Salicru NIMBUS User manual

USER MANUAL
NIMBUS card

2
1. CONTENTS
1. PRESENTATION.
1.1. VIEWS.
1.2. UKCA PRODUCT MARK AND UK AUTHORIZED
REPRESENTATIVE.
1.3. DESCRIPTION OF THE SYSTEM.
1.3.1. Introduction.
1.3.2. NIMBUS MAXI vs NIMBUS MINI compatibility.
1.3.3. Features of the system.
1.3.4. Optional systems.
2. INSTALLATION AND STARTUP.
2.1. INITIAL CONNECTION.
2.1.1. Point-to-point connection (Ethernet cable).
2.2. INITIAL CONFIGURATION.
3. ONBOARD PANEL.
3.1. ACCESS TO THE PANEL.
3.1.1. Import certificate.
3.1.1.1. Internet E xplorer.
3.1.1.2. Mozilla Firefox.
3.1.1.3. Chrome / Opera.
3.1.2. Local connection (point-to-point).
3.1.3. Remote connection.
3.1.4. Supported browsers.
3.2. SCREEN LOGIN.
3.3. NAVIGATION TREE.
3.4. MONITOR.
3.4.1. Diagram and measurements.
3.4.1.1. ADAPT-X & ADAPT2 series.
3.4.1.2. SLC CUBE4 7.5-20 kVA, SLC TWIN PRO2, SLCTWIN/3
PRO2, SLC TWIN RT2, SLC TWIN PRO2 et SLC TWIN RT3
series.
3.4.2. Alarms.
3.5. DEVICE.
3.5.1. Info (only for Engineer user).
3.5.2. Register Settings (only for Engineer user).
3.5.3. Threshold settings.
3.5.4. Measurements.
3.5.4.1. ADAPT-X Series.
3.5.5. Register Settings (only for Administrator and Engineer
users).
3.5.5.1. ADAPT-X Series.
3.5.5.2. CUBE3 / CUBE3+ Series.
3.5.5.3. X-PERT Series.
3.5.5.4. DC-S Series.
3.5.6. Metrics.
3.5.7. Manage alarms.
3.5.8. Actions (DC-S series only).
3.5.9. Logs / Event log.
3.5.9.1. DCS series.
3.5.9.2. Rest of series.
3.5.10. Backup (DC-S series only).
3.5.11. Actions.
3.6. SYSTEM (ONLY FOR THE ENGINEER USER).
3.6.1. Network.
3.6.1.1. Through DHCP.
3.6.1.2. Through static IP.
3.6.1.3. Configuring a proxy server.
3.6.1.4. Connectivity test.
3.6.2. Date & time.
3.6.3. RCCMD (Optional service).
3.6.4. SNMP (Optional service).
3.6.5. MODBUS.
3.6.6. Select model.
3.6.7. Change Password.
3.6.8. Reset settings.
3.7. LOGOU T.
4. INSTALLING THE RCCMD SOFTWARE.
4.1. INSTALLING THE SOFTWARE.
4.1.1. Windows.
4.1.2. Unix and Linux.
4.1.3. MacOS.
4.2. SOFTWARE CONFIGURATION.
4.2.1. Sender IP.
4.2.2. Sender port.
5. ACTIVATION OF CONTRACTED SERVICES.
6. APPENDIX I. CONNECTIVITY
6.1. NETWORK FIREWALL REQUIREMENTS.
6.1.1. Option 1 (recommended): full opening of ports 443 and
8883.
6.1.2. Option 2 (not recommended): list of google hostnames and
ports.
6.2. SERIES SLC TWIN PRO3 Y SLC TWIN RT3.
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NIMBUS cardUSER MANUAL
6.2.1. Integrated connectivity via Ethernet.
6.2.2. Integrated connectivity via WiFi device.
6.3. USE OF AND ACCESS TO THE REMOTE MAINTENANCE
PORTAL.
6.3.1. Registering the device in the cloud.
6.3.1.1. Manual registration through the remote maintenance
portal.
