DIGSI 5 Details - Connection to the device(s).pdf

presentation

1. Energy Automation
SIPROTEC 5

DIGSI 5: Details-Prepare and establish
connection to the device(s)
Unrestricted

2. Energy Sector
© Siemens AG 2011
Energy Automation page 2 V 1.0
How to handle SIPROTEC 5 relays online
What you will learn…
Training Objective

Next click ► next page

3. Energy Sector
© Siemens AG 2011
Energy Automation page 3 V 1.0
Content


Content

Network configuration

Initialize the device

Establish a connection

Working online

Transmit configuration

Load the firmware

4. Energy Sector
© Siemens AG 2011
Energy Automation page 4 V 1.0
Network configuration
Set the IP address
Open the editor by double
clicking on “Devices and
networks” in the project
tree
The back view of the
devices with all interfaces
is visible in the “Device
view”
After selecting the
interface in the device
view, the IP address
can be set


Next click ► next page

5. Energy Sector
© Siemens AG 2011
Energy Automation page 5 V 1.0
Network configuration
Network topology
The devices can be added
to one or more subnets in
the “Network view”
Click on the correct
interface and add a
subnet
The interfaces of the other
devices can then be
connected to the same
subnet
Next click ► next page

6. Energy Sector
© Siemens AG 2011
Energy Automation page 6 V 1.0
Content


Content

Network configuration

Initialize the device

Establish a connection

Working online

Transmit configuration

Load the firmware

7. Energy Sector
© Siemens AG 2011
Energy Automation page 7 V 1.0
Initialize the device
Why do we have to initialize?
The device has to be
initialized via the USB
interface, if you want to
download parameters
into the device for the
first time
The online device
receives its IP address
The offline configuration
in the project receives
the serial number (BM
number) of the
SIPROTEC relay
Next click ► next page

8. Energy Sector
© Siemens AG 2011
Energy Automation page 8 V 1.0
Content


Content

Network configuration

Initialize the device

Establish a connection

Working online

Transmit configuration

Load the firmware

9. Energy Sector
© Siemens AG 2011
Energy Automation page 9 V 1.0
OR

Plug & Play
Find all devices in
the subnet

OR

direct connection from
offline parameter set
Try to reach a device
through USB or
Ethernet using given
communication
settings
Establish a connection
Two ways to connect
Next click ► next page

10. Energy Sector
© Siemens AG 2011
Energy Automation page 10 V 1.0
Establish a connection
Direct connection – Select the IP address
If the device has been
initialized already, you
can connect directly to
the device
Select the IP address
that shall be used to
connect to the device
Next click ► next page

11. Energy Sector
© Siemens AG 2011
Energy Automation page 11 V 1.0
Establish a connection
Direct connection
Direct connection to a
SIPROTEC device from
the offline configuration
Right-click on the device
and select “Connect to
device”
A warning will appear, if
the serial number of the
online device and the
offline configuration
differs
If the device is not
already available in the
Lifelist (Online access), it
will appear under “Other
accessible devices”
Next click ► next page

12. Energy Sector
© Siemens AG 2011
Energy Automation page 12 V 1.0
Establish a connection
Lifelist
The lifelist contains all
available online devices
See directly through
which interface the
devices are connected
Next click ► next page

13. Energy Sector
© Siemens AG 2011
Energy Automation page 13 V 1.0
Establish a connection
Plug & Play – Find the devices
If the project does not
already contain the
device, DIGSI 5 can
search it for you
Select the network
interface that is
connected to the device
and click on „Update
accessible devices“
All online devices within
the local network will
appear in the lifelist
Next click ► next page

14. Energy Sector
© Siemens AG 2011
Energy Automation page 14 V 1.0
Establish a connection
Retrieve device data
Retrieve the device data in
two steps:
1) Basic device information
► also suitable for slow
connections
2) Complete process data
Logs
Records
Expert configuration
…
Next click ► next page

15. Energy Sector
© Siemens AG 2011
Energy Automation page 15 V 1.0
Establish a connection
Plug & Play – Copy a device to the project
A connected device can
directly be copied to a
project
Get the device data on
site without having the
original project
The online device can
be copied to the project
even if the configuration
already exists
Next click ► next page

16. Energy Sector
© Siemens AG 2011
Energy Automation page 16 V 1.0
Establish a connection
Plug & Play – Update an existing offline configuration
An existing offline
configuration can be
updated with the
configuration of the
online device
Always keep your
project up-to-date


