tvc control parameterization software
TRANSCRIPT
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TSEA ENERGIA
Revision 1 – May/2018
TVC CONTROL
PARAMETERIZATION SOFTWARE
Instruction Manual (EE-55287)
The content of information in this document are subjected to changes without previous notice.
© 2018 Transformadores e Serviços de Energia das Américas Ltda. All rights reserved.
Transformadores e Serviços de Energia das Américas Ltda may have patents, commercial brands, copyright or other
rights of intellectual property that comprise the content of this document. The possession of this document, by the
customer, does not give the right over the patents cited, commercial brands, copyright or other rights of intellectual
property, except those expressly mentioned in a license agreement, written by Transformadores e Serviços de
Energia das Américas Ltda.
Security Information
This manual contains general information about the TVC CONTROL Software that is used in conjunction with the TVC
control equipment and single-phase voltage regulating transformers. It does not eliminate user responsibility for
proper practice in the application, installation, operation and maintenance of such equipment.
DANGER: The Control Equipment and the voltage regulator transformer operate at dangerous
voltage supply levels, which can lead to death or serious injury to the user.
PRECAUTION: Only authorized and trained people should manipulate this equipment.
User profile:
For using the manual, an authorized and trained person has sense of the electric risks inherent to the
handling of the equipment concerned.
Besides, the user must own the following qualifications:
a) Be trained and authorized to energize, de-energize, operate, parameterize, ground, perform
maintenance procedures in accordance with the safety practices established by the user and under
his responsibility.
b) Be trained in the due care to the use of individual protection equipment, such as rubber gloves,
helmet, security glasses or masks, safety clothing, etc., according to the established security
practices.
c) Be trained in the provision of first aid.
d) Be trained as to the principles of operation of the control, as well as its parameterization.
Summary
1 Introduction .............................................................................................................................. 6
2 Standard of quality ............................................................................................................................... 6
3 General description ............................................................................................................................. 6
4 Minimum system requirements .............................................................................................. 6
5 Software installation ................................................................................................................ 6
6 Opening screen .................................................................................................................................... 7
7 Starting the TVC-Control ..................................................................................................................... 7
7.1.1 Creating a local database ............................................................................................................. 8
7.1.2 Opening a local database ............................................................................................................. 9
7.1.3 Access through the front RS232 serial port of the control ........................................................... 10
7.1.4 Access through the front USB port of the control ........................................................................ 10
7.1.5 Starting the connection ............................................................................................................... 11
8 Control Buttons .................................................................................................................................. 12
9 Menus ................................................................................................................................................. 13
10 Regulators ....................................................................................................................................... 13
11 File ................................................................................................................................................... 14
11.1.1 New ............................................................................................................................................ 14
11.1.2 Open .......................................................................................................................................... 14
11.1.3 Save ........................................................................................................................................... 15
11.1.4 Save as ...................................................................................................................................... 15
12 Settings ........................................................................................................................................... 15
12.1.1 Profile Control ............................................................................................................................. 15
12.1.2 Data Dictionary ........................................................................................................................... 16
12.1.3 Language selection .................................................................................................................... 17
13 Adjustments .................................................................................................................................... 17
13.1.1 Parameter Settings ..................................................................................................................... 17
13.1.2 Charge Profile ............................................................................................................................ 22
13.1.3 Password user profiles ............................................................................................................... 22
13.1.4 Port settings ............................................................................................................................... 23
13.1.5 DNP3.......................................................................................................................................... 24
13.1.6 IEC 60870-5-101 ........................................................................................................................ 25
13.1.7 IEC 60870-5-104 ........................................................................................................................ 25
13.1.8 IEC 60870-5-101 / 104 ............................................................................................................... 25
13.1.9 Modbus ...................................................................................................................................... 26
13.1.10 I/O Settings................................................................................................................................. 27
13.1.11 Display Settings .......................................................................................................................... 28
13.1.12 Bank Operation .......................................................................................................................... 29
13.1.13 Firmware Update ........................................................................................................................ 31
13.1.14 Send all settings ......................................................................................................................... 31
13.1.15 Monitoring .................................................................................................................................. 31
13.1.16 Telepresence .............................................................................................................................. 31
13.1.17 Commands ................................................................................................................................. 32
13.1.18 Mass Memory ............................................................................................................................. 33
13.1.19 Download Logs ........................................................................................................................... 34
13.1.20 Taps Chart.................................................................................................................................. 35
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1 Introduction
The TVC Control software was developed to be used in the configuration of the controls for single-phase
voltage regulators TVC model, this manual contains instructions on how to install and operate the
software.
