www.siemens.

com / protection

Selection Guide
for SIPROTEC and Reyrolle
Edition 2

Answers for infrastructure and cities.

Overview of Siemens Protection Catalogs

Protection
Selection
Guide
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SIPROTEC
Compact
Catalog

SIPROTEC 5
- System catalog
- Device catalogs

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SIPROTEC 4
Catalog
- SIPROTEC easy
- SIPROTEC
series 600
- Communication
- Accessories

Reyrolle
Catalog 1) 2)

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Overview of Siemens protection catalogs

Protection selection guide:

The selection guide offers an overview of the device series of
the Siemens protection devices, and a device selection table.
SIPROTEC Compact catalog:
The SIPROTEC Compact catalog describes the features of the
SIPROTEC Compact series and presents the available devices
and their application possibilities.
SIPROTEC 5 catalogs:
The system catalog describes the features of the SIPROTEC 5
system. The SIPROTEC 5 device catalogs describe devicespecic features such as scope of functions, hardware and
application.

2 Selection Guide for SIPROTEC and Reyrolle Edition 2

SIPROTEC 4, SIPROTEC series 600, SIPROTEC easy,

communication and accessories:
This catalog describes the features of the device series
SIPROTEC 4, SIPROTEC series 600 and SIPROTEC easy, as
well as their devices. In further chapters, the accessories of
the complete SIPRROTEC family for communication,
auxiliary relays and test equipment are described.
Reyrolle catalog:
This catalog gives an overview of the reyrolle devices.

Contents
Selection Guide
for SIPROTEC
and Reyrolle
Edition 2

Protection Devices Series

SIPROTEC and Reyrolle Relay Families
SIPROTEC 5
SIPROTEC Compact
SIPROTEC 4
SIPROTEC easy and SIPROTEC Compact (series 600)
Reyrolle

4
5
6
7
8
9

Overview, Relay Selection Table

Part 1

www.siemens.com/protection

10 to 18
Functions

Part 2

20 to 28
Functions (continued)
Further Functions
Hardware Feature

Part 3

30 to 38
Hardware Feature (continued)
Communication

Legal Notice
39

The products and systems described in this catalog

are manufactured and sold according to a certied
management system (acc. to ISO 9001, ISO 14001
and BS OHSAS 18001).

Selection Guide for SIPROTEC and Reyrolle Edition 2 3

Protection Devices
SIPROTEC and Reyrolle Relay Families
Solutions for today's and future power supply systems
for more than 100 years
With the two brands SIPROTEC and REYROLLE, Siemens is the
world market leader in digital protection technology. Prot from
the experience out of an installed base of more than 1 million
devices and 250,000 with IEC 61850.
SIPROTEC has established itself on the energy market for
decades as a powerful and complete system family of numerical protection relays and bay controllers from Siemens.
SIPROTEC protection relays from Siemens can be consistently
used throughout all applications in medium and high voltage.
With SIPROTEC, operators have their systems rmly and safely
under control, and have the basis to implement cost-efcient
solutions for all duties in modern, intelligent and smart grids.
Users can combine the units of the different SIPROTEC device
series at will for solving manifold duties because SIPROTEC
stands for continuity, openness and future-proof design.
As the innovation driver and trendsetter in the eld of protection systems for 100 years, Siemens helps system operators to
design their grids in an intelligent, ecological, reliable and
efcient way, and to operate them economically. As a pioneer,
Siemens has decisively inuenced the development of numerical protection systems (g. 2). The rst application went into
operation in Wrzburg, Germany, in 1977. Consistent integration of protection and control functions for all SIPROTEC devices
was the innovation step in the 90ies. After release of the
communication standard IEC 61850 in the year 2004, Siemens
was the rst manufacturer worldwide to put a system with this
communication standard into operation.
How can system operators benet from this experience?
Proven and complete applications
Easy integration into your system
Highest quality of hardware and software
Excellent operator friendliness of devices and tools

Fig. 2: SIPROTEC Pioneer over generations

4 Selection Guide for SIPROTEC and Reyrolle Edition 2

Fig. 1: Siemens protection family

Easy data exchange between applications

Extraordinary consistency between product- and
systemengineering
Reduced complexity by easy operation
Siemens as a reliable, worldwide operating partner
Reyrolle
The products of the long-standing British manufacturer Reyrolle
are considered especially powerful and reliable by many
markets. With the latest numerical products, Reyrolle as a part
of Siemens shows that the development is being pushed
forward, and that new innovations are continuously being
developed further for the users' benet. In this way, Reyrolle
completes the offerings for protection devices, particularly in
Great Britain and the Commonwealth countries.

Protection Devices
SIPROTEC 5
SIPROTEC 5 the new benchmark for protection, automation
and monitoring of transmission grids
The SIPROTEC 5 series is based on the long eld experience of
the SIPROTEC device series, and has been especially designed for
the new requirements of modern high-voltage systems. For this
purpose, SIPROTEC 5 is equipped with extensive functionalities
and device types. With the holistic and consistent engineering
tool DIGSI 5, a solution has also been provided for the
increasingly complex processes, from the design via the
engineering phase up to the test and operation phase.
Thanks to the high modularity of hardware and software, the
functionality and hardware of the devices can be tailored to the
requested application and adjusted to the continuously changing
requirements throughout the entire life cycle.
Besides the reliable and selective protection and the complete
automation function, SIPROTEC 5 offers an extensive database
for operation and monitoring of modern power supply systems.
Synchrophasors (PMU), power quality data and extensive
operational equipment data are part of the scope of supply.
Powerful protection functions guarantee the safety of the
system operator's equipment and employees
Individually congurable devices save money on initial
investment as well as storage of spare parts, maintenance,
expansion and adjustment of your equipment
Clear and easy-to-use of devices and software thanks to
user-friendly design
Increase of reliability and quality of the engineering process
High reliability due to consequent implementation of safety
and security
Powerful communication components guarantee safe and
effective solutions
Full compatibility between IEC 61850 Editions 1 and 2
Efcient operating concepts by exible engineering of
IEC 61850 Edition 2
Comprehensive database for monitoring of modern power
grids
Optimal smart automation platform for transmission grids
based on integrated synchrophasor measurement units
(PMU) and power quality functions.

Fig. 3: SIPROTEC 5 modular hardware

Fig. 4: SIPROTEC 5 rear view

Fig. 5: Application in the high-voltage system

Selection Guide for SIPROTEC and Reyrolle Edition 2 5

Protection Devices
SIPROTEC Compact
SIPROTEC Compact Maximum protection-minimum space
Reliable and exible protection for energy distribution and
industrial systems with minimum space requirements. The
devices of the SIPROTEC Compact family offer an extensive
variety of functions in a compact and thus space-saving 1/6 x 19"
housing. The devices can be used as main protection in mediumvoltage applications or as back-up protection in high-voltage
systems.
SIPROTEC Compact provides suitable devices for many
applications in energy distribution, such as the protection of
feeders, lines or motors. Moreover, it also performs tasks such as
system decoupling, load shedding, load restoration, as well as
voltage and frequency protection.
The SIPROTEC Compact series is based on millions of operational
experience with SIPROTEC 4 and a further-developed, compact
hardware, in which many customer suggestions were integrated.
This offers maximum reliability combined with excellent
functionality and exibility.
Simple installation by means of pluggable current and
voltage terminal blocks
Thresholds adjustable via software (3 stages guarantee a
safe and reliable recording of input signals)
Easy adjustment of secondary current transformer values
(1 A/5 A) to primary transformers via DIGSI 4
Quick operations at the device by means of 9 freely
programmable function keys
Clear overview with six-line display
Easy service due to buffer battery replaceable at the front
side
Use of standard cables via USB port at the front
Integration in the communication network by means of two
further communication interfaces
Integrated switch for low-cost and redundant optical
Ethernet rings
Ethernet redundancy protocols RSTP, PRP and HSR for highest
availability
Reduction of wiring between devices by means of crosscommunication via Ethernet (IEC 61850 GOOSE)
Time synchronization to the millisecond via Ethernet with
SNTP for targeted fault evaluation
Adjustable to the protection requirements by means of
exible protection functions
Comfortable engineering and evaluation via DIGSI 4.