6.3.1.2. Automatic registration with QR Code.
6.3.2. Creating notifications associated with a device.
6.3.2.1. Web notifications.
6.3.2.2. Email notifications.
6.3.2.3. SMS notifications.
6.3.3. Password recovery.
7. APPENDIX II. GENERAL TECHNICAL
SPECIFICATIONS.

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1. PRESENTATION.
1.1. VIEWS.
Fig. 1. View of the NIMBUS MAXI card.
Fig. 2. View of the NIMBUS MINI card.
1.2. UKCA PRODUCT MARK AND UK
AUTHORIZED REPRESENTATIVE.
UK CA product marking indicates that this UPS has been evaluated
by Salicru and is deemed to comply with safety, health and
environmental protection requirements.
The UK CA Declaration of Conformity is available upon request. For
copies of of the UKCA Declaration of Conformity, please contact
Salicru or check our website: www.salicru.com
UK Authorised Representative
Indele Limited
7 Bell Yard,
WC2A 2JR,
London
Description Function
1COM1 port Serial interface to connect the card to other devices
using a mini USB cable.
2COM2 port Serial interface to connect the card to other devices
using a USB cable.
3RS-232 port Serial interface to connect the card using the RS-232
protocol.
4RS-485 port Serial interface to connect the card using the RS-485
protocol.
5RJ-45 port 10/100Mbit Ethernet interface.
6External DC input Powered by a 5V adapter.
7Modbus port Serial interface for modbus communication with the
device. Powers the card internally.
8Power LEDs Turned on when the card is powered with the DC
input (internal or external).
9RTC Real-time clock to keep the time of the card updated
in case of mains failure.
10 HDMI port HDMI interface to connect the card using an HDMI
micro cable.
11 MicroSD connector Enables the NIMBUS card version to be updated
using a MicroSD.
12 Display connector Connector for flat bus cable to connect the card to
an LCD.
Tab. 1. Description of the constituent parts
1.3. DESCRIPTION OF THE SYSTEM.
1.3.1. Introduction.
The SALICRU devices are usually installed in locations far away
from the area of production, which means that information pro-
vided by the device about its status can often be overlooked. The
NIMBUS card solves this problem by offering a remote mainte-
nance service that provides real-time information about the current
status of the device.
Remote communication with the device enables maintenance and
repair work to be carried out without the need to travel to the in-
stallation site to find out about its status.
The functionalities of the NIMBUS card are specially designed to
work with SALICRU devices, making it currently compatible with
the following series:
•DC POWER-S
•DC POWER-L
•SLS CUBE3 / CUBE3+
•SLC CUBE4
•EMI3
•SLC ADAPT/X
•SLC ADAPT2
•SLC X-PERT
•SLC X-TRA
•SLC TWIN RT2
•SLC TWIN PRO2
•SLC TWIN/3 PRO2
•SLC TWIN PRO3
•SLC TWIN RT3
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NIMBUS cardUSER MANUAL
1.3.2. NIMBUS MAXI vs NIMBUS MINI
compatibility.
Depending on the type of device, either a NIMBUS-MAXI card or
a NIMBUS-MINI card is required. Both have the same function-
alities and the same operating mode. To determine how each card
corresponds to the different compatible series, please refer to the
following table:
Nimbus MAXI Nimbus MINI
UPS 3x400/230 V
SLC CUBE3/3+ X -
SLC X-PERT X -
SLC X-TRA X -
SLC ADAPT-X - X
SLC ADAPT2 - X
SLC CUBE4 - X
SLC TWIN RT2 - X
SLC TWIN PRO2 - X
SLC TWIN/3 PRO2 - X
SLC TWIN PRO3 X
SLC TWIN RT3 X
DC Systems
DC POWER-S X -
DC POWER-L X -
Voltage stabiliser
EMi3 X -
Tab. 2. Compatibility table (X Compatible, - Not compatible)
1.3.3. Features of the system.
The NIMBUS card features various basic integrated services to en-
able basic connection to the device.
Basic service Description
Onboard panel Web panel that enables remote monitoring of the device.
As it is dependent on the NIMBUS card, if it is not
connected it will not be possible to access the panel.
Communication
through MODBUS
Reading data through MODBUS.
RTC The card’s internal real-time clock.