The user is supposed to have general knowledge about single-phase voltage regulating transformers and
their control devices.
2 Standard of quality
Transformadores e Serviços de Energia das Américas Ltda is certified according to the ISO9001 and ISO14001
standards.
3 General description
The TVC Control software aims to provide means to configure and obtain data of electronic controls TVC
model in an easy way to the user. This manual contains instructions for installing and using the software.
4 Minimum system requirements
Recommended minimum system requirements for software use:
• Microsoft
Windows
7.
• Microsot
.NET Framework 4.5.
• Microsoft
IISExpress 10.
• Availability of a serial port RS-232 or USB
• One of the following browsers:
Microsoft
Internet Explorer
11 or superior.
Chrome
50.0.2661 or superior.
Firefox
: 53.0 or superior.
5 Software installation
Run the provided ToshibaRT.Setup.exe installation file. The installer will guide you through the installation.
For the installation to occur correctly, it is necessary for the user to have operating system administrator
privileges.
After the installation is finished, an icon will be created
Software.
When installing new versions of the TVC Control software, it is recommended to uninstall the previous
version before starting the installation of the new version
6 Opening screen
Start the program through the icon generated on your desktop or the start button on the Windows
taskbar: Start> All Programs> Toshiba RT> TVC Control
password is required.
System opening screen:
When you open the system, the home screen will display only the basic menus,
menus will be described in detail in the next section. To access the operating settings menus and other
system menus, you need to create a new local database, open an existing database, or connect to an
electronic control TVC model.
7 Starting the TVC-Control
The following procedures enable access to the operating configuration menus of the TVC
After the installation is finished, an icon will be created on your desktop that will give access to the
When installing new versions of the TVC Control software, it is recommended to uninstall the previous
version before starting the installation of the new version.
rough the icon generated on your desktop or the start button on the Windows
Start> All Programs> Toshiba RT> TVC Control. By default, when you start the software, no access
Fig. 1 - System opening screen
When you open the system, the home screen will display only the basic menus,
menus will be described in detail in the next section. To access the operating settings menus and other
create a new local database, open an existing database, or connect to an
The following procedures enable access to the operating configuration menus of the TVC
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on your desktop that will give access to the
When installing new versions of the TVC Control software, it is recommended to uninstall the previous
rough the icon generated on your desktop or the start button on the Windows
. By default, when you start the software, no access
When you open the system, the home screen will display only the basic menus, File and Settings, these
menus will be described in detail in the next section. To access the operating settings menus and other
create a new local database, open an existing database, or connect to an
The following procedures enable access to the operating configuration menus of the TVC-Control software.
7.1.1 Creating a local database
In the upper menu, access File> New
On the screen New select an existing folder or create the desired folder using the
selecting the desired folder click the
automatically generated in the folder indicated
The current working directory will now be displayed on the upper right side of the main window next to
the Exit button.
File> New:
Fig. 2 – NEW Menu
select an existing folder or create the desired folder using the
selecting the desired folder click the Save button. The necessary files for the new database will be
automatically generated in the folder indicated.
Fig. 3 - New
The current working directory will now be displayed on the upper right side of the main window next to
Fig. 4 Working directory
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select an existing folder or create the desired folder using the New Folder button, after
ecessary files for the new database will be
The current working directory will now be displayed on the upper right side of the main window next to
7.1.2 Opening a local database
In the upper Menu, access File > Open
On the Open screen, select an existing folder that contains the data files and click the
The selected database will now be used,
of the main window next to the Exit button
File > Open:
Fig. 5 – Open Menu
screen, select an existing folder that contains the data files and click the
used, and the working directory will be displayed on the upper right side
button.
Fig. 6 - Open
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screen, select an existing folder that contains the data files and click the Open Files button.
and the working directory will be displayed on the upper right side
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7.1.3 Access through the front RS232 serial port of the control
It is necessary to use a direct serial cable with DB9 connectors as shown below:
DB9 Female DB9 Male
Fig. 7 – Serial cable diagram
Disable the USB-Serial Port Adapter configuration of the control, by pressing the Menu key in the front
panel of the control and go to: Settings / Local Communication Ports / USB-Serial Port Adapter and
uncheck the Enable option, wait for the control to restart. By default, the Control leaves the factory with
the configuration disabled.
Connect the cable end with the male connector on the serial port of the computer and the tip with the
female connector on the front serial port RS 232 of the Electronic Control TVC.