Fig. 6: SIPROTEC Compact

Fig. 7: SIPROTEC Compact rear view

Fig. 8: Feeder automation relay 7SC80

6 Selection Guide for SIPROTEC and Reyrolle Edition 2

Protection Devices
SIPROTEC 4
SIPROTEC 4 the proven, reliable and future-proof
protection for all applications
SIPROTEC 4 represents a worldwide successful and proven
device series with more than 1 million devices in eld use.
Due to the homogenous system platform, the unique engineering program DIGSI 4 and the great eld experience, the
SIPROTEC 4 device family has gained the highest appreciation
of users all over the world. Today, SIPROTEC 4 is considered
the standard for numerical protection systems in all elds of
application.
SIPROTEC 4 provides suitable devices for all applications from
power generation and transmission up to distribution and
industrial systems.
SIPROTEC 4 is a milestone in protection systems. The SIPROTEC 4
device series implements the integration of protection, control,
measuring and automation functions optimally in one device.
In many elds of application, all tasks of the secondary systems
can be performed with one single device. The open and
future-proof concept of SIPROTEC 4 has been ensured for the
entire device series with the implementation of IEC 61850.

Fig. 9: SIPROTEC 4

Proven protection functions guarantee the safety of the

systems operator's equipment and employees
Comfortable engineering and evaluation via DIGSI 4
Simple creation of automation solutions by means of the
integrated CFC
Targeted and easy operation of devices and software thanks
to user-friendly design
Powerful communication components guarantee safe and
effective solutions
Maximum experience worldwide in the use of SIPROTEC 4
and in the implementation of IEC 61850 projects
Future-proof due to exchangeable communication interfaces
and integrated CFC.

Fig. 10: SIPROTEC 4 rear view

Fig. 11: SIPROTEC 4 in power plant application

Selection Guide for SIPROTEC and Reyrolle Edition 2 7

Protection Devices
SIPROTEC easy, SIPROTEC Compact (series 600)
SIPROTEC easy
SIPROTEC easy are CT power supplied or auxiliary power
supplied, numerical overcurrent-time protection relays, which
can be used as line and transformer protection (back-up
protection) in electrical power supply systems with single-ended
supply. They offer denite-time and inverse-time overcurrent
protection functions according to IEC and ANSI. The comfortable
operation via DIP switch is self-explanatory and simple.
Two-stage overcurrent-time protection
Saving the auxiliary power supply by operation via
integrated current transformer supply
Cost-efcient due to the use of instrument transformers with
low ratings
Tripping via pulse output (24 V DC / 0.1 Ws) or tripping relay
output
Simple, self-explanatory parameterization and operation via
DIP switch directly at the device
Easy installation due to compact assembly on DIN rail.
Fig. 12: SIPROTEC easy

SIPROTEC Compact (series 600)

The devices of this series are compact, numerical protection
devices for application in medium-voltage or industrial power
supply systems. The corresponding device types are available for
the different applications such as overcurrent-time protection,
line differential protection, transient earth-fault relay or busbar
protection.
Space-saving due to compact design
Reliable process connections by means of solid terminal
blocks
Effective fault evaluation by means of integrated fault
recording and SIGRA 4
Communication interface
Operable and evaluable via DIGSI 4
Different device types available for directional and nondirectional applications.

Fig. 13: SIPROTEC Compact (series 600)

8 Selection Guide for SIPROTEC and Reyrolle Edition 2

Protection Devices
Reyrolle
Reyrolle Withdrawable solutions for distribution grids
Reyrolle has been synonymous with electrical protection devices
in the sectors of sub-transmission, distribution and industrial
applications for decades. Historically, Reyrolle relays, initially
sold mainly in traditional markets, are now sold worldwide as
part of the Siemens protection network.
Since its foundation, Reyrolle has been an innovation driver in
product development based on a strong focus on market,
customer and technology. Worldwide established brand names
such as Solkor and Argus demonstrate this. But there is more:
A wide range of Reyrolle products has determined technological
rsts in the market.
The comprehensive range of Reyrolle products provides the total
protection requirements of distribution markets ranging from
overcurrent protection via transformer protection and voltage
control to a full spectrum of auxiliary and trip relays. The
portfolio includes many famous products such as Argus,
Duobias, Solkor, MicroTAPP, etc.
To serve specic needs in industrial applications, a range of
proven products such as Argus overcurrent, Solkor line
differential and Rho motor protection devices is offered.

Fig. 14: Front view Argus 7SR210

Through successive generations, Reyrolle numerical products

have been developed to increase value to system operators.
This increase in value is the result of consistent development:
Ease-of-use as a principle our withdrawable product
solutions allow exible, easy operation through high user
friendliness.
One size ts all the 4U housing height and the latest
generation of numerical products features 1A/5A CT Input,
and some models are provided with universal DC supplies.
Learn once, know all the new product generation provides
a similar look and feel as earlier products. If Reyrolle
numerical devices have been previously used, there is a high
consistency in both programming and interrogation.
With Reydisp Evolution, a comprehensive software support
toolkit for relay setting, fault interrogation and general
system information is provided. It is backward-compatible
with all previous Reyrolle numerical devices.

Fig. 15: Rear view Argus 7SR210

Selection Guide for SIPROTEC and Reyrolle Edition 2 9

Overview
Relay Selection Table
Functions
Part 1

Siemens Protection Portfolio for all areas of application

Selection Guide for SIPROTEC and Reyrolle Edition 2 10

Overview, Relay Selection Table

C = basic
V = optional (additional price)
= not available

7SA64

SIPROTEC 5

7SA63

SIPROTEC 5

7SA61

SIPROTEC 5

7SA522

Reyrolle

7SA87

Reyrolle

7SA86

SIPROTEC 4

7SA84

Line differential protection

SIPROTEC 4

SIPROTEC 4

Abbreviation

SIPROTEC 4

Function

SIPROTEC 5

ANSI

SIPROTEC 5

Device series

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

SIPROTEC 5

Distance protection

7SG163

7SG164

7SD84

7SD86

7SD87

Functions
Protection functions for 3-pole tripping

3-pole

Protection functions for 1-pole tripping

1-pole

14

Locked rotor protection

I> + V<

21

Distance protection

Z<

24

Overexcitation protection

V/f

25

Synchrocheck, synchronizing function

Sync

27

Undervoltage protection

V<

27TN/59TN

Stator ground fault 3rd harmonics

V0<,>(3.Harm.)

32

Directional power supervision

P<>, Q<>

37

Undercurrent, underpower

I<, P<

38

Temperature supervision

>

40

Underexcitation protection

1/XD

46

Unbalanced-load protection

I2>

46

Negative-sequence system overcurrent protection

I2>, I2/I1>

47

Phase-sequence-voltage supervision

LA, LB, LC

48

Starting-time supervision

I2start

49

Thermal overload protection

, I2t

50/ 50N

Denite time-overcurrent protection

I>

50Ns

Sensitive ground-current protection

INs>

Intermittent ground fault protection

Iie>

50L

Load-jam protection

I>L

50BF

Circuit-breaker failure protection

CBFP

51 /51N

Inverse time-overcurrent protection

IP, INp

51C

Cold load pickup

51V

Overcurrent protection, voltage controlled

t=f(I)+V<

55

Power factor

cos

59

Overvoltage protection

V>

59R, 27R

Rate-of-voltage-change protection

dV/dt

64

Sensitive ground-fault protection (machine)

66

Restart inhibit

I 2t

67

Directional time-overcurrent protection, phase

I>,IP (V,I)

67N

Directional time-overcurrent protection for ground-faults

IN>, INP (V,I)

67Ns

Sensitive ground-fault detection for systems with resonant or

isolated neutral

INs>, INsP (V,I)

V 1)

V 1)

V 1)

67Ns

"Sensitive ground-fault detection for systems with

resonant or isolated neutral for static and transient ground
faults (transient function)

W0p,tr>

C 1)

C 1)

C 1)

C 1)

C 1)

C 1)

67Ns

Directional intermittent ground fault protection

Iie dir>

Undervoltage controlled reactive power protection

Q>/V<

68

Power-swing blocking

Z/t

74TC

Trip-circuit supervision

TCS

78

Out-of-step protection

Z/t

79

Automatic reclosing

AR

81

Frequency protection

f<, f>

81R

Rate-of-frequency-change protection

df/dt

Vector-jump protection

U>

Load restoration

LR

81LR

11 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

Reyrolle

SIPROTEC 5

SIPROTEC 5

Reyrolle

Reyrolle

Reyrolle

Protection
functions
for 3-pole
C
C
C tripping

3-pole

tripping
Protection
functions
for 1-pole
V

1-pole

14

Locked
rotor protection

I> + V<

21
C

Distance
protection
C
C

Z<

Abbreviation

Reyrolle

7SD87

SIPROTEC
600er

7SD86

SIPROTEC 4

SIPROTEC 5

7SD84

SIPROTEC 4

SIPROTEC 5

7SG163
Function 7SG164

Device series

High impedance protection

SIPROTEC
Compact

SIPROTEC 5

7SA64

Reyrolle

7SA63
ANSI

Reyrolle

SA61

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

Combined line differential

and distance protection

Line differential protection

SIPROTEC 4

Line differential protection

SIPROTEC 4

C = basic
V = optional (additional price)
= not available

SIPROTEC 4

protection

7SD80

7SD610

7SD5

7SD60

7PG2111

7SG18

7SL86

7SL87

7SR23

7PG23

7SG12

Functions
C

24

protection
Overexcitation

V/f

25
V

Synchrocheck,
V
VsynchronizingV function

Sync

27
V

Undervoltage
protection
V
V

V<

27TN/59TN

Stator
ground fault
3rd harmonics

V0<,>(3.Harm.)

