking on ‘--‘ button Edit the PDUs username and password before uploading the firmware file. It will show default username and password. To edit it click on the username and password field and edit it If you want to add any entry then click on the ‘ + ‘ button. An empty field will appear and you can enter the IP, username and password The pen symbol button is used to edit the field. Select the field you want to edit and click on the pen symbol The tick symbol is to end any edit and the close symbol is to close an edit Note: After IP scan, even though only one field is highlighted when you select it, the firmware/ conf file upload will happen to all the IPs in the list. If you want to upload firmware or conf.ini file on only one IP, then either do the following:

• If your IP is in the list, then remove all IPs by selecting it and removing it using the ‘ _ ‘ button

• You can skip IP scan and just enter the PDU details (IP, username and password) by clicking on the ‘ + ‘ button

to add a new field

• You can also give only you IP in the IP scan range and scan it. It will list out your IP with the default username

and password

Browse Firmware or Configuration File - Select the firmware file or the configuration file that you want to upload on the scanned IP addresses and click on the Upload Firmware Note: PCT tool will upload the Firmware only on the master PDU PCT tool will upload the configuration file on the master and all the slave PDUS connected


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New SKU Select the SKU to create the conf.ini file After the SKU is selected, all the pdu settings will be enabled

Creating Configuration file Select each option, edit the settings, and click on the back button Clicking on the back button will auto save the settings.

Note: Do not click on the Home button to go to the next settings page after editing any page as it will not autosave the settings made

Input Settings Go to Input Settings for Power Threshold settings and Outlet Delay settings

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Phase Voltage Settings Go to Phase Voltage page for Input Phase Voltage settings

Phase Current Settings Go to the Current page for Input Phase Current settings


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Control Outlets Control Outlets page has Outlet Threshold settings

Circuit Breakers This page contains Circuit Breaker Threshold settings

DataLog/SysLog Settings Logs page contains Data log and Syslog settings

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SNMP Settings

Trap Settings

Date/Time Settings


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Email Settings

Network Settings

User Settings - Users

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User Settings - Roles

LDAP Settings

Session Settings


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Password Policies

System Settings

Event Notifications

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Save Configuration Once all the settings are saved, click on the Save Configuration option Choose the location where you want to save and click Ok

Uploading Configuration File

1. Go to Tools page 2. Enter or Scan the IP address 3. Browse the conf.ini file 4. Edit the username and password before uploading the conf.ini file 5. Click on Upload Configuration to upload the file


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Help Option

Additional Notes: Prerequisites:

• The tool will not work on the default PDUs to upload firmware or conf.ini file. It will throw incorrect credentials

error. So, the default password must be changed before using the PCT tool

• The SSH access should be enabled with the default port 22

• The FTPS access should be enabled with the default port 21

Current Workflow:

• The PCT tool will scan all the IPs in the network irrespective of the OEM

• After IP scan the PCT tool will list out the IPs in the network with the default username and password. So, the

user has to edit the username and password before uploading any firmware or conf.ini file

• The PCT tool will upload on all the scanned IPs even when selecting on the specific IP. So, the user has to enter

only the IP you want to upload on or delete all the other IPs from the scanned list

• PCT tool will upload the Firmware only on the master PDU

• PCT tool will upload the configuration file on the master and all the slave PDUS connected

• After the settings added in the page click on the back button. This will auto save the settings made

• When New SKU is selected, all the previously added settings should go to default. But only threshold settings go to default. Other settings like Network Settings, System Settings, SNMP and User Settings shows the previous values

• In Event Notifications, the Select all box will be unchecked even after selecting all and auto saving it

• Radius Server Settings is not present in the tool

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FTP Method

To access a PDU using an FTP program, FTP must be enabled through the PDU Web Interface or CLI. In the Web Interface, go to Device Configurations>Network Services>FTP. Select the check box to enable FTP Access. In the CLI, login as an administrator and use the command net tcpip FTP open

1. Login to an FTP program with a role with administration privileges.

2. Transfer the updated NPD.bin file to the folder labeled fw. Close the FTP.

3. Connect to the PDU via Telnet using a program such as HyperTerm or Putty.

4. Login using a role with administration privileges.

5. Enter the command sys upd lan

6. It will show the message: System will enter upgrade mode after reboot, System Reboot now, Are you sure?(Y/N)

7. Enter Y

8. When the upload is finished, the system will reboot automatically.

It is not always required to update Web or Bootloader files when the Firmware is updated. However, a

user can upload these file types in Telnet:

1. Login to an FTP program.

2. Overwrite the outdated files with the updated web files (found on the customer login at www.enlogic.com or from your regional sales manager).


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