ProMinent gamma/l Manual

gamma/ L and Sigma with PROFIBUS®
Function blocks
Installation and configuration manual
B0288
PROFIBUS®
Parts no. 985968 BA G 032 04/11 EN
Please carefully read these operating instructions before use! · Do not discard!
The operator shall be liable for any damage caused by installation or operating errors!
Technical changes reserved.

BA Gala Profi FB, 1, en_GB
© 2011
ProMinent Dosiertechnik GmbH
Im Schuhmachergewann 5-11
69123 Heidelberg
Germany
Telephone: [phone]
Fax: [phone]
email: [email protected]
Internet: www.prominent.com
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Table of contents
1 Installation of the GSD file in Step 7 Manager................................. 4
1.1 Creating a project.................................................................... 4
1.2 Install GSD file........................................................................ 7
2 Integrating the device and the function block into your own
project............................................................................................ 11
2.1 Add PROFIBUS® Master System.......................................... 11
2.2 Connecting the device to the PROFIBUS® Master System.. 14
2.3 Copying and linking a function block..................................... 17
3 Function blocks for gamma/L and Sigmas.................................... 28
3.1 Introductory information........................................................ 28
3.2 Function block FB110 for basic functionality......................... 30
3.3 Function block FB111 for complete functionality................... 34
3.3.1 Explanations of the operating modes................................. 34
3.3.2 Tables for the addresses.................................................... 38
Table of contents
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1 Installation of the GSD file in Step 7 Manager
This installation manual is only for persons who are familiar
with the Siemens Simatic S7 PLC.
Prerequisites:
The installation package (such as “Delta_S7_function_block” or Gamma‐
Sigma_S7_function_block”), with the GSD file (such as prom0B02.gsd”)
must have been downloaded from the www.prominent.com website. (The
installation package for the respective product is there.)
The installation package must be open on the PC and the GSD must be
copied from the installation package into a folder.
1.1 Creating a project
Installation of the GSD file in Step 7 Manager
4

1. Follow the path
“File è ‘New Project’ Wizard...” and click with the
mouse.
ðThe
“Introduction” window will be displayed:
2. Click the
[Next>] button.
ðThe window
“Which CPU are you using in your project?” will be
displayed:
Installation of the GSD file in Step 7 Manager
5

3. Select the correct CPU.
When selecting the correct CPU the software version
that is imprinted on the CPU and the order number
help.
Click the [Next>] button.
ðThe window
“Which blocks do you want to add?” will be dis‐
played:
4. Always place a check mark for option block OB1.
5. If the function will be called in selectable time intervals, in addition
select OB35 with a check mark (the operation blocks can vary
depending on CPU).
A more precise description of the performance scope
of the CPU is in your operating manual.
Installation of the GSD file in Step 7 Manager
6

6. Click the
[Next>] button.
ðThe window
“What do you want to call your project?” will be
displayed:
7. After a project name has been entered (in this case “Pro‐
fibus_Delta”), click the
[Finish] button.
ðThe Simatic Manager window will open - see the following
chapter.
1.2 Install GSD file
Fig. 1: Simatic Manager with main window with navigation bar
Installation of the GSD file in Step 7 Manager
7

1. In Simatic Manager, in the navigation bar (left) select
“Simatic 300
Station” .
ðIn the main window a symbol
“Hardware” is displayed.
2. Double click the
“Hardware” symbol.
ðThe Hardware Configurator will open:
Fig. 2: The Hardware Configurator
3. Follow the path
“Options è Install GSD File” and click with the
mouse.
ðThe
“Install GSD File” window will open:
4. Use the
[Browse] button to select the folder into which you have
copied the GSD file. (In this screenshot the folder "Profibus Delta" is
on drive "E:").
Installation of the GSD file in Step 7 Manager
8

5. If the path was correct, the GSD file will be displayed in the window.
In this screenshot, this is the file “PROM0B02.gsd” for the delta (for
gamma/ L or Sigma it would be the file “PROM0596.gsd”).
6. Select the file and press the
[Install] button.
ðA warning will be displayed stating that the action cannot be
undone:
7. Click
[Yes] .
ðIf this GSD file is already present, the following message will be
displayed:
Installation of the GSD file in Step 7 Manager
9

8. Click
[Yes] to install the GSD file.
ðThe following message will be displayed:
9. Click
[OK] to conclude the installation.
10. Click
[Close] to close the window.
The next chapter shows how you can integrate the ProMinent device
(pump, measuring transducer, etc.) into your own project.
Installation of the GSD file in Step 7 Manager
10

2 Integrating the device and the function block into your own
project
Note: This description cannot go into all the details of PRO‐
FIBUS® communication.
If necessary attend an appropriate training course.
2.1 Add PROFIBUS® Master System
This section describes how to add a PROFIBUS® Master System into your
own project and how to generate a PROFIBUS® subnet:
1. Double click to open your own project (shown here with a red
border) that you created in chapter 1.1:
Fig. 3
2. Double click the
“Hardware” symbol to open the Hardware Configu‐
rator:
Fig. 4
Integrating the device and the function block into your own project
11

3. Add a Master System for the CPU: For example, for CPU
314C-2DP, right click slot X2 “DP”.
ðThe context menu will open:
Fig. 5
4. Here select
“Add Master System” .
ðThe window
“PROFIBUS Interface DP” will be displayed:
Fig. 6
5. In the
“Parameters” tab under “Address” enter the PROFIBUS®
address of the CPU used.
Integrating the device and the function block into your own project
12