32
C

Directional

power
supervision
V

P<>, Q<>

37

Undercurrent,

underpower

I<, P<

38

Temperature

supervision

>

40

Underexcitation

protection

1/XD

46

protection V
Unbalanced-load

I2>

46

Negative-sequence

system overcurrent
protection
V
V

I2>, I2/I1>

47
C

Phase-sequence-voltage
supervision
C
C
C

LA, LB, LC

48

Starting-time
supervision

I2start

49
C

Thermal

overload
V protectionV

, I2t

50/
C 50N

De
protection
C nite time-overcurrent
C
C

I>

50Ns
V

Sensitive
ground-current
protection

V
V

INs>

Intermittent

ground

fault protection

Iie>

50L

Load-jam

protection

I>L

50BF
V

Circuit-breaker
failure protection
V
V

CBFP

51
C /51N

Inverse
time-overcurrent
protection

IP, INp

51C

load pickup

Cold

51V

Overcurrent

protection,

voltage
controlled

t=f(I)+V<

55
C

Power
factor

cos

59
V

Overvoltage
protection
V
V

V>

59R,
27R

Rate-of-voltage-change
protection

dV/dt

64

Sensitive
ground-fault
protection
(machine)

66

Restart
inhibit

I 2t

67
C

Directional
time-overcurrent

Vprotection, phase
V

I>,IP (V,I)

67N
V

Directional
time-overcurrent

Vprotection forV ground-faults

V

IN>, INP (V,I)

67Ns
V

Sensitive
ground-fault
detection
for systems

V
V with resonant
V or
isolated neutral

INs>, INsP (V,I)

67Ns
_

"Sensitive
ground-fault
detection

C 1) for systems
C 1) with
C 1)
resonant or isolated neutral for static and transient ground
faults (transient function)

W0p,tr>

C 1)

C 1)

67Ns

Directional
intermittent
ground

fault protection

Iie dir>

Undervoltage
controlled
reactive
power protection

Q>/V<

68
V

Power-swing
blocking
C
C

Z/t

74TC
C

Trip-circuit
supervision
C
C

TCS

78
V

Out-of-step
protection

Z/t

79
V

Automatic
reclosing
V
V

AR

81
V

Frequency
protection

f<, f>

81R

Rate-of-frequency-change
protection

df/dt

Vector-jump
protection

U>

81LR

Load
restoration

LR

12 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

C = basic
V = optional (additional price)
= not available

SIPROTEC
Compact

SIPROTEC 4

SIPROTEC 4

SIPROTEC 4

SIPROTEC 4

SIPROTEC
easy

SIPROTEC
easy

SIPROTEC
600er

Abbreviation

SIPROTEC
Compact

Function

SIPROTEC 5

ANSI

SIPROTEC 5

Device series

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

SIPROTEC 5

Overcurrent and feeder protection

7SJ82 1)

7SJ85

7SJ86

7SJ80

7SJ81

7SJ61

7SJ62

7SJ63

7SJ64

7SJ45

7SJ46

7SJ600
C

Functions
Protection functions for 3-pole tripping

3-pole

Protection functions for 1-pole tripping

1-pole

Locked rotor protection

I> + V<

21

Distance protection

Z<

24

Overexcitation protection

V/f

25

Synchrocheck, synchronizing function

Sync

27

Undervoltage protection

V<

27TN/59TN

Stator ground fault 3rd harmonics

V0<,>(3.Harm.)

32

Directional power supervision

P<>, Q<>

37

Undercurrent, underpower

I<, P<

C 2)

14

38

Temperature supervision

>

V 1)

40

Underexcitation protection

1/XD

46

Unbalanced-load protection

I2>

46

Negative-sequence system overcurrent protection

I2>, I2/I1>

47

Phase-sequence-voltage supervision

LA, LB, LC

48

Starting-time supervision

I2start

49

Thermal overload protection

, I2t

50/ 50N

Denite time-overcurrent protection

I>

50Ns

Sensitive ground-current protection

INs>

Intermittent ground fault protection

Iie>

50L

Load-jam protection

I>L

50BF

Circuit-breaker failure protection

CBFP

51 /51N

Inverse time-overcurrent protection

IP, INp

51C

Cold load pickup

51V

Overcurrent protection, voltage controlled

t=f(I)+V<

55

Power factor

cos

C 2)

C 2)

C 2)

C 2)

59

Overvoltage protection

V>

59R, 27R

Rate-of-voltage-change protection

dV/dt

64

Sensitive ground-fault protection (machine)

66

Restart inhibit

I 2t

67

Directional time-overcurrent protection, phase

I>,IP (V,I)

67N

Directional time-overcurrent protection for ground-faults

IN>, INP (V,I)

67Ns

Sensitive ground-fault detection for systems with resonant or

isolated neutral

INs>, INsP (V,I)

67Ns

"Sensitive ground-fault detection for systems with

resonant or isolated neutral for static and transient ground
faults (transient function)

W0p,tr>

C 1)

C 1)

C 1)

67Ns

Directional intermittent ground fault protection

Iie dir>

Undervoltage controlled reactive power protection

Q>/V<

68

Power-swing blocking

Z/t

74TC

Trip-circuit supervision

TCS

78

Out-of-step protection

Z/t

79

Automatic reclosing

AR

81

Frequency protection

f<, f>

81R

Rate-of-frequency-change protection

df/dt

V 1)

V 1)

Vector-jump protection

U>

Load restoration

LR

81LR

13 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

7SR210

7SR220

SIPROTEC
Compact

7SR12

SIPROTEC
Compact

7SR11

SIPROTEC 5

7SJ602

SIPROTEC 5

Abbreviation

Reyrolle

7SJ600

Generator and motor protection

SIPROTEC
Compact

7SJ46

Reyrolle

7SJ63
Function 7SJ64

Reyrolle

7SJ62

Reyrolle

7SJ61
ANSI

Device series

Reyrolle

SIPROTEC
600er

7SJ45

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

Feeder Automation

SIPROTEC
600er

SIPROTEC
easy

SIPROTEC 4

SIPROTEC 4

SIPROTEC 4

Overcurrent and feeder protection

SIPROTEC
easy

J81

SIPROTEC 4

Compact

basic protection
Overcurrent Cand= feeder
V = optional (additional price)
= not available

7SC80

7SR224

7SK82 1)

7SK85

7SK80

7SK81
C

Functions

for 3-pole
tripping C
CProtection functions
C
C

3-pole

Protection functions

for 1-pole
tripping

1-pole

V14

VLocked rotorVprotection

I> + V<

21

Distance protection

Z<

24

Overexcitation
protection

V/f

25

Synchrocheck,
function
V synchronizing

Sync

27

VUndervoltage
V protection

V<

27TN/59TN

Stator ground
fault 3rd harmonics

V0<,>(3.Harm.)