7.1.4 Access through the front USB port of the control
It is required to use a cable with USB TYPE A and USB TYPE B connectors.
Enable the USB-Serial Port Adapter configuration of the control, so on the front panel of the control, press
the Menu and go to: Settings / Local Communication Ports / USB-Serial Port Adapter and check the
Enable option, wait for the control to restart. By default, the Control leaves the factory with the
configuration disabled.
Connect the tip of the cable with the USB TYPE A connector to a USB port on the computer and the tip
with the USB TYPE B connector on the front USB port Electronic Control TVC.
The connection will be recognized by Windows as a COM serial communication port, if this does not occur,
update the device driver with the fsl_ucwxp.inf file provided with the software. In the Windows Control
Panel, right-click on the device and select Update Driver, point to the folder where the file is located.
7.1.5 Starting the connection
In the upper Menu of the TVC-Control software, click on the button
Select the port where the TVC Electronic Control is connected, click the symbol
port and set the correct Transmission Rate
The configuration executed must be the same as the Electronic Control.
Transmission Rate and Flow Control
front panel of the control and go to:
the factory with the following settings
Control software, click on the button Connect:
Fig. 8 – Connect button
Select the port where the TVC Electronic Control is connected, click the symbol
Transmission Rate and Flow Control.
Fig. 9 – Port Configuration
The configuration executed must be the same as the Electronic Control. In case of doubt check the
Flow Control settings of the TVC Electronic Control, by pressing the Menu in the
front panel of the control and go to: Settings / Local Communication Ports. By default, the Control leaves
the factory with the following settings:
Transmission Rate: 115200 bps
Flow Control: None
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corresponding to the
In case of doubt check the
settings of the TVC Electronic Control, by pressing the Menu in the
. By default, the Control leaves
When executing the connection with the Electronic Control you will be asked to execute the down
the equipment configuration files.
If the download is performed the software will display the current settings of the control, the information
is kept in a temporary database, the local
local database, go to: File> Save or File> Save As
Settings can be partially saved; accessing the settings screens, there is on the lower right s
screen, a save button. Clicking on this button only the data of the available screens will be saved in the
database.
8 Control Buttons
The following buttons will be found on the software configuration screens
When executing the connection with the Electronic Control you will be asked to execute the down
Fig. 10 – File Download Alert
If the download is performed the software will display the current settings of the control, the information
is kept in a temporary database, the local database remains unchanged. To save the control settings to the
File> Save As.
Fig. 11 - Menu File
Settings can be partially saved; accessing the settings screens, there is on the lower right s
screen, a save button. Clicking on this button only the data of the available screens will be saved in the
The following buttons will be found on the software configuration screens:
Starts reading the electronic control settings, available only when
the software is connected.
Cancels any changes made or the operation in progress
Saves the forms settings that are available for editing in the local
database.
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When executing the connection with the Electronic Control you will be asked to execute the download of
If the download is performed the software will display the current settings of the control, the information
database remains unchanged. To save the control settings to the
Settings can be partially saved; accessing the settings screens, there is on the lower right side of each
screen, a save button. Clicking on this button only the data of the available screens will be saved in the
control settings, available only when
any changes made or the operation in progress.
Saves the forms settings that are available for editing in the local
9 Menus
10 Regulators
Saves the settings, from the forms that are
database and sends them to the electronic control. Available only
when the software is connected.
Starts automatic updating of displayed fields. Available only when
the software is connected.
Starts capturing data from displayed fields. Available only when the
software is connected.
Exports the captured data to a text file.
Include a new field or record in the corresponding form
Deletes the corresponding field or record
Creates a new folder in the selected directory.
Used to check the firmware version installed in the electronic
control. Available only when the software is connected
Used to erase the mass memory registers in the electronic control.
Available only when the software is connected
Fig. 12 - Menu Regulators
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Saves the settings, from the forms that are available, to the local
database and sends them to the electronic control. Available only
Starts automatic updating of displayed fields. Available only when
ed fields. Available only when the
Include a new field or record in the corresponding form.
Deletes the corresponding field or record.
directory.
Used to check the firmware version installed in the electronic
control. Available only when the software is connected.
Used to erase the mass memory registers in the electronic control.
Available only when the software is connected.
Selects which electronic controls will have their settings read or changed, when two or more points are
selected the priority for displaying data will be: 1
� R1 Selects the settings of the control set to Regulator 1
� R2 Selects the settings of the control set to Regulator
� R3 Selects the settings of the control set to Regulator
11 File
11.1.1 New
See 7.1.1 Creating a local database.
