CyberPower CyberPower RMCARD205 SNMP Modul UPS Netværksmanagement kort (100Mbps) Manual [EN]
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Copyright © 2023 Cyber Power Systems, Inc. All rights reserved.
K01-E000001-18
User’s Manual
The Remote Management Card allows a UPS
system and environmental sensor to be
managed, monitored, and configured.
Remote Management Card
RMCARD205 / RMCARD305
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TABLE OF CONTENTS
Introduction ........................................................................................................................... 3
Installation Guide ................................................................................................................... 6
Web Interface ...................................................................................................................... 10
Command Line Interface ...................................................................................................... 35
Reset to Factory Default Setting / Recover from a Lost Password ........................................ 61
RMCARD Firmware Upgrade ................................................................................................ 62
Save and Restore Configuration Settings ............................................................................. 68
Upload SSH Host key via Secure Copy (SCP) ......................................................................... 72
Troubleshooting ................................................................................................................... 73
Conformance Approvals....................................................................................................... 74
Appendix 1: IP Address Identification for CyberPower Remote Management Card ............. 75
Appendix 2: How to Configure a RMCARD User Account in Authentication Servers ............ 77
Appendix 3: UPS Firmware Upgrade .................................................................................... 78
Appendix 4: Software Support ............................................................................................. 79
Appendix 5: RMCARD Adapter Guide ................................................................................... 81
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Introduction
Overview
The CyberPower Remote Management Card allows for remote monitoring and management of a UPS
attached to a network. After installing the hardware and configuring an IP address, the user can access,
monitor, and control the UPS from anywhere in the world! Simply use a web browser, command line
interface or SSH client to access your UPS. Servers and workstations can be protected by the UPS utilizing
PowerPanel® Business Remote to gracefully shutdown when signaled by the Remote Management Card.
Features
⚫ Real time UPS monitoring
⚫ Remote management and configuration of the UPS via Web Browser, NMS or Command Line Interface
(SSH and Telnet)
⚫ Local management and configuration of the UPS via serial connection
⚫ Trigger servers/workstations to shutdown during a power event to prevent data loss or corruption
⚫ Schedule shutdown/start-up/reboot of the UPS remotely
⚫ Event logging to trace UPS operational history
⚫ Graphic data logging to analyze power conditions
⚫ Save and restore configuration settings including current UPS and ATS parameter configuration.
⚫ Event notifications via Email, SNMP traps, Syslog, and SMS
⚫ Remote UPS Firmware Upgrade via Web Interface and FTP in Select UPS Models
⚫ Support IPv4/v6, SNMPv1/v3, HTTP/HTTPs, DHCP, NTP, DNS, SMTP, SSH, Telnet, FTP, Syslog and
Modbus TCP protocol
⚫ Support Email Secure Authentication Protocols: SSL, TLS
⚫ Support External Authentication Protocols: RADIUS, LDAP, LDAPS, Windows AD
⚫ SNMP MIB available for free download
⚫ User upgradeable firmware via FTP, CyberPower Upgrade and Configuration Utility and Secure Copy
Protocol (SCP)
⚫ Upgrade firmware and upload configuration files to multiple units at once
⚫ Multi-language user interface
⚫ Quick installation
⚫ Hot-swappable
⚫ Cisco EnergyWise Compatible
⚫ Support Environmental Sensor (ENVIROSENSOR/SNEV001)
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System Requirements
⚫ A 10/100Mbps Ethernet connection to an existing network
⚫ Web Browser or SSH client
⚫ (Optional) NMS (Network Management System) compliant with SNMP
Application with PowerPanel® Business
Unpacking
Inspect the Remote Management Card upon receipt. The package should contain the following:
⚫ CyberPower Remote Management Card
⚫ RJ45/DB9 Serial Port Connection Cable
⚫ Quick Start Guide
⚫ Spare Jumper
⚫ RMCARD205 Front Panel (with RMCARD305 only)
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Front Panel
RMCARD205
RMCARD305
LED Status Indicators
Link LED
Condition
Off
The Remote Management Card is not connected to the Network/ or the
Remote Management Card power is off
On (Yellow)
The Remote Management Card is connected to the Network
Tx/Rx LED
Off
The Remote Management Card power is off
On (Green)
The Remote Management Card power is on
Flashing (Green)
- Receiving/transmitting data packet
- Reset finished
1. Universal Port
2. Ethernet Port
3. Tx/Rx Indicator
4. Link Indicator
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Installation Guide
Step 1. Hardware Installation
Note: The CyberPower Remote Management Card is hot-swappable, so you do not need to turn off the UPS
to install it.
1. Remove the two retaining screws from the expansion slot and remove the cover.
2. Install the CyberPower Remote Management Card into the expansion slot.
3. Insert and tighten the retaining screws.
4. Connect an Ethernet cable to the Ethernet port of the CyberPower Remote Management Card.
5. (Optional) To connect an environmental sensor, use a RJ45 Ethernet cable. Connect one end to the
Universal port on the RMCARD and the other end into the sensor. For more information, please see the
ENVIROSENSOR/SNEV001 user’s manual.
Note: Please only connect a Cyberpower ENVIROSENSOR/SNEV001 or the supplied RJ45/DB9 Serial
Connection Cable to the Universal port on the RMCARD.
RMCARD205
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Step 2. Configure the IP address for the CyberPower Remote Management Card
Note: These instructions are for Windows OS. For other OS please refer to Appendix 4.
Method 1: Using the Power Device Network Utility 2
1. Install the Power Device Network Utility 2 available for download at www.cyberpower.com.
2. After installation completes, run the “Power Device Network Utility 2”.
3. The main window of the Power Device Network Utility program is shown in Figure 1. The configuration
tool will display all CyberPower Remote Management devices present on the local network subnet. The
"Scan" button is used to search the local network subnet again.
Figure 1. The main window of the “Power Device Network Utility 2” program.
4. Select the Remote Management Card you are setting up. Click on the Tools menu and
select the Remote Management Card you want to configure. Then, click the "Connection" button on the
top tools list to set up.
5. You will need to enter a User Name and Password for the Remote Management Card in the
authentication window, as shown in Figure 2.
- Default Account: cyber
RMCARD305
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- Default Password: cyber
Figure 2. Authentication window.
6. You can modify the IP Address, Subnet Mask, and Gateway address for the Device MAC Address listed in
the Device Network Settings window, as shown in Figure 3. The factory default IP Address is
192.168.20.177 and the default Subnet Mask is 255.255.0.0.
Figure 3. The Device Network setting window.
7. Modify the IP, subnet mask or gateway address. Enter the new addresses into the corresponding fields
and then click “Save”.
8. In case the change is not successful, for example, if the IP address change is unsuccessful you will see a
warning message. Attempt to make the desired changes again. If the problem persists, please see the
Troubleshooting section for help.
Method 2: Using a command prompt
1. Obtain the MAC address from the label on the Remote Management Card. Each Management Card has a
unique MAC address.
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Note: The MAC address is labelled on the card.
2. Use the ARP command to set the IP address.
Example:
To assign the IP Address 192.168.10.134 for the Remote Management Card, which has a MAC address of
00-0C-15-00-FF-99 you will type in the following in the command prompt from a PC connected to the
same network as the Remote Management Card.
(1) Type in “arp -s 192.168.10.134 00-0C-15-00-FF-99” for Windows OS; type in ”arp –s
192.168.10.134 00:0c:15:00:ff:99” for Mac OS, then press Enter.
3. Use the Ping command to assign a size of 123 bytes to the IP.
(1) Type in “ping 192.168.10.134 -l 123” then press Enter.
(2) If the replies are received, your computer can communicate with the IP address.
To select an available IP address for the Remote Management Card, please refer to Appendix 1.
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Web Interface
Login User Account
You will need to enter a User Name and Password to login to the interface, and can select a preferred
language after login. There are two user account types.
1. Administrator
- Default user name: cyber
- Default password: cyber
2. View only
- Default username: device
- Default password: cyber
You will be asked to reset a username and password upon the first login. The administrator can access all
functions, including enable/disable the view only account. The viewer can access read only features but
cannot change any settings.
Note: 1. The Administrator acco User Account Authentication HyperText Transfer Protocol (HTTP) HTTP and
HyperText Transfer Protocol over Secure Sockets Layers (HTTPS) unt is also used for the FTP login,
Power Device Network Utility 2, and Upgrade and Configuration Utility.
2. Only one user can log in and access the device at a time.
Web Content
Note: English is the default language and you can change to a preferred language.
[Summary] Provide an overview of the system operation and the items that are auto refreshed; however,
different UPS system models may have different items displayed.
Item
Definition
Current Condition
Display the current operating condition of the UPS and environmental sensor.
UPS Status
Battery Capacity
Graph of the percentage of the current UPS battery capacity.
Load
Graph of the load of UPS as a percentage of available Watts.
Remaining Runtime
Length of time the UPS can support its load on battery power.
System Data
Name
The name given to the UPS.
Location
Location description given to the UPS.
Contact
The person to contact about this UPS.
Uptime.
Length of time the system has been working continuously
Envir Status
Temperature
Graph of the current temperature reading of the environmental sensor.
Humidity
Graph of the current humidity reading of the environmental sensor.
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Item
Definition
Envir Data
Name
The name of the environmental sensor.
Location
The location of the environmental sensor.
Recent Device Events
A list of the five most recent device events. All events are related to
configuration changes.
[UPS] The following items can be displayed/configured through the UPS page; however, different UPS
models may have different items displayed/configured.
[UPS->Status] Display the basic information about the current UPS status. Items displayed are auto
refreshed.
Item
Definition
Input
Status
The current status of the utility power supplied to the UPS.
Voltage
The current input voltage of the utility power supplied to the UPS.
Frequency
The current frequency of the utility power supplied to the UPS.
Bypass
Status
Displays the present status of bypass circuit.
Voltage
The voltage of the bypass supplied to the UPS.
Frequency
The frequency of the bypass supplied to the UPS.
Current
The current of the bypass supplied to the UPS.
Power Factor
The ratio of the real power flowing to the bypass, to the apparent power of
bypass.
Output
Status
The current status of the output power the UPS is supplying to connected
equipment.
Voltage
The output voltage the UPS is supplying to the connected equipment.
Frequency
The output frequency the UPS is supplying to the connected equipment.
Load
The power draw of the connected equipment expressed as a percentage of
the total UPS load capacity and displayed as watts.
Current
The output current the UPS is supplying to the connected equipment.
Power Factor
The radio of the active power flowing to the load, to the apparent power
in the circuit.
Active Power
The capacity of the circuit for performing work in a particular time.
Apparent Power
The product of the current and voltage of the circuit.
Reactive Power
The portion of power flow that is temporarily stored in the form of
magnetic or electric fields, due to inductive and capacitive network
elements, and then returned to source, is known as reactive power.
Non-Critical Load (NCL)
The present status of NCL outlets.
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Item
Definition
Energy
Device energy meter reading in units of kWh. *Click "Reset" will clear Energy
value to zero.
Battery
Status
The present status of the UPS battery.
Charge Mode
SBM Mode : Using Smart Battery Management(SBM) mode to charge the
batteries , which helps extend overall battery life, and Fast Charge
Technology.
Normal Mode : Using normal charge method to charge the batteries.
Charge Check
In SBM Mode : Displays the 3 operation stages (Charge Float Rest Mode) of
Smart Battery Management (SBM).
In Normal Mode : Displays charger work in Normal Mode.
Remaining Capacity
The present capacity of the batteries, expressed as a percentage of full
charge.
Remaining Runtime
The amount of estimated time that the UPS can supply power to its load.
Voltage
The present voltage of the UPS battery.
System
Status
The present operating status of the UPS.
Temperature
The operating temperature of the UPS.
Maintenance Breaker
Displays the present operating status of maintenance break.
[UPS->Battery Status] Display the information of the built-in battery and the Extended Battery Modules
(EBM) including battery pack temperature, voltage of each battery within its pack and battery pack
equalization status.
Item
Definition
Last Update Date
The last date that the battery status is updated.
Update: Use this function to get the latest battery status.
Pack
The current number of UPS/EBM battery pack.
Temperature
The current temperature reading of UPS/EBM battery pack.
Voltage
The current voltage reading of each UPS/EBM battery.
Equalization Status
Display the current battery voltage equalization status of UPS/EBM battery
pack.
Active: The battery pack equalization function is active.
Inactive: The battery pack equalization function is not active.
[UPS->Information] Display the technical specifications of the UPS.
Information
Description
Model
The model name of the UPS.
Serial Number
The serial number of the UPS.
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Information
Description
Voltage Rating
The nominal output voltage rating (Volts) of the UPS.
Working Frequency
The operating frequency of the UPS output power.
Power Rating
The Volt-Amp rating of the UPS.
Current Rating
The output current rating (Amps) of the UPS.
Load Power
The power rating (Watts) of the UPS.
Battery Voltage Rating
The operating DC voltage rating of the battery power.
Firmware Version
The revision number of the UPS firmware.
Update: Use this function to upgrade the UPS firmware. For further
information, please refer to Appendix 3.
USB Firmware Version
The revision number of the UPS USB firmware
LCD Firmware Version
The revision number of the UPS LCD firmware
Battery Replacement Date
The date that the batteries were last replaced. This must be set manually after
the batteries have been replaced or when the unit is first installed. If this date
has not been set, it is recommended that it be set immediately.
NCL Bank
The amount of Non-Critical Load banks.
Extended Battery Modules
The amount of the external battery modules connected to the UPS. The
number of modules is configured manually, and the configurations will vary by
model.
Installation Place
When clicking the “Find it” button, either the alarm will beep or the indicators
will flash on the UPS to alert users of the specific location. This helps users to
identify a specific UPS in a multiple UPS installation.
