Siemens Solkor 7PG2113 User manual

7PG2113/4/5/6 Solkor Settings
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(and including any registered or unregistered design rights) are the property of Siemens Protection Devices
Limited. No part of this document shall be reproduced or modified or stored in another form, in any data retrieval
system, without the permission of Siemens Protection Devices Limited, nor shall any model or article be
reproduced from this document unless Siemens Protection Devices Limited consent.
While the information and guidance given in this document is believed to be correct, no liability shall be accepted
for any loss or damage caused by any error or omission, whether such error or omission is the result of
negligence or any other cause. Any and all such liability is disclaimed.
©2010 Siemens Protection Devices Limited
7PG2113/4/5/6
Feeder Protection
Document Release History
This document is issue 2010/08. The list of revisions up to and including this issue is:
2010/08 First Issue
Software Revision History

7PG2113/4/5/6 Solkor Settings
Contents
Section 1: Introduction ............................................................................................................................................. 3
1.1 Differential Protection.............................................................................................................................. 3
1.1.1 Protection Sensitivity................................................................................................................. 3
1.1.2 Pilot Resistance ........................................................................................................................ 3
1.1.3 Test Link ................................................................................................................................... 3
1.1.4 Pilot Supervision ....................................................................................................................... 3
1.2 Relay Menus And Display ....................................................................................................................... 3
1.3 Operation Guide...................................................................................................................................... 6
1.3.1 User Interface Operation........................................................................................................ 6
1.4 Setting Mode........................................................................................................................................... 7
1.5 Instruments Mode ................................................................................................................................... 9
1.6 Fault Data Mode ................................................................................................................................... 16
Section 2: Setting & Configuring the Relay Using Reydisp Evolution .................................................................... 17
2.1 Physical Connection.............................................................................................................................. 17
2.1.1 Front USB connection.......................................................................................................... 17
2.1.2 Rear RS485 connection........................................................................................................ 18
2.1.3 Configuring Relay Data Communication ............................................................................ 18
2.1.4 Connecting to the Relay for setting via Reydisp................................................................ 19
2.1.5 Configuring the user texts using Reydisp Language Editor............................................. 19
List of Figures
Figure 1.1 -1 Fascia Links....................................................................................................................................... 3
Figure 1.2 -1 Menu.................................................................................................................................................. 4
Figure 1.2-2 Fascia Contrast symbol ....................................................................................................................... 4
Figure 1.2-3 Fascia of a 7PG2113/4/5/6 relay ......................................................................................................... 5
Figure 2.1-1 USB connection to PC ....................................................................................................................... 17
Figure 2.1-2 RS485 connection to PC ................................................................................................................... 18
Figure 2.1-3 PC Comm Port Selection................................................................................................................... 19
Figure 2.1-4 PC Language File Editor.................................................................................................................... 20
Figure 2.1-5 Language File Editor Setting Texts................................................................................................... 21
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Section 1: Introduction
1.1 Differential Protection
1.1.1 Protection Sensitivity
Differential Protection sensitivity is fixed, based on secondary current rating, with the only settable variable being
the use of the N/N1 tap. Different sensitivity is applicable to different phases and fault types. Differential
Protection sensitivity is stated in the Performance Specification section of this manual.
1.1.2 Pilot Resistance
The padding resistance is set by adding series resistance to that of the pilots to achieve a standard value. The
total loop resistance required depend on the R or Rf mode selected and the tap position of the isolation
transformers if they are used, see Applications Guide in this manual.
The link is fitted in the ‘OUT’ position to short out the resistor.
Figure 1.1 -1 Fascia Links
1.1.3 Test Link
The test facility provided on the relay fascia can be shorted by a similar link to that used for Pilot
Resistance settings but black in colour. This link can be removed during testing but should be fitted to
set the relay for normal operation.
1.1.4 Pilot Supervision
There are no variable settings associated with the Pilot Supervision system.