11.1.2 Open
See 7.1.2 Opening a local database.
Selects which electronic controls will have their settings read or changed, when two or more points are
selected the priority for displaying data will be: 1st
R1; 2nd
R2; 3rd
R3.
Selects the settings of the control set to Regulator 1.
Selects the settings of the control set to Regulator 2.
Selects the settings of the control set to Regulator 3.
Fig. 13 - Connection in Bank
Fig. 14 – File Menu
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Selects which electronic controls will have their settings read or changed, when two or more points are
11.1.3 Save
Saves all settings in the current database
11.1.4 Save as
Saves the current settings by creating a new database in the selected
12 Settings
12.1.1 Profile Control
Saves all settings in the current database.
Saves the current settings by creating a new database in the selected location.
Fig. 15 - Save As
Fig. 16 - Menu Settings
Fig. 17 – Profile Control
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Allows you to limit access to software settings through passwords. By default, the use of passwords is
disabled, to activate the feature uncheck the
close the software. For the next attempts to op
users with a level 3 profile can change or disable passwords. To change a password, select the desired
profile, enter a value between 0000 to 9999 in the
Password Confirmation field and click the save button
Access profiles:
Level 0: (standard password: 0000
Allows reading of configured parameters except for security passwords, reading of memory
registers, and changing the date and time
Level 1: (standard password: 1111
Allows reading of configured parameters except for security passwords, read and clear memory
registers and change the date and time
Level 2: (standard password: 2222
Allows you to read and change configuration parameters, read a
change the date and time.
Level 3: (standard password: 3333
Full access, including changing and disabling passwords
12.1.2 Data Dictionary
Allows you to change the description of
Select the language in which you want to perform the modification, all the texts used by the software will
be displayed, locate the desired Displayed Text
Allows you to limit access to software settings through passwords. By default, the use of passwords is
disabled, to activate the feature uncheck the Disable Security Password option, click the save button and
close the software. For the next attempts to open the software will be requested the user password. Only
users with a level 3 profile can change or disable passwords. To change a password, select the desired
profile, enter a value between 0000 to 9999 in the Password field, repeat the value entered in
field and click the save button.
(standard password: 0000)
Allows reading of configured parameters except for security passwords, reading of memory
registers, and changing the date and time.
(standard password: 1111)
Allows reading of configured parameters except for security passwords, read and clear memory
registers and change the date and time.
(standard password: 2222)
Allows you to read and change configuration parameters, read and clear memory registers, and
(standard password: 3333)
changing and disabling passwords.
Fig. 18 – Data Dictionary
Allows you to change the description of the fields displayed in the software.
Select the language in which you want to perform the modification, all the texts used by the software will
Displayed Text, execute the change and click the
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Allows you to limit access to software settings through passwords. By default, the use of passwords is
option, click the save button and
en the software will be requested the user password. Only
users with a level 3 profile can change or disable passwords. To change a password, select the desired
field, repeat the value entered in the
Allows reading of configured parameters except for security passwords, reading of memory
Allows reading of configured parameters except for security passwords, read and clear memory
nd clear memory registers, and
Select the language in which you want to perform the modification, all the texts used by the software will
, execute the change and click the Save button.
12.1.3 Language selection
Allows you to change the language used by the graphical interface of the software. Select the desired
language and click the .
13 Adjustments
Displays the operational settings of the Electronic
13.1.1 Parameter Settings
Fig. 19 – Language selection
Allows you to change the language used by the graphical interface of the software. Select the desired
Displays the operational settings of the Electronic Control.
Fig. 20 - Adjustments
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Allows you to change the language used by the graphical interface of the software. Select the desired
13.1.1.1 Measurement settings
Displays the settings, correction factors, ranges, and thresholds required for electronic control to perform
measurements. For the application of settings, see the
Instruction Manual.
13.1.1.2 Basic configuration
Form to execute the settings of the operational limits of the electronic control. For the application of
settings, see the Control for single-phase voltage regulators Instruction Manual
Fig. 21 - Parameter Settings
Displays the settings, correction factors, ranges, and thresholds required for electronic control to perform
measurements. For the application of settings, see the Control for single-phase voltage regulators
Fig. 22 – Basic Configuration
Form to execute the settings of the operational limits of the electronic control. For the application of
phase voltage regulators Instruction Manual.
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Displays the settings, correction factors, ranges, and thresholds required for electronic control to perform
phase voltage regulators
Form to execute the settings of the operational limits of the electronic control. For the application of
.
13.1.1.3 Protection Settings
Form designed to perform the protection settings during operation of the voltage regulator transformer.