[UPS->Configuration] Configure the parameters of the UPS.
Item
Definition
Supplied Power
Voltage
Set the UPS output voltage that is supplied to the connected equipment.
Utility Power Failure Condition
Utility Sensitivity
When the UPS detects the utility voltage is out of range, the UPS will switch to
battery mode to protect the equipment plugged into the UPS. Low sensitivity
has a looser voltage range and the supplied power may vary more widely. The
power from fuel generator may cause the UPS to switch to battery mode more
frequently, and the low sensitivity is recommended. The UPS switches to
battery mode rarely and also saves more battery power. High sensitivity allows
the UPS to supply more stable power to equipment and switches to battery
mode frequently.
High/Low Input (or
Output) Voltage
Threshold
When the utility power voltage or output voltage (depending on UPS model) is
higher/lower than the threshold, the UPS will supply battery power to the
connected equipment.
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Item
Definition
Frequency Tolerance
Sets the acceptable range of the input frequency. The UPS will supply battery
power to the connected equipment if it is out of tolerance.
Operation
Normal
Normal operating mode of the UPS.
Generator Mode
If the UPS uses generator as its input power, this option should enable the UPS
to function normally. If this option is selected, the UPS will be forbidden to
enter Bypass Mode or ECO Mode to protect the connected equipment.
ECO Mode
Economy mode. The UPS will enter Bypass Mode when the input
voltage/frequency is within the configured threshold. Once the utility
voltage/frequency exceeds thresholds, the UPS will switch to Normal
operation. This mode will significantly increase UPS system efficiency.
Manual Bypass
Determines whether to allow the UPS to enter Manual Bypass Mode. If this
option is enabled, the UPS will be forced to enter Bypass Mode.
Bypass
Note: The UPS may automatically enter Bypass Mode per these configured
settings.
Bypass Condition
No Bypass: If this option is selected, the UPS will not enter Bypass Mode and
will stop supplying output power.
Check Volt/Freq: If the utility voltage is in the range of the voltage thresholds
and the utility frequency is in the range of the frequency tolerance, the UPS
will enter Bypass Mode. Otherwise the UPS will stop supplying output power.
Check Volt Only: Only if the utility voltage is in the range of the voltage
thresholds, the UPS will enter Bypass Mode. Otherwise the UPS will stop
supplying output power.
Bypass When UPS Off
When the UPS turn off, the UPS switch to Bypass Mode.
Power Restore
After utility power is restored, the UPS turns on automatically and supplies
power to the connected equipment. The following settings are used to
configure the UPS restore behavior:
Automatic Restore
When this option is enabled, the UPS will restore output immediately when
the utility power restores. When this option is disabled, the UPS will not
restore output until it is turned on manually at a later time.
Recharged Delay
When utility power restores, the UPS will start to recharge until the specified
time has elapsed before restoring output power.
Recharged Capacity
When utility power restores, the UPS will start to recharge until the specified
battery capacity is met before restoring output power.
Returned Delay
The Returned Delay will take effect every time when the UPS is turned on.
Line Stable Delay
When the UPS is in Battery Mode and utility power is restored, the UPS will
wait for the specific delay time to change Battery Mode to Line Mode. When
the UPS battery is lower than the Low Battery Threshold and utility power is
restored, the UPS will return to Line Mode immediately.
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Item
Definition
Battery
External Battery Set
Number of parallel sets and the battery capacity.
Low Battery Threshold
When the UPS supplies battery power and the remaining capacity is lower than
this threshold, the UPS will sound an alarm.
External Battery Modules
Set the amount of external battery modules. This allows for an accurate
runtime estimation based upon the total number of batteries connected to the
UPS.
Periodical Battery Test
The UPS will cyclically perform the battery test automatically to ensure the
batteries have full functional.
Note: Only Online (OL) series support the Smart Battery Management (SBM)
feature. SBM carries out battery tests, even if Periodical Battery Test
setting is disabled.
Charge Mode
Normal Mode : Using normal charge method to charge the batteries.
SBM Mode : Activating the Smart Battery Management to charge the batteries.
Charge Check
Sets Enabled/Disabled to constantly monitor the charger function.
Self Test On UPS Startup
When this option is enabled, the UPS will perform the self test automatically
when the UPS is turned on.
Note: The self test will not be triggered when the UPS is having an AutoRestart.
System
Cold Start
Set the ability of the UPS to start in the absence of input power. When this
option is enabled, the UPS can be turned on with battery power.
Audible Alarm
If this option is enabled, the UPS will issue an audible alarm when supplying
battery power, when output is overloaded, or other conditions are present
(varies by UPS model).
Dry Relay Function
This configures the UPS dry relay to function when the selected condition
occurs. Refer to the UPS manual for further information about advanced UPS
dry relay functions. The Dry Relay Function can be configured to be activated
under the following power conditions:
(1) Utility Failure: The utility power fails and the UPS is using battery power.
(2) Low Battery: The battery capacity is too low to support the connected
computers to shut down.
(3) Alarm: The UPS is issuing the audible alarm due to the occurrence of
warning events, such as overload.
(4) Bypass: The UPS has switched to Bypass Mode.
(5) UPS Fault: The UPS could be malfunctioning due to hardware fault.
Screen Save Time
When no UPS button is pressed and no power event occurs during this time,
the LCD screen will go to sleep.
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Item
Definition
Enter Sleep Mode After All
Remote Shutdown
If this option is enabled, the UPS will enter sleep mode after all PowerPanel
®
Remote shundown +2 minutes.
Note: For PowerPanel® Business Edition Clients, if this option is enabled, the
UPS will enter sleep mode after utility power fails and remaining MSDT+2
minutes. For more information about MSDT please reference the help page in
UPS -> PowerPanel List.
Wiring Fault Detecting
If this option is enabled, the UPS will detect if the input wiring is not
grounded or is reversed. It is recommended to insure the UPS wiring has a
ground connection first.
Over Discharge Protection
When the UPS is in Battery Mode with 0% for the time configured, the
RMCARD will switch the UPS to Sleep Mode and the output will be turned off.
Non-Critical Outlet Bank
Turn Off Threshold
When supplying battery power, the UPS will power off this NCL outlet bank if
the remaining battery capacity is lower than this threshold.
Turn off Delay (After Utility
Fails)
When supplying battery power, the UPS will power off this NCL outlet bank
after this delay time is met.
Turn On Delay (After Utility
Recovers)
When utility power is restored, the UPS will restore the output of this NCL
outlet bank after the delay time is met. This prevents excessive power
consumption caused by all the connected equipment starting at the same
time.
[UPS->Master Switch] Switch the output power of the UPS to be on or off.
Item
Definition
Reboot UPS
Turns the UPS off and back on
Turn UPS Off
Turns the UPS off.
UPS Sleep
This command is available in Utility Power Failure Mode. It puts the UPS in
sleep mode until power is restored.
Note: Some UPS models may not support this command.
Reset
Resets the pending action to turn the UPS off.
Turn UPS On
Turns the UPS on.
Shutdown/Sleep Delay
Amount of time the UPS waits before it turns off in response to a "Reboot
UPS", "Turn UPS off" or "UPS Sleep" command.
Reboot Duration
After the UPS is turned off, Reboot Duration defines how long the UPS waits
before it turns back on response to "Reboot UPS" command.
Signal PowerPanel® Remote
to Shutdown
Select this option to warn PowerPanel® Business Remote before turning the
UPS off. The Shutdown Delay (MST, Max Remote Shutdown Time) for the UPS
can be changed to insure a graceful shutdown.
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[UPS->Bank Control] Display the current state of each outlet Bank, and it provides on/off control for the
Non-Critical Outlet Bank. Outlet Number and Device Name displays the device name associated with the
specific outlet.
Item
Definition
Bank Control Options
ON
Turns non-critical bank on immediately.
OFF
Turns non-critical bank off immediately.
Device Name Identification
Outlet #
UPS outlet number as designated by the outlet configuration (varies by UPS
model).
Device Name
Device Name assigned to this outlet.
Note: Only Critical Outlet Bank switchable UPS support on/off control for the Critical Outlet Bank.
[UPS->Diagnostics] The UPS/Diagnostics page provides the ability to verify UPS batteries are in adequate
working conditions. You can also complete a runtime calibration to insure an accurate estimation for the
connected load. The information will be reported after a battery test completes.
Item
Definition
Battery Test
The Battery Test will force the UPS to switch to battery power for 10
seconds. This allows the user to verify the battery conditions and provides
information about the battery, including the results and date of the last
battery test. Click the “Start” button to begin a battery test. The information
will be reported after a battery test completes.
Note: “N/A” means the UPS model does not have this function.
Start
Execute the battery test immediately.
Last Test Result
The results of the most recent battery test.
Passed: The battery performed normally during the test.
Failed: The battery test did not pass.
Follow the steps below if the battery test fails:
Repeat the battery test and replace the batteries if the test fails again.
Contact CyberPower for assistance if the battery test fails after the batteries
have been replaced.
Last Test Date
The date of the most recent battery test.
Runtime Estimation
The Runtime Estimation function discharges the UPS batteries from the
battery capacity, at the time the estimate is requested, to near zero capacity
with the current load. The results of the runtime estimation show the
runtime, status of estimation, and the date of the last estimation. When the
runtime estimation is initiated, the connected equipment will be run on
battery power until the batteries are discharged to near zero capacity. Once
the batteries are discharged to this point, the connected equipment will run
on utility power. The batteries will then be recharged automatically after the
estimation is done.
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Item
Definition
Runtime Estimation
Note: This estimated runtime may vary based on the load and the level of
charge on the batteries when the runtime estimation is initiated. The
batteries will be recharged then automatically after the estimation is done.
Users can click the “Start” button to initiate the runtime estimation. Click the
“Abort” button to interrupt the runtime estimation. The result will be
reported after the runtime estimation is finished or canceled
Estimated Runtime
The estimated runtime of the batteries with the current load.
Last Estimation Result
The results of the last Runtime Estimation.
Passed: The runtime estimation was completed and the batteries are
good.
Canceled: The runtime estimation was interrupted.
Last Estimation Date
The date the last runtime estimation was performed.
[UPS->Schedule]: Sets the UPS to automatically shutdown and restart at scheduled times
(Once/Daily/Weekly). The Schedule page manages scheduled shutdowns and lists all configured schedules.
Each schedule row displays the details of when the schedule will take effect.
[Once]: The user may set one time event for the UPS to shutdown/restart.
[Daily]: Set a daily re-occurrence for the UPS to shutdown/restart.
[Weekly]: Set a weekly re-occurrence for the UPS to shutdown/restart.
1. Click [Once], [Daily] or [Weekly] option and Click “Next>>”, Enter the date and time to shut down the UPS.
Select [Never], [Instant], or the date and time for the UPS to turn back on. Select the bank to be
controlled, and click “Shutdown Clients” to set all clients to perform a graceful shutdown. You can enter a
“Name” for this Schedule.
2. Click “Apply” to add the item to the Schedule. Click “Reset” to return to default settings..
3. Saved settings are listed in [Schedule] menu.
4. If you want to delete the scheduled action, simply click the Name of the item listed in [Schedule] menu,
and click “Delete”.
Note: The management system allows up to 10 schedule entries.
[UPS->Wake on Lan] This function is used to wake a computer through the network. Enter the IP address of
that computer when it is on and the system will search its MAC address accordingly. The maximum number
of IP addresses that can be set is 50.
Item
Definition
PowerPanel® Remote
Load/Sync with
PowerPanel® Remote List
Enable this option to Load and Synchronize WoL Client List with
PowerPanel® Remote List.
Wake Conditions
UPS Turn On
When selected, this option will enable the RMCARD to send the WoL signal to
the connected PowerPanel® Remote computers when the UPS turns on.
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Item
Definition
Utility Power Restore and
Output is Supplied
When selected, this option will enable the RMCARD to send the WoL signal to
the connected PowerPanel® Remote computers when utility power is restored
and UPS output is on.
WoL Lists
WoL Remote List
When the option “Load/Sync with PowerPanel® Remote List” is enabled, it
will list PPB Remote PC IP/MAC here.
WoL Manual List
Wake on Lan manual list.
Note: The PowerPanel® Remote computer's BIOS settings need to support WoL and be configured
accordingly.
[UPS->EnergyWise] The EnergyWise initiative focuses on reducing the energy consumption of all devices
connected to a Cisco network. Through this compatibility, the CyberPower Remote Management Card is
recognized to work with other EnergyWise-enabled entities and can be easily monitored and controlled to
achieve the best energy performance under the EnergyWise operation framework.
Item
Definition
Configuration
Version
The version of EnergyWise supported.
EnergyWise
Enable CISCO EnergyWise support.
Service port
The port number used to communicate with EnergyWise devices (must be
the same as that configured in the network switch).
Domain Name
The domain name of the EnergyWise solution (must be the same as that
configured in the network switch).
Off-State Cache
Enable/Disable the endpoint entries to be stored in the cache of the switch's
EnergyWise list after a reboot.
Secure Mode
Enable EnergyWise use of a shared secret.
Shared Secret
The secret for the EnergyWise domain.
Node List
EnergyWise Parent/Children List shows all EnergyWise entities and allows
users to configure EnergyWise Entity attributes.
Name
The name used to identify each outlet.
Role
This parameter is a string used to describe the function of the entity (max
length 31 characters).
Keywords
This parameter is a string used to describe the entity (max length 31
characters).
importance
This parameter is a value between 1 and 100 that shows the entity’s
importance high to low.
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[UPS->PowerPanel® List] Display the Information of the connected PowerPanel® Business. The connection is
established by PowerPanel® Business. The listed will be removed if disconnected for 1 hour.
Item
Definition
Configuration
Max Remote Shutdown
Time (MST)
The max time that all the connected Remote require to shutdown.