32

Directional power
supervision

P<>, Q<>

C37

Undercurrent,
C 2)
C underpower

I<, P<

V38

VTemperatureVsupervision

>

40

Underexcitation
protection

1/XD

C46

protection

CUnbalanced-load
C

I2>

C46

system overcurrent protection

CNegative-sequence
C

I2>, I2/I1>

C47

supervision

CPhase-sequence-voltage
C

LA, LB, LC

V48

VStarting-timeVsupervision

I2start

C49

protection

CThermal overload
C

, I2t

C50/ 50N

protection
CDenite time-overcurrent
C
C

I>

V50Ns

protection

VSensitive ground-current
V

INs>

Intermittent Vground fault protection

Iie>

V50L

VLoad-jam protection
V

I>L

C
C

C50BF

CCircuit-breaker
C failure protection

CBFP

C51 /51N

protection
CInverse time-overcurrent
C
C

IP, INp

C51C

CCold load pickup

C

51V

55

protection, voltage
controlled
Overcurrent C

Power factorV
C 2)

t=f(I)+V<

cos

C 2)

C 2)

59

VOvervoltage Vprotection

59R, 27R

protection
Rate-of-voltage-change

64

protection
(machine)
Sensitive ground-fault

V66

VRestart inhibit
V

I 2t

V>

dV/dt

67

protection,phase
VDirectional time-overcurrent
V

I>,IP (V,I)

67N

protection for ground-faults

VDirectional time-overcurrent
V

IN>, INP (V,I)

67Ns

detection
for systems
with resonant
or

VSensitive ground-fault
V
isolated neutral

INs>, INsP (V,I)

67Ns

detection
for systems
with
"Sensitive ground-fault

resonant or isolated neutral for static and transient ground

faults (transient function)

W0p,tr>

67Ns

ground
fault protection
Directional intermittent

Iie dir>

powerprotection
Undervoltage

C controlled reactive

Q>/V<

68

Power-swingblocking

Z/t

C74TC

CTrip-circuit supervision
C

TCS

78

Out-of-step protection

Z/t

V79

VAutomatic reclosing
V

AR

81

VFrequency protection
V

f<, f>

81R

Rate-of-frequency-change
protection
V

df/dt

V 1)

V 1)

Vector-jump protection

U>

81LR

Load restoration

LR

14 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

C = basic
V = optional (additional price)
= not available

SIPROTEC 5

SIPROTEC 5

SIPROTEC 4

SIPROTEC 4

SIPROTEC 4

Reyrolle

Reyrolle

Abbreviation

SIPROTEC 5

Function

Reyrolle

ANSI

SIPROTEC 4

Device series

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

Transformer protection

SIPROTEC 4

Generator and motor protection

7UM61

7UM62

7SG17

7UT85

7UT86

7UT87

7UT612

7UT613

7UT63

7SG14

7SR24
C

Functions
Protection functions for 3-pole tripping

3-pole

Protection functions for 1-pole tripping

1-pole

Locked rotor protection

I> + V<

21

Distance protection

Z<

24

Overexcitation protection

V/f

25

Synchrocheck, synchronizing function

Sync

27

Undervoltage protection

V<

14

27TN/59TN

Stator ground fault 3rd harmonics

V0<,>(3.Harm.)

32

Directional power supervision

P<>, Q<>

37

Undercurrent, underpower

I<, P<

38

Temperature supervision

>

40

Underexcitation protection

1/XD

46

Unbalanced-load protection

I2>

46

Negative-sequence system overcurrent protection

I2>, I2/I1>

47

Phase-sequence-voltage supervision

LA, LB, LC

48

Starting-time supervision

I2start

49

Thermal overload protection

, I2t

50/ 50N

Denite time-overcurrent protection

I>

50Ns

Sensitive ground-current protection

INs>

Intermittent ground fault protection

Iie>

50L

Load-jam protection

I>L

50BF

Circuit-breaker failure protection

CBFP

51 /51N

Inverse time-overcurrent protection

IP, INp

51C

Cold load pickup

51V

Overcurrent protection, voltage controlled

t=f(I)+V<

55

Power factor

cos

59

Overvoltage protection

V>

59R, 27R

Rate-of-voltage-change protection

dV/dt

64

Sensitive ground-fault protection (machine)

66

Restart inhibit

I 2t

67

Directional time-overcurrent protection, phase

I>,IP (V,I)

67N

Directional time-overcurrent protection for ground-faults

IN>, INP (V,I)

67Ns

Sensitive ground-fault detection for systems with resonant or

isolated neutral

INs>, INsP (V,I)

67Ns

"Sensitive ground-fault detection for systems with

resonant or isolated neutral for static and transient ground
faults (transient function)

W0p,tr>

67Ns

Directional intermittent ground fault protection

Iie dir>

Undervoltage controlled reactive power protection

Q>/V<

68

Power-swing blocking

Z/t

74TC

Trip-circuit supervision

TCS

78

Out-of-step protection

Z/t

79

Automatic reclosing

AR

81

Frequency protection

f<, f>

81R

Rate-of-frequency-change protection

df/dt

Vector-jump protection

U>

Load restoration

LR

81LR

15 Selection Guide for SIPROTEC and Reyrolle Edition 2

SIPROTEC 4

7SS85 1)

SIPROTEC 4

Abbreviation

SIPROTEC 4

7SR24

SIPROTEC 5

7SG14

SIPROTEC 5

7UT612Function
7UT613

SIPROTEC
600er

Reyrolle

7UT86 ANSI 7UT87

Device series

Bay controller

SIPROTEC 4

Reyrolle

7UT63

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

SIPROTEC 5

SIPROTEC 4

Busbar protection

SIPROTEC 4

SIPROTEC 4

C = basic
Transformer protection
V = optional (additional price)
= not available
SIPROTEC 5

SIPROTEC 5

Overview, Relay Selection Table

7SS52

7SS60

6MD85

6MD86

6MD61

6MD63

6MD66

Functions
C

Protection functions
for 3-pole
tripping C
C
C

3-pole

Protection functions
for 1-pole
tripping

1-pole

14

protection
Locked rotor

I> + V<

21

Distance protection

Z<

24

Overexcitation
V protectionV

V/f

25

synchronizing
function
Synchrocheck,

Sync

27

Undervoltage
V protection V

V<

27TN/59TN

Stator ground
fault 3rd harmonics

V0<,>(3.Harm.)

32

DirectionalVpower supervision
V

P<>, Q<>

37

Undercurrent,
underpower

I<, P<

38

Temperature
V supervision V

>

40

Underexcitation
protection

1/XD

46

Unbalanced-load
protection
V
V

I2>

46

Negative-sequence
system
V
V overcurrent protection
C

I2>, I2/I1>

47

Phase-sequence-voltage
supervision
C
C

LA, LB, LC

48

Starting-time
supervision

I2start

49

Thermal overload
protection
C
C

, I2t

50/ 50N C

Denite time-overcurrent
C
Cprotection

I>

50Ns

Sensitive ground-current
protection

INs>

Intermittent
ground fault protection

Iie>

I>L

50L

Load-jam protection

50BF

Circuit-breaker
V failure protection
V

CBFP

51 /51N C

Inverse time-overcurrent
protection
C
C

IP, INp

51C

Cold load pickup

51V

Overcurrent protection, voltage

controlled

t=f(I)+V<

55

Power factor
C

cos

59

Overvoltage
V protection

V>

59R, 27R

Rate-of-voltage-change
protection

dV/dt

64

Sensitive ground-fault
protection
(machine)

66

Restart inhibit

I 2t

67

Directional time-overcurrent
protection, phase

I>,IP (V,I)

67N

Directional time-overcurrent
protection for
ground-faults

IN>, INP (V,I)

67Ns

Sensitive ground-fault
detection
for systems

with resonant
or
isolated neutral

INs>, INsP (V,I)

67Ns

"Sensitive ground-fault
detection
for systems
with

resonant or isolated neutral for static and transient ground

faults (transient function)

W0p,tr>

67Ns

Directional intermittent ground

fault protection

Iie dir>

Undervoltage
power protection
controlled reactive

Q>/V<

68

Power-swing
blocking

Z/t

74TC

Trip-circuit Csupervision

TCS

78

Out-of-stepprotection

Z/t

79

Automatic
reclosing

AR

81

Frequency V
protection

f<, f>

81R

Rate-of-frequency-change

protection

df/dt

Vector-jump
protection

U>

Load restoration

LR

81LR

16 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

C = basic
V = optional (additional price)
= not available

Reyrolle

SIPROTEC
Compact

SIPROTEC
600er

Reyrolle

Reyrolle

SIPROTEC 5

Abbreviation

Fault Recorder

SIPROTEC 4

Function

Voltage and frequency protection

SIPROTEC 4

ANSI

Synchronizing

SIPROTEC 4

Device series

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

High speed
Busbar transfer

SIPROTEC 5

Breaker management

7VK87

7VK61

7VU683

7VE6

7SG117

7RW80

7RW60

7SG118

7SG15

7KE85

Functions
Protection functions for 3-pole tripping

3-pole

Protection functions for 1-pole tripping

1-pole

14

Locked rotor protection

I> + V<

21

Distance protection

Z<

24

Overexcitation protection

V/f

25

Synchrocheck, synchronizing function

Sync

27

Undervoltage protection

V<

27TN/59TN

Stator ground fault 3rd harmonics

V0<,>(3.Harm.)