For the application of settings see the
13.1.1.4 Operating mode
Form designed to configure the behavior during the adjustment operation depending on the variations of
the load power flow. For the application of settings, see the
Instruction Manual.
Fig. 23 - Protection Settings
Form designed to perform the protection settings during operation of the voltage regulator transformer.
For the application of settings see the Control for single-phase voltage regulators Instruction
Fig. 24 – Operating mode
Form designed to configure the behavior during the adjustment operation depending on the variations of
the load power flow. For the application of settings, see the Control for single
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Form designed to perform the protection settings during operation of the voltage regulator transformer.
phase voltage regulators Instruction Manual.
Form designed to configure the behavior during the adjustment operation depending on the variations of
single-phase voltage regulators
13.1.1.5 Switch
Form designed to configure the characteristics of the switch mechanism, its accessories, digital position
limiter and position-synchronizing functions. Fo
phase voltage regulators Instruction Manual
13.1.1.6 Regulator Board Data
Form to inform the nominal characteristics of the
Fig. 25 – Switch
Form designed to configure the characteristics of the switch mechanism, its accessories, digital position
synchronizing functions. For the application of settings, see the
phase voltage regulators Instruction Manual.
Fig. 26 - Regulator Board Data
Form to inform the nominal characteristics of the Voltage Regulator Transformer
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Form designed to configure the characteristics of the switch mechanism, its accessories, digital position
r the application of settings, see the Control for single-
Transformer.
13.1.1.7 Date and time
Form designed to configure the date and time display mode used by the electronic control interface and
daylight-saving time adjustment.
13.1.1.8 Language selection
Form designed to configure the language used by the electronic control interface
Fig. 27 - Date and time
Form designed to configure the date and time display mode used by the electronic control interface and
Fig. 28 – Language Selection
Form designed to configure the language used by the electronic control interface
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Form designed to configure the date and time display mode used by the electronic control interface and
Form designed to configure the language used by the electronic control interface.
13.1.2 Charge Profile
It presents four profiles that allow adjustment settings in specific load periods or conditions. The profile
regulation settings, when enabled, are now used by the electronic control during the configured period or
while the activation condition is satisfi
Profile B, 3rd - Profile C, 4th - Profile D. When no activation condition is
enabled, the electronic control will use the parameters configured in
13.1.3 Password user profiles
Form designed to configure the use and change of access passwords when the settings are executed
directly in the electronic control interface. By
feature uncheck the Disable Security Password
settings see the Control for single-
Level 0: 1111; Level 1: 2222; Level 2: 3333; Level 3: 4444
Fig. 29 - Charge profile
It presents four profiles that allow adjustment settings in specific load periods or conditions. The profile
regulation settings, when enabled, are now used by the electronic control during the configured period or
while the activation condition is satisfied. The priority for profile activation analysis is 1st
Profile D. When no activation condition is satisfied,
enabled, the electronic control will use the parameters configured in 13.1.1 Parameters Configuration
Fig. 30 - Password user profiles
Form designed to configure the use and change of access passwords when the settings are executed
directly in the electronic control interface. By default, the use of passwords is disabled, to activate the
Disable Security Password option, click the Send button. For the application of
-phase voltage regulators Instruction Manual
Level 0: 1111; Level 1: 2222; Level 2: 3333; Level 3: 4444.
P. 22 - 36
It presents four profiles that allow adjustment settings in specific load periods or conditions. The profile
regulation settings, when enabled, are now used by the electronic control during the configured period or
ed. The priority for profile activation analysis is 1st - Profile A, 2nd -
satisfied, or no profiles are
.1 Parameters Configuration.
Form designed to configure the use and change of access passwords when the settings are executed
the use of passwords is disabled, to activate the
option, click the Send button. For the application of
phase voltage regulators Instruction Manual. Standard passwords:
13.1.4 Port settings
13.1.4.1 Local port settings
Form designed to configure the communication ports of the electronic control front panel, after modifying
and sending the change to the control, the connection will be interrupted. Repeat the steps in
Starting the connection to restore the connection
13.1.4.2 Remote ports settings
Form designed to configure the remote communication ports for SCADA communication. When available,
they will be located on the back of the electronic control
Fig. 31 - Local port settings
Form designed to configure the communication ports of the electronic control front panel, after modifying
and sending the change to the control, the connection will be interrupted. Repeat the steps in
to restore the connection.
Fig. 32 - Remote ports settings
Form designed to configure the remote communication ports for SCADA communication. When available,
they will be located on the back of the electronic control.