Max Remote Shutdown
Delay Time (MSDT)
The max value required from the moment utility power fails until all the clients
gracefully shutdown.
List
Type
The type of PowerPanel® Business
• Remote
• Management
Shutdown Condition
The shutdown condition of PowerPanel® Business
• None
• Power Failure
• Low Battery
• Runtime Insufficient
Status
The status of PowerPanel® Business
• Connecting
• Normal
• Shutdown is processing
• Shutdown is complete
Note: It is not suggested to have the PowerPanel® Business Edition or PowerPanel® Business connection to
the RMCARD at the same time.
[Envir] Following items can be displayed/configured through the Envir page. Note that Envir Tab only
appears when an ENVIROSENSOR/SNEV001 is connected to the RMCARD.
[Envir->Status] Display the basic information of the environmental sensor and contact closure inputs.
Item
Definition
Information
Name
The name of the environmental sensor.
Location
The location of the environmental sensor.
Temperature
Current Value
The current environmental temperature.
Maximum
The highest temperature and time detected by the environmental sensor.
Minimum
The lowest temperature and time detected by the environmental sensor.
Humidity
Current Value
The current environmental humidity.
Maximum
The highest humidity and time detected by the environmental sensor.
Minimum
The lowest humidity and time detected by the environmental sensor.
Contact
Display the name and status (Normal/Abnormal) of each input dry contact.
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[Envir->Configuration] Configure the parameters of the environmental sensor.
Item
Definition
Information
Name
The name used to identify the environmental sensor.
Location
The place where the environmental sensor is located.
Temperature
High Threshold
Upper limit for normal temperature.
Low Threshold
Lower limit for normal temperature.
Hysteresis
The point at which the difference between the High and Low temperature
threshold changes from abnormal to normal.
Rate of Change
The rate used to define an abnormal change in temperature.
Unit
The unit of temperature measurement.
Humidity
High Threshold
Upper limit for normal humidity.
Low Threshold
Lower limit for normal humidity.
Hysteresis
The point at which the difference between the High and Low humidity
threshold changes from abnormal to normal.
Rate of Change
The rate used to define an abnormal change in humidity.
Contact
Enter the name of each input dry contact relay and use the dropdown menu to
define the normal status of each one.
[Accessory] Following items can be displayed/configured through the Accessory page. Note that Accessory
Tab only appears when a new version of the environmental sensor (SNEV001) is connected to the RMCARD.
[Accessory->Status->ENV Basic Status] Display the basic information of the environmental sensor.
Item
Definition
Information
Name
The name of the environmental sensor.
Location
The location of the environmental sensor.
Temperature
Current Value
The current environmental temperature.
Maximum
The highest temperature and time detected by the environmental sensor.
Minimum
The lowest temperature and time detected by the environmental sensor.
Humidity
Current Value
The current environmental humidity.
Maximum
The highest humidity and time detected by the environmental sensor.
Minimum
The lowest humidity and time detected by the environmental sensor.
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[Accessory->Status->ENV Contact Status] Display the basic information of the contact closure inputs.
Item
Definition
Information
Contact
Display the name and status (Normal/Abnormal) of each input dry contact.
[Accessory->Information] Display the basic information of the accessory device.
Item
Definition
Information
Position
The position of the accessory device.
Model
The model name of the accessory device.
Serial Number
The serial number of the accessory device.
Hardware Version
The hardware version of the accessory device.
Firmware Version
The firmware version of the accessory device.
Firmware Update
Update the firmware of the accessory device. Click Browse to the location of the accessory binary file and click
Submit to upload the file.
[Accessory->Configuration-> ENV Basic Configuration] Configure the parameters of the environmental
sensor.
Item
Definition
Information
Name
The name used to identify the environmental sensor.
Location
The place where the environmental sensor is located.
Temperature
High Threshold
The upper limit for normal temperature.
Low Threshold
The lower limit for normal temperature.
Hysteresis
The difference between High/Low Threshold and the point where the
temperature state is from abnormal to normal.
Rate of Change
The rate used to define an abnormal change in temperature.
Unit
The unit of temperature.
Humidity
High Threshold
The upper limit for normal humidity.
Low Threshold
The lower limit for normal humidity.
Hysteresis
The difference between High/Low Threshold and the point where the humidity
state is from abnormal to normal.
Rate of Change
The rate is used to define abnormal changes in humidity.
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[Accessory->Configuration-> ENV Contact Configuration] Configure the parameters of the contact closure
inputs.
Item
Definition
Contact
Enter the name of each input dry contact relay and use the dropdown menu to
define the normal status of each one.
Name
The name is used to identify the contact.
Status
The state is used to define the normal condition of the contact.
[Logs->Event Logs] Display the list of events and a brief description of each event along with the date and
time stamp.
Note: 1. The recordable events are listed under “System->Notifications->Event Action.”
2. The recorded time is using the 24-hour clock format.
[Logs->Status Records] This page is used to view the logs of the UPS status and environment status;
however, different products may have different items displayed.
All items have the same definition as they are in the UPS status or environmental status.
• Input min (V): The minimum input voltage of the utility power from the previous record.
• Input max (V): The maximum input voltage of the utility power from the previous record.
• Input (Hz): The current frequency of the utility power supplied to the UPS.
• Output (V): The output voltage of the UPS supplying to the connected equipment.
• Output (Hz): The output frequency of the UPS supplying to the connected equipment.
• Load (%): The percentage of the total UPS power being supplied to the connected equipment.
• Capacity (%): The percentage of the current UPS battery capacity.
• Remaining Runtime: The estimated duration of time that the UPS can support the connected load in
battery mode.
• Temperature (°C or °F): The current temperature of the environmental sensor.
• Humidity (%RH): The current humidity of the environmental sensor.
[Logs->Energy Records] Energy Records page displays a list of energy records along with a date and time
stamp.
Item
Definition
Energy
Energy used by the device during a specific interval, measured in kWh.
Cost
Cost of the energy used by the device during a specific interval.
CO2
CO2 emissions of the device during a specific interval.
Accumulated Energy
Cumulative energy used by the device since the last reset, measured in kWh.
Accumulated Cost
Cumulative cost of the energy used by the device since the last reset.
Accumulated CO2
Cumulative CO2 emissions from the device since the last reset.
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[Logs->Graphing] This page is used to display the data of the Status Record. The graphing function makes
the status records easier to view.
Item
Definition
Graph Period
The period used to draw the graph. Longer periods will require more time to be
displayed.
Graph Data
The data used to draw the graph. The more data selected, the more graphing time
is needed.
Graph Node
Selecting “Display All Nodes in Detail” will display all the points along the line;
moving the cursor on the data point will show the information of that point.
Launch Graph in New
Window
Checking this box will open the graph in detail in a new page.
[Logs->Maintenance] This page is used to select “Event Logs” and “Status Records” settings. The application
provides information on how many events are recorded before it is full.
Item
Definition
Event Logs
Clear All Logs
Clear the existing event logs.
The Number of
Events
The number of the existing event logs and the maximum number of the event logs
that can be recorded. Once the maximum number is reached, new events overwrite
oldest events in memory.
Save Event Logs
Save the existing event logs as a text file.
Status Records
Recording Interval
Set the frequency status data is recorded. A smaller interval will provide more
frequent recordings but exhaust available memory quicker. A larger interval will
provide less frequent recordings, but save data for a longer period of time.
Clear All Records
Clear the existing status records.
Remaining Time
The time that records have been kept. A smaller recording interval leads to less
remaining time while a larger recording interval leads to more remaining time.
Once the maximum number is reached, new status records overwrite oldest status
records in memory.
Save Status Records
Save the status records as a text file.
Energy Records
Recording Interval
The frequency for recording the energy data.
Clear Entire Records
Clear the existing energy records
Electricity Rate
The ratio of energy cost to energy.
CO2 Emissions
The ratio of CO2 emissions to energy.
Save Energy Records
Save the existing event logs as a text file.
Note: Event Logs and Status Records use a First In First Out memory. Oldest data will be rewritten once
memory is full.
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[Logs->Syslog] Allow users to set syslog server and send test message.
Item
Definition
Syslog
Enable or disable Syslog function.
Facility Code
Select Syslog facility.
Server IP
The IP address of Syslog server.
Server Port
The UDP port used by the Syslog server.
Send Test
Send test message to Syslog server.
[System->General->Time] Display the system date and time and allow users to set it manually or by using
the NTP (Network Time Protocol) server.
Item
Definition
Current Settings
Displays the current date and time on the card status and time until the next
Network Time Protocol (NTP) update. To set the date and time, users can choose to
set it manually or by using the NTP (Network Time Protocol) server.
System Time Configuration
Time Zone
Choose the RMCARD time zone in GMT(Greenwich Mean Time).
Using NTP server
Enter the IP address/domain name of NTP servers, and set the frequency to update
the date and time from NTP server. Click "Update right now" to update immediately.
Manual Setup
Enter the date and time in the designated format.
[System->General->Identification] Assign the system’s name, contact, and location.
Item
Definition
Name
The name of the equipment.
Synchronization with
Host Name
Allow the host name to be synchronized with the identification name so both fields
automatically contain the same value.
Note: When enabling this feature, the identification name can only contain
numbers(0-9), letters(a-z, A-Z), hyphen. Besides, the identification name should not
start with hyphen.
Location
Where the power equipment is located.
Contact
The person to contact about this equipment.
[System->General->Daylight Saving Time] Adjust the clock daylight saving time.
Item
Definition
DST Configuration
Disable
Disable DST.
Tradition US DST
Set traditional US DST settings
Start: 2:00, second Sunday in March.
End: 2:00, first Sunday in November.
Manual DST
Manual DST date time rules.
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[System->Security->Management] Set for login authentication and software authentication.
Item
Definition
Login Authentication
Local Account
Use local account Administrator or Viewer settings to log in.
RADIUS , Local Account
Use RADIUS configuration settings to log in. If RADIUS authentication fails
then Local Account settings will be used to log in.
RADIUS Only
Use RADIUS configuration settings to log in.
LDAP , Local Account
Use LDAP configuration settings to log in. If LDAP authentication fails then
Local Account settings will be used to log in.
LDAP Only
Use LDAP configuration settings to log in.
Software Authentication
Secret Phrase
The Authentication Phrase used to communicate with PowerPanel
®
Business Remote.
Note: For more information, please refer to Appendix 4.
Admin/Viewer Manager IP
This setting determines what IP address is allowed to access the device
using either Admin or Viewer accounts. If you want to access Remote
Management Card from any IP address, you can set one of them as 0.0.0.0
or 255.255.255.255.
Note: A range of IP addresses can be allowed by entering the subnet mask.
For example 192.168.20.0/16 means the IP which has subnet of 192.168.0.0
can be allowed to access.
[System->Security->Local Account] This page is used to configure the login account.
Information
Description
Administrator
Administrator has full access to read/write configuration settings.
Viewer
Viewer has restricted access to read only.
Change Administrator account:
1. Enter User Name
2. Enter Current Password
3. Set the Manager IP (optional)
4. Enter New Password
5. Enter Confirm Password
6. Click “Apply”
Note: The maximum length of both User Name and Password is 63 characters.
Change Viewer account:
1. Select “Allow Access” to enable the Viewer account
2. Enter the User Name
3. Set the Manager IP (optional)
4. Enter New Password
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5. Enter Confirm Password
6. Click “Apply”
Note: The maximum length of both User Name and Password is 15 characters.
[System->Security->RADIUS Configuration] After setting the proper RADIUS server, the Remote
Management Card can use user name and password set on the RADIUS server to login.
Item
Definition
Server IP
The IP address/domain of RADIUS server.
Shared Secret
The shared secret of RADIUS server.
Server Port
The UDP port used by the RADIUS server.
Authentication Type
The authentication protocol type for RADIUS Server.
• Password authentication protocol (PAP)
• Challenge-Handshake Authentication Protocol (CHAP)
Timeout
The time of waiting to login Radius server.
Test Setting
Test RADIUS server using user name and password settings. If
authentication is successful the settings will be saved.
Skip Test
Save RADIUS server settings without testing.
Note: Please refer to Appendix 2 for the account configuration in RADIUS servers.
[System->Security->LDAP Configuration] After setting the proper LDAP server, the Remote Management
Card can use user name and password that set on the LDAP server to login.
Item
Definition
LDAP Server
LDAP Server
The IP address/domain of LDAP server.
LDAP SSL
Enable to communicate with LDAP server by LDAPS.
Port
The TCP port used by the LDAP(S) server.
User Base DN
The Base DN of LDAP server.
Login Attribute
The Login Attribute of LDAP user entry (for example: cn or uid).
LDAP Authentication
Authentication Mode
Identifies the method to use for authentication.
• Anonymous: Bind Request using Simple Authentication with a zero-
length bind DN and a zero-length password.
• Accredited User: Bind Request using Simple Authentication with a Bind
DN and Bind Password.
• By Logon User: Bind Request using Simple Authentication with a User
Base DN and login Password.
LDAP Authorization
Authorization Mode
Identifies the method to use for authorization.
• By User Attribute: Determine access level by User Attribute and User
Attribute Value.
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Item
Definition
Authorization Mode
• By Group: Determine access level by group witch search DN
information such as the following Group Base DN, Group Attribute and
Group Attribute Value.
LDAP Server Type
Generic LDAP Server
Select LDAP server type as OPENLDAP.
Active Directory
Select LDAP server type as Windows AD.
AD Domain
The AD Domain of the Active Directory server.
LDAP Test
Test Setting
Test LDAP(S) server using user name and password settings. If
authentication is successful the settings will be saved.
Skip Test
Save LDAP(S) server settings without testing.
Note: Please refer to Appendix 2 for the account configuration in LDAP & Windows AD servers.
[System->Security->Session Control] Set for timeout setting for open sessions to automatically log off.