Next click ► next page

17. Energy Sector
© Siemens AG 2011
Energy Automation page 17 V 1.0
Establish a connection
Plug & Play – Create an empty offline configuration
An empty offline
configuration can be
added to the project
The new configuration
has the same order
code as the online
device
The application template
can be chosen
independently of the
original online device


Next click ► next page

18. Energy Sector
© Siemens AG 2011
Energy Automation page 18 V 1.0
Exercise


1.Set the IP-address of the interface J

2.Initialize the device

3.Connect to the device

4.Retrieve the process data

5.Add an online device to your project through
plug & play


Next click ► next page

19. Energy Sector
© Siemens AG 2011
Energy Automation page 19 V 1.0
Content


Content

Network configuration

Initialize the device

Establish a connection

Working online

Transmit configuration

Load the firmware

20. Energy Sector
© Siemens AG 2011
Energy Automation page 20 V 1.0
Working online
Process data
Receive the process
data directly from your
offline configuration
The connection to the
online device will be
initiated directly
After the process data
has been downloaded,
the connection will be
disconnected
automatically
Next click ► next page

21. Energy Sector
© Siemens AG 2011
Energy Automation page 21 V 1.0
Get the complete
process data at once
OR
Download individual
process data:
Logs
Records
Indication snapshots
Measurement snapshots
Next click ► next page
Working online
Process data

22. Energy Sector
© Siemens AG 2011
Energy Automation page 22 V 1.0
Working online
Online connection
An online connection is
identified by:
•orange bar
•“magic eye“
•connection icon

Next click ► next page

23. Energy Sector
© Siemens AG 2011
Energy Automation page 23 V 1.0
Working online
Online Device
Device information
Logs
Records
Indications
Measurements
Test Suite
Safety & Security
Expert Configuration
Next click ► next page

24. Energy Sector
© Siemens AG 2011
Energy Automation page 24 V 1.0
Working online
Device Information
General device
information:
Name
Relay type (e.g. 7SL87)
Serial number
Configuration version
Product code

The device mode can be
changed:
Commissioning
Process
Simulation

Next click ► next page

25. Energy Sector
© Siemens AG 2011
Energy Automation page 25 V 1.0
Working online
Device Information – Time Information
Information regarding
time synchronization
Device time can be set
manually
Next click ► next page

26. Energy Sector
© Siemens AG 2011
Energy Automation page 26 V 1.0
Working online
Device Information – Hardware Information
General hardware
information

Information of each
hardware module

Information of each
communication module
Next click ► next page

27. Energy Sector
© Siemens AG 2011
Energy Automation page 27 V 1.0
Working online
Logs
Operational log
Fault log
Setting-history log
2 User-defined logs


All log entries can be
deleted

Logs can be saved to a
file (e.g. csv)

Next click ► next page

28. Energy Sector
© Siemens AG 2011
Energy Automation page 28 V 1.0
Working online
Logs
Set the time reference
Sort the log entries
according to:
Time
Name
Value
Number
Quality
…



Next click ► next page

29. Energy Sector
© Siemens AG 2011
Energy Automation page 29 V 1.0
Working online
Records
Find all fault records

Export the fault records

Save an overview of the
fault records to a file

Create test fault records
Next click ► next page

30. Energy Sector
© Siemens AG 2011
Energy Automation page 30 V 1.0
Working online
Indications
Indications are updated
continuously

Indications can be saved
as snapshots in the
offline configuration.

Indications can be
cleared

Save indications to a file
Next click ► next page

31. Energy Sector
© Siemens AG 2011
Energy Automation page 31 V 1.0
Working online
Measurement Values
Measurement values of
each function group
e.g. - Line
- Circuit Breaker

Operational values
Fundamentals
Symmetrical components
Min/Max values
Energy values
Statistics
User-defined values

Next click ► next page

32. Energy Sector
© Siemens AG 2011
Energy Automation page 32 V 1.0
Working online
Measurement Values
Measurement
Snapshots are saved in
the offline configuration
Change between
primary, secondary and
percentage values
Save snapshots to a file
(e.g. csv)
Next click ► next page

33. Energy Sector
© Siemens AG 2011
Energy Automation page 33 V 1.0
Working online
Test Suite
Verify the wiring
Diagnostic tools for the
communication module
Monitoring of analog
inputs
Test the control
functions
Test the circuit breaker
Check the correct
behavior of the
protection functions
Test your
communication

Next click ► next page

34. Energy Sector
© Siemens AG 2011
Energy Automation page 34 V 1.0
Working online
Safety & Security
Safety
Confirmation IDs for
different safety-relevant
device operations

