Mam problem z programem RGK Remote Control (ver.5.4) - na jednym komputerze odpala bez problemu (WinXP, SP3), a na drugim (też WinXP, SP3) nie chce się uruchomić. Pojawia się komunikat: http://obrazki.elektroda.pl/9199372400_1325763678_thumb.jpg Gdzie szukać tego 'My count'? Może ktoś będzie w stanie pomóc jak go uruchomić? 15.01.2012 No cóż, poradziłem sobie sam przez podgląd procesów w ProcessMonitor'ze na jednym i drugim komputerze oraz przenoszeniu pojedynczych plików... 19.04.2017 W związku z kolejnym zapytaniem o pliki sterownika oraz żeby nie zakładać nowego tematu, uzupełnię ten o pliki, które miałem do sterowania agregatu prądotwórczego.
RGK-60 : REVISIONS CORRESPONDENCE TABLE
INTERNAL RGK
SOFTWARE
REVISION
(SW Revision)
& lt; 05
05
06
07
08
09
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
PROJECT FILE
DEFAULT
TEXT FILE
(Text Revision)
DEFAULT
PARAMETERS FILE
(Parameters Revision)
PARAMETER
STRUCTURE FILE
NOT AVAILABLE
NOT AVAILABLE
NOT AVAILABLE
NOT AVAILABLE
DEFAULT5_TO_6.PRM
DEFAULT04.TXT
DEFAULT03.PAR
PARDEF03.DAT
DEFAULT07.PRM
DEFAULT05.TXT
DEFAULT04.PAR
PARDEF04.DAT
DEFAULT8_TO_9.PRM
DEFAULT06.TXT
DEFAULT05.PAR
PARDEF05.DAT
DEFAULT10.PRM
DEFAULT07.TXT
DEFAULT06.PAR
PARDEF06.DAT
DEFAULT11_TO_14.PRM
DEFAULT08.TXT
DEFAULT07.PAR
PARDEF07.DAT
DEFAULT15_TO_17.PRM
DEFAULT09.TXT
DEFAULT08.PAR
PARDEF08.DAT
DEFAULT18_TO_ 27.PRM
DEFAULT10.TXT
DEFAULT09.PAR
PARDEF09.DAT
DEFAULT28_TO_35.PRM
DEFAULT11.TXT
DEFAULT10.PAR
PARDEF10.DAT
DEFAULT36_TO_44.PRM
DEFAULT12.TXT
DEFAULT11.PAR
PARDEF11.DAT
Upgrade notes for RGK Customization manager
1. Make a backup copy of your project files
2. Start RGK_TM_Upgrade.exe
3. When the upgrade procedure asks for the destination directory, specify the same folder
where the previous revision of Customization manager was installed.
4. Follow the instructions given by the upgrade procedure.
I123 GB 1108
RGK60 – RGK50 – RGAM10 – RGAM20 – RGAM4…
RGK40 – RGK20
Generator set control units
CUSTOMIZATION SOFTWARE MANUAL
List of contents
Introduction ........................................................................................................................................................ 2
Main window ...................................................................................................................................................... 3
Device model selection...................................................................................................................................... 3
Transmission of data to the device.................................................................................................................... 4
Unit password protection ................................................................................................................................... 4
Creation of a new project................................................................................................................................... 5
How to modify texts ........................................................................................................................................... 6
How to modify the logo ...................................................................................................................................... 8
How to modify the sensors ................................................................................................................................ 9
How to modify the parameters......................................................................................................................... 10
Parameter Structure ........................................................................................................................................ 11
How to modify the Information Page ............................................................................................................... 12
How to modify the protection curves ............................................................................................................... 13
How to modify custom parameters .................................................................................................................. 14
Options ............................................................................................................................................................ 14
Modem connection .......................................................................................................................................... 15
Revisions ......................................................................................................................................................... 16
Importing files of previous revisions ................................................................................................................ 16
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Introduction
The Customization manager software allows you to handle the following types of data:
•
Texts
These are stored in files with “.TXT” extension. All the texts shown on the display are stored in these files
and they are stored in the board Flash memory. These texts are organised in lines of 32 characters each,
which are in turn grouped into ‘Sections’ (General, Events, Alarms, Parameters, Help etc.). They can be
stored in 5 languages at the same time.