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Form designed to configure the communication ports of the electronic control front panel, after modifying
and sending the change to the control, the connection will be interrupted. Repeat the steps in 7.1.5
Form designed to configure the remote communication ports for SCADA communication. When available,
13.1.5 DNP3
13.1.5.1 Settings
Forms designed to configure the basic and advanced parameters used in communication through the DNP3
protocol. For the application of the configurations consult the specification DNP3 and the
single-phase voltage regulators Instruction Manual
13.1.5.2 List of points
Forms designed to configure the list of points used in communication through the DNP3 protocol.
application of the configurations consult the specification DNP3 and the
regulators Instruction Manual.
Using the Charge factory standard button, you can use factory preset lists
Fig. 33 - DNP3 Settings
Forms designed to configure the basic and advanced parameters used in communication through the DNP3
protocol. For the application of the configurations consult the specification DNP3 and the
phase voltage regulators Instruction Manual.
Fig. 34 - DNP3 List of points
Forms designed to configure the list of points used in communication through the DNP3 protocol.
application of the configurations consult the specification DNP3 and the Control for single
button, you can use factory preset lists:
Fig. 35 - DNP3 Factory standard
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Forms designed to configure the basic and advanced parameters used in communication through the DNP3
protocol. For the application of the configurations consult the specification DNP3 and the Control for
Forms designed to configure the list of points used in communication through the DNP3 protocol. For
Control for single-phase voltage
3PHASE WITH EVENTS -
3PHASE WITHOUT EVENTS -
SINGLE WITH EVENTS -
SINGLE WITHOUT EVENTS -
13.1.6 IEC 60870-5-101
13.1.6.1 Settings
Forms designed to configure the basic and advanced parameters used in communication through the
protocol IEC 60870-5-101. For the application of the configurations consult the specification IEC 60870
101 and the document IEC870-5 INTEROPERABILITY
13.1.7 IEC 60870-5-104
13.1.7.1 Settings
Forms designed to configure the basic and advanced parameters used in communication through the
protocol IEC 60870-5-104. For the application of the settings consult the
the document IEC870-5 INTEROPERABILITY
13.1.8 IEC 60870-5-101 / 104
- List of points for bank operation with event generation
- List of points for bank operation without event generation
- List of points for individual operation with event generation
- List of points for individual operation without event generation
Fig. 36 - IEC 60870-5-101 Settings
designed to configure the basic and advanced parameters used in communication through the
101. For the application of the configurations consult the specification IEC 60870
5 INTEROPERABILITY.
Fig. 37 - IEC 60870-5-104 Settings
Forms designed to configure the basic and advanced parameters used in communication through the
104. For the application of the settings consult the specification IEC 60870
5 INTEROPERABILITY.
P. 25 - 36
List of points for bank operation with event generation.
List of points for bank operation without event generation.
List of points for individual operation with event generation.
List of points for individual operation without event generation.
designed to configure the basic and advanced parameters used in communication through the
101. For the application of the configurations consult the specification IEC 60870-5-
Forms designed to configure the basic and advanced parameters used in communication through the
specification IEC 60870-5-104 and
13.1.8.1 List of points
Forms designed to configure the list of points used in the communication
5-101 and IEC 60870-5-104. For the application of the settings consult the IEC 60870
specifications and the IEC870-5 INTEROPERABILITY document
Using the Charge factory standard button, you can use factory pres
I870 3PHASE - List of points for bank operation
I870 SINGLE - List of points for individual operation
13.1.9 Modbus
13.1.9.1 Settings
Forms designed to configure the parameters used in the communication through the Modbus protocol.
Consult the Modbus specifications for configuration settings
Fig. 38 IEC 60870-5-101/104 List of Points
Forms designed to configure the list of points used in the communication through the protocols IEC 60870
104. For the application of the settings consult the IEC 60870
5 INTEROPERABILITY document.
button, you can use factory preset lists:
Fig. 39 - IEC 60870-5 Factory standards
List of points for bank operation.
List of points for individual operation.
Fig. 40 – Modbus Settings
Forms designed to configure the parameters used in the communication through the Modbus protocol.
Consult the Modbus specifications for configuration settings.
P. 26 - 36
through the protocols IEC 60870-
104. For the application of the settings consult the IEC 60870-5-101 and 104
Forms designed to configure the parameters used in the communication through the Modbus protocol.