1.2 Relay Menus And Display
All relay fascias have the same appearance and support the same access keys. The basic menu structure is also
the same in all products and consists of four main menus, these being,
Settings Mode - allows the user to view and (if allowed via passwords) change settings in the relay.
Instruments Mode - allows the user to see the conditions that the relay is experiencing i.e. current, voltage etc.
Fault Data Mode - allows the user to see type and data of any fault that the relay has detected.
Control Mode - allows the user to control external plant under the relays control for example the CB
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7PG2113/4/5/6 Solkor Settings
All menus may be viewed without entering a password but actions will not be permitted if the relevant passwords
have been set.
The menus can be viewed via the LCD by pressing the access keys as below,
Figure 1.2 -2 Menu
Pressing CANCEL returns to the Identifier screen
This document describes the text descriptions as they appear in the menu structure when the relay is using the
default files. The user can programme the relay to use alternative text descriptions by installing user language
files through the Reydisp Evolution software language configuration tool – see 2.1.5
LCD Contrast
To change the contrast on the LCD insert a flat bladed screwdriver into the screwhead below the contrast symbol,
turning the screwhead left (anti-clockwase) lightens the contrast of the LCD and turning it right (clockwise)
darkens the display.
Figure 1.2-3 Fascia Contrast symbol
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Figure 1.2-4 Fascia of a 7PG2113/4/5/6 relay
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1.3 Operation Guide
1.3.1 User Interface Operation
The basic menu structure flow diagram is shown in Figure 1.2-1. This diagram shows the main modes of display:
Settings Mode, Instrument Mode, Fault Data Mode and Control Mode.
When the relay leaves the factory all data storage areas are cleared, the passwords are set to none and the
settings set to default as specified in settings document.
When the relay is first energised the user is presented with the following, or similar, message: -
7PG2113 SOLKOR
_______________________________
ENTER to CONTROL
Figure 1.3-1 Relay Identifier Screen
On the factory default setup the relay LCD should display the relay identifier, on each subsequent power-on the
screen that was showing before the last power-off will be displayed.
The push-buttons on the fascia are used to display and edit the relay settings via the LCD, to display and activate
the control segment of the relay, to display the relays instrumentation and Fault data and to reset the output
relays and LED’s.
The five push-buttons have the following functions:
READ DOWN READ UP
Used to navigate the menu structure.
ENTER
The ENTER push-button is used to initiate and accept setting changes.
When a setting is displayed pressing the ENTER key will enter the edit mode, the setting will flash and can now
be changed using the▲or ▼buttons. When the required value is displayed the ENTER button is pressed again
to accept the change.
When an instrument is displayed pressing ENTER will toggle the instruments favourite screen status.
CANCEL
This push-button is used to return the relay display to its initial status or one level up in the menu structure.
Pressed repeatedly will return to the Relay Identifier screen. It is also used to reject any alterations to a setting
while in the edit mode.
TEST/RESET
This push-button is used to reset the fault indication on the fascia. When on the Relay Identifier screen it also
acts as a lamp test button, when pressed all LEDs will momentarily light up to indicate their correct operation. It
also moves the cursor right ►when navigating through menus and settings.
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7PG2113/4/5/6 Solkor Settings
Figure 1.3-2 Menu Structure
1.4 Setting Mode
The Settings Mode is reached by pressing the READ DOWN ▼button from the relay identifier screen.
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7PG2113/4/5/6 Solkor Settings
Once the Settings Mode title screen has been located pressing the READ DOWN ▼button takes the user into
the Settings mode sub-menus.
Each sub-menu contains the programmable settings of the relay in separate logical groups. The sub menus are
accessed by pressing the TEST/RESET►button. Pressing the ▼button will scroll through the settings, after the
last setting in each sub menu is reached the next sub menu will be displayed. If a particular sub menu is not
required to be viewed then pressing ▼will move directly to the next one in the list.