•
Graphics
Files with “.BMP” extension. These files contain the graphic screens shown on the display, namely the logo
shown at switch on and the introductory pages of the events. Users can customise the logo by inserting a file
they have created. This file must be in black and white, BMP format, size 192 x 64 pixels.
•
Sensors
Files with “.SNS” extension. These files contain the tables for the definition of the response of the analogue
fuel level, pressure and temperature sensors. The user can modify and/or create a sensor, specifying the
resistance in Ohms for each point of the scale. These files are transmitted and stored in the Flash memory of
the device.
•
Parameters
Files with “.PAR” extension. These files contain the value of the device set-up settings. When they are
transmitted, they are stored in the EEPROM memory. The parameters are organised in a Structure that
defines the different menus in which they are grouped.
•
Information page
Files with “.IPG” extension. These files contain the texts (8 lines of 32 characters each) that will be shown on
the information page. On this page the installer can enter free texts (type and power rating of the unit, serial
number, etc.). The page is the same for the different languages. It is stored in the FLASH memory. If the
information page is left completely blank, the device shows the wording ‘Information page blank’.
•
Protection
Files with “.PRO” extension. These files contain the data that define the cutting in of the generator thermal
protection. In the same way as mentioned previously for the sensors, the user can create a table where it will
be necessary to specify the cutting in time in seconds corresponding to each current overload factor.
•
Custom
Files with “.CUS” extension. These files contain the data with the custom parameter settings, namely those
parameters intended for particular functions required by customers. These parameters are identified by a
code and are only numeric.
•
Projects
Files with “.PRM” extension. These files group together one or more files of the types described previously.
They make it possible to transmit texts, graphics, sensors and parameters in a single block. Two different
projects may share certain files. For example it is possible to have two different projects with the same text
file but with two different sensor files.
All the files mentioned above should normally reside in the same folder (directory) as the one in which the
programme has been installed.
Otherwise, foe each project it is possible to create a subdirectory containing the project file and all the files
used by the project.
If the user needs to open/save files from any free path on the PC, it must enable the Allow opening projects
from any path checkbox in the Tools-Options-General window.
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Main window
On the left, the main window shows six overlaid folders (Texts, Graphics, Sensors, Setup, Protection and
Custom) which allow you to choose on which type of data you want to work. Each folder displays a tree with
the structure of the file in question. The ‘Root’ of the tree shows the name of the file loaded in that moment.
If no file of that kind is loaded, the folder is disabled. In this case, to load a file, choose File-Open, select the
type of file in the File type box and then choose the name of the required file. It is not possible to create a file
from nothing. We advise you to start from the files supplied as default, save them with a different name
(which corresponds to making a copy of them) and make the required changes on these new files.
Goes to offline mode to
work locally without the
device. The data are
saved on disk.
Name of section.
Double click to open
(see the data and if
necessary modify
them).
Be careful to click on
the name and not on
the white box which
serves to
enable/disable
transmission.
Goes to online mode,
i.e. it activates
communication with the
device
Print
parameters
To enter the
password.
Import old
files to new
revision
Engine hour
meter
setting tool.
Device
model
selection
These labels
allow you to
choose the type
of data on which
you want to work.
Name of currently
loaded file
Grey arrow =
section blocked
by password.
Blue arrow =
access allowed
Transmission enable. If the box
is not ticked, the section is not
transmitted. Serves to save time
when wanting to transmit only
certain sections.
Opens modem
connection
window
Hang up.
Closes modem
connection.
Reception
from device to
PC.
Transmission
from PC to
device.
Compare PC –
device. Only
possible for setup parameters
Device model selection
From Customization manager revision 4.0 on, it is possible to manage different device models (RGK-60,
RGK-50 etc.) with the correspondent project files, text files, parameter files etc. Before starting to work with
the software, the user must specify the model of the device. The selection is possible by clicking on the
dedicated toolbar button (see picture above) and then selecting the model in the drop-down list. The device
type currently selected is always shown in the dedicated box in the upper-right part of the main window.
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Each file is dedicated to the device model for which it has been created. For instance it is not possible to
transmit files created for a RGK-50 to a RGK-60 or vice-versa.
If the user tries to open or to transmit a file that does not match the selected device type, an error window will
be displayed.