Auto-configuration
of the device
When installing the card in any of the compatible devices,
it will automatically detect which device it is.
Alarm notification
via panel and
SMS
Alert notifications through the on-board panel in real
time, as well as being configurable to also be reported by
SMS (using configurable SMTP protocol).
Configurable
limits
It is allowed to establish certain limits in some variables
to carry out two actions: either notify by SMS mail or
perform a server shutdown remotely.
DNS server Possibility of assigning domain names to the device.
IP address Choice of DHCP or static web address.
Connection via
Ethernet or WiFi
Possibility of configuring Internet access through a wired
Ethernet connection or using an SSID to connect via WiFi.
Proxy server Ability to configure a proxy server
Tab. 3. Basic integrated services
1.3.4. Optional systems.
Although the NIMBUS card is already capable of providing remote
maintenance with the basic features of the system and access to
device data, these optional systems make it more effective.
There are two types of optional systems:
•Communication protocols: improve the adaptability and com-
patibility of the card with different industrial communication
protocols.
•Web panel in the cloud: it allows you to monitor all devices
from a single web page, without having to go through them
one by one to detect problems. It allows you to receive more
advanced notifications: web push, email or SMS.
The remote maintenance with the web panel also offers faster
technical support in real time as it is a web page to which SALIC-
RU’s professionals have access. This reduces the average time it
takes to repair a device in unexpected cases.
Optional
service
Description
Communication protocols
Modbus TCP Secondary communication protocol derived from MODBUS
(main communication protocol).
Modbus API-
REST
By enabling the external connection of the card, it is possible
to make calls to the communication services without having
to access the inside of the card.
RCCMD This service enables you to perform a controlled shutdown of
the servers, in the event that certain conditions are detected
by the device.
SNMP Secondary communication protocol. This enables notifications
to be sent to the user’s IP when an alarm is activated.
IEC 61850
protocol
International standard that defines the communication
protocols between different equipment located in substations.
Web panel in the cloud
Panel Web panel in the cloud with access to all contracted devices
with active NIMBUS card.
Alarm
notification
Notification alert via web page, email and SMS.
Tab. 4. Optional services available

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2. INSTALLATION AND STARTUP.
1. Remove the protective plastic from the battery from the
NIMBUS card.
+
Panasonic
Bat.
Plastic tab
Fig. 3. Unlocking the battery of the NIMBUS card
2. Insert the NIMBUS card into the appropriate slot of the de-
vice. It needs to be well inserted.
The card will be powered directly by the device, meaning that
no external power is necessary. If the card has been correctly
inserted, the power LEDs will light up. See Fig. 4.
Power LEDs
Fig. 4. NIMBUS card inserted into its slot
3. Connect one end of an RJ45 cable to the card and the other
end to the Ethernet socket. The RJ45 port lights on the card
should light up. See Fig. 5.
RJ45 port
LEDs
Fig. 5. Connection of the RJ-45 cable
4. Oncethe NIMBUS cardis correctlypowered by the device, itwill
be ready for use. The NIMBUS card will come with the latest
available version already installed by default.
Once the NIMBUS card protective cover is in place, it should
look like the image shown in Fig. 6.
Fig. 6. The NIMBUS card with protective cover in place.
2.1. INITIAL CONNECTION.
Important: The card has a preset IP address to enable ini-
tial connection. This address is fixed and always available;
however, it is necessary to configure a secondary IP address in
order to use the card correctly.
Once the NIMBUS card has been correctly installed in the device
via the corresponding slot, an available IP address must then be
correctly configured in order to gain remote access to the card’s
onboard panel. There are two ways to do this.
2.1.1. Point-to-point connection (Ethernet cable).
The fixed IP is always available at the address 100.0.0.1.
To access it, connect one end of the Ethernet cable to the dedi-
cated slot on the NIMBUS card and the other end to your computer.
Configure the point-to-point connection by accessing network con-
nections and creating a new connection with the following param-
eters:
Fig. 7. Network parameters for point-to-point connection.
After you have correctly created the point-to-point connection,
you should be able to access the NIMBUS card via this IP ad-
dress. If you access the card via this address in the web browser
(https://100.0.0.1), change the card’s final address in the panel’s
‘Network’ section (3.5.1 Network).