Security
Password for a secure
DIGSI connection
(NERC compliant)

Passwords and
confirmation IDs can be
changed individually for
each device

Passwords and
confirmation IDs can be
reset
Next click ► next page

35. Energy Sector
© Siemens AG 2011
Energy Automation page 35 V 1.0
Working online
Expert Configuration
Information routing
Communication
mapping
Settings
FGs (e.g. Line 1)
Power System
Recording
Device settings
Time settings
Function charts (CFC)
Next click ► next page

36. Energy Sector
© Siemens AG 2011
Energy Automation page 36 V 1.0
Working online
Expert Configuration - Change settings
Choose the setting
group you want to
change

Click on “Edit Settings”

Change the settings

Load the changes to the
device or discard them

Settings of two different
setting groups can be
compared
Next click ► next page

37. Energy Sector
© Siemens AG 2011
Energy Automation page 37 V 1.0
Change the settings in
the matrix

Load the changes to
the device or discard
them



Next click ► next page
Working online
Expert Configuration - Change settings

38. Energy Sector
© Siemens AG 2011
Energy Automation page 38 V 1.0
Additional functionality
can be ordered
subsequently
Add more function
points to the device
Add significant features
(e.g. additional ends for
a 7SD)

You will receive a daf-
file that contains the
changes
This daf-file can be
imported into the
online device
Next click ► next page
Working online
Upgrade device functionality

39. Energy Sector
© Siemens AG 2011
Energy Automation page 39 V 1.0
To disconnect, right-
click on the online
device and select
“Disconnect device”

Next click ► next page
Working online
Disconnect

40. Energy Sector
© Siemens AG 2011
Energy Automation page 40 V 1.0
Exercise


1.Check the measurement values and save a
„snapshot“

2.Check the log files

3.Change the settings in your online device


Next click ► next page

41. Energy Sector
© Siemens AG 2011
Energy Automation page 41 V 1.0
Content


Content

Network configuration

Initialize the device

Establish a connection

Working online

Transmit configuration

Load the firmware

42. Energy Sector
© Siemens AG 2011
Energy Automation page 42 V 1.0
Load configuration
Load configuration to device(s)
Load the settings into
one device

Load the settings into
numerous devices:

► All available devices
will be listed
► If a device is not
available, DIGSI will
skip this one and will
continue with the next
one
Next click ► next page

43. Energy Sector
© Siemens AG 2011
Energy Automation page 43 V 1.0
Select the device(s)

Load the configuration
Next click ► next page
Load configuration
Load configuration to device(s)

44. Energy Sector
© Siemens AG 2011
Energy Automation page 44 V 1.0
Content


Content

Network configuration

Initialize the device

Establish a connection

Working online

Transmit configuration

Load the firmware

45. Energy Sector
© Siemens AG 2011
Energy Automation page 45 V 1.0
Load the firmware
Load the complete firmware
Load the firmware into
numerous devices:

► All available devices
will be listed
► If a device is not
available, DIGSI will
skip this one and will
continue with the next
one
Next click ► next page

46. Energy Sector
© Siemens AG 2011
Energy Automation page 46 V 1.0
Choose which relay(s)
you want to update
Set the firmware version
Load the firmware
Next click ► next page
Load the firmware
Load the complete firmware

47. Energy Sector
© Siemens AG 2011
Energy Automation page 47 V 1.0
It is not necessary to
load the complete
firmware
Particular parts of the
firmware can be
selected:
Mainboard firmware
Boot system of a
communication interface
…
Mark the project and
click on „Online“ ->
„Expert view“
Select the required parts
and load the firmware
Next click ► next page
Load the firmware
Expert view

48. Energy Sector
© Siemens AG 2011
Energy Automation page 48 V 1.0
Exercise


1.Transmit the changed configuration into one
device

2.Load the complete firmware into two
different devices

Next click ► next page

49. Energy Sector
© Siemens AG 2011
Energy Automation page 49 V 1.0
See also
Your guide to more information


SIPROTEC 5 / DIGSI 5 Training DVD
Examples and
Tutorials
Try it yourself
Experts to ask

Application Example “Jump Start to Engineering”
Open DIGSI
Connect to a device via USB
Change and transmit parameters
Markus Deiretsbacher
Johannes Bruss
Next click ► next page

50. Energy Sector
© Siemens AG 2011
Energy Automation page 50 V 1.0
Takeaways

Working with multiple devices in parallel has never been easier
Test functions available – no secondary test equipment needed
All operations in a single software package – no additional tools
required

Thank you !