Item
Definition
Timeout
The period (in minutes) that the system waits before automatically logging off.
[System->Network Service->TCP/IPv4] Display the current TCP/IPv4 settings. Set DHCP and DNS server
settings.
Item
Definition
Current Configuration
Displays the current TCP/IP settings: IP address, subnet mask, gateway, and DNS
server, Active Host Name, and Active Domain Name.
DHCP
Select the “Enable DHCP” option and click “Apply” to get IP address, Subnet
Mask, and Gateway from DHCP server. Select the “Obtain DNS Address from
DHCP” and click “Apply” to get the IP of DNS from the DHCP server.
Manual
Enter the TCP/IP settings directly and click “Apply”.
Host Name
Register host name to DNS Server.
• Host Name: Configure a host name.
• Synchronization with Identification Name: Configure a domain name.
Note: When enabling this feature, the identification name can only contain
numbers(0-9), letters(a-z, A-Z), hyphen. Besides, the identification name should
not start with hyphen.
[System->Network Service->TCP/IPv6] Display and configure the current IPv6 settings.
Item
Definition
IPv6 Interface
Displays the current IPv6 address.
IPv6 Gateway
Displays the current IPv6 gateway.
IPv6 Configuration
Access
Set the IPv6 service to either Enable or Disable.
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Item
Definition
Address Mode
Router Control
The IPv6 address is assigned through one of the following methods as
configured in the router settings: Stateless Address Auto-configuration,
Stateless DHCPv6 or Stateful DHCPv6.
Manual
The IPv6 address is assigned manually.
Manual IPv6 Address
Enter the IPv6 address directly when the Manual setting is selected.
[System->Network Service->SNMPv1 Service] Allow users to use a NMS and configure the appropriate
SNMPv1 settings.
Item
Definition
SNMPv1 Service
Allow Access
Set the SNMP service to either Enable or Disable.
SNMPv1 Access Control
Community
The name used to access this community from a Network Management System
(NMS). The field must be 1 to 15 characters in length.
IP Address
NMS access can be restricted by entering a specific IP address or an IP network
subnet mask. The following subnet mask rules apply:
• 192.168.20.255: Access only by an NMS on the 192.168.20 segment.
• 192.255.255.255: Access only by an NMS on the 192 segment.
• 0.0.0.0 (the default setting) or 255.255.255.255: Access by any NMS on any
segment.
Access Type
The allowable action for the NMS through the community and IP address.
• Read Only: GET command allowed any time; SET command restricted.
• Write/Read: GET command allowed any time; SET command allowed
anytime unless a user session is active.
• Forbidden: GET and SET commands are restricted.
[System->Network Service->SNMPv3 Service] Allow users to use a NMS and configure the appropriate
SNMPv3 settings.
Item
Definition
SNMPv3 Service
Allow Access
Set the SNMPv3 service to either Enable or Disable.
SNMPv3 Access Control
User Name
The name to identify SNMPv3 user. The field must be 1 to 31 characters in
length.
Authentication
Password
The password used to generate the key used for authentication. The field must
be 16 to 31 characters in length.
Privacy Password
The password used to generate the key used for encryption. The field must be
16 to 31 characters in length.
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Item
Definition
IP Address
NMS access can be restricted by entering a specific IP address or an IP network
subnet mask. The following subnet mask rules apply:
• 192.168.20.255: Access only by an NMS on the 192.168.20 segment.
• 192.255.255.255: Access only by an NMS on the 192 segment.
• 0.0.0.0 (the default setting) or 255.255.255.255: Access by any NMS on any
segment.
Authentication Type
The hash type for authentication.
Privacy Type
The type of data encryption/decryption.
Note: The privacy protocol cannot be selected if no authentication protocol is selected.
[System->Network Service->Web Service] Select Enable to allow access to the HTTP or HTTPS Service and
configures the TCP/IP port for them.
Item
Definition
Access
Allow Access
Enable the access to HTTP or HTTPS service. The HTTPS supports encryption
algorithm list as follow:
‧ AES (256/128 bits)
‧ Camellia (256/128 bits)
‧ DES (168 bits)
Http Settings
Http Port
The TCP/IP port of the Hypertext Transfer Protocol (HTTP) (80 by default)
Https Settings
Https Port
The TCP/IP port of the Hypertext Transfer Protocol Secure (HTTPS) (443 by
default)
Certificate Status
‧ Valid Certificate (or Invalid Certificate): Click to view Certificate detailed
information.
‧ Upload Certificate: Click to upload a certificate and replace the current one.
Note: The format of uploading certificate must in a standard PEM (Privacy
Enhanced Mail).
Cipher suites
Set the Cipher suite to either Enable or Disable.
[System->Network Service->Console Service] Select Enable to allow access to the Telnet or SSH Service and
configures the TCP/IP port that Telnet or SSH uses to communicate.
Item
Definition
Access
Allow Access
Enable the access to Telnet or SSH version 2, which encrypts transmission of user
names, passwords and data.
Telnet Port
The TCP/IP port (23 by default) that Telnet uses to communicate.
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Item
Definition
SSH Settings
SSH Port
The TCP/IP port (22 by default) that SSH uses to communicate.
Hostkey Status
‧ Display the status of hostkey fingerprint to show whether it is valid or
invalid.
‧ Upload Hostkey: Click to upload a Hostkey and replace the current one.
‧ Export Hostkey: Click to export a current Hostkey.
Note: To enhance security, users can change port setting to any unused port from 5000 to 65535. Users
must then specify the non-default port to obtain access. Telnet clients require users to append either
a space and the port number or a colon and the port number to the command line to access the
control console.
[System->Network Service->FTP Service] Allow users to Enable/Disable the FTP server service and configure
the TCP/IP port of the FTP server (21 by default).
Item
Definition
Allow Access
Enable the access to FTP server.
Service Port
The TCP/IP port of the FTP server (21 by default). Users can change port setting
to any unused port from 5000 to 65535 to enhance security.
Note: The FTP server is used for upgrading Firmware. For more details about the upgrade process, please
refer to “Firmware Upgrade” section.
[System->Network Service->Modbus TCP] This page shows current Modbus TCP communication status and
configuration.
Item
Definition
Host IP Address
Modbus TCP host IP address
Connecting Status
Modbus TCP communication status
Allow Access
Setup Modbus TCP enable or not.
Access IP Address
This setting determines what IP address is allowed to access the device by
Modbus TCP. If you want to access device from any IP address, you can set as
0.0.0.0.
Modbus TCP Port
Setup Modbus TCP port. (default: 502)
[System->Notifications->Event Action] Configure notification settings for every Device Event. Events are
categorized for ease of management.
• Log: Record the event in the “Event Logs”.
• E-mail: Send an email to a specific user (An available SMTP server is necessary).
• Trap: A SNMP trap sent to a specific IP address.
• Syslog: Sent syslog message to specific syslog server. (An available Syslog server is necessary).
• SMS: Send a short message to a specific mobile phone number (An available SMS service provider is
needed).
• Delay: The event will be sent if the condition persists for at least x seconds.
• Note: Delay configuration currently for UPS utility power event only.
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[System->Notifications->SMTP Server] After setting the proper SMTP server, event notification email can be
sent to recipients when specific events occur.
Item
Definition
SMTP server address
The IP address or Host Name of the SMTP server used to send email
notifications.
Sender E-mail Address
Email address used to send the email notification.
Sender Name
Configure the sender information for the E-mail.
Authentication
Select this option if the SMTP server requires to authenticate the user.
User Name
Account used for Authentication with a maximum length of 63 characters.
Password
Password used for Authentication with a maximum length of 63 characters.
For public SMTP Servers like Gmail and Office 365, please type the App
Password provided by the SMTP Server for Authentication.
Secure connection
Enable TLS or SSL security.
Service port
The port number used to communicate with the SMTP server.
[System->Notifications->E-mail Recipients] Set up to five email recipients to receive notifications when
configured Events occur.
To add a new recipient, click “New Recipient”. To modify or delete an existing Recipient, click the e-mail
address of that recipient. To check if SMTP setting and the email recipients are set correctly, click “TEST”
button to send a test message.
[System->Notifications->Trap Receivers] Setup up to 10 SNMP TRAP receivers by IP address (IPv6
supported). SNMPv1 and v3 is supported. The listed TRAP receivers will be notified when device Events
occur.
To add a new receiver, click “New Receiver”. To modify or delete an existing receiver, click the IP address or
name of that receiver. To check if the traps can be received correctly, click “TEST” button.
[System->Notifications->SMS Service] Short Message Service (SMS) is a communication service used by
mobile communication systems. Using standardized communication protocols will allow the interchange of
short text messages between mobile devices. The system provides 4 methods for users to choose how they
want to send the messages.
Item
Description
Service provider is Clickatell
Select the Clickatell option in the SMS Method field. Complete all the
account details including Username, Password and HTTP API ID fields.
For example:
Clickatell (accout before 2016/11)
User Name Name
Password Passwd
HTTP API ID 3234599
Clickatell (account after 2016/11)
HTTP API ID 3234599
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Item
Description
Service provider accepts HTTP
GET
This specification from the SMS provider is required before using the HTTP
GET method. Select the Using HTTP GET option in the SMS Method field.
Insert the E_PHONE_NUMBER as recipient's mobile phone number and the
E_PHONE_MESSAGE as event message, described by the SMS provider
specification, and fill in the URL field. The expressions will be replaced by
relevant content before the message is sent by the SMS provider.
For example:
URL http://ServiceProviderURL?user=Name&password=Passwd&
api_id=3234599&to=E_PHONE_NUMBER&text=E_MESSAGE
Service provider accepts HTTP
POST
This specification from the SMS provider is required before using the HTTP
POST method to deliver messages via SMS providers. Select the Using HTTP
POST option in the SMS Method field. Insert E_PHONE_NUMBER as
recipient's mobile phone number and E_PHONE_MESSAGE as the event
message, described by the SMS provider specification, and fill in the POST
URL and POST BODY fields. The expressions will be replaced by the relevant
content before the message is sent by the SMS provider.
For example:
URL http://ServiceProviderURL
Content user=Name&password=Passwd&api_id=3234599&to=E
_PHONE_NUMBER&text=E_MESSAGE
Service provider accepts Email (SMTP)
This specification from a SMS provider is required before using the E-mail to
deliver the messages via SMS providers. Select the Using E-mail option in the
Service Provider field. Insert E_PHONE_NUMBER as recipient's mobile phone
number and the E_PHONE_MESSAGE as event message, described by the
SMS provider specification. Fill in the Recipient’s Address, Subject and
Content. The expressions will be replaced by the relevant content before the
message is sent by the SMS provider.
For example:
Address sample@cyberpower.com
Subject TestSubject
Content E_PHONE_NUMBER&text=E_MESSAGE
[System->Notifications->SMS Recipients] Users can set up to 10 mobile phone numbers as SMS recipients.
The Recipients will receive a short message notification when configured events occur.
To add a new recipient, click “New Recipient”. To modify or delete an existing Recipient, click the mobile
number or Name of that recipient. To test SMS settings, click “TEST” button and see if the test message is
correctly received.
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[System->Reset/Reboot] Reset or reboot the RMCARD system.
Item
Definition
Reboot System
Restart the system without turning off and restarting the UPS.
Reset System
Reset the system to factory default setting. The system will restart. This
action will not turn off or restart the UPS.
Reset System (TCP/IP Settings
Reserved)
Reset the system to factory default setting but reserving TCP/IP. The system
will restart This action will not turn off or restart the UPS.
[System->About] Display system information for the Remote Management Card.
Item
Definition
Model Name
Model name of the Remote Management Card.
Hardware Version
The hardware version of the Remote Management Card.
Firmware Version
The current firmware version installed on the Remote Management Card.
Firmware Updated Date
The last date the firmware was updated.
Serial Number
Serial number of the Remote Management Card.
MAC Address
MAC address of the Remote Management Card.
NOTE: MAC address is also listed on the top of Product.
System Firmware Update
Use this function to upload the firmware and data. Click Browse to go to the
location of the file and click Submit.
Save Configuration
Click “Save” to save the RMCARD configuration file. The text file name will
have a default format of YYYY_MM_DD_HHMM.txt.
Restore Configuration
Use this function to restore a configuration that had been previously saved.
Click “Choose File” to select the location of the saved configuration file and
click “Submit”.
Note: The saved Configuration file includes security information such as
user name and password. After you complete the Restore Configuration, its
suggested that you delete the file to keep sensitive information safe and
secure.
Diagnostic Information
Click the "Save" button to save all diagnostic information to a file. The saved
information includes Event Logs, Status Records and other
RMCARD/UPS/ATS information. Its suggested to have this information
saved when contacting CyberPower Technical Support for assistance.
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Command Line Interface
How to log on
Users can log on to the command line interface through either console network access (Telnet or SSH) or
local access (Serial port).
1. Network access to the command line interface
When user logs in with the admin username and admin password through Telnet or SSH, there are two types
of interfaces available. One is the command line interface (CLI) and the second is a menu interface. The
default is CLI. If the user wants to change to the menu interface, type in the [menumode] command. To
switch back to CLI, it is necessary to logout and login to the RMCARD.
How to use telnet access command line interface
Step 1: Need to make sure the computer has access to the RMCARD installed network. At a command
prompt, type telnet and the IP address for the RMCARD (for example, telnet 139.225.6.133, when
the RMCARD uses the default Telnet port of 23), and press Enter.
Step 2: Enter the user name and password (by default, user name: cyber, password: cyber)
How to use SSH access command line interface
SSH is highly recommended for using to access the command line interface. SSH encrypts user names,
passwords, and transmitted data. To use SSH you must first configure SSH and install an SSH client program
(eg. PuTTY, HyperTerminal, or Tera Term) on your computer.