Note: Normally all the specific files for RGK-60 model are stored in the same directory where the
Customization manager is installed or in one subfolder of that directory (e.g. C: \ Programs \ RGK_TM \
MyProject.prm or C: \ Programs \ RGK_TM \ Projects \ MyProject.prm).
Files for all other models are stored in one subdirectory named as the device model, or in one subfolder (e.g.
C: \ Programs \ RGK_TM \ RGK-50 \ MyProject.prm or C: \ Programs \ RGK_TM \ RGK-50 \ Projects \
MyProject.prm).
If the user needs to open/save files from any free path on the PC, it must enable the Allow opening projects
from any path checkbox in the Tools-Options-General window.
Transmission of data to the device
To transfer the currently loaded data to the device, choose the Communication-Transmit menu.
The window illustrated will be shown, in which it is possible to specify the data you want to transfer.
It is possible to transfer only a part of the data. For texts it is possible to transfer one or more languages, by
enabling or disabling the key with the corresponding language.
Connection between the PC and the device is made through serial cable code 51C2. The PC serial port and
transfer speed can be chosen through the Tools-Options menu.
Enables/disables
transmission of
the various types
of data. If the file
is not loaded, the
choice is not
available.
Choose which and how
many languages to
transfer. The languages
chosen will be transferred
one after the other.
If the device connected is
fitted with a Flash memory
type 02, it will be possible
to transmit only the first
two languages.
Select /Unselect
all the ticks.
Starts transmission.
Unit password protection
If the access to the device has been protected by a Unit Password, (function available for devices with
internal SW revision equal or higher than 28), then when trying to connect, the window in picture will be
displayed, asking to enter Unit password for the connected device.
To operate with Customization manager it is necessary to know at least User or Administrator passwords.
Note: Password definition / editing / erasing is only possible using RGK Remote control software with
revision higher or equal to 3.0.
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Creation of a new project
As already mentioned previously, a Project is a file that contains the names of other files (for texts, logo,
sensors, etc.). In other words, loading a project means loading in sequence a determinate file of texts, a
determinate logo, etc. Different projects can share the same file: for example projects PROG1.PRM and
PROG2.PRM can both ‘point’ to the same sensor file SENS.SNS, because both types of application use the
same sensors.
Therefore, to create a new project means choosing the ones to be combined together to be transmitted
together to a device among the files present on the disk.
An important aspect is that the files of texts, sensors, etc. cannot be created from nothing, because the work
would be too long and complex for the operator to set out the structure and contents of the single files.
Therefore, normally default files are taken and saved with a new name before proceeding with
customisation. The programme has a special window for this purpose.
The procedure for manually creating a new project consists in the following steps:
• Choose New project from the File menu. The window illustrated will be opened. If a project was already
opened, you will be asked if you want to save any changes.
• Specify the name of the new project. For example MYPROG.
• Click on one of the buttons of the window to ‘attach’ one of the files on the disk to the new project.
• At this point, the programme asks if you want to copy the file chosen with a new name. If you have no
intention of modifying the file, the original name can be kept. Conversely, if you are thinking of having to
make some changes, at this point you can specify the name of the copy. For example you could choose
the default text file DEFAULT.TXT and save it as MYTEXT.TXT. The programme will then create a copy
with the specified name and insert the name in the list of files belonging to the project. The user can
modify MYTEXT.TXT starting from the default base but keeping a copy of the original settings.
• Repeat the procedure for the various types of files. A project may contain even only certain types of files
(for example sensors and logo).
Specify the name of the
new project here.
Buttons for ‘Attaching’
files of different types to
the new project. At this
stage it is possible to
make copies of existing
files before attaching
them to the project.
Space for the names of
the files that form the
project
Opens the Copy project
wizard window
To speed up the creation of a new project based on an existing one, click on Copy Project. This will open the
window in picture, that allows to automatically create a copy of all the files of an existing project with a new
name. The Source project can be either an existing one, previously saved on disk, or a default one, selected
specifying the SW revision of the device.
Select the source project to be
copied. It allows to select from the
existing projects saved on disk.
Select or specify the name of the
new project (destination).
Select the source project to be
copied, from the default projects
folder. Specify the SW revision of
the unit
When it is necessary to open a default project, the following window is shown:
Specify the SW revision of the
device to open the correspondent
default project.
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How to modify texts
Choose the Texts label. From the list of the sections, double click the section required. The texts contained
are shown in a special window, organised in lines of 32 characters.