32

Directional power supervision

P<>, Q<>

37

Undercurrent, underpower

I<, P<

38

Temperature supervision

>

40

Underexcitation protection

1/XD

46

Unbalanced-load protection

I2>

46

Negative-sequence system overcurrent protection

I2>, I2/I1>

47

Phase-sequence-voltage supervision

LA, LB, LC

48

Starting-time supervision

I2start

49

Thermal overload protection

, I2t

50/ 50N

Denite time-overcurrent protection

I>

50Ns

Sensitive ground-current protection

INs>

Intermittent ground fault protection

Iie>

50L

Load-jam protection

I>L

50BF

Circuit-breaker failure protection

CBFP

51 /51N

Inverse time-overcurrent protection

IP, INp

51C

Cold load pickup

51V

Overcurrent protection, voltage controlled

t=f(I)+V<

55

Power factor

cos

59

Overvoltage protection

V>

59R, 27R

Rate-of-voltage-change protection

dV/dt

64

Sensitive ground-fault protection (machine)

66

Restart inhibit

I 2t

67

Directional time-overcurrent protection, phase

I>,IP (V,I)

67N

Directional time-overcurrent protection for ground-faults

IN>, INP (V,I)

67Ns

Sensitive ground-fault detection for systems with resonant or

isolated neutral

INs>, INsP (V,I)

67Ns

"Sensitive ground-fault detection for systems with

resonant or isolated neutral for static and transient ground
faults (transient function)

W0p,tr>

C 1)

67Ns

Directional intermittent ground fault protection

Iie dir>

Undervoltage controlled reactive power protection

Q>/V<

68

Power-swing blocking

Z/t

74TC

Trip-circuit supervision

TCS

78

Out-of-step protection

Z/t

79

Automatic reclosing

AR

81

Frequency protection

f<, f>

81R

Rate-of-frequency-change protection

df/dt

Vector-jump protection

U>

Load restoration

LR

81LR

17 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

Relay Selection Table

to be continued
on the following pages

Selection Guide for SIPROTEC and Reyrolle Edition 2 18

Overview
Relay Selection Table
Functions (continued)
Further fuctions
Hardware Feature
Part 2

Siemens Protection Portfolio for all areas of application

Selection Guide for SIPROTEC and Reyrolle Edition 2 19

Overview, Relay Selection Table

C = basic
V = optional (additional price)
= not available

SIPROTEC 4

SIPROTEC 4

SIPROTEC 4

Reyrolle

Reyrolle

SIPROTEC 5

SIPROTEC 5

SIPROTEC 5

Abbreviation

SIPROTEC 4

Function

SIPROTEC 5

ANSI

SIPROTEC 5

Device series

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

Line differential protection

SIPROTEC 5

Distance protection

7SA84

7SA86

7SA87

7SA522

7SA61

7SA63

7SA64

7SG163

7SG164

7SD84

7SD86

7SD87

Functions
85

Teleprotection

86

Lockout

87

Differential protection

87N

Differential ground-fault protection

IN

Broken-wire detection for differential protection

90V

Automatic Voltage Control

FL

Fault locator

FL

PMU

Synchrophasor measurement

PMU

Measured values

Switching-statistic counters

Logic editor

Inrush-current detection

External trip initiation

Control

High Speed busbar transfer function

Fault recording of analog and binary signals

Further Functions

Extended fault recording

FSR

Fast-scan recorder

FSR

SSR

Slow-scan recorder

SSR

CR

Continuous recorder

CR

PQR

Power quality recorder (class S)

PQR

GOOSE recorder
SOER

Sequence-of-events recorder

SOER

ExTrFct

Extended trigger functions

ExTrFct

Monitoring and supervision

Protection interface, serial

No. Setting groups

Changeover of setting group

Hardware Feature

Binary Inputs (max)

5 3)

31 3)

31 3)

24

33

33

33

27

27

5 3)

31 3)

31 3)

Binary Outputs (max) incl. Life contact

8 3)

46 3)

46 3)

44

34

34

34

29

29

8 3)

46 3)

46 3)

Hardware quantity structure expandable

I/O

Internal RTD Inputs (max)

Transducer inputs (0-20mA) (max)

12

12

12

12

Analog measured value outputs (0-20mA) (max)

Current Inputs (max)

4 3)

8 3)

8 3)

4 3)

8 3)

8 3)

Voltage Inputs (max)

4 3)

8 3)

8 3)

4 3)

8 3)

8 3)

Low Power CT Inputs

Low Power VT Inputs

Line Post Sensor Inputs for current

Line Post Sensor Inputs for voltage

1/3

1/31/1

1/31/1

1/2; 1/1

1/31/1

1/2; 1/1

1/2; 1/1

1/3

1/31/1

1/31/1

Size (xE)

E12, E16

E12, E16

Small Display (lines)

8
320x240

Case (x19'')

Large, graphical Display (Pixel)

320x240

320x240

320x240

240x120

240x120

320x240

320x240

Push Buttons

Key Switch

20 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

Reyrolle

SIPROTEC 5

SIPROTEC 5

Reyrolle

Reyrolle

Reyrolle

85
C

Teleprotection
V
V

86
C

Lockout
C

87

Differential
protection

IN

Abbreviation

Reyrolle

7SD87

SIPROTEC
600er

7SD86

SIPROTEC 4

SIPROTEC 5

7SD84

SIPROTEC 4

SIPROTEC 5

7SG163
Function 7SG164

Device series

High impedance protection

SIPROTEC
Compact

SIPROTEC 5

7SA64

Reyrolle

7SA63
ANSI

Reyrolle

SA61

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

Combined line differential

and distance protection

Line differential protection

SIPROTEC 4

Line differential protection

SIPROTEC 4

C = basic
V = optional (additional price)
= not available

SIPROTEC 4

protection

7SD80

7SD610

7SD5

7SD60

7PG2111

7SG18

7SL86

7SL87

7SR23

7PG23

7SG12

Functions
C

87N

Differential
ground-fault
protection

Broken-wire
detection
for differential
protection

C
C

90V

Automatic
Voltage
Control

FL
C

Fault
locator C
C

FL

PMU

measurement
Synchrophasor
V

PMU

Further Functions
C

Measured
values
C
C

Switching-statistic
C
C counters C

Logic
editor

detection
Inrush-current

External
trip initiation
C
C

Control
C

High
transfer function
Speed busbar

Fault
recordingCof analog and
C
C binary signals
C

Extended
faultrecording

FSR

Fast-scan recorder

FSR

SSR

Slow-scan recorder

SSR

CR

Continuous recorder

CR

PQR

Power quality
recorder (class
S)

PQR

GOOSE recorder

SOER

recorder
Sequence-of-events

SOER

ExTrFct

functions
Extended trigger

ExTrFct

Monitoring
andC supervision C
C

Protection
interface,
serial C
C
C

No.
8 Setting groups
8

Changeover
ofCsetting groupC
C

Hardware
quantity
structureexpandable C
C
C

33

33

33

Binary
Inputs 27
(max)
27

31 3)

31 3)

3/7

24

31 3)

31 3)

19

27

34

34

34

Binary
Outputs
29
29(max) incl. Life
8 3) contact 46 3)

46 3)

6/9

33

46 3)

46 3)

16

29

Internal
RTD Inputs
(max)

Transducer
inputs

(0-20mA)4(max)

12

12

12

12

Analog
measured
(0-20mA) (max)

value outputs

Current
Inputs4(max)
4

4 3)

8 3)

8 3)

8 3)

8 3)

3)

3)

3)

3)

8 3)

Hardware Feature
5 3)

Voltage
Inputs4(max)
4

Low
Power CT Inputs

Low
Power VT Inputs

1/2; 1/1

1/2; 1/1

31/1

240x120

240x120

Line
Post Sensor
Inputs for current

Line
Post Sensor
Inputs for voltage

1/3

1/31/1

1/31/1

1/6

1/3

1/2; 1/1

1/6

1/31/1

1/31/1

Size
(xE) E12, E16
E12,
E16

E6

E8

E6, E8

E3

E8, E12

Small
Display (lines)
2
2

320x240

320x240

320x240

320x240

Large,
graphical
(Pixel)

Display 320x240

I/O

Case
(x19'')

Push
5 Buttons 5

Key
Switch

21 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

C = basic
V = optional (additional price)
= not available

SIPROTEC
Compact

SIPROTEC 4

SIPROTEC 4

SIPROTEC 4

SIPROTEC 4

SIPROTEC
easy

SIPROTEC
easy

SIPROTEC
600er

Abbreviation

SIPROTEC
Compact

Function

SIPROTEC 5

ANSI

SIPROTEC 5

Device series

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

SIPROTEC 5

Overcurrent and feeder protection

7SJ82 1)