Finally, to access you will have to type the following login and pass-
word:
Login Password
engineer SLC3ng1n
guest SLCg13st
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NIMBUS cardUSER MANUAL
2.2. INITIAL CONFIGURATION.
The NIMBUS card comes already configured with the necessary
parameters so that you can immediately use the onboard panel and
all of its functionalities.
These are the following:
•Auto-configuration of the device into which it is installed.
•NTP servers.
•Active communication services (Modbus).
•IP address by DHCP (default).
•Active RTC.
•Slave modbus address default to 1 and other communication
parameters adapted to the needs of each device.
Any of these parameters can be modified at any time. For more
information, see section 3.6. System (only for the Engineer user).
Keep in mind that modifying some parameters could cause
the panel to behave incorrectly. Do not modify them if you
are unsure of your actions.

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3. ONBOARD PANEL.
This service allows you to monitor the status of the device remotely
and in real time, enabling you to directly access the device without
having to be at the installation site.
3.1. ACCESS TO THE PANEL.
Once the card is correctly installed in the device, follow the steps
detailed below. After making the initial connection between the
card and the device, wait around five minutes before accessing the
card via the panel.
Access to the panel is through https://, meaning that you need to
write it before the card’s IP address every time you wish to access
the panel. Otherwise, correct connection will not occur.
If you have not yet configured the card correctly for your network,
please refer to section "2.1 Initial connection". You must use the
following IP address:
Access to the panel is through a self-signed https certificate,
meaning that the browser will identify it as not secure. To remove
this warning, follow the steps described below.
3.1.1. Import certificate.
Depending on the browser you use for access, you will see one
of the following messages. Refer to the corresponding section ac-
cording to your browsing preferences.
It is only necessary to import the certificate once with any
of the browsers. The system will save the certificate for all
of them. If the certificate has already been imported into the com-
puter and an attempt is made to reimport it, the option will be
shown as locked (Fig. 8).
Fig. 8. Screen for importing the certificate locked.
3.1.1.1. Internet Explorer.
Run Internet Explorer as administrator. To do this, search for ‘In-
ternet Explorer’ using the system search function, right click and
select the ‘Run as administrator’ option, as shown in Fig. 9.
Fig. 9. ‘Run as administrator’ screen
•Access the panel normally. An error window will be displayed.
Click on ‘Continue to website (not recommended)’.
•The web page of the panel will load normally. In the address
bar, it will appear a message with ‘Certificate error’; you must
click there (Fig. 10).
Fig. 10. Certificate error.
•A window will be displayed. Click on ‘View certificate’ and
then on ‘Install certificate’. Lastly, click on ‘Yes’ to confirm the
installation.
•Restart the browser and access the panel. This time, the
warning message will not be displayed.
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3.1.1.2. Mozilla Firefox.
•The first time you access the panel, you will see the following
screen. Click on ‘Advanced...’ to display more options.
Fig. 11. Mozilla Firefox panel
Once all the options have been displayed, click on ‘View cer-
tificate’.
Fig. 12. Mozilla Firefox panel
•A new screen will appear with all of the information about the
site certificate. Click on the ‘Details’ tab and select the ‘Ex-
port...’ option that appears at the end of it.
Fig. 13. ‘Export ...’ window
•Save and download the file to the desired location, then run it.
A screen similar to the one shown in Fig. 14 will appear. Click
on ‘Import...’.
Fig. 14. ‘Import...’ window
•The system will require the password of your computer before
proceeding. When prompted for the label, enter ‘Nimbus’ and
click on ‘OK’.
Fig. 15. "Label" window.
•Once this step is completed, the certificate will have been
imported correctly. Start the browser to confirm it. In ‘Prefer-
ences’, click on the left-hand side menu to navigate to ‘Privacy
& Security’. Navigate to the end of the tab until you find the
section of ‘Certificates’. Click on ‘View certificates...’ (Fig. 16).

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Fig. 16. Firefox ‘Privacy & Security’ menu
•Look for the name of the installed certificate on the list to
check that it was correctly imported:
Fig. 17. ‘Certificate manager’ window.