13.1.9.2 List of points
Forms for configuring the list of points used in the communication via the Modbus protocol. Consult the
Modbus specifications for configuration settings
Using the Charge factory standard button, you can use factory preset lists
MBUS 3PHASE - List of points for bank operation
MBUS SINGLE - List of points for individual operation
13.1.10 I/O Settings
Fig. 41 – Modbus List of points
the list of points used in the communication via the Modbus protocol. Consult the
Modbus specifications for configuration settings.
button, you can use factory preset lists:
Fig. 42 – Modbus Factory standards
List of points for bank operation.
List of points for individual operation.
Fig. 43 - I/O Settings
P. 27 - 36
the list of points used in the communication via the Modbus protocol. Consult the
Allows you to configure the action that the electronic control will perform when the digital input,
connector X2-15, is triggered. For more information, refer to the
regulators Instruction Manual.
13.1.11 Display Settings
Auxiliary Field Configuration
Selection of the information will be displayed on the electronic control display, fields 1 to 6. For further
information consult the Control for single
Shortcuts Settings
Sets the shortcut for specific settings when using the electronic control buttons
FUNCTION 2. For more information refer to the
Manual.
Auxiliary LED Configuration
Allow the choice of specific errors that will trigger the auxiliary LEDs of the electronic control, generating a
luminous indication. For more information, refer to the
Instruction Manual.
Allows you to configure the action that the electronic control will perform when the digital input,
15, is triggered. For more information, refer to the Control for single
Fig. 44 – Display Settings
Selection of the information will be displayed on the electronic control display, fields 1 to 6. For further
Control for single-phase voltage regulators Instruction Manual
Sets the shortcut for specific settings when using the electronic control buttons
. For more information refer to the Control for single-phase voltage regulators Instruction
Allow the choice of specific errors that will trigger the auxiliary LEDs of the electronic control, generating a
luminous indication. For more information, refer to the Control for single-phase voltage regulators
P. 28 - 36
Allows you to configure the action that the electronic control will perform when the digital input,
Control for single-phase voltage
Selection of the information will be displayed on the electronic control display, fields 1 to 6. For further
Instruction Manual.
Sets the shortcut for specific settings when using the electronic control buttons FUNCTION 1 and
phase voltage regulators Instruction
Allow the choice of specific errors that will trigger the auxiliary LEDs of the electronic control, generating a
phase voltage regulators
13.1.12 Bank Operation
Operation mode.
Selects the behavior of the regulator or group of regulators during the operation
• Slave-Master
The slave controls follow the TAP up or down commands of the master control.
mode the slave controls will not have their current position, current TAP, corrected to the same
position as the master control. Position timing is not required for the operation
• Master-Follower
The slave controls follow the up or down
mode, the slave controls on the network will have their current position, current TAP, corrected to
the same position as the master control. Timing is a requirement for operation. During bank
switching, the lag of a position between the master control and the slave controls may occur
temporarily.
• Individual
The controls that make up the bank operate independently
Master voltage
Selects the source of the load voltage used by the master to perform line
• Average of bank voltages
Fig. 45 – Bank Operation
Selects the behavior of the regulator or group of regulators during the operation.
The slave controls follow the TAP up or down commands of the master control.
mode the slave controls will not have their current position, current TAP, corrected to the same
position as the master control. Position timing is not required for the operation
The slave controls follow the up or down TAP commands of the master control. Operating in this
mode, the slave controls on the network will have their current position, current TAP, corrected to
the same position as the master control. Timing is a requirement for operation. During bank
the lag of a position between the master control and the slave controls may occur
The controls that make up the bank operate independently.
Selects the source of the load voltage used by the master to perform line regulation
P. 29 - 36
.
The slave controls follow the TAP up or down commands of the master control. Operating in this
mode the slave controls will not have their current position, current TAP, corrected to the same
position as the master control. Position timing is not required for the operation.
TAP commands of the master control. Operating in this
mode, the slave controls on the network will have their current position, current TAP, corrected to
the same position as the master control. Timing is a requirement for operation. During bank
the lag of a position between the master control and the slave controls may occur
regulation.
P. 30 - 36
The load voltage of the master shall be the arithmetic mean of the load voltages of the regulator
bank members.
• Regulator voltage 1
The master load voltage will be the voltage measured by the regulator 1.
• Regulator voltage 2
The master load voltage will be the voltage measured by the regulator 2.
• Regulator voltage 3
The master load voltage will be the voltage measured by the regulator 3.
Automatic mode switching
Enables the automatic switching of the bank operation mode between INDIVIDUAL and Master-Slave
modes. The mode change will occur according to the parameterization of the bank operation and
activation deviation.