Note: If using PuTTY to configure SSH access, please configure Line discipline of Terminal to “Force off”, as
shown in Figure 4.
Figure 4. The PuTTY Configuration window.
2. Local access to the command line interface
To log on via serial connection, the PC/server must be connected directly to the Universal port of the
RMCARD using the included RJ45/DB9 Serial Port Connection Cable, and perform the following steps.
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Step 1. Open Hyper Terminal software (eg. PuTTY, HyperTerminal, or Tera Term) on your PC and select a
name and icon for the connection.
Step 2. Setup the COM port settings using the following values
*Bits per second: 9600
*Data bits: 8
*Parity: None
*Stop bits: 1
*Flow control: None
Step 3. Press Enter to enter the Authentication menu.
Step 4. Enter the user name and password of the RMCARD at the Authentication menu.
Note: Serial connection can only access Command Line Mode and cannot support Menu Mode.
How to use the Command Line Interface
While using the command line interface, you can also do the following:
1. To close the connection to the command line interface ➔ Type “exit” and press Enter
2. To switch mode as Menu Mode ➔ Type “menumode” and press Enter
3. To view a list of available commands or arguments ➔ Type “?” (Eg. date ?).
4. To view the command that was typed most recently in the session ➔ Press the UP/DOWN arrow key.
(The session can remember up to ten previous commands.)
5. A command can support multiple options ➔ To define the date as March 21, 2015 (Eg. date yyyy
2015 mm 3 dd 21)
Command Response Codes
When the command or arguments is not recognized or is incorrect, the console interface will display [^]
underneath the wrong command or argument. The following error message will be displayed:
Command not found
RMCARD doesn’t know this command.
Console interface display the list of available commands.
Parameter Error
The parameter type or format is not allowed.
Console interface display the list of available value or format.
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Command Descriptions
ups
Description: Show the information about UPS, input, output. And use master switch to control UPS.
Option
Argument
Description
info
show
Display UPS information
input
show
Display UPS input information
output
show
Display UPS output information
Example 1:
To view UPS information
CyberPower > ups info show
UPS information
Model: OL1000XL
Voltage Rating: 100V
Working Frequency: 40~70 Hz
Power Rating: 1000 VA
Current Rating: 10 Amp
Load Power: 900 Watts
Battery Voltage Rating: 36 V
USB Version: 0.1B
Next Battery Replacement Date: 10/08/2018
NCL Bank: 1
Extended Battery Pack: 4
upsctrl
Description: Enable to use UPS Master Switch.
Option
Argument
Description
reboot
off delay / reboot duration
(eg. 10/10)
off delay:
0 | 10 | 20 | 30 | 60 | 120 | 180 | 300 | 600
reboot duration:
10 | 20 | 30 | 60 | 120 | 180 | 300 | 600
Turns the UPS off and back on. There is one
string include off delay (in seconds) and
reboot duration (in seconds) ,
ex: 10/10 means off delay in 10 seconds and
reboot duration in 10 seconds.
on Turns the UPS on.
off
0 | 10 | 20 | 30 | 60 | 120 | 180 | 300 | 600
Turns the UPS off. Argument means Turn Off
Delay in seconds.
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Option
Argument
Description
sleep
0 | 10 | 20 | 30 | 60 | 120 | 180 | 300 | 600
This command is available in Utility Power
Failure Mode. It can make UPS in sleep mode
until power restore. The argument means
Sleep Delay in seconds.
Example 1:
To reboot UPS turn off delay 10sec and reboot duration 20sec.
CyberPower > upsctrl reboot 10/20
upscfg
Description: Show and configure UPS supply power, UPS sensitivity, UPS high voltage threshold, UPS low
voltage threshold, UPS bypass condition, UPS bypass high threshold, UPS bypass low threshold, UPS recharge
delay, UPS recharge capacity, UPS working mode, and UPS return delay.
Option
Argument
Description
show
outpwr
<output power in VAC>
Sets the output voltage which is supplied to the
connected equipment.
sen
high | medium | low
Low sensitivity has a looser voltage range and the
supplied power may vary more widely.
The power from fuel generator may cause the UPS to
switch to battery mode more frequently, and the low
sensitivity is recommended. The UPS switches to battery
mode rarely and also saves more battery power.
High sensitivity allows the UPS to supply the more stable
power to equipment and switches to battery mode
frequently.
hvlimit
<high threshold in VAC>
When the utility voltage (or output voltage) exceeds the
threshold, the UPS will supply battery power to the
connected equipment.
lvlimit
<low threshold in VAC>
When the utility voltage (or output voltage) exceeds the
threshold, the UPS will supply battery power to the
connected equipment.
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Option
Argument
Description
bypasscond
nobypass | freqvolt
| voltonly
No Bypass－If this option is selected, the UPS will not
enter Bypass mode and will stop supplying output
power.
Check Volt/Freq－If the utility voltage is in the range of
the High/Low Bypass Voltage and the utility frequency
is in the range of the Frequency Tolerance, the UPS will
enter Bypass mode. Otherwise the UPS will stop
supplying output power.
Check Volt Only－Only if the utility voltage is in the
range of the High/Low Bypass Voltage, the UPS will
enter Bypass mode. Otherwise the UPS will stop
supplying output power.
bypasshvlimit
10 | 15
Set high bypass voltage in percentage. If the utility
voltage exceeds thresholds, the UPS will be forbidden to
enter Bypass mode.
bypasslvlimit
10 | 15 | 20
Set low bypass voltage in percentage. If the utility
voltage exceeds thresholds, the UPS will be forbidden to
enter Bypass mode.
rechargedelay
0 | 60 | 120 | 180 | 300 | 600
| 1200 | 1800 | 3600
Set the recharge delay in seconds. When the utility
power restores, the UPS will start to recharge until the
specified delay is expired before restoring output power.
rechargecap
0 | 15 | 30 | 45 | 60 | 75 | 90
Set the recharge capacity in percentage. When the utility
power restores, the UPS will start to recharge until the
specified battery capacity is met before restoring output
power.
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Option
Argument
Description
workmode
normal | eco10% | eco15% |
generator | bypass
normal－Normal working mode of the UPS.
eco10%－On-line UPS enters Economy 10% mode.
eco15%－On-line UPS enters Economy 15% mode.
generator－If the UPS uses generator as its input
power, this option should enable the UPS to function
normally. If this option is selected, the UPS will be
forbidden to enter Bypass mode to protect the
powered equipment.
bypass－Determines whether to allow the UPS to enter
Manual Bypass mode. If this option is enabled, the UPS
will be forced to enter Bypass mode.
returndelay
0 ~ 600
When the utility power restores, the UPS will start to
recharge until the specified delay is expired before
restoring output power. The numbers in the range 1 to
600 seconds are numbers divisible by 5.
Example 1:
To view the available value voltage this UPS output power can be set.
CyberPower > upscfg supply?
100
110
115
Example 2:
To define bypass condition as check utility voltage only
CyberPower > upscfg bypasscond voltonly
Example 3:
To define UPS recharge delay as 2 minutes
CyberPower > upscfg rechargedelay 120
Example 4:
To set On-line UPS mode to generator mode
CyberPower > upscfg mode generator
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upsbatt
Description: Show information of battery, and execute the battery test and battery runtime calibration.
Option
Argument
Description
show
Display all battery information for this UPS
test
Execute the battery test immediately.
cal
start | stop
Start or stop Runtime calibration.
rdyyyy
<number of year>
Set year of battery replacement date by AD.
rdmm
<number of month>
Set month of battery replacement date.
rddd
<number of date>
Set day of month.
Example 1:
To execute battery selftest.
CyberPower > upsbatt test
Example 2:
To start battery runtime calibration
CyberPower > upsbatt cal start
Example 3:
To set the battery replacement date as May 29, 2018.
CyberPower > upsbatt rdyyyy 2018 rdmm 5 rddd 29
atsoltsta
Description: Show information of ATS outlet status.
Option
Argument
Description
show
Show information of ATS Outlet Stauts
index
<1 | 2 |…| outlet number |all>
Select ATS outlet index
Example 1:
To display all outlet status
CyberPower > atsoltsta index all show
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atsoltcfg
Description: Show and configure information of ATS outlet.
Option
Argument
Description
show
Show information of ATS Outlet Config
index
<1 | 2 |…| outlet number |all>
Select ATS outlet index
name
<Outlet Name>
Set ATS Outlet Name
td_on
<-1 | 0 | 1 | 2 |…|7200 >
Set ATS Outlet On Delay
td_off
<-1 | 0 | 1 | 2 |…|7200 >
Set ATS Outlet Off Delay
td_reboot
<5 | 6 |…|60>
Set ATS Outlet Reboot Duration
set
<1 | 2 |…| outlet number |all>
<Outlet Name>
<-1 | 0 | 1 | 2 |…|7200 >
<-1 | 0 | 1 | 2 |…|7200 >
<5 | 6 |…|60>
Modify ATS Outlet Configuration
Example 1:
To display all outlet configuration
CyberPower > atsoltcfg index all show
Example 2:
To name outlet #1 as test_1
CyberPower > atsoltcfg index 1 name test_1
Example 3:
To set turn on delay of outlet #2 as 3 seconds
CyberPower > atsoltcfg index 2 td_on 3
Example 4:
To set turn off delay of outlet #3 as 3 seconds
CyberPower > atsoltcfg index 3 td_off 3
Example 5:
To set turn off delay of outlet #4 as “never turn off”
CyberPower > atsoltcfg index 4 td_off -1
Example 6:
To set reboot duration of outlet #5 as 5 seconds
CyberPower > atsoltcfg index 5 td_reboot 5
Example 7:
To name outlet #1 as test_1, set turn on delay as 3 seconds, set turn off delay as 4 seconds and set
reboot duration as 5 seconds with a single command
CyberPower > atsoltcfg set 1 test_1 3 4 5
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atsoltctrl
Description: Configure ATS outlet status.
Option
Argument
Description
index
<1 | 2 |…|outlet number |all>
Select ATS outlet index
act
<on | off | reboot
| td_on | td_off | td_reboot>
Control ATS Outlet
Example 1:
To turn on outlet #1 immediately
CyberPower > atsoltctrl index 1 act on
Example 2:
To turn on outlet #2 with turn on delay
CyberPower > atsoltctrl index 2 act td_on
atssrccfg
Description: Show and configure ATS prefer source.
Option
Argument
Description
show
Show information of ATS Prefer Source
prefer
<a | b | none >
Set ATS Prefer Source
Example 1:
To display information of ATS Prefer Source
CyberPower > atssrccfg show
Example 2:
To set ATS prefer source as source A
CyberPower > atssrccfg prefer a
date
Description: Show and configure timezone, date format, date, time.
Option
Argument
Description
show
Display system date information for RMCARD
timezone
<time zone offset>
Choose the RMCARD time zone in GMT (Greenwich Mean
Time).
format
mm/dd/yyyy | yyyy/mm/dd |
dd.mm.yyyy | mmm-dd-yy |
dd-mmm-yy | yyyy-mm-dd
Set system date format
yyyy
<number of year>
Set year of system date by AD.
Option
Argument
Description
mm
<number of month>
Set month of system date.
dd
<number of date>
Set day of month.
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time
<00:00:00>
Set system time.
Example 1:
To define timezone offset as +08:00
CyberPower > date timezone +0800
Example 2:
To define the date as March 21, 2015
CyberPower > date yyyy 2015 mm 3 dd 21
Example 3:
To define the time as 13:45:12
CyberPower > date time 13:45:12
ntp
Description: Show and configure NTP server IP, NTP update interval time.
Option
Argument
Description
show
Display all NTP information for RMCARD
access
enable | disable
If enable was set, System will set date and time from NTP
server.
priip
<primary ntp server ip>
Set the IP address/domain name of primary NTP servers
secip
<secondary ntp server ip>
Set the IP address/domain name of secondary NTP
servers
update
now | 1-8760
now－Choose Update right now to update immediately.
1-8760－Set the frequency to update the date and time
from NTP server.
Example 1:
To enable NTP server define date and time of RMCARD
CyberPower > ntp access enable
Example 2:
To setup primary NTP server IP as “192.168.26.22”
CyberPower > ntp priip 192.168.26.22
Example 3:
To update time by NTP immediately
CyberPower > ntp update now
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sys
Description: Show and configure identification of RMCARD, reset RMCARD.
Option
Argument
Description
show
Display all system information for RMCARD
name
<system name>
Set name of the equipment.
location
<system location>
Set the location of power equipment.
contact
<system contact>
Set the person to contact about this equipment.
reset
reboot | notcpip | all
Reboot－Reboot RMCARD
notcpip－Reset the System to default setting but
reserving TCP/IP settings, and restart it.
all－Set all to reset the System to default setting and
restart it.
Example 1:
To view all information of system
CyberPower > sys show
Name: RMCARD205 (305)
Location: Server Room
Contact: Admainistrator
Model: RMCARD205 (305)
Hardware Version: 1.1
Firmware Version: 1.0.3
Firmware Update Date: 03/08/2015
Serial Number: TALGY2001975
MAC Address: 00-0C-15-00-B9-42
Example 2:
To reset RMCARD to default parameter.
CyberPower > sys reset all
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dst
Description: Show and configure type of Daylight Saving Time.
Option
Argument
Description
show
Display all DST information for RMCARD
mode
disable | us | manual
disable－Disable DST.
us－Tradition US DST
manual－Manual DST date time rules.
After finish this command, input start and end time step by
step.