•Restart the browser, access the panel and click on ‘Accept
the risk and continue’. The next time you access the panel, the
warning message will no longer be displayed:
Fig. 18. ‘Accept risk and continue’ window.
3.1.1.3. Chrome / Opera.
•The first time you access the panel, the following screen will
be displayed:
Fig. 19. Chrome / Opera browser home screen.
•In the address bar, click on the ‘Not secure’ button to display
the available options. Click on ‘Certificate’.
Fig. 20. Available options window
•A new screen will appear with all of the information about
the site certificate. Click on the ‘Details’ tab, followed by the
‘Export ...’ button that appears at the end of it
, (Fig. 21).
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NIMBUS cardUSER MANUAL
Fig. 21. ‘Certificate viewer - Export’ screen
•Save and download the file to the desired location, then run it.
It will appear a screen similar to the one shown in Fig. 22. Click
on ‘Import...’.
Fig. 22. ‘Import ...’ screen.
The system will require the password of your computer before
proceeding. When prompted for the label, enter ‘Nimbus’ and
click on ‘OK’.
Fig. 23. "Certificate viewer" screen.
•Once this step is finished, the certificate will have been im-
ported correctly. Restart the browser to confirm it. In ‘Settings’
navigate to the bottom of the page, access the advanced op-
tions and click on the ‘Manage certificates’ button. The certifi-
cate should appear in this section.
Fig. 24. ‘Advanced settings - Manage certificates’ screen.
•Restart the browser, access the panel and click on the ‘Accept
the risk and continue’ button. The next time you access the
panel, the warning message will no longer be displayed. (Fig.
25).

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Fig. 25. ‘Warning message’ screen.
There are two ways of connecting to the panel depending on the
accessibility of the device.
3.1.2. Local connection (point-to-point).
Choose this option if the card has no external access to the net-
work.
1. Thecard’sIPaddressisalwayssetto100.0.0.1.Toconnecttoyour
subnet, you must create a new network connection with the
following parameters.
Fig. 26. Network parameters for point-to-point connection.
2. ConnecttheEthernetcablefromthecommunicationscarddirectly
to your computer, or to a switch that allows you to use it as an
access point.
3. Once the network is correctly configured on your computer, and
without any other possible internet source (disconnect the
wifi if necessary), enter the address (https://100.0.0.1) in your
browser.
3.1.3. Remote connection.
Use this option if the Ethernet connection is available or if you wish
to access the panel remotely.
1. Startthe web browserofyourchoice. If youuseIE11, referto sec-
tion 3.1.3 Supported browsers.
2. EntertheIPaddressassignedtothecard,previouslyassignedand
established using the method described in section "2.1 Initial
connection".
3. Ifthe card has adynamicaddress andthe connection to the panel
is not successful, make sure that this address is correct. To do
this, follow the steps described in the previous section (3.1.1
Local connection).
3.1.4. Supported browsers.
All browsers are supported for displaying the onboard panel.
Only if you use Internet Explorer 11 you should follow
these steps to ensure full functionality:
1. Click on the button in the top right-hand corner.
2. From the menu, select ‘Internet Options’.
3. Locate the section ‘Search History’, in the general tab, and click
on ‘Options’.
4. In the tab ‘Temporary Internet Files’, Fig. 27, confirm the option
shown in the image.
Fig. 27. Temporary settings menu
5. In the tab ‘Cache and databases’, Fig. 28, verify that the option
indicated in the image is not selected.
Fig. 28. Cache and Databases menu
6. Confirm all of your changes by clicking on the ‘OK’ button.
7. Delete the browser’s cache memory.
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NIMBUS cardUSER MANUAL
3.2. SCREEN LOGIN.
Once the card’s web address has been entered in the browser, the
following page will be displayed:
Fig. 29. Login and password screen
To log in, enter the corresponding credentials according to who will
be using the panel.
Engineer User
Username engineer guest
Password SLC3ng1n SLCg13st
Permission - Modify some device
parameters.
- Modify NIMBUS card
parameters.
- Measurements display.
- Only display device
measurements.
Tab. 5. Credentials and permissions.
Once any of the passwords have been correctly entered, it will be
shown the main page of the panel described in 3.4 Monitor.