7SJ85

7SJ86

7SJ80

7SJ81

7SJ61

7SJ62

7SJ63

7SJ64

7SJ45

7SJ46

7SJ600

Functions
85

Teleprotection

86

Lockout

87

Differential protection

87N

Differential ground-fault protection

IN

Broken-wire detection for differential protection

90V

Automatic Voltage Control

FL

Fault locator

FL

PMU

Synchrophasor measurement

PMU

Further Functions
Measured values

Switching-statistic counters

Logic editor

Inrush-current detection

External trip initiation

C 2)

Control

High Speed busbar transfer function

Fault recording of analog and binary signals

Extended fault recording

FSR

Fast-scan recorder

FSR

SSR

Slow-scan recorder

SSR

CR

Continuous recorder

CR

PQR

Power quality recorder (class S)

PQR

GOOSE recorder
SOER

Sequence-of-events recorder

SOER

ExTrFct

Extended trigger functions

ExTrFct

Monitoring and supervision

Protection interface, serial

No. Setting groups

Changeover of setting group

Hardware Feature
C

Binary Inputs (max)

11/23

59 3)

23 3)

3/7/11 1

3/7

3/8/11

8/11

37

48

Binary Outputs (max) incl. Life contact

9/16

33 3)

24 3)

6/9/61

6/9

5/9/7

9/7

19

26

Internal RTD Inputs (max)

Transducer inputs (0-20mA) (max)

12

12

Analog measured value outputs (0-20mA) (max)

Current Inputs (max)

4 3)

4 3)

Voltage Inputs (max)

4 3)

4 3)

0/3

3/4

Low Power CT Inputs

Low Power VT Inputs

0/3

Line Post Sensor Inputs for current

Line Post Sensor Inputs for voltage

1/3

1/31/1

1/31/1

1/6

1/6

1/3; 1/2

1/3; 1/3

1/2; 1/1

1/31/1

1/6

Size (xE)

Small Display (lines)

320x240

320x240

320x240

240x120

240x120

240x120

240x120

Hardware quantity structure expandable

Case (x19'')

Large, graphical Display (Pixel)

I/O

Push Buttons

Key Switch

22 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

Reyrolle

Reyrolle

Reyrolle

SIPROTEC
Compact

Reyrolle

SIPROTEC 5

SIPROTEC 5

SIPROTEC
Compact

SIPROTEC
Compact

7SJ602

7SR11

7SR12

7SR210

7SR220

7SC80

7SR224

7SK82 1)

7SK85

7SK80

7SK81

SIPROTEC
600er

Reyrolle

Generator and motor protection

SIPROTEC
600er

Feeder Automation

SIPROTEC
easy

SIPROTEC 4

SIPROTEC 4

SIPROTEC 4

Overcurrent and feeder protection

SIPROTEC
easy

J81

SIPROTEC 4

Compact

= feeder
basic protection
OvercurrentCand
V = optional (additional price)
= not available

7SJ45

7SJ46

7SJ600

Teleprotection

CLockout

IN

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

7SJ61
ANSI

7SJ62

7SJ63
Function 7SJ64

85

C86

Device series

Abbreviation

Functions
C

87

Differential protection

V87N

protection
VDifferential ground-fault
V

for
differential protection
Broken-wire detection

90V

Automatic Voltage

Control

FL

VFault locator V

FL

PMU

Synchrophasor
measurement

PMU

Further Functions

CMeasured values
C

counters
CSwitching-statistic
C

CLogic editor C

CInrush-current
C detection

External trip Cinitiation

C 2)
CControl

transfer
High Speed busbar

function

binary signals

CFault recording
C of analog and

Extended fault
recording

FSR

Fast-scan
recorder

FSR

SSR

Slow-scanrecorder

SSR

CR

Continuous
recorder

CR

PQR

Power quality
S)
recorder (class

PQR

GOOSE recorder

SOER

Sequence-of-events
recorder

SOER

ExTrFct

Extended
trigger functions

ExTrFct

CMonitoring and
C supervision

serial
Protection interface,

4No. Setting groups

4

of setting group

CChangeover C

structure
Hardware quantity

expandable

/7

3/8/11

8/11

37Binary Inputs
48(max)

19

13

12

43

11/23

27 3)

3/7

3/7

/9

5/9/7

9/7

19Binary Outputs
26 (max) incl.1Life contact 3

16

14

30

9/16

17 3)

6/9

6/9

Internal RTD Inputs (max)

(0-20mA)
2Transducer inputs

(max)

12

value outputs
(0-20mA)
Analog measured

(max)

4Current Inputs
4 (max)

4/3

4 3)

3/4

3Voltage Inputs
4 (max)

0/1

1/4

4 3)

0/3

Low Power CT
Inputs

/3

Low Power VT
Inputs

0/3

Line Post Sensor

Inputs forcurrent

Line Post Sensor

Inputs forvoltage

/6

1/3; 1/2

1/3; 1/3

1/6

1/6

1/3

1/31/1

1/6

1/6

Size (xE)

E4

E4

E6, E8

E6, E8

E10, E12

Small Display(lines)

240x120

240x120

320x240

320x240

4Push Buttons4

11

11

10

17

CKey Switch C

Hardware Feature

1/2; Case
1/1 (x19'')
1/31/1

Large, graphical
240x120
240x120Display (Pixel)

23 Selection Guide for SIPROTEC and Reyrolle Edition 2

I/O

Overview, Relay Selection Table

C = basic
V = optional (additional price)
= not available

SIPROTEC 5

SIPROTEC 5

SIPROTEC 4

SIPROTEC 4

SIPROTEC 4

Reyrolle

Reyrolle

Abbreviation

SIPROTEC 5

Function

Reyrolle

ANSI

SIPROTEC 4

Device series

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

Transformer protection

SIPROTEC 4

Generator and motor protection

7UM61

7UM62

7SG17

7UT85

7UT86

7UT87

7UT612

7UT613

7UT63

7SG14

7SR24

Functions
85

Teleprotection

86

Lockout

87

Differential protection

87N

Differential ground-fault protection

IN

Broken-wire detection for differential protection

90V

Automatic Voltage Control

FL

Fault locator

FL

PMU

Synchrophasor measurement

PMU

Measured values

Switching-statistic counters

Logic editor

Inrush-current detection

External trip initiation

Control

High Speed busbar transfer function

Fault recording of analog and binary signals

Further Functions

Extended fault recording

FSR

Fast-scan recorder

FSR

SSR

Slow-scan recorder

SSR

CR

Continuous recorder

CR

PQR

Power quality recorder (class S)

PQR

GOOSE recorder
SOER

Sequence-of-events recorder

SOER

ExTrFct

Extended trigger functions

ExTrFct

Monitoring and supervision

Protection interface, serial

No. Setting groups

Changeover of setting group

Hardware Feature

Binary Inputs (max)

15

15

19 3)

23 3)

27 3)

29

27

19

Binary Outputs (max) incl. Life contact

20

21

23 3)

34 3)

38 3)

25

29

14

Internal RTD Inputs (max)

Transducer inputs (0-20mA) (max)

12

12

12

Analog measured value outputs (0-20mA) (max)

Current Inputs (max)

8 3)

12 3)

20 3)

11

14

12

3)

4 3)

0/4

Hardware quantity structure expandable

I/O

3)

Voltage Inputs (max)

Low Power CT Inputs

Low Power VT Inputs

Line Post Sensor Inputs for current

Line Post Sensor Inputs for voltage

1/3; 1/2

1/2; 1/1

1/31/1

1/21/1

2/31/1

1/3

1/2

1/1

Size (xE)

E6, E8

E8, E12, E16

E8, E10

Small Display (lines)

Large, graphical Display (Pixel)

240x120

320x240

320x240

320x240

240x120

Push Buttons

Key Switch

Case (x19'')

24 Selection Guide for SIPROTEC and Reyrolle Edition 2

SIPROTEC 4

SIPROTEC 4

Abbreviation

SIPROTEC 4

7SR24

SIPROTEC 5

7SG14

SIPROTEC 5

7UT612Function
7UT613

SIPROTEC
600er

ANSI 7UT87

Device series

SIPROTEC 4

Reyrolle

7UT63

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

Bay controller

SIPROTEC 5

Reyrolle

SIPROTEC 4

SIPROTEC 4

Busbar protection
SIPROTEC 4

7UT86

C = basic
Transformer protection
V = optional (additional price)
= not available
SIPROTEC 5

SIPROTEC 5

Overview, Relay Selection Table

7SS85 1)