While a setting is being displayed on the screen the ENTER button can be pressed to edit the setting value. If the
relay is setting password protected the user will be asked to enter the password. If an incorrect password is
entered editing will not be permitted. All screens can be viewed if the password is not known.
While a setting is being edited flashing characters indicate the edit field. Pressing the ▲or ▼buttons will scroll
through the valid field values. If these buttons are held on, the rate of scrolling will increase.
Once editing is complete pressing the ENTER button stores the new setting into the non-volatile memory.
The actual setting ranges and default values for each relay model and version of the numeric module can be
found in the appendix to this manual.
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7PG2113/4/5/6 Solkor Settings
1.5 Instruments Mode
The Instrument Mode sub-menu displays key quantities and information to aid with commissioning. The following
meters are available and are navigated around by using the ▲,▼and TEST/REST buttons. The text description
shown here is the default information. Depending upon the relay model you have, you may not have all of the
meters shown.
Instrument Description
FAVOURITE METERS
→to view
This allows the user to view his previously
constructed list of ‘favourite meters’ by pressing
TEST/RESET button and the READ DOWN
button to scroll though the meters added to this
sub-group
To construct a sub-group of favourite meters, first
go to the desired meter then press ENTER this
will cause a message to appear on the LCD ‘Add
To Favourites YES pressing ENTER again will
add this to the FAVOURITE METERS Sub-menu.
To remove a meter from the FAVOURITE
METERS sub-menu go to that meter each in the
FAVOURITE METERS sub-menu or at its
Primary location press ENTER and the message
‘Remove From Favourites’ will appear press
ENTER again and this meter will be removed
from the FAVOURITE METERS sub-group
Current Meters
→to view
This is the sub-group that includes all the meters
that are associated with current TEST/RESET
allows access to this sub-group
Primary Current
Ia 0.00A
Ib 0.00A
Ic 0.00A
This meter displays the Primary current. The
value displayed will automatically adjust between
A and kA.
Secondary Current
Ia 0.00A
Ib 0.00A
Ic 0.00A
This meter displays the Secondary current
Nom Current
Ia 0.00XIn----o
Ib 0.00XIn----o
Ic 0.00XIn----o
This meter displays the Nominal current
Pri Earth Current
In 0.00A
Ig 0.00A
This meter displays the Primary earth current.
The value displayed will automatically adjust
between A and kA.
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Instrument Description
Sec Earth Current
In 0.00A
Ig 0.00A
This meter displays the Secondary earth current
Nom Earth Current
In 0.00XIn----o
Ig 0.00XIn----o
This meter displays the nominal Earth current
I Seq Components
IZPS 0.00XIn----o
IPPS 0.00XIn----o
INPS 0.00XIn----o
This meter displays the current sequence
components
2nd Harmonic Current
Ia 0.00xIn
Ib 0.00xIn
Ic 0.00xIn
This meter displays the 2nd Harmonic current
VOLTAGE METERS
→to view
This is the sub-group that includes all the meters that
are associated with Voltage TEST/RESET allows
access to this sub-group
Prim Ph-Ph Voltage
Vab 0.00kV
Vbc 0.00kV
Vca 0.00kV
This meter displays the Primary RMS Phase to
Phase Voltage. The value displayed will
automatically adjust between V and kV
Sec Ph-Ph Voltage
Vab 0.00V----o
Vbc 0.00V----o
Vca 0.00V----o
This meter displays the Secondary RMS Phase to
Phase Voltage and the angle
Nominal Ph-Ph Voltage
Vab 0.00xVn
Vbc 0.00xVn
Vca 0.00xVn
This meter displays the Nominal RMS Phase to
Phase Voltage
Prim Ph-N Voltage
Va 0.00kV
Vb 0.00kV
Vc 0.00kV
This meter displays the Primary RMS Phase to
Neutral Voltage
Sec Ph-N Voltage This meter displays the Secondary Phase to Neutral

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Instrument Description
Va 0.00V----o
Vb 0.00V----o
Vc 0.00V----o
Voltage and the angle
Nom Ph-N Voltage
Va 0.00xVn
Vb 0.00xVn
Vc 0.00xVn
This meter displays the Nominal RMS Phase to
Neutral Voltage.