3.3. NAVIGATION TREE.
You will find the navigation tree on the left-hand side of the screen.
It will be displayed like this after logging in as an engineer. The
System section will not be visible if you access the panel as User.
Fig. 30. Embedded panel main navigation tree.
Note that the Device and System sections are drop-downs. By
clicking on them, the other options will be shown.
It will only be displayed in this way if you have logged in as
Administrator. The section ‘System’ will not be visible if you
access the panel as Engineer or User.
Note that the sections ‘Device’ and ‘System’ are dropdowns. By
clicking on them, the other options will be shown.
To avoid long navigation trees, which can lead to confusion,
only one overall section at a time can be displayed. Within
the section ‘Device’ you can continue to display the section
‘Metrics’.
3.4. MONITOR.
The ‘Monitor’ page in Fig. 30 shows a summary of the current
status of the device.
The first time you connect the card to the device, it will be config-
ured automatically depending on the device you are working on.
Keep in mind that this process usually takes a few minutes.
If you cannot view the alarm block or any other part of this window
correctly, exit the panel using the logout option and re-enter.
If you are still unable to view a particular part of the panel
correctly, delete the browser cache memory and press CTRL
+ F5.
Important: if you have not acquired additional measure-
ment modules for certain series, such as the SLC X-PERT,
the value corresponding to that measurement will be nega-
tive. In this consideration, the battery current, which can assume a
negative value when it is discharged, is excluded.

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Fig. 31. UPS monitor diagram.
This page has two basic parts:
3.4.1. Diagram and measurements.
A schematic diagram of the device is shown at the top of the
screen (block 1 in Fig. 31). The different states of the device are
listed here with different colours:
•Red:
–For elements other than the battery: there is a failure
in this part.
–For the battery: little charge remains.
•Green:
–For elements other than the battery: the element is ac-
tive and shows no errors.
–For the battery: full charge.
•Yellow (only for the battery):
–The battery is in discharge or the charge is less than
100%.
•Grey:
–No current is flowing through that element or part of
the circuit. It is therefore not active.
•White:
–The corresponding element does not exist in the de-
vice.
Surrounding the diagram, a summary of the relevant measure-
ments for the different parts of the device is shown in order to
complete the basic information (block 2 in Fig. 31).
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NIMBUS cardUSER MANUAL
3.4.1.1. ADAPT-X & ADAPT2 series.
If you have modules connected to the device, you can access
individual information for each of them by clicking on the corre-
sponding bypass symbol:
Fig. 32. Example of modules in the ADAPT2 and ADAPTX series.
By clicking on any of them, an individualised monitor will appear
showing its own diagram and measurements, as it can be seen in
the following figure:
Fig. 33. Diagram relating to a single module.

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3.4.1.2. SLC CUBE4 7.5-20 kVA, SLC TWIN PRO2,
SLCTWIN/3 PRO2, SLC TWIN RT2, SLC
TWIN PRO2 et SLC TWIN RT3 series.
In these series, a button called "UPS status" is added to display
both the system status and the alarms.
Fig. 34. Synoptic system status and alarms.
This button has 3 possible colours depending on the system status:
•Red: there is an urgent alarm on the device.
•Yellow: there is a non-urgent alarm or warning or the device
status does not indicate optimal system operation (bypass or
battery discharge).
•Green: there are no active alarms or warnings. Also, the device
is operating perfectly.
To interact with it, click on the button. A pop-up window will open,
informing you of the current status of the device.
Fig. 35. Details of the “UPS status” button.
3.4.2. Alarms.
At the bottom of the screen, the different blocks of alarms that the
device has and its current status are shown (block 3).
Non-active alarms are shown in green and active in red. An ac-
knowledged alarm on the device (ACK) will also be shown in red.
Fig. 36. Part of the display where the different alarms are shown.
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NIMBUS cardUSER MANUAL
3.5. DEVICE.
Click on ‘Device’ to display/hide the options described in this sec-
tion.
Fig. 37. Device menu
3.5.1. Info (only for Engineer user).
Page of read-only. This shows a summary of the technical param-
eters of the device and the version installed in the NIMBUS card.