It is possible to modify only the sections with a blue arrow at the side. The sections with a grey arrow can
only be viewed. Enter the password to gain access to all the sections.
Choice of the language to be viewed/changed. It can be used to
quickly compare the translation of the texts in the different
languages.
Clearly it is possible to see/modify a language while the device
is using a different one.
It is not possible to enter
text above the ‘grey’
areas because this
space is reserved for
viewing the variables.
Normally the cursor
overwrites the previous
text. To enter characters
moving those already
present to the right,
press the INS key on the
PC Keyboard. The
cursor becomes blue to
indicate the ‘insert’
mode.
Confirms and closes the
window.
Prints the texts of the
current section
Moves one page
forwards or backwards.
Once the texts have been modified, save the file using the File-Save As menu. You are advised not to
overwrite the files with the original texts but to save your changes in a different file.
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For the Help texts, both the Help message and the alarm or parameter to which the help refers are
displayed.
For these messages the memory is controlled dynamically, i.e. the possibility exists to write several help
lines for an alarm sacrificing those of another one. The Flash memory is planned for an average of 7 lines for
each alarm/parameter. Each help may have a length of between 0 and a maximum of 16 lines, but it will not
be possible to have all the helps with the maximum length at the same time. Therefore an indicator is
available which gives an idea of the memory still available.
Indication of available
memory.
Alarm to which the Help
refers. It cannot be
modified in this
environment.
To move from one help
to the next
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How to modify the logo
The software allows you to download to the device a graphics file in BMP format, in black and white, with a
size of 192 x 64 pixels. Use any graphic editing programme to create and modify the image, such as Paint
supplied with the Windows operating system. To load a different logo, use the File-Open menu, choose Logo
in the File Type box, and choose the name of the graphic file required.
When the file has been loaded, the Graphics label will show the name of the current file.
With a double click it will be possible to view the image.
Clicking on the special button it will be possible to automatically open Paint and modify the image. When
closing Paint it will be possible to load the modified logo.
It should be noted that the image that will be viewed on the display will look as though it is ‘stretched’
upwards compared with the one of the original bitmap file. This is due to the shape of the pixels (i.e. graphic
dots) of the LCD display, which are slightly rectangular with the vertical side longest. To give an idea of how
the final image will be viewed, the graphics window of the Logo window simulates the same effect, vertically
stretching the bitmap file loaded.
Opens the graphic editor (see
Tools-Options menu) and allows
you to modify the currently loaded
logo.
During transmission, besides the logo chosen, a second fixed graphic page is also transmitted which
represents the initial screen of the events list.
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How to modify the sensors
The device controls three types of analogue resistive sensors:
•
•
•
Oil pressure
Coolant fluid temperature
Fuel level
Range: 0..12bar, table of 30 values with 0.4 bar steps
Range 20..140°C, table of 30 values with 4°C steps
Range 0..100%, table of 20 values with 5% steps
The internal memory can hold four sensor models for each type, amounting to a total of 12 tables.
Highlighting the Sensors label and double clicking on each of the types loaded, the four tables for that type of
sensor are viewed, as illustrated. If the password has been entered, it is possible to modify both the name of
the sensor (brand) and the values of the table. The values entered are always expressed in Ohms, and must
correspond with the value of the external signal viewed on the first line of the table. To enter or modify a
value of the table, double click the box required.
If the value entered is not within the limits allowed by the circuit, the abnormal condition will be indicated.
For the pressure and temperature sensors it is possible to choose the unit of measure of the reference value.
For the pressure it is possible to choose bar or psi while the temperature can be in °C or °F. The default
ratings are viewed in bar and °C.
To save any changes on disk, choose the File-Save As menu.
Scale in Ohms
Graphic representation of curves
Curve legend
Double
click to
change the
name
Transmits
the 4 tables
to the device
Receives
sensor data
from the
device
To print
the graph
and
values
Doc:MSGB106921.doc
Choice of units of
measure of
reference values
Double click to enter a
new value
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Quantity reference
values. (in this case the
resistance column at 5.6
bar)
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How to modify the parameters
The parameters are organised in a series of menus, clearly corresponding with the ones viewed on the
device display. Double clicking on one of these menus, a window is shown with the parameters of the menu
chosen.