V Seq Components
IZPS 0.00V----o
IPPS 0.00V----o
INPS 0.00V----o
This meter displays the voltage sequence
components a long with the angle
Calc Earth Voltage
Pri 0.00kV
Sec 0.00V----o
This meter displays the calculated Earth voltage both
primary and secondary which also shows the
secondary angle
POWER METERS
→to view
This is the sub-group that includes all the meters that
are associated with Power TEST/RESET allows
access to this sub-group
Phase A 0.0MW
Phase B 0.0MW
Phase C 0.0MW
P (3P) 0.0MW
Displays Real Power The value displayed will
automatically adjust between W and MW
Phase A 0.0MVAr
Phase B 0.0MVAr
Phase C 0.0MVAr
Q (3P) 0.0MVAr
Displays Reactive Power
Phase A 0.0MVA
Phase B 0.0MVA
Phase C 0.0MVA
S (3P) 0.0MVA
Displays Apparent Power
PF A 0.00
PF B 0.00
PF C 0.00
PF (3P) 0.00
Displays Power Factor
ENERGY METERS This is the sub-group that includes all the meters that
are associated with Energy TEST/RESET allows

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Instrument Description
→to view access to this sub-group
Active Energy
Exp 0.00MWh
Imp 0.00MWh
Export and Import direction convention is user
configurable by the setting in the configuration menu.
Reactive Energy
Exp 0.00MVArh
Imp 0.00MVArh
Export and Import direction convention is user
configurable by the setting in the configuration menu.
DIRECTIONAL METERS
→to view
This is the sub-group that includes all the meters that
are associated with Directional Elements.
TEST/RESET allows access to this sub-group
P/F Dir (67)
No Dir, PhA Fwd, PhA Rev, PhB Fwd, PhB Rev, PhC
Fwd, PhC Rev
Calc E/F Dir (67N)
No Dir, E/F Fwd, E/F Rev
Meas E/F Dir (67G)
No Dir, E/F Fwd, E/F Rev
THERMAL METERS
→to view
This is the sub-group that includes all the meters that
are associated with Thermal TEST/RESET allows
access to this sub-group
Thermal Status
Phase A 0.0%
Phase B 0.0%
Phase C 0.0%
AUTORECLOSE METERS
→to view
This is the sub-group that includes all the meters that
are associated with Autoreclose TEST/RESET
allows access to this sub-group. Only seen on
models that have the 79 option
79 AR State
Out Of Service
AR Close Shot 0
MAINTENANCE METERS
→to view
This is the sub-group that includes all the meters that
are associated with Maintenance TEST/RESET
allows access to this sub-group
CB Total Trips
Count 0
Target 100
This meter shows the number of CB trips
experienced by the CB

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Instrument Description
CB Delta Trips
Count 0
Target 100
This meter shows the number of CB trips
experienced by the CB
CB Counts to AR Block
Count 0
Target 100
This meter shows the number of CB trips to AR
Block
CB Freq Ops Counter
Count 0
Target 10
This meter shows the number of CB Operations
CB Wear
Phase A 0.00MA^2s
Phase B 0.00MA^2s
Phase C 0.00MA^2s
CB Trip Time
0.0ms
GENERAL ALARM METERS
→to view
Alarm 1
Raised/Cleared
The general alarm description set in the relay for
each alarm will be displayed.