3.5.2. Register Settings (only for Engineer user).
Page of read-write. This allows the parameters of the device to
be modified.
Only available for some specific series. Check the attached
table for compatibility of the different ranges.
Series OPTION TO CHANGE THE PARAMETERS
UPS 3x400/230 V
SLC CUBE3/3+ X
SLC X-PERT -
SLC X-TRA -
SLC ADAPT-X X
SLC ADAPT2 X
SLC CUBE4 30-80kVA X
SLC CUBE4 7.5-20kVA -
SLC TWIN RT2 -
SLC TWIN PRO2 -
SLC TWIN/3 PRO2 -
SLC TWIN PRO3
SLC TWIN RT3
DC Systems
DC POWER-S X
DC POWER-L X
Voltage stabiliser
EMi3 X
Tab. 6. Parameter change option.
Important: For some devices, it is not possible to modify
certain parameters if the required circumstances are not
met. Refer to section 3.5.3.x for more information.
When several parameters are modified at the same time, it
is probable that the device will not be able to modify all of
them. It is recommended to modify a maximum of 4parameters
each time.
3.5.3. Threshold settings.
Configuration page.
Set limit values above which to receive alarms and notifications.
Important: for the page configuration to be correct, first
configure the SMTP server and/or the RCCMD server, de-
pending on the desired function.
When configuring in the "Warnings" section, an email will be sent
to the user when the threshold exceeds the limit value.
When configuring in the "Alarms" section, a server stop order
will be launched when the threshold exceeds the limit value. (see
RCCMD).
3.5.4. Measurements.
This shows in more detail the measurements of the device that had
been previously displayed on the UPS monitor screen.
The measurements are classified according to the block to which
they belong.
3.5.4.1. ADAPT-X Series.
Only with this series is it possible to obtain other measurements
in addition to the device’s general ones, and to have control of the
modules. To switch between general and module measurements,
use the selector located at the top of the screen:
Fig. 38. Module ‘Selector’ screen.

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3.5.5. Register Settings (only for Administrator and
Engineer users).
Page of read-write. This allows the parameters of the device to
be modified.
The Administrator user has access to all modifiable parameters,
while the Engineer user has access to modify only the non-critical
parameters of the device.
Important: For some devices, it is not possible to modify
certain parameters if the required circumstances are not
met. Refer to section 3.5.3.x for more information.
When several parameters are modified at the same time, it
is probable that the device will not be able to modify all of
them. We recommend that you only modify a maximum of
fourparameters at a time (see Fig. 39).
Fig. 39. Modification of parameters in Register Settings.
3.5.5.1. ADAPT-X Series.
The ‘Charger Module Charging Current Limit Value’ parameter can
only be modified if a charger module is connected to the UPS.
3.5.5.2. CUBE3 / CUBE3+ Series.
To modify all of the parameters beforehand, it is necessary to
transfer all of the load to Bypass. This can be done from the panel
by changing the ‘Start/Stop Inverter’ parameter to Stop (see Fig.
40).
Fig. 40. ‘Start/Stop’ parameter.
After you have finished modifying all of the parameters, return the
UPS to its normal state.
3.5.5.3. X-PERT Series.
At the moment, it is not possible to modify any device parameter
remotely.
3.5.5.4. DC-S Series.
It is not possible to modify the ‘Battery Management’ parameters
if the corresponding functionality has not been enabled beforehand
(see Fig. 41).
Fig. 41. ‘Battery Management’ parameters.
3.5.6. Metrics.
Click on ‘Metrics’ to display/hide the groups of graphs showing the
device measurements.
Each group of graphs has one or more graphs showing the evo-
lution over the last 24 hoursof the measurement selected, see
accompanying image.
If the device is connected but there is a problem with the NIMBUS
card, the data sent for the most recent two-hour interval will be
displayed (see Fig. 42), provided the device has been connected for
at least two hours. If it has not been connected for that long, the
measurements for the time it has been connected will be displayed,
always up to a maximum of 24 hours.
To download a history of each measurement individually in
.csv format, click on the "Export CSV" button located above
each graph. In this way, the data displayed in the graph (last 24
hours) will be exported.