7SS52

7SS60

6MD85

6MD86

6MD61

6MD63

6MD66

Functions

85

Teleprotection

86

Lockout

87

DifferentialCprotection

87N

DifferentialVground-fault protection
V

IN

Broken-wireC detection for Cdifferential protection

90V

Automatic
Voltage Control

FL

Fault locator

FL

PMU

Synchrophasor
measurement

PMU

Measured values
C

Switching-statistic
counters
C
C

Logic editorC

Inrush-current
C detection C

External trip
C initiation

Control

Further Functions
C

High Speedbusbar transfer

function

Fault recording
of analog Cand binary signals
C
C

Extended fault
recording

FSR

Fast-scan
recorder

FSR

SSR

Slow-scan
recorder

SSR

CR

Continuous
recorder

CR

PQR

Power quality
recorder (class S)

PQR

GOOSE recorder

SOER

Sequence-of-events
recorder

SOER

ExTrFct

Extended
trigger functions

ExTrFct

MonitoringCand supervision
C

Protection interface,
serial

V 1)

V 1)

V 1)

No. Setting4groups

Changeover
C of setting group
C

Hardware quantity
structure

expandableC

23 3)

27 3)

Binary Inputs
5 (max)

27

19

59 3)

972

3 4)

59 3)

75 3)

80

37

65

34 3)

38 3)

Binary Outputs
(max) incl.
9
25Life contact 29

14

33 3)

370

2 4)

33 3)

41 3)

54

21

45

Internal RTD
Inputs (max)

12

12

Transducerinputs (0-20mA)
(max)

12

12

12

Analog measured
value outputs
(0-20mA)

(max)

12 3)

20 3)

Current Inputs
11 (max)

40 3)

192

1 4)

4 3)

8 3)

3)

8 3)

Hardware Feature

3)

3)

29

14

12

I/O

Voltage Inputs
4 (max)

0/4

Low PowerCT Inputs

Low PowerVT Inputs

Line Post Sensor

Inputs for current

Line Post Sensor

Inputs for voltage

1/21/1

2/31/1

320x240

320x240

1/3 Case (x19'')

1/2

1/1

1/31/1

1/31/1

1/6 4)

1/31/1

1/31/1

1/2; 1/1

1/2; 1/1

1/1

Size (xE)

E8, E12, E16

E8, E10

Small Display
4 (lines)

Large, graphical
Display
(Pixel)

240x120

320x240

320x240

320x240

240x120

240x120

240x120

Push Buttons
4

196

Key Switch

25 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

C = basic
V = optional (additional price)
= not available

Reyrolle

SIPROTEC
Compact

SIPROTEC
600er

Reyrolle

Reyrolle

SIPROTEC 5

Abbreviation

Fault Recorder

SIPROTEC 4

Function

Voltage and frequency protection

SIPROTEC 4

ANSI

Synchronizing

SIPROTEC 4

Device series

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

High speed
Busbar transfer

SIPROTEC 5

Breaker management

7VK87

7VK61

7VU683

7VE6

7SG117

7RW80

7RW60

7SG118

7SG15

7KE85

Functions
85

Teleprotection

86

Lockout

87

Differential protection

Differential ground-fault protection

IN

87N

Broken-wire detection for differential protection

90V

Automatic Voltage Control

FL

Fault locator

FL

PMU

Synchrophasor measurement

PMU

Measured values

Switching-statistic counters

Logic editor

Inrush-current detection

Further Functions

External trip initiation

Control

High Speed busbar transfer function

Fault recording of analog and binary signals

Extended fault recording

FSR

Fast-scan recorder

FSR

SSR

Slow-scan recorder

SSR

CR

Continuous recorder

CR

PQR

Power quality recorder (class S)

PQR

V 1)

V 1)

V 1)
V

GOOSE recorder
SOER
ExTrFct

Sequence-of-events recorder

SOER

Extended trigger functions

ExTrFct

Monitoring and supervision

Protection interface, serial

No. Setting groups

Changeover of setting group

Hardware Feature
C

Binary Inputs (max)

31 3)

20

17

6/14

3/7

19

75

Binary Outputs (max) incl. Life contact

46 3)

19

19

10/18

6/9

11

13

41

Internal RTD Inputs (max)

Transducer inputs (0-20mA) (max)

12

12

Hardware quantity structure expandable

Analog measured value outputs (0-20mA) (max)

I/O

Current Inputs (max)

8 3)

24

Voltage Inputs (max)

8 3)

20

Low Power CT Inputs

Low Power VT Inputs

Line Post Sensor Inputs for current

Line Post Sensor Inputs for voltage

1/31/1

Case (x19'')

1/31/1

1/31/2

1/1

1/3; 1/2

1/6

1/6

Size (xE)

E4

E6

E12, E16

Small Display (lines)

8
320x240

Large, graphical Display (Pixel)

320x240

240x120

240x120

240x120

Push Buttons

Key Switch

26 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

Relay Selection Table

to be continued
on the following pages

Selection Guide for SIPROTEC and Reyrolle Edition 2 27

Overview
Relay Selection Table
Hardware Feature (continued)
Communication
Part 3

Siemens Protection Portfolio for all areas of application

Selection Guide for SIPROTEC and Reyrolle Edition 2 28

Overview, Relay Selection Table

C = basic
V = optional (additional price)
= not available

SIPROTEC 5

SIPROTEC 5

SIPROTEC 5

SIPROTEC 4

SIPROTEC 4

SIPROTEC 4

SIPROTEC 4

Reyrolle

Reyrolle

SIPROTEC 5

SIPROTEC 5

SIPROTEC 5

Line differential protection

7SA84

7SA86

7SA87

7SA522

7SA61

7SA63

7SA64

7SG163

7SG164

7SD84

7SD86

7SD87

LEDs (max)

18

82

82

16

9/16

16

16

33

33

18

82

82

pluggable terminal blocks

DC 30-48;
DV 88-250

DC 30-48;
DV 88-250

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration
ANSI

Distance protection

Function

Device series

Abbreviation

Hardware Feature

PSU Variants

DC 2448; DC 24-48;
DC 24-48;
DC24-48;
DC24-48;
DC24-48;
DC24-48;
DC 60250/ DC 60-250/ DC 60-250/ DC60-125
DC60-125
DC60-125
DC60-125
AC 115230 AC 115-230 AC 115-230 DC110-250/ DC110-250/ DC110-250/ DC110-250/
AC115-230 AC115-230 AC115-230 AC115-230

DC 24-48;
DC 24-48;
DC 24-48;
DC 60-250/ DC 60-250/ DC 60-250/
AC 115-230 AC 115-230 AC 115-230

Communication
Front User Interface

IEC 60870-5-101

IEC 60870-5-103

IEC 60870-5-104

V 1)

V 1)

V 1)

V 1)

V 1)

V 1)

Probus FMS, Slave

Probus DP, Slave

MODBUS RTU SLAVE

Pronet

DNP3 serial

DNP 3 TCP

IEC 61850

DIGSI

RTD-box connection

Protection Interface

V 1)

V 1)

V 1)

V 1)

V 1)

V 1)
V

Synchro Phaser (IEEE C37.118)

PRP V1 (Parallel Redundancy Protocol)

V 1)

V 1)

V 1)

V 1)

V 1)

V 1)

HSR (High available Seamless Ring conguration)

V 1)

Redundancy Protocols
RSTP (Ethernet ring redundancy)

V 1)

V 1)

V 1)

V 1)

V 1)

Further Ethernet protocols eg. DCP, DHCP, SNMP

Time Synchronisation eg. IRIG-C, DCF77, SNTP

Timesync. via integrated GPS module

29 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

7SD80

7SD610

7SD5

7SD60

7PG2111

7SG18

7SL86

7SL87

18

82

pluggable
terminal
blocks C

82

10

16

82

82

DC 24-48;
DC 60-250/
AC115-230

DC24-48;
DC60-125
DC110-250/
AC115-230

DC24-48;
DC60-125
DC110-250/
AC115-230

DC 30-48;
DV 88-250

DC 24-48;
DC 60-250/
AC 115-230

Abbreviation

Reyrolle

7SD87

Reyrolle

7SD86

Device series

High impedance protection

Reyrolle

SIPROTEC 5

SIPROTEC 5

33 (max)
LEDs

Reyrolle

16

Reyrolle

16

SIPROTEC
600er

/16

SIPROTEC 4

SIPROTEC 5

7SD84

7SG163
Function 7SG164

SIPROTEC 4

SIPROTEC 5

7SA64

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

Combined line differential

and distance protection

Line differential protection

SIPROTEC
Compact

SIPROTEC 5

7SA63
ANSI

Line differential protection

Reyrolle

SIPROTEC 4

SA61

Reyrolle

SIPROTEC 4

C = basic
V = optional (additional price)
= not available

SIPROTEC 4

protection

7SR23

7PG23

7SG12

19

33

DC 24-48;
DC 60-250/
AC 115-230

DC 30-250

DC 30-48;
DV 88-250

Hardware Feature

24-48;
DC24-48;
DC24-48;
0-125
DC60-125
DC60-125
0-250/ DC110-250/ DC110-250/
15-230 AC115-230 AC115-230

33

DC 30-48;
DC 30-48;
PSU Variants
DV 88-250 DV 88-250

DC 24-48;
DC 24-48;
DC 24-48;
DC 60-250/ DC 60-250/ DC 60-250/
AC 115-230 AC 115-230 AC 115-230

Communication
C

Front
User Interface
C
C

60870-5-101

IEC

IEC
C 60870-5-103
C

60870-5-104

IEC

V 1)