The parameters of Week of month:
first | second | third | forth | last
The Parameters of day of week:
Mon | Tue | Wed | Thu | Fri | Sat | Sun
The parameters of month:
Jan | Feb | Mar | Apr | May | Jun | Jul | Aug | Sep | Oct | Nov
| Dec
Example 1:
Manual set Daylight Saving Time
CyberPower > dst type manual
Start time (0~23): 2
Start week of month: second
Start day of week: Sun
Start month: Mar
End time (0~23): 2
End week of month: first
End day of week: Sun
End month: Nov
Example 2:
To view DST setting
CyberPower > dst show
DST: Manual DST Date Time
Start: 02:00, the second Sunday of Mar
End: 02:00, the first Sunday of Nov
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login
Description: Show and configure authentication for login.
Option
Argument
Description
show
Display all login information for RMCARD
type
local | radiuslocal |
radiusonly | ldaplocal |
ldaponly
local－User to login Remote Management Card with user
name and password that configured in Local Account.
radiuslocal－User to login Remote Management Card with
user name and password for authenticate with RADIUS
server first. If the RADIUS server fails to respond, the user
name and password that configured in Local Account will
be used.
radiusonly－User to login Remote Management Card with
user name and password for authenticate with RADIUS
server only.
ldaplocal－User to login Remote Management Card with
user name and password for authenticate with LDAP
server first. If the LDAP server fails to respond, the user
name and password that configured in Local Account will
be used.
ldaponly－User to login Remote Management Card with
user name and password for authenticate with LDAP
server only.
secretphrase
<Authentication Phrase>
The Authentication Phrase used to communicate with
PowerPanel® Business Remote.
timeout
1~10
The period (in minutes) that the system waits before auto
logging off. The range of argument is from 1 to 10 (in
minutes).
Example 1:
To change authentication type to Radius, Local Account
CyberPower > login type radiuslocal
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admin / device
Description: Show and configure the primary/secondary manager IP, username, password of admin/device
user.
Option
Argument
Description
show
Display all admin or device information for this RMCARD
access
enable | disable
Enable or disable Device
primip
<primary manager IP>
Set primary manager IP of admin/device
secmipac
enable | disable
Enable or disable secondary manager IP of admin/device
secmip
<secondary manager IP>
Set secondary manager IP of admin/device
name
<user name>
Set user name of admin/device
passwd
<user password>
Set user password of admin/device
Example 1:
To define primary admin manager IP as 192.168.26.0/24
CyberPower > admin primip 192.168.26.0/24
Input admin password : cyber
Pass
radius
Description: Show and configure information of radius server.
Option
Argument
Description
show
Display all Radius server information for RMCARD
pri
sec
show
Display primary/secondary Radius server information.
add
Add radius server then input radius server IP/Secret/Port appear
later on.
add
<server IP> <server
secret> <server port>
Add radius server information including server IP/Secret/Port at one
time.
priip
secip
<radius server IP>
Set the IP address of primary/secondary RADIUS server.
priport
secport
<radius server port>
Set the UDP port which is used by the primary/secondary Radius
server
prisecret
secsecret
<radius server secret>
Set the shared secret of primary/secondary Radius server.
pridel
secdel
Delete primary/secondary Radius server
Example 1:
To view primary radius server information
CyberPower > radius pri show
Server IP: 192.168.26.33
Server Secret: testsecret
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Server Port: 1826
Example 2:
To view secondary radius server information
CyberPower > radius sec show
Server IP: 192.168.30.58
Server Secret: testsecret2
Server Port: 1508
Enter the following command to add Radius server information configuration with a single command:
radius add <Server IP> <Share Secret> <Server Port>
For example:
CyberPower > radius add 192.168.203.55 testsecret 150
Note: This single command could not be executed successfully if there are two Radius servers to be set
already.
ldap
Description: Show and configure information of LDAP server.
Option
Argument
Description
show
Display all LDAP server information for RMCARD
add
Add LDAP server then input information for
requirements appear later on.
pritype
sectype
openldap | ad
Set the type of LDAP server.
priip
secip
<LDAP server IP>
Set the IP address of primary/secondary LDAP server.
prissl
secssl
enable | disable
Enable or disable using LDAPS.
priport
secport
<LDAP server port>
Set the TCP port which is used by the
primary/secondary LDAP server.
pridn
secdn
< LDAP server base DN>
Set the Base DN of primary/secondary LDAP server.
priaddomain
secaddomain
< LDAP server AD domain>
Set the AD Domain of the primary/secondary Active
Directory server.
Option
Argument
Description
priattr
secattr
< LDAP server login attribute>
Set the Login Attribute of primary/secondary LDAP
user entry.
pridel
secdel
Delete primary/secondary LDAP server.
Example 1:
To add LDAP Server
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CyberPower > ldap add
Input LDAP Server Type [openldap | ad]: ad
Input IP address: 192.168.26.33
Use SSL [enable | disable]: disable
Input LDAP port: 389
Input base DN: dc=cyber,dc=com
Input login attribute: cn
Input AD Domain: cyber.com
Example 2:
To view information about LDAP Server
CyberPower > ldap show
Primary LDAP Server
Type: Windows AD
LDAP Server: 192.168.26.33
LDAP SSL: Disable
Port: 389
Base DN: dc=cyber,dc=com
Login Attribute: cn
AD Domain: cyber.com
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tcpip
Description: Show and configure IPv4 IP, netmask, gateway, DNS.
Option
Argument
Description
show
Display all IPv4 information for RMCARD
dhcp
enable | disable
Enable or disable DHCP
dns
manual | auto
Auto－Obtain DNS Address from DHCP when DHCP enable
Manual － Obtain DNS Address by manual when DHCP
enable.
ip
<system IP>
Set IP Address of system
netmask
<system netmask>
Set netmask of system
gateway
<system gateway>
Set gateway of system
dnsip
<system dns>
Set DNS of system
Example 1:
To disable DHCP and define IP address to 192.168.26.33
CyberPower > tcpip dhcp disable ip 192.168.26.33
tcpip6
Description: Show and configure status of IPv6 router control, IPv6 manual IP.
Option
Argument
Description
show
Display all IPv6 information for RMCARD
access
enable | disable
Enable or disable IPv6 service.
routerctrl
enable | disable
The IPv6 address is assigned through the method (Stateless
Address Autoconfiguration, Stateless DHCPv6 or Stateful
DHCPv6) which is decided by router setting.
manual
enable | disable
Enable or disable IPv6 manual ip.
ip
<manual IPv6 IP>
Set manual IPv6 ip.
Example 1:
To define IPv6 manual IP address then show the information of IPv6
CyberPower > tcpip6 manual enable ip 2001:cdba:0:0:0:0:3257:9652 show
Access: Enable
Router Control: Enable
Manual: Enable
Manual IPv6 Address: [2001:cdba::3257:9652]
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snmpv1
Description: Show and configure status of SNMPv1.
Option
Argument
Description
show
Display SNMPv1 status for RMCARD
index
<1 | 2 | 3 | 4>
Select SNMPv1 community index.
set
<1 | 2 | 3 | 4>
Modify SNMPv1 community information.
access
enable | disable
Enable or disable SNMPv1.
community
<Community>
Modify SNMPv1 community name.
ip
<IP Address>
Modify SNMPv1 community IP address.
type
<readonly | readwrite |
forbidden>
Modify SNMPv1 community type.
Example 1:
To view the second SNMPv1 community information
CyberPower > snmpv1 index 2 show
Community: private
IP Address: 192.169.203.20
Type: Read/Write
Example 2:
To change the community name of first SNMPv1 community to Public1
CyberPower > snmpv1 index 1 community Public1
Example 3:
To change the IP address of third SNMPv1 community to 192.168.203.88
CyberPower > snmpv1 index 3 ip 192.168.203.88
Example 4:
To change the community type of forth SNMPv1 community to read/write
CyberPower > snmpv1 index 4 type readwrite
Enter the following command to perform all parameters configuration with a single command:
snmpv1 set <1 | 2 | 3 | 4> <Community> <IP Address> <readonly | readwrite |
forbidden>
For example:
CyberPower > snmpv1 set 3 CyberPower 192.168.203.91 readonly
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snmpv3
Description: Show and configure status of SNMPv3.
Option
Argument
Description
show
Display SNMPv3 status for RMCARD
index
<1 | 2 | 3 | 4>
Select SNMPv3 user index.
set
<1 | 2 | 3 | 4>
Modify SNMPv3 user information.
access
enable | disable
Enable or disable SNMPv3
name
<User Name>
Modify SNMPv3 user name.
status
<enable | disable>
Enable or disable SNMPv3 user.
ip
<IP Address>
Modify IP address of SNMPv3 user.
auth
<md5 | sha | none>
Modify authentication protocol of SNMPv3 user.
authkey
<Auth Key>
Modify authentication password of SNMPv3 user.
priv
<aes | des | none>
Modify privacy protocol of SNMPv3 user.
privkey
<Priv Key>
Modify privacy password of SNMPv3 user.
Example 1:
To view the first SNMPv3 user information
CyberPower > snmpv3 index 1 show
User Name: CyberPower
Status: Enable
IP Address: 192.169.30.58
Auth Protocol: MD5
Priv Protocol: aes
Example 2:
To change the user name of second SNMPv3 user to CyberPower
CyberPower > snmpv3 index 2 name CyberPower
Example 3:
To enable the third SNMPv3 user
CyberPower > snmpv3 index 3 status enable
Example 4:
To change the IP address of forth SNMPv3 user to 192.168.203.66
CyberPower > snmpv3 index 4 ip 192.168.203.66
Example 5:
To change the authentication protocol of second SNMPv3 user to md5 and set its authentication
password as test_authkey_123456
CyberPower > snmpv3 index 2 auth md5 authkey test_authkey_123456
Example 6:
To change the authentication password of first SNMPv3 user to test_authkey_123456
CyberPower > snmpv3 index 1 authkey test_authkey_123456
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Example 7:
To change the authentication protocol of third SNMPv3 user to none
CyberPower > snmpv3 index 3 auth none
Example 8:
To change the privacy protocol of second SNMPv3 user to aes and set its privacy password as
test_privkey_123456
CyberPower > snmpv3 index 2 priv aes privkey test_privkey_123456
Example 9:
To change the privacy password of first SNMPv3 user to test_privkey_123456
CyberPower > snmpv3 index 1 privkey test_privkey_123456
Example 10:
To change the privacy protocol of third SNMPv3 user to none
CyberPower > snmpv3 index 3 priv none
Enter the following command to perform all parameters configuration with a single command:
snmpv3 set <1 | 2 | 3 | 4> <User Name> <IP Address> <md5 | sha | none> <Auth
Key> <aes | des | none> <Priv Key>
For example:.
CyberPower > snmpv3 set 1 CyberPower 192.168.203.90 sha test_authkey_123456 des
test_privkey_123456
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trap
Description: Show and configure information of SNMP trap receiver.
Option
Argument
Description
show
Display trap receiver information for RMCARD.
add
Add trap receiver for RMCARD.
index
<1 | 2 | ... | 10>
Select trap receiver index.
name
<Trap Receiver Name>
Modify trap name of trap receiver.
ip
<Trap Receiver IP>
Modify IP address of trap receiver.
ver
<v1 | v3>
Modify SNMP version of trap receiver.
status
<enable | disable>
Enable or disable trap receiver.
community
<Trap Receiver Community>
Modify SNMPv1 community name of trap
receiver.
user
<1 | 2 | 3 | 4>
Select SNMPv3 user of trap receiver.
delete
Delete trap receiver.
Example 1:
To view sixth trap receiver information
CyberPower > trap index 6 show
Trap Name: CyberPower
Status: Enable
IP Address: 192.168.203.68
Type: SNMPv1
Community: test_community
Example 2:
To change the trap name of second trap receiver to test
CyberPower > trap index 2 name test
Example 3:
To change the IP address of third trap receiver to 192.168.30.85
CyberPower > trap index 3 ip 192.168.30.85
Example 4:
To change the SNMP version of forth trap receiver to SNMPv3
CyberPower > trap index 4 ver v3
Example 5:
To change the fifth trap receiver
CyberPower > trap index 5 status enable.
Example 6:
To change the community name of second trap receiver to CyberPower with the condition that the
SNMP version of trap receiver must be SNMPv1.
CyberPower > trap index 2 community CyberPower
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Example 7:
To change the SNMPv3 user of tenth trap receiver to SNMPv3 user2 with the condition that the SNMP
version of trap receiver must be SNMPv3
CyberPower > trap index 10 user 2
Example 8:
To delete the fifth trap receiver
CyberPower > trap index 5 delete
Enter the following command to add trap receiver configuration with a single command:
For SNMPv1: trap add <Trap Name> <Trap Receiver IP> v1 <Community>
For example:
CyberPower > trap add CyberPower 192.168.203.16 v1 test
For SNMPv3: trap add <Trap Name> <Trap Receiver IP> v3 <1 | 2 | 3 | 4>
For example:
CyberPower > trap add cyberpower 192.168.203.12 v3 3
web
Description: Show and configure web access type, http port and https port.
Option
Argument
Description
show
Display all web information for RMCARD
access
http | https | disable
http－Enable the access to http service.
https－Enable the access to https service.
disable－Disable web service
httpport
<http port>
The TCP/IP port of the Hypertext Transfer Protocol (HTTP)
(80 by default)
httpsport
<https port>
The TCP/IP port of the Hypertext Transfer Protocol Secure
(HTTPS) (443 by default)
Example 1:
To change the HTTP server port to 5000
CyberPower > web httpport 5000
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console
Description: Show and configure console network access type, telnet port and SSH port.
Option
Argument
Description
show
Display all console information for RMCARD
access
telnet | ssh | disable
telnet－Enable the access to Telnet
ssh－Enable the access to SSH
disable－Disable console service
telnet
<enable | disable>
enable－Enable Telnet.
disable－Disable Telnet.
ssh
<enable | disable |
reset_hostkey>
enable－Enable SSH.
disable－Disable SSH.
reset_hostkey－Reset SSH Hostkey to default.
telnetport
<telnet port>
The TCP/IP port (23 by default) that Telnet uses to
communicate.
sshport
<ssh port>
The TCP/IP port (22 by default) that SSH uses to
communicate.