6. Click
[New] .
ðThe
“New Subnet PROFIBUS” will be displayed:
Fig. 7
7. Under
“Name” enter a name for the subnet of the PROFIBUS and
click [OK] .
ðThe window
“PROFIBUS Interface DP” will be displayed again:
Fig. 8
8. (If necessary via
“Properties” special PROFIBUS® parameters can
be adjusted.)
Integrating the device and the function block into your own project
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9. Mark the PROFIBUS® subnet and click
[OK] .
ðThe Hardware Configurator connects the CPU (the Master
System) with the Subnet of the PROFIBUS®, which the Hard‐
ware Configurator now displays in this manner:
Fig. 9: Graphic presentation: Connection CPU (Master System) with the subnet of the PROFIBUS® in the Hardware Con‐
figurator (excerpt)
2.2 Connecting the device to the PROFIBUS® Master System
As soon as the PROFIBUS® master system has been added to the project
and the PROFIBUS® subnet is created, the gamma/ L or Sigma metering
pump can be connected to the PROFIBUS®:
1. Call the catalog via
“Options è Display Catalog” .
ðTo the right in the window you will see:
Fig. 10
Integrating the device and the function block into your own project
14

2. Select the file
“gamma/ L” under “Profibus-DP
è Additional Field Devices è General” .
If the entry is not present, the GSD file is not correctly
installed.
3. Drag the
“gamma/ L” file with the mouse to the Master System -
see the orange arrow in the screenshot below.
ðA small "+” will appear as soon as the cursor is on “Your name
PROFIBUS DP Master System”.
Fig. 11
4. As soon as the mouse button is released a pop-up window will be
displayed - see illustration above.
Integrating the device and the function block into your own project
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5. Under
“Address” set the PROFIBUS® that is set on your gamma/ L
or Sigma - see supplemental instructions delta with PROFIBUS® -
and click
[OK] .
If this address is not displayed (already allocated),
enter a new address. Then enter this address on your
actual gamma/ L or Sigma, as well.
ðThe Hardware Configurator will then connect the gamma/ L or
Sigma to the PROFIBUS® Master System (red box, right) via
the subnet, which the Hardware Configurator displays in this
manner:
Fig. 12: Connection of the Master System to the delta via the subnet (graphic presentation in the Hardware Configurator)
In the lower window area (red box) the individual slots and their
I-addresses and O-addresses (input addresses and output
addresses) of the gamma/L or Sigma are displayed.
6. If necessary, adjust the I-address ranges and O-address ranges. To
do this double click on the appropriate row.
ðA window will open.
7. Here, enter the desired, changed address range and click
[OK] .
The Hardware Configurator will supplement the
address range automatically.
The Hardware Configurator prevents the address from
being allocated twice. It handles I-addresses and O-
addresses separately.
8. Save the addresses via the special diskette symbol with “0110” in
the toolbar.
Integrating the device and the function block into your own project
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9. Close the Hardware Configurator.
2.3 Copying and linking a function block
The supplied function blocks are embedded in the ProMinent
sample project “Gammadp.zip”; this is the only way that they
can be transported.
The principle steps:
1 - Download the zipped installation package (such as “Gamma‐
Sigma_S7_Funktionsblock.zip”) from the website (prerequisite).
2 - Drag the ProMinent sample project “Gammadp.zip” out of the installa‐
tion package (prerequisite).
3 - Create a function in your own project (here FC1).
4 - Save the zipped ProMinent sample project “Gammadp.zip” in the
Simatic Manager and open it - in this process it will simultaneously be
unzipped - retrieved.
5 - Copy the function block or the function blocks from this location into
your own project.
6 - Link the required function blocks into your own function (in this case
FC1).
7 - Generate a data block.
8 - Enter the addresses in the function block.
9 - Enter the function parameters in the function block.
Integrating the device and the function block into your own project
17

1. In the Simatic Manager in the Navigation window, on the left, select
“Blocks” and highlight it.
Fig. 13
2. Follow the path
“Insert è S7 Block è 3 Function” and click with the
mouse.
ðThe window
“Properties - Function” will open
Fig. 14
3. To create the function, here enter a
“name” (e.g. FC1) and a
“symbolic name” and under “Symbol Comment” enter its meaning.
Then click [OK] .
ðIn the main window the new function (e.g. FC1) will additionally
be displayed.
Integrating the device and the function block into your own project
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Fig. 15
1. Follow the path
“File è Retrieve ...” and click with the mouse.
ðThe window
“Retrieving - Select an archive” will be displayed:
Fig. 16
Archive = ZIP file
Archive = pack (zip)
Retrieve = unpack (unzip)
Integrating the device and the function block into your own project
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2. Here select your folder with the packed ProMinent sample project
“Gammadp”, and click
[Open] .
ðThe window
“Select destination directory” will be displayed.
Fig. 17
3. Here select the directory into which the ProMinent sample project
will be unzipped, and click
[OK] .
ðFirst a DOS Window (with black background) will be displayed,
in which the ProMinent sample project will be unzipped. Then
“Retrieve” window will be displayed:
Fig. 18
Integrating the device and the function block into your own project
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