The parameters can be set and viewed OFFLINE, i.e. without being connected to the device. Once the
parameters have been saved on a file, they can be transmitted later together with other types of data or on
their own.
Parameter code
Description of the menu
chosen
If the wording OFFLINE appears, this means that we are working disconnected
from the device. Conversely, if we are in the ONLINE Mode, a message alerts
when the values shown in the window differ from those in the device’s storage.
Description of the
parameter
Double click to enter a
new value using the
numerical keyboard
Drag with the mouse to
set the value
Transmits only this
menu to the device
Resets the menu to
factory settings
Drag with the mouse to
scroll the page and view
the following parameters
It is also possible to save the parameters present in a device on a file (where they have been set directly
through the front keyboard). To do this, choose Communication-Receive, specify the file name and wait for
the completion of reception.
To obtain a printout of the parameter settings, click the printer icon on the toolbar or choose Print from the
File menu.
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Lastly, through the Communication-Compare menu, it is possible to compare the values resident in the
device memory storage with those of the currently loaded files.
After selecting the function and starting comparison with the special control button, a window like the one
below is shown:
Starts comparison
Prints the results
Parameter Structure
To be able to allow access to the parameters also in the OFFLINE mode, their structure must be available in
a file on disk.
Structure means the list of all the possible parameters grouped in the different menus, each with its
minimum, maximum, default value, etc.
If the user modifies the parameter texts or while making changes to the device software (addition of
parameters, changing the range, arrangement of menus, etc.) it will be necessary to use the Tools-Generate
parameter structure file command.
It is important to note that if a file has been created with a certain structure of the parameters, it will not be
able to be used to be transmitted to a device with a different parameter structure ( for example with a
software revision that includes a higher number of parameters). This incompatibility will be indicated
automatically by the programme when attempting to transfer the file.
Note:
The Generate parameter structure file command should be used only in the case of actual need. In any case
the ParDefxx.dat file generated is available in its original form on the installation CD under the Files
directory.
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How to modify the Information Page
Highlight the Info label. Double click on the name of the file to open the window shown below, which by
default is completely empty. At this point the installer is free to enter the texts to be viewed on the device
information page (see example).
Upload to the device
Doc:MSGB106921.doc
Download from
the device
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How to modify the protection curves
The board offers the possibility to modify the cutting-in curve of the generator thermal protection, in a way
wholly similar to the one already described for the sensors. A total of four independent curves are available.
In this case the axis of the abscissas of the graph represents the percentage of generator overload with
reference to its rated current. The cutting-in time expressed in seconds is represented on the vertical axis
(ordinates). Both scales of the graph are logarithmic.
To enter new data or modify existing ones, the user should double click on a square of the grid, where the
line represents one of the four possible curves (except the first, which is fixed) and the overload intensity
column. At this point a window will be viewed where it will be possible to set the protection cutting-in time
referring to that particular overload.
For example, the following window asks the user to set the cutting-in time of curve P2 (second line) referring
to an overload of 190%.
In the same way as the sensors, the protection curves can be saved on disk (files with .PRO extension) and
then transmitted to the device memory storage.
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How to modify custom parameters
The Custom parameters can be modified and transmitted in the same way as set-up parameters, with the
only difference that in this case, each parameter is identified only by a code (CU01, CU02 etc.) and that the
setting is numerical only.
The custom parameters reside in files (with .CUS extension) separated from the parameter files and they
can, therefore, be treated as independent entities.
The only thing that set-up parameters and Custom parameters have in common is that if comparison
between the contents of the memory and the set-up parameters on the disk is enabled, if a Custom file is
loaded, comparison also of the custom parameters will be carried out.
Options
It is possible to configure some programme options through the Tools-Options menu.
Choice of software
menu language.
Choice of PC serial
port
Choice of serial port
speed
Allows
opening/saving files
in any path
Select the graphic
editor used to edit
the logo file.
Enable remote
connection through
modem.
Choose proper
serial speed
(typically 9600 bps)
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Modem connection
To configure the software to work with modem connection, select the dedicated tick in Tools-OptionsGeneral . The serial connection speed will be fixed at the rate specified (usually 9600bps). Of course it will
be necessary to have a couple of modems, one on the PC side and the other on the remote site, connected
to the device to be configured.
To initiate a remote connection, select Communication-Dial menu. It is possible to enter manually the phone
number to dial or to select from a modem index predefined list. Click Dial to start the connection process.