Fig. 42. Evolution of the data sent for the last 24 hours.
3.5.7. Manage alarms.
Remote acknowledgement of alarms. When an alarm is active and
can be viewed on the panel diagram, it will appear in this section
as suitable for acknowledgement. To do so, click on the ‘Validate’
button next to the alarm you wish to acknowledge.
Fig. 43. Manage alarms.
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NIMBUS cardUSER MANUAL
After the alarm has been acknowledged, it will remain active and will
still be shown in red on the panel. Once an alarm has been acknowl-
edged via this page, it cannot be acknowledged again.
3.5.8. Actions (DC-S series only).
In this section it is possible to force actions on the device, although
at present only the battery test is available. When it is possible to
launch an action on the device internally, the corresponding button
will be shown next to the action in question. Otherwise, if the ac-
tion is not available (as shown in Fig. 44), a locked button will be
shown and the action cannot be launched.
Fig. 44. Forcing actions.
3.5.9. Logs / Event log.
For all the series it is possible to download the internal history of
the team and make use of this page.
3.5.9.1. DCS series.
Only for SLC DC POWER-S series, it will be necessary to perform
two actions:
First, generate the log by clicking on the ‘Start’ button. This will
retrieve the device's log and display it on the screen. This may take
a few minutes.
Fig. 45. Generating logs.
Once the log has been generated, it will be displayed on the screen,
along with an option for downloading it in .csv format.
3.5.9.2. Rest of series.
All the alarm events triggered on the device will be stored in this
section, up to 500 events. Go to “Device > Event logs”.
Fig. 46. Event Logs screen.
It is also possible to download the log in .csv format. To do so, click
on the upper right button "Export CSV".
Fig. 47. Export CSV screen.
3.5.10.Backup (DC-S series only).
In the event of a device malfunction, you can use this page to re-
store the device’s factory settings. First, click on the ‘Start’ button
next to the ‘Backup Device’ option in order to restore the factory
settings. When these settings are available, the button next to the
‘Restore and Apply Backup’ option will be activated and you can
proceed with the operation. If you wish to restore the factory set-
tings, click on the ‘Start’ button.
Fig. 48. Restoring factory settings.

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3.5.11. Actions.
Only for TWINPRO2, TWINRT2, TWINPRO3 and TWINRT3 series
it is possible to execute certain actions on the device. To do this,
use the buttons that are next to each action.
Fig. 49. Actions on certain series.
3.6. SYSTEM (ONLY FOR THE ENGINEER
USER).
Click on ‘System’ to display/hide the options described in this sec-
tion.
Fig. 50. System screen.
3.6.1. Network.
The NIMBUS card has two possible modes of remote connection
through IP address.
3.6.1.1. Through DHCP.
In DHCP mode, the IP and other network parameters are assigned
by your network's DHCP server, so no manual configuration is re-
quired for these fields.
To access the NIMBUS card you must know the IP assigned by
DH C P.
3.6.1.2. Through static IP.
The IP address needs to be set manually and will remain the same
until it is modified.
To modify it, you need to change the details in the IP field. The other
data must be modified in accordance with the parameters of the
local network where the card is being used.
Fig. 51. Network settings.
Do not modify the card's IP address if it is connected to the
panel via that address, as the connection will automatically
be lost.
You can also change or add the DNS server address. You can have
up to two DNS servers.
If DHCP configuration is enabled, these fields will be filled in auto-
matically, but can be changed manually if necessary.
3.6.1.3. Configuring a proxy server.
A proxy server acts as an intermediary between your device and
servers on the internet, improving the privacy, performance and
security of your connections.
To configure it, activate it from the “proxy” tab (it is disabled by
default) and enter your proxy settings.
Fig. 52. Proxy settings.
3.6.1.4. Connectivity test.
In order to ensure that the connection to the basic servers for the
operation of the NIMBUS card are accessible, make use of the
"Connectivity Test" that will be found in this tab.
In it, the main addresses in use will be analyzed. If all the routes
are green, it means that the NIMBUS is correctly configured for
all its uses.
In the event that there is a route in red, it could mean that there is
a port that is not accessible or that the entry to the card is being
banned.
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