Deviation from bank operation
Maximum gap between regulator positions of different phases for the bank to start operation in Master-
Slave mode.
Total Equipment
The number of devices to be inserted in the network. It is expected the minimum of two and the maximum
of three equipment composing the bank.
Deviation for bank activation
Maximum gap between regulator positions of different phases for the bank to remain operating in
INDIVIDUAL mode. When attempting to exceed the parameterized limit, the control network automatically
switches to the Master-Slave mode while remaining in this mode while the adjustment needs to take place
(TAP's) beyond the parameterized limit.
For more information, refer to the Control for single-phase voltage regulators Instruction Manual.
13.1.13 Firmware Update
Form to update the firmware of the control, locate the firmware file with extension .S19 and click the send
button. The file name is alphanumeric, and the three numeric characters refer to the firmware version,
exe. R213.S19 (file contains firmware version 2.13)
It is recommended to perform the transfer with the
transmission rate see 7.1.5 Starting the Connection
13.1.14 Send all settings
Sends all settings from the local database to the electronic control
13.1.15 Monitoring
13.1.16 Telepresence
It allows the continuous reading of up to five instantaneous quantities of electronic control. After selecting
the desired points click the Refresh button to start updating the magnitudes
Fig. 46 – Firmware Update
firmware of the control, locate the firmware file with extension .S19 and click the send
button. The file name is alphanumeric, and the three numeric characters refer to the firmware version,
exe. R213.S19 (file contains firmware version 2.13).
mended to perform the transfer with the Transmission Rate of 115200 bps, to change the
7.1.5 Starting the Connection.
Sends all settings from the local database to the electronic control.
Fig. 47 - Telepresence
It allows the continuous reading of up to five instantaneous quantities of electronic control. After selecting
button to start updating the magnitudes.
P. 31 - 36
firmware of the control, locate the firmware file with extension .S19 and click the send
button. The file name is alphanumeric, and the three numeric characters refer to the firmware version,
of 115200 bps, to change the
It allows the continuous reading of up to five instantaneous quantities of electronic control. After selecting
13.1.17 Commands
It allows the sending of commands to the electronic control. After pressing the execute button Select in the
Commands window, in the Regulator Selection
2 or R3 - Regulator 3.
Fig. 48 – Commands
It allows the sending of commands to the electronic control. After pressing the execute button Select in the
Regulator Selection field, the target regulator: R1 - Regulator 1,
Fig. 49 – Regulator selection
P. 32 - 36
It allows the sending of commands to the electronic control. After pressing the execute button Select in the
Regulator 1, R2 - Regulator
13.1.18 Mass Memory
Allows selection of up to three quantities for reading and storage in the electronic control memory. After
selecting the desired points, press the Send button, the control will start reading and recording the values
according to the configured MASS MEMORY
deleted by pressing the Delete Files button
Fig. 50 – Selection of mass memory points
Allows selection of up to three quantities for reading and storage in the electronic control memory. After
selecting the desired points, press the Send button, the control will start reading and recording the values
according to the configured MASS MEMORY INTERVAL. Pre-existing records in mass memory can be
button.
Fig. 51 - Reading mass memory points
P. 33 - 36
Allows selection of up to three quantities for reading and storage in the electronic control memory. After
selecting the desired points, press the Send button, the control will start reading and recording the values
existing records in mass memory can be
To access the mass memory registers,
is finished go to the Reading tab.
If necessary, use the date and time filter to restrict the amount of data displayed.
13.1.19 Download Logs
Allows you to execute the download of internal event files related to the electronic control operation.
registers, press the Read button in the Settings tab and after the data transfer
Fig. 52 - Mass memory data filter
If necessary, use the date and time filter to restrict the amount of data displayed.
Fig. 53 - Download logs
Allows you to execute the download of internal event files related to the electronic control operation.
P. 34 - 36
tab and after the data transfer
If necessary, use the date and time filter to restrict the amount of data displayed.
Allows you to execute the download of internal event files related to the electronic control operation.
13.1.20 Taps Chart
Displays the number of switches per TAP
control press the Reset TAP button.
Counters of operations
Total of recorded switching by electronic control
Reset of the last TAP counter
Date and time of the last command to delete
Date
Date and time of occurrence of last commutation record.
Fig. 54 – TAPs Chart
Displays the number of switches per TAP of the on-load tap-changer, to delete pre
Total of recorded switching by electronic control.
Date and time of the last command to delete TAP switching records.
Date and time of occurrence of last commutation record.
P. 35 - 36
changer, to delete pre-existing registers in the