To edit the modem index list, adding telephone numbers and remote site description, use the Tools-OptionsModem index window as shown in picture.
Once the connection is established, the software works exactly as when working with direct cable
connection, but with a slower speed. To close the remote communication use Communication-Hang up
menu or click on the correspondent icon on the toolbar.
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Revisions
RGK-60 units have an internal software revision (firmware) that is periodically updated to add new functions
required by customers. The number that identifies the software revision is shown on one page of the LCD
display of the unit (SW Revision ..).
When a new software revision is released, it is sometimes necessary to modify the text files and/or the
parameter files. Therefore, also these files have their own revision, that is incremented every time their
structure has changed.
To every software revision of the device it corresponds a specific revision of the texts and a specific revision
of the parameters. The Customization manager prevents the transmission to the device of files with wrong
revision. The correspondence among the revisions is reassumed in a table that can be found on the
installation CD or on our internet site www.lovatoelectric.com, in the download zone.
Knowing the SW revision of the device, it is possible to open the correspondent default project using menu
File-Open default project.
Importing files of previous revisions
When a new version of the RGK-60 is released that utilises a new revision of text file or parameter file, the
problem may arise of re-using the modifications made to the text file with the previous revision, without
having to enter them manually in the new default file (which should be supplied along with the board or
downloaded from our internet site www.lovatoelectric.com ). This operation can be carried out using the
Import command, available under the File menu when the Texts or Setup folder are highlighted.
Once this command has been chosen, the software will open the window shown below, where the user will
have to specify:
1. The file type (Texts or Parameters)
2. The name of the file with the previous revision, containing the customisations carried out by the
customer.
3. The name of the file new version, as supplied as default.
4. The name, chosen by the user, to be given to the file generated by the merging of the previous two.
At this point, after clicking on Execute import the software proceeds with conversion. A file will be generated
with the structure of the new file and the customised contents of the old one. Since usually new revisions
have a higher number of texts/parameters, in the newly created file there will be a number of new lines to be
checked and customised by the user if necessary.
In the case where the range or the meaning of one parameter has been changed, the value for that
parameter will be set to default. Therefore, the user will have to check them and set to the desired value.
To easily identify the parts of the file that need to be checked, at the end of conversion the software
generates a conversion report (that can be printed) with the list of the added/modified lines.
Choice of the file
type, Texts or
Parameters .
Name of the file with previous revision, with user
customisations. To be transmitted to a newer revision
device, it must be upgraded.
Output file, that merges the customizations of the old one with the structure
of the new one. WARNING: Lines shown in the Import report must be
checked by the user and eventually modified manually.
Starts the
import
operation
Name of the default file with the newer revision that matches the
device. It can be downloaded from the internet site
www.lovatoelectric.com or supplied on the installation CD.
Doc:MSGB106921.doc
Prints the
import report
Import report. It lists all the modification done automatically
to the original file. These modifications must be checked by
the user.
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Example of text file import:
File Rev. XX
(Customised)
File Rev. XX+1
(default)
File Rev. XX+1 generated
by the conversion
Customised Text 1
Customised Text 2
Customised Text 3
Customised Text 4
Customised Text 5
Default text 1
Default text 2
Default text 3
Default text 4
Default text 5
Default text 6
Default text 7
Default text 8
Customised Text 1
Customised Text 2
Customised Text 3
Customised Text 4
Customised Text 5
Default text 6
Default text 7
Default text 8
These lines will be highlighted in the import report and will have to be checked by the user and
modified/translated if necessary.
Example of Parameter file import:
File .PAR Rev. XX
(Customized)
File .PAR Rev. XX+1
(default)
File .PAR Rev. XX+1 generated
by import conversion
Customized parameter 1
Customized parameter 2
Customized parameter 3
Customized parameter 4
Default parameter 1
Default parameter 2 (modified)
Default parameter 3
Default parameter 4
Default parameter 5 (new)
Customized parameter 1
Default parameter 2
Customized parameter 3
Customized parameter 4
Default parameter 5
This parameter has been added or modified in the new device revision (range or meaning of setting). In
the new file its value will be set to default and therefore it will have to be checked manually by the user. The
code of the parameter will be listed in the Import report.
Doc:MSGB106921.doc
11/12/2008
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