Example 1:
To enable Telnet as console type
CyberPower > console telnet enable
Example 2:
To disable SSH as console type
CyberPower > console ssh disable
Note: The telnet and the ssh modes are options for switching between each other. For example, the telnet
will be automatically disabled once ssh is enabled as console type and vice versa.
Example 3:
To reset SSH Hostkey to default
CyberPower > console ssh reset_hostkey
Note: The system will reboot after the SSH Hostkey of RMCARD is reset to default.
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ftp
Description: Show and configure FTP access type and TCP/IP port of FTP.
Option
Argument
Description
show
Display all FTP information for RMCARD
access
enable | disable
Enable or disable FTP server
port
<ftp port>
The TCP/IP port of the FTP server (21 by default).
Example 1:
To enable FTP service
CyberPower > ftp access enable
eventlog
Description: View and clear the eventlog of RMCARD and UPS.
Option
Argument
Description
show
Displays the list of events and a brief description of each
event along with the date and time stamp.
clear
Clear the existing event logs.
Example 1:
CyberPower > eventlog show
12/11/2015 03:32:08 Admin login from 192.168.26.33.
……………………………………..
Then use the following keys to navigate the event log.
Key
Description
SPACE
View the next page of event log.
Q
Close the event log and return to command line interface.
Example 2:
To clear all event logs.
CyberPower > eventlog clear
Do you want to clear all eventlog [yes / no]: yes
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syslog
Description: Show and configure information of SYSLOG server.
Option
Argument
Description
show
Display all syslog information for RMCARD
s1
s2
s3
s4
show
Display syslog server information for 1 to 4 servers.
add
Add syslog server then input syslog server IP /Port appear
later on.
add
<server IP> <server port>
Add syslog server information including server IP/Port at
one time.
access
enable | disable
Enable or disable syslog.
facility
kernel | user | mail | system
| auth1 | syslog | link | news
| uucp | clock1 | auth2 | ftp |
ntp | logaudit | logalert |
clock2 | local0 | local1 |
local2 | local3 | local4 |
local5 | local6 | local7
Set Syslog facility.
s1test
s2test
s3test
s4test
Send test message to Syslog server for 1 to 4 servers.
ip1
ip2
ip3
ip4
<SYSLOG server IP>
Set the IP address of Syslog server for 1 to 4 servers.
port1
port2
port3
port4
<SYSLOG server port>
Set the UDP port which is used by the Syslog server 1 to 4
servers.
s1del
s2del
s3del
s4del
Delete Syslog server for 1 to 4 servers.
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Example 1:
To view syslog information of server 1
CyberPower > syslog s1 show
IP: 192.168.26.33
Port: 514
Example 2:
To view syslog information of server 2
CyberPower > syslog s2 show
IP: 192.168.203.89
Port: 268
Example 3:
To view syslog information of server 3
CyberPower > syslog s3 show
IP: 192.168.30.15
Port: 101
Example 4:
To view syslog information of server 4
CyberPower > syslog s4 show
IP: 192.168.26.93
Port: 358
Enter the following command to perform all parameters configuration with a single command:
syslog add <Server IP address> <Server Port>
For example:
CyberPower > syslog add 192.168.203.65 180
Note: This single command could not be executed successfully if there are four Syslog servers to be set
already.
menumode
Description: Switch mode as Menu Mode.
clear
Description: Clear the console screen.
exit
Description: Close the connection to the command line interface.
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Reset to Factory Default Setting / Recover from a Lost Password
To reset the CyberPower Remote Management Card to its factory default setting (including web log-in user
name and password), please following these steps:
RMCARD205
RMCARD305
1. Remove the card from the UPS without turning the UPS/ATS PDU off.
2. Remove the jumper from the reset pins as illustrated. Do not dispose of the jumper.
3. Insert the card into the expansion port on the UPS/ATS PDU.
4. Wait until the green Tx/Rx LED is flashing (the frequency of the ON/OFF flashing is once per second).
5. Remove the card again.
6. Place the jumper back onto the Reset pins.
7. Install card into the expansion port again and tighten the retaining screws.
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RMCARD Firmware Upgrade
By upgrading the firmware, you can obtain both the new features and updates/improvements to existing
functionality. FTP service needs to be Enabled before attempting to execute a Firmware Upgrade. You can
check the “Firmware version” on the [System->About] page on the web user interface of the RMCARD.
There are two files to update in order to upgrade the firmware version.
- A. cpsrm2scdata_XXX.bin
- B. cpsrm2scfw_XXX.bin
Note: To ensure keeping RMCARD firmware up to date, please visit CyberPower website every 3 months to
see if there is any updated firmware version available.
Note: Please do not turn the UPS off when processing the Firmware upgrade.
Note: To update the RMCARD firmware successfully, please check whether the connections to Port 20 and 21
in firewall are not blocked.
Method 1: Using FTP command
Use the following steps to upgrade the firmware:
1. Download the latest firmware
2. Extract the downloaded files to “C:\”
3. Open a command prompt window
4. Login to the CyberPower Remote Management Card with FTP command, in the command prompt type:
(1) ftp
(2) ftp> open
(3) To [current IP address of RMCARD] [port]; EX: To 192.168.22.126 21
(4) Input USER NAME and PASSWORD (same as the administrator account in web user interface, see page
6 for default factory settings)
5. Upload file A, type:
ftp > bin
ftp > put cpsrm2scdata_XXX.bin
6. Upload is now complete, type:
ftp > quit
7. The system will reboot after you type “quit”
8. Login to the FTP again as step 4
9. Upload file B, type:
ftp > bin
ftp > put cpsrm2scfw_XXX.bin
10. Upload is now complete, type:
ftp > quit
11. The system will reboot after you type “quit”
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Method 2: Using Power Device Network Utility 2
1. Install the CyberPower Power Device Network Utility 2 available for download at www.CyberPower.com.
2. After installation completes, run the “Power Device Network Utility 2”.
3. The main window of the Power Device Network Utility 2 program is shown in Figure 5. The configuration
tool will display all CyberPower Remote Management devices present on the local network subnet. The
"Scan" button is used to search the local network subnet again.
Figure 5. The main window of the “Power Device Network Utility 2” program.
4. Check the boxes to select the devices you wish to upgrade, and click “Connection” on the top tools list to
enter the device user account and password. Once the connection is confirmed, the status icon next to
the IP Address will change from grey to green.
Note: You must connect to the device by entering user account and password credentials before
firmware upgrade.
5. Select the devices you wish to upgrade by checking their respective checkbox and select “Upload
Firmware”.
Note: You can upload the firmware of multiple devices that use the same firmware files.
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6. Select the Firmware and Data files and click “OK” to implement firmware upgrade, as shown in Figure 6.
Figure 6. The File Locations of Firmware & Data window.
7. If the firmware upgrade is implemented, you will see the Result in the main window, as
shown in Figure 7.
Figure 7. Firmware upgrade success in the main window.
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Method 3: Using Secure Copy (SCP) command
Use the following steps to update firmware via SCP.
Note: Only firmware version 1.1.2 and above supports the functionality to update firmware via SCP.
For Windows Users:
1. Download any PuTTY Secure Copy client (PSCP) utility.
2. Save the firmware files and the PSCP Utility in the same folder.
3. Open the Command Line Interface and change the path to where the firmware files and the PSCP Utility
are saved.
4. Enter the following command to perform the firmware update:
pscp –scp <filename> <user>@<IP address of RMCARD>:
Note:
(1) The SSH setting on the RMCARD must be Enabled.
(2) <filename> is the filename of the firmware file. There are two firmware files to upload:
cpsrm2scdata_XXX.bin and cpsrm2scfw_XXX.bin . In order to upgrade the firmware version
both files need to be uploaded. Only one firmware file can be uploaded at a time, it is
recommended to upload the data file cpsrm2scdata_XXX.bin first followed by the firmware file
cpsrm2scfw_XXX.bin.
(3) <user> is the username of the SSH account on the RMCARD.
(4) Ensure to add “:” after the IP address.
For example:
pscp –scp cpsrm2scdata_XXX.bin cyber@192.168.1.100:
Note: cpsrm2scdata_XXX.bin is the data file of the version being updated.
5. After executing the command, a message may appear asking if you trust the host. To continue type "y” for
yes within 10 seconds.
6. On the next screen enter the RMCARD password. The data file transfer may take a couple minutes to
complete. Please wait until the progress indicator displays 100%. The system will automatically log out
and reboot after the transfer is complete.
7. Repeat steps 4 through step 6 to upload the firmware file cpsrm2scfw_XXX.bin to complete the
firmware update process.
8. If the firmware file transfer is unsuccessful you will see an error message. Attempt to retype the command
and execute it again.
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For Linux, MacOS and Unix Users:
1. Install the related distribution of an SSH or SCP client, for example Openssh client.
2. Open the Terminal and change the path to where the firmware files are saved.
3. Enter the following Command to perform firmware update:
scp <filename> <user>@< IP address of RMCARD>:
Note:
(1) The SSH setting on the RMCARD must be Enabled.
(2) <filename> is the filename of the firmware file. There are two firmware files to upload:
cpsrm2scdata_XXX.bin and cpsrm2scfw_XXX.bin . In order to upgrade the firmware
version both files need to be uploaded. Only one firmware file can be uploaded at a time, it is
recommended to upload the data file cpsrm2scdata_XXX.bin first followed by the firmware file
cpsrm2scfw_XXX.bin.
(3) <user> is the username of the SSH account on the RMCARD.
(4) Ensure to add “:” after the IP address.
For example:
scp cpsrm2scdata_XXX.bin cyber@192.168.1.100:
Note: cpsrm2scdata_XXX.bin is the data file of the version being updated.
4. After executing the command, a message may appear asking if you trust the host. To continue type "y” for
yes within 10 seconds.
5. On the next screen enter the RMCARD password. The data file transfer may take a couple minutes to
complete. Please wait until the progress indicator displays 100%. The system will automatically log out
and reboot after the transfer is complete.
6. Repeat steps 3 through step 5 to upload the firmware file cpsrm2scfw_XXX.bin to complete the
firmware update process.
7. If the firmware file transfer is unsuccessful you will see an error message. Attempt to retype the command
and execute it again.
Method 4: Using Web Interface
Use the following steps to upgrade the firmware via Web Interface
Note: Only firmware version 1.3.4 and above supports the functionality to update firmware via Web
Interface.
1. Go to About page via the [System->About].
2. Select the Firmware and Data files and click “Submit” to implement firmware upgrade, as shown in Figure
8.
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Figure 8. Firmware Update in the main window.
3. If the firmware upgrade is implemented, you will see the Result in the main window, as shown in Figure 9.
Figure 9. Firmware upgrade success in the main window.
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Save and Restore Configuration Settings
Method 1: Using Web Interface
You can easily save and restore the device configuration to your local PC on [System->About]
Figure 10. Save/Restore Configuration in the main window.
You can easily save and restore the device configuration to your local PC on the [System->About], as shown
in Figure 10.
To save the configuration file, click “Save” to save the configuration to your local PC. The text file will have a
default format of YYYY_MM_DD_HHMM.txt. To restore a configuration, click “Browse” to the location of the
saved configuration file and click “Submit” to restore a configuration that has been saved earlier.
Note: Only firmware version 1.1.5 and above support the save and restore configuration functionality with
current UPS and ATS parameter configuration.
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Method 2: Using File Transfer Protocol (FTP)
Use the following steps to save configuration via FTP.
Note: Only firmware version 1.4.0 and above supports the functionality to download configuration file via
FTP.
1. Open a command prompt window and navigate to “C:\”.
2. Login to the RMCARD with FTP command, type
- C:\>ftp
- ftp> open 192.168.22.126 21 (for example: 192.168.22.126 is the current IP
of the PDU and 21 is the default ftp port for the PDU)
- Connected to 192.168.22.126.
- 220 CyberPower FTP Server Ready.
- User (192.168.22.126:(none)):cyber
- 331 User name okay, need password.
- Password:
- 230 User logged in, proceed.
- ftp>
3. Download the configuration file, type
- ftp> get <filename>
4. Download is complete, type
- ftp> quit
Note: <filename> is the configuration file with format of .TXT. Maximum length of filename is 32 characters,
excluding the file extension(.TXT).
For example:
–ftp> get YYYY_MM_DD_HHMM.txt
YYYY_MM_DD_HHMM.txt is the configuration file to be saved.
Use the following steps to restore configuration via FTP.
1. Open a command prompt window and navigate to “C:\”.
2. Login to the RMCARD with FTP command, type
- C:\>ftp
- ftp> open 192.168.22.126 21 (for example: 192.168.22.126 is the current IP
of the PDU and 21 is the default ftp port for the PDU)
- Connected to 192.168.22.126.
- 220 CyberPower FTP Server Ready.
- User (192.168.22.126:(none)):cyber
- 331 User name okay, need password.
- Password:
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- 230 User logged in, proceed.
- ftp>
3. Upload the configuration file, type
- ftp> put <filename>
4. Upload is complete, type
- ftp> quit
5. The system will reboot after you type “quit”.
Method 3: Using Secure Copy (SCP) command
Use the following steps to restore configuration via SCP.
Note: Only firmware version 1.1.2 and above supports the functionality to restore configuration via SCP.
For Windows Users:
1. Download any PuTTY Secure Copy client (PSCP) utility.
2. Save the configuration file and the PSCP Utility in the same folder.
3. Open the Command Line Interface and change the path to where the configuration file and the PSCP
Utility are saved.