Alarm 2
Raised/Cleared
Alarm 3
Raised/Cleared
Alarm 4
Raised/Cleared
Alarm 5
Raised/Cleared
Alarm 6
Raised/Cleared
DEMAND METERS
→to view
This is the sub-group that includes all the meters that
are associated with Demand. TEST/RESET allows
access to this sub-group
I Phase A Demand
Max 0.00A

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Instrument Description
Min 0.00A
Mean 0.00A
I Phase B Demand
Max 0.00A
Min 0.00A
Mean 0.00A
I Phase C Demand
Max 0.00A
Min 0.00A
Mean 0.00A
V Phase A Demand
Max 0.00V
Min 0.00V
Mean 0.00V
V Phase B Demand
Max 0.00V
Min 0.00V
Mean 0.00V
V Phase C Demand
Max 0.00V
Min 0.00V
Mean 0.00V
V Phase AB Demand
Max 0.00V
Min 0.00V
Mean 0.00V
V Phase BC Demand
Max 0.00V
Min 0.00V
Mean 0.00V
V Phase CA Demand
Max 0.00V
Min 0.00V

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Instrument Description
Mean 0.00V
Power P 3P Demand
Max 0.00W
Min 0.00W
Mean 0.00W
Power Q 3P Demand
Max 0.00VAr
Min 0.00VAr
Mean 0.00VAr
Power S 3P Demand
Max 0.00VA
Min 0.00VA
Mean 0.00VA
BINARY INPUT METERS
→to view
This is the sub-group that includes all the meters that
are associated with the Binary inputs TEST/RESET
allows access to this sub-group
BI 1-6 ---- ---- Displays the state of DC binary inputs 1 to 6 (The
number of binary inputs may vary depending on
model)
BINARY OUTPUT METERS
→to view
This is the sub-group that includes all the meters that
are associated with the Binary Outputs TEST/RESET
allows access to this sub-group
BO 1-8 ---- ---- Displays the state of DC binary Outputs 1 to 8. (The
number of binary outputs may vary depending on
model)
VIRTUAL METERS
→to view
This is the sub-group that shows the state of the
virtual status inputs in the relay
V 1-8 ---- ---- Displays the state of Virtual Outputs 1 to 8 (The
number of virtual inputs will vary depending on
model)
COMMNICATIONS METERS
→to view
Displays when the communication port is active
Com1
Com2
COM1 TRAFFIC
COM1 Tx1
COM1 Rx Error
COM1 Rx

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Instrument Description
COM2 TRAFFIC
COM2 Tx1
COM2 Rx Error
COM2 Rx
MISCELLANEOUS
→to view
This is the sub-group that includes indication such as
the relays time and date, the amount of fault and
waveform records stored in the relay
Date 01/01/2000
Time 22:41:44
Waveform Recs 0
Fault Recs 0
This meter displays the date and time and the
number of Fault records and Event records stored in
the relay
Event Recs 0
1.6 Fault Data Mode
The Fault Data Mode sub menu lists the time and date of the previous ten protection operations. The stored data
about each fault can be viewed by pressing the TEST/RESET►button. Each record contains data on the
operated elements, analogue values and LED flag states at the time of the fault. The data is viewed by scrolling
down using the ▼button.

7PG2113/4/5/6 Solkor Settings
Section 2: Setting & Configuring the Relay Using Reydisp
Evolution
To set the relay using a communication port the user will need the following:-
PC with REYDISP Evolution Version 7.1.5.6 or later Installed. (This can be download from our website
www.siemens.com/energy and found under the submenu ‘Software’) This software requires windows 2000-
service pack 4 or above, or windows XP with service pack 2 or above and Microsoft.NET framework for tools.
2.1 Physical Connection
The relay can be connected to Reydisp via any of the communication ports on the relay. Suitable communication
Interface cable and converters are required depending which port is being used.
2.1.1 Front USB connection
To connect your pc locally via the front USB port.
Figure 2.1-1 USB connection to PC
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Laptop computer
RS232 to RS485
Converter with
Auto Device
Enable (ADE)
RS232 straight
through cable or
USB to RS232
Converter cable
USB or 9 pin male
D connector
9/25 pin connector
14
18
RS485 Screened
twisted pair Rear terminals
A
B
2.1.2 Rear RS485 connection
Figure 2.1-2 RS485 connection to PCFigure 2.1-2 RS485 connection to PC
2.1.3 Configuring Relay Data Communication2.1.3 Configuring Relay Data Communication
Using the keys on the relay fascia scroll down the settings menus into the ‘communications’ menu and if
necessary change the settings for the communication port you are using on the relay. Reydisp software uses
IEC60870-5-103 protocol to communicate.