4. Enter the following command to restore configuration:
pscp –scp <filename> <user>@<IP address of RMCARD>:
Note:
(1) The SSH setting on the RMCARD must be Enabled.
(2) <filename> is the filename of the configuration file with a default format of
YYYY_MM_DD_HHMM.txt.
(3) <user> is the username of the SSH account on the RMCARD.
(4) Ensure to add “:” after the IP address.
For example:
pscp –scp YYYY_MM_DD_HHMM.txt cyber@192.168.1.100:
Note: YYYY_MM_DD_HHMM.txt is the configuration file to be restored.
5. After executing the command, a message may appear asking if you trust the host. To continue type "y” for
yes within 10 seconds.
6. On the next screen enter the RMCARD password. Please wait until the progress indicator displays 100%.
The system will automatically log out and reboot after the transfer is complete.
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For Linux, MacOS and Unix Users:
1. Install the related distribution of an SSH or SCP client, for example OpenSSH client.
2. Open the Terminal and change the path to where the configuration files are saved.
3. Enter the following Command to restore configuration:
scp <filename> <user>@< IP address of RMCARD>:
Note:
(1) The SSH setting on the RMCARD must be Enabled.
(2) <filename> is the filename of the configuration file with a default format of
YYYY_MM_DD_HHMM.txt.
(3) <user> is the username of the SSH account on the RMCARD.
(4) Ensure to add “:” after the IP address.
For example:
scp YYYY_MM_DD_HHMM.txt cyber@192.168.1.100:
Note: YYYY_MM_DD_HHMM.txt is the configuration file to be restored.
4. After executing the command, a message may appear asking if you trust the host. To continue type "y” for
yes within 10 seconds.
5. On the next screen enter the RMCARD password. Please wait until the progress indicator displays 100%.
The system will automatically log out and reboot after the transfer is complete.
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Upload SSH Host key via Secure Copy (SCP)
A SSH HOST Key can be uploaded to RMCARD205 with Secure Copy commands.
Please make sure the uploaded filename contains the start string of “ssh_hostkey_” .
Some examples of acceptable file name are as following:
ssh_hostkey_sample1.pem
ssh_hostkey_1024.pem
ssh_hostkey_type100.***
Example of Upload Process
1. Download PuTTY Secure Copy client (PSCP) utility.
2. Have the SSH Host key file and the PSCP Utility in the same folder.
3. Open the Command Prompt and change the path to SSH Host key file and the PSCP Utility are
saved.
4. Enter the following command
pscp –scp <filename> <admin_account>@<IP address of RMCARD>:
Ex :pscp -scp ssh_hostkey_xxx.xxx cyber@192.168.203.66:
5. After executing the command, a message may appear asking if you trust the host. Please type "y” for yes
within 10 seconds.
6. On the next screen enter the admin password. The file transfer may take a couple minutes to complete.
Please wait until the progress indicator displays 100%. The system will automatically log out and reboot
after the transfer is complete.
Host-Key Requirement
SSH that are created with 2048-bit or 4096-bit RSA k
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Troubleshooting
Problem
Solution
Unable to configure the
Remote Management Card
using method 1 or method 2
1. Check the LED status, it is normal when the yellow and green LEDs are
both on.
If green LED is off :
►Check if the Remote Management Card is properly seated in the
device and the device has power.
If yellow LED is off :
►Ensure the network connection is good.
2. Ensure the PC being used is on the same local network subnet as the
CyberPower device you are trying to communicate with.
3. Ensure the Jumper on the Reset Pin is correctly installed.
Unable to ping the Remote
Management Card
1. Use method 1 and/or method 2 to get/set a correct IP address for the
Remote Management Card.
2. If the PC being used is on a different network subnet from the Remote
Management Card, verify the setting of subnet mask and the IP
address of gateway.
Lost the user name and
password
Please refer to the “Reset to Factory Default Setting / Recover from a
Lost Password” section.
Default Network Setting
IP: 192.168.20.177
Subnet mask: 255.255.255.0
DHCP: On
Unable to access the Web
Interface
1. Ensure you can ping the RMCARD.
2. Ensure you are specifying the correct URL.
3. Ensure the HTTP/HTTPS access is enabled by logging in to the card via
CLI (Telnet or SSH client).
Unable to operate a SNMP
get/set
SNMPv1: Verify the community name.
SNMPv3: Verify the user profile configuration.
Unable to receive traps
1. Ensure the trap types (SNMPv1/SNMPv3) and trap receiver are
configured correctly.
2. Ensure the IP address of gateway is configured correctly if the
RMCARD and NMS are on a different network.
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Conformance Approvals
FCC Warning
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 in residential installation. This equipment generates, uses and can radiate radio frequency energy
and, if not installed and used in accordance with the instructions, 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.
Any special accessories needed for compliance must be specified in the instruction.
This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This
device may not cause harmful interference, and (2) this device must accept any interference received, including
interference that may cause undesired operation.
The Class A digital apparatus meets all requirements of the Canadian Interference-Causing Equipment
Regulation.
Cet appareil numerique de la class A respecte toutes les exigencies du Reglement sur le materiel brouilleur
du Canada.
European Union
This is a class A product. In a domestic environment this product may cause radio interference in which case the
user may be required to take adequate measures.
WARNING: This product can expose you to chemicals including Styrene, which
is known to the State of California to cause cancer, and Bisphenol-A, which is known
to the State of California to cause birth defects or other reproductive harm.
For more information go to www.P65Warnings.ca.gov.
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Appendix 1: IP Address Identification for CyberPower Remote
Management Card
Overview
All devices on a computer network need to have an IP address. Each device’s IP address is unique. The same
address cannot be used twice. In order to assign an IP address to the CyberPower Remote Management Card,
you must determine the range of the available IP addresses, and then choose an unused IP address to assign to
the Remote Management Card.
Note: You may need to contact your network administrator to obtain an available IP address.
Procedures to find an IP address:
1. Locate the subnet of the CyberPower Remote Management Card.
One way to determine the range of possible IP addresses is to view the network configuration on a
workstation. Click on [Start] and select [Run]. Type “command” into the open box and click [OK]. At the
command prompt type “ipconfig /all” and press [Enter]. The computer will display network information as
listed below:
Ethernet adapter
Connection-specific DNS Suffix………: xxxx.com
Description……………………...: D-Link DE220 ISA PnP LAN adapter
Physical Address………………: 00-80-C8-DA-7A-C0
DHCP Enabled………………….…: Yes
Autoconfiguration Enabled…: Yes
IP Address………………….……: 192.168.20.102
Subnet Mask…………………...…: 255.255.255.0
Default Gateway……………..…: 192.168.20.1
DHCP Server…………………...…: 192.168.20.1
DNS Servers…………………...…: 211.20.71.202
168.95.1.1
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2. Select an IP Address for the CyberPower Remote Management Card
Verify the IP Addresses for the computer and the Remote Management Card belong to the same subnet. Refer
to the above network information, the possible IP Address for the Remote Management Card could be
192.168.20.* (* hereafter represents any number between 1 and 255). Similarly, if the Subnet Mask is
255.255.0.0, the IP Address for Remote Management Card could be set up as 192.168.*.* to reach the same
subnet with the computer.
To verify there is no other equipment connected to the network using the same IP Address, run “Ping
192.168.20.240” at the DOS Mode prompt when the IP Address you would like to set is 192.168.20.240. If
the response is presented as below, the IP address is most likely not used and may be available for the
CyberPower Remote Management Card.
Pinging 192.168.20.240 with 32 bytes of data:
Request timed out.
Request timed out.
Request timed out.
Request timed out.
If the response is shown as below, the IP address is in use. Try another IP address until an available address is
found.
Pinging 192.168.20.240 with 32 bytes of data:
Reply from 192.168.20.240: bytes=32 time<10ms TTL=64
Reply from 192.168.20.240: bytes=32 time<10ms TTL=64
Reply from 192.168.20.240: bytes=32 time<10ms TTL=64
Reply from 192.168.20.240: bytes=32 time<10ms TTL=64
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Appendix 2: How to Configure a RMCARD User Account in Authentication
Servers
RADIUS
1. Add a new attribute to RADIUS Dictionary as the Cyber vendor:
3808 – Vendor
2. Add two new specific attributes to RADIUS server interface under the vendor:
(1)Cyber-Service-Type (integer variable)
Cyber-Service-Type can accept three integer parameter values:
1 – Administrator
2 – Viewer
3 – Outlet User
(2)Cyber-Outlets (string variable)
Cyber-Outlets can accept a string describing outlet numbers. This attribute will let the outlet user access
and control the designated outlets. For example, Cyber-Outlets=“1,2,5” allows the user to control outlets
1, 2 and 5.
The example of the Dictionary File:
VENDOR Cyber 3808
BEGIN-VENDOR Cyber
ATTRIBUTE Cyber-Service-Type 1 integer
ATTRIBUTE Cyber-Outlets 2 string
VALUE Cyber-Service-Type Admin 1
VALUE Cyber-Service-Type Viewer 2
VALUE Cyber-Service-Type Outlet 3
END-VENDOR Cyber
LDAP & Windows AD
Add one of the attributes below to description on the OpenLDAP or Windows AD interface for indicating the
user account type and authentication:
1. cyber_admin (Administrator)
2. cyber_viewer (Viewer)
3. cyber_outlet=“string” (Outlet user)
The string entered in cyber_outlet designates what outlets the Outlet User can access and control. For example,
cyber_outlet=“1,2,5” allows the user to control outlets 1, 2 and 5.
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Appendix 3: UPS Firmware Upgrade
You can check the “Firmware version” on the [UPS->Information] page on the web user interface of the
RMCARD.
Method 1: Using Web Interface
1. Turn off the UPS via the [UPS->Master Switch].
2. Go to Firmware Version page via the [UPS->Information->Firmware Version].
3. Upload the UPS firmware by clicking Update then Choose File to select the location of the UPS firmware file.
4. Click Submit to implement the update, and an upgrade success window will show up after upgrade has
completed.
5. Turn on the UPS via [UPS->Master Switch].
Method 2: Using FTP Command
FTP service needs to be Enabled before attempting to execute a Firmware Upgrade.
Use the following steps to upgrade the firmware via FTP:
1. Turn off the UPS.
2. Extract the update file to “C:\”
3. Open a command prompt window
4. Login to the CyberPower Remote Management Card with FTP command, in the command prompt type:
(1) ftp
(2) ftp > open
(3) To [current IP address of RMCARD] [port]; EX: To 192.168.22.126 21
(4) Input USER NAME and PASSWORD (same as the administrator account in web user interface, see page 6
for default factory settings)
5. Upload the file, type:
ftp > bin
ftp > put XXX.bin
6. Upload is now complete, type:
ftp > quit
7. Turn on the UPS.
Note: 1. It may take about 5 mins to complete the update. Please do not carry out any other actions or pull out
the RMCARD during the UPS firmware update process.
Note: 2. The update progress can only display in web interface.
Note: 3. If you see a message "Uploaded an invalid UPS firmware" after uploading the UPS Firmware file via Web
interface, please check:
(1) The file is Binary file for UPS firmware.
(2) The UPS firmware file is supporting the UPS Model.
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Appendix 4: Software Support
PowerPanel® Business Remote is used to perform a graceful operating system shutdown when protected by a
UPS/ATS PDU with a remote management card installed. PowerPanel® Business software is available on
CyberPower Systems official website. Please visit www.CyberPower.com and go to the software section for free
download.
Communicate with PowerPanel® Business Remote
The remote management card requires to authenticate with PowerPanel® Business Remote via a shared secret
phrase, as shown in Figure 11.
Note: The default secret phrase is ’powerpanel.encryption.key’.
Figure 11. RMCARD System>Authentication web UI.
Note: PowerPanel® Business software supports automated graceful shutdown of VMware ESX/ESXi hosts as well
as other virtualization platforms such as Microsoft Hyper-V and Citrix.
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Obtain IP Address for Linux Operating System
The instructions in ‘Configure the IP address for the CyberPower Remote Management Card’ section are for
Windows OS. For Linux Operating System, please use PowerPanel® Business Remote software to scan and obtain
the IP address. To do this, go to [Power->Configuration] on the PowerPanel® Business Remote web interface, as
shown in Figure 12. For more information, please refer to PowerPanel® Business User’s Manual.
Figure 12. The PowerPanel® Business Remote web interface.
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Appendix 5: RMCARD Adapter Guide
Remove the Adapter to convert an RMCARD305 to an RMCARD205
Step 1. Remove the two
screws from the adapter
holding the card in place.
Step 2. Remove the card
from the adapter.
Step 3. Remove the
screw holding the
RMCARD305 front panel
to the card.
Step 4. Attach the
RMCARD205 front panel
to the card.
Add the adapter to convert an RMCARD205 to an RMCARD305
Step 1. Remove the
screw holding the front
panel to the card and
remove the RMCARD205
front panel.
Step 2. Screw on the
RMCARD305 front panel
to the card.
Step 3. Insert the card
into the adapter. Ensure
that the card is securely
seated in place.
Step 4. Use the two
adapter screws to secure
the card in place.
Note: The RMCARD Adapter Kit is not included with the RMCARD205. Please contact CyberPower for ordering
information or Technical Support.
Note: RMCARD205 is designed for the 43x18mm (1.69x0.71inch) SNMP card expansion port of CyberPower PR,
OR, and 1-3kVA OL series UPS, and ATS PDU.
RMCARD305 is designed for the 57x23mm (2.24x0.91inch) SNMP card expansion
port of CyberPower OL6-10kVA series UPS.
Page 82
Cyber Power Systems, Inc.
www.cyberpower.com
For USA and Canada:
4241 12th Ave East, Suite 400
Shakopee, MN 55379
Toll-free: (877) 297-6937
For all other regions:
Please visit our website for local contact information.
K01-E000001-18
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