Using the keys on the relay fascia scroll down the settings menus into the ‘communications’ menu and if
necessary change the settings for the communication port you are using on the relay. Reydisp software uses
IEC60870-5-103 protocol to communicate.
When connecting the relay to a pc using the front USB port, the Reydisp setting software will automatically detect
the relay without making any setting changes in the relay first as long as the USB is selected to IEC60870-5-103.
When connecting the relay to a pc using the front USB port, the Reydisp setting software will automatically detect
the relay without making any setting changes in the relay first as long as the USB is selected to IEC60870-5-103.
COM1-RS485 PortCOM1-RS485 Port
COM2-USB PortCOM2-USB Port
Setting nameSetting name Range Default Units Notes
Station Address
0 … 65534 (DNP3)
1 … 254 (103)
0 … 247 (MODBUS)
0
Address given to relay to
identify that relay from
others which may be using
the same path for
communication as other
relays for example in a fibre
optic hub
DNP3 Unsolicited
Events Disabled/Enabled Disabled
DNP3 Destination
Address 0 … 65534 0
This setting is only visible
when DNP3 Unsolicited
Events is Enabled.
COM1-RS485 Protocol OFF, IEC60870-5-103,
MODBUS-RTU,DNP3
IEC60870-5-
103 COM1 is the rear mounted RS485 port
COM1-RS485 Baud
Rate
75 110 150 300 600 1200
2400 4800 9600 19200
38400
19200
COM1-RS485 Parity NONE, ODD, EVEN EVEN
COM2-USB Protocol OFF, IEC60870-5-103,
MODBUS-RTU,
ASCII,DNP3
IEC60870-5-
103

7PG2113/4/5/6 Solkor Settings
2.1.4 Connecting to the Relay for setting via Reydisp
When Reydisp software is running all available communication ports will automatically be detected.
On the start page tool bar open up the sub-menu ‘File’ and select ‘Connect’.
The ‘Connection Manager’ window will display all available communication ports. With the preferred port
highlighted select the ‘Properties’ option and ensure the baud rate and parity match that selected in the relay
settings. Select ‘Connect’ to initiate the relay-PC connection.
Figure 2.1-3 PC Comm Port Selection
The relay settings can now be configured using the Reydisp software. Please refer to the Reydisp Evolution
Manual for further guidance.
2.1.5 Configuring the user texts using Reydisp Language Editor
As default the relay uses the text descriptions in all menus as they appear in this manual. These descriptions can
be changed by installing a user language file in the relay, allowing the user to edit all views to meet their needs
and provide easier operation.
The Reyrolle Language File Editor tool and its user manual are installed as part of the Reydisp Evolution software
package. They can be found in your pc as sub menus of the Reydisp Evolution installation.
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Figure 2.1-4 PC Language File Editor
When the software is opened a ‘new project from template’ should be used to generate your file. The file will
display all default ‘Original’ text descriptions in one column and the ‘Alternative’ text in the other column. The
descriptions in the ‘Alternative’ list can be changed and will be used in the relays menu structures. Once the file
is complete, a language file can be created and loaded into the relay using the ‘send file to relay’ function. The
communication properties in the software and on the relay must be set. The relay must be restarted after the file
is installed.
To activate the language file it must be selected in the relay configuration menu, the ‘Original’ file is the file
labelled ‘ENGLISH’ and the new file will be displayed using the file name allocated by the user.
Care should be taken to ensure a unique file name is given including a version control reference. The user will be
prompted to restart the relay to activate the language file.
Please refer to the Language Editor Manual for further guidance.
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