V 1)

V 1)

V 1)

V 1)

bus FMS, Slave

Pro

Pro
bus DP, Slave

MODBUS
RTU SLAVE

Pro
net

DNP3
serial

DNP
3 TCP

IEC
61850

DIGSI

RTD-box
connection

Protection
Interface

Synchro
Phaser (IEEE C37.118)

V 1)

V 1)

V 1)

V 1)

V 1)

Redundancy
Protocols

RSTP (Ethernet
ring redundancy)
V

PRP V1 (Parallel
Redundancy
V 1) Protocol)V 1)

V 1)

V 1)

V 1)

Seamless
guration) V 1)
HSR (High available

V 1) Ring con
V 1)

V 1)

V 1)

Further
Ethernet

protocols eg.
C DCP, DHCP,CSNMP

Time
Synchronisation
eg. IRIG-C,
DCF77, SNTP
C
C
C
C

Timesync.
via integrated
GPS module

30 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

C = basic
V = optional (additional price)
= not available

82

82

10

10

SIPROTEC
600er

82

pluggable terminal blocks

SIPROTEC
easy

LEDs (max)

SIPROTEC
easy

SIPROTEC
Compact

7SJ81

SIPROTEC 4

SIPROTEC
Compact

7SJ80

SIPROTEC 4

SIPROTEC 5

7SJ86

Abbreviation

SIPROTEC 4

SIPROTEC 5

7SJ85

Function

Device series

SIPROTEC 4

SIPROTEC 5

7SJ82 1)

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration
ANSI

Overcurrent and feeder protection

7SJ61

7SJ62

7SJ63

7SJ64

7SJ45

7SJ46

7SJ600

16

16

DC 24-250/
AC 60-230

DC24-48;
DC60-125
DC110-250/
AC115-230

Hardware Feature

PSU Variants

DC 24-48;
DC 24-48;
DC 24-48;
DC 24-48;
DC 24-48;
DC 24-48;
DC 24-48;
DC 24-48;
DC 24-48;
DC 60-250/ DC 60-250/ DC 60-250/ DC 60-250/ DC 60-250/ DC 60-250/ DC 60-250/ DC 60-250/ DC 60-250/
AC 115-230 AC 115-230 AC 115-230 AC115-230 AC115-230 AC115-230 AC115-230 AC115-230 AC115-230

Communication
Front User Interface

IEC 60870-5-101

IEC 60870-5-103

IEC 60870-5-104

V 1)

V 1)

V 1)

V 1)

Probus FMS, Slave

Probus DP, Slave

MODBUS RTU SLAVE

Pronet

DNP3 serial

DNP 3 TCP

IEC 61850

DIGSI

RTD-box connection

Protection Interface

Synchro Phaser (IEEE C37.118)

Redundancy Protocols

PRP V1 (Parallel Redundancy Protocol)

V 1)

V 1)

V 1)

HSR (High available Seamless Ring conguration)

V 1)

V 1)

V 1)

Further Ethernet protocols eg. DCP, DHCP, SNMP

Time Synchronisation eg. IRIG-C, DCF77, SNTP

Timesync. via integrated GPS module

RSTP (Ethernet ring redundancy)

31 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

SIPROTEC 5

SIPROTEC 5

SIPROTEC
Compact

SIPROTEC
Compact

Abbreviation

Reyrolle

7SJ600

SIPROTEC
Compact

7SJ46

Reyrolle

7SJ63
Function 7SJ64

Reyrolle

7SJ62

Reyrolle

7SJ61
ANSI

Device series

Generator and motor protection

Reyrolle

SIPROTEC
600er

7SJ45

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

Feeder Automation

SIPROTEC
600er

SIPROTEC
easy

SIPROTEC 4

SIPROTEC 4

SIPROTEC 4

Overcurrent and feeder protection

SIPROTEC
easy

J81

SIPROTEC 4

Compact

basic protection
Overcurrent Cand= feeder
V = optional (additional price)
= not available

7SJ602

7SR11

7SR12

7SR210

7SR220

7SC80

7SR224

7SK82 1)

7SK85

7SK80

7SK81
10

Hardware Feature

16LEDs (max) 16

10

10

19

19

32

19

82

82

10

pluggable terminal

blocks

DC 24-250/
AC 60-230

DC24-48;
DC60-125
DC110-250/
AC115-230

DC24-48;
DC60-125
DC110-250/
AC115-230

DC 24-60;
DV 88-250

DC 24-60;
DV 88-250

DC 30-250

DC 30-250

DC 24-48;
DC 60-250 /
AC115-232

DC 30-250

DC 24-48;
DC 60-250/
AC 115-230

DC 24-48;
DC 60-250/
AC 115-230

DC 24-48;
DC 60-250/
AC115-230

DC 24-48;
DC 60-250/
AC115-230

4-48;
DC 24-48;
DC 24-48;
DC 24-48;
DC 24-48;
PSU Variants
0-250/ DC 60-250/ DC 60-250/ DC 60-250/ DC 60-250/
5-230 AC115-230 AC115-230 AC115-230 AC115-230

Communication

CFront User Interface

C

IEC 60870-5-101

VIEC 60870-5-103
V

IEC 60870-5-104

V 1)

V 1)

V 1)

VProbus FMS,
V Slave

VProbus DP, Slave

V

VMODBUS RTUV SLAVE

Pronet

VDNP3 serial V

DNP 3 TCP V

VIEC 61850 V

VDIGSI

VRTD-box connection
V

Protection Interface

Synchro Phaser
(IEEE C37.118)

VRedundancy VProtocols

RSTP (Ethernet
ring redundancy)

PRP V1 (Parallel
Redundancy
Protocol)

V 1)

V 1)

HSR (HighVavailable Seamless

Ring con

guration)

V 1)

V 1)

protocolseg. DCP, DHCP,

SNMP
VFurther Ethernet
V

eg.
IRIG-C, DCF77,
SNTP
CTime Synchronisation
C

Timesync. via integrated GPS

module

32 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

C = basic
V = optional (additional price)
= not available

Reyrolle

SIPROTEC 5

SIPROTEC 5

SIPROTEC 5

SIPROTEC 4

SIPROTEC 4

SIPROTEC 4

Reyrolle

Reyrolle

LEDs (max)

pluggable terminal blocks

Transformer protection

SIPROTEC 4

SIPROTEC 4

7UM61

7UM62

7SG17

7UT85

7UT86

7UT87

7UT612

7UT613

7UT63

7SG14

7SR24

9/16

82

82

82

16

16

33

27

DC 24-48;
DC 60-250/
AC115-230

DC 24-48;
DC 60-250/
AC115-230

DC 24-60
DC 88-250

DC24-48;
DC60-250/
AC115-230

DC24-48;
DC60-250/
AC115-230

DC24-48;
DC60-250/
AC115-230

DC 24-48;
DC 60-250/
AC115-230

DC 24-48;
DC 60-250/
AC115-230

DC 24-48;
DC 60-250/
AC115-230

DC 24-60
DC 88/250

DC 30-250

Front User Interface

IEC 60870-5-101

IEC 60870-5-103

IEC 60870-5-104

V 1)

V 1)

V 1)

Probus FMS, Slave

Probus DP, Slave

MODBUS RTU SLAVE

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration
ANSI

Generator and motor protection

Function

Device series

Abbreviation

Hardware Feature

PSU Variants

Communication

Pronet

DNP3 serial

DNP 3 TCP

IEC 61850

DIGSI

RTD-box connection

Protection Interface

Synchro Phaser (IEEE C37.118)

Redundancy Protocols

RSTP (Ethernet ring redundancy)

PRP V1 (Parallel Redundancy Protocol)

V 1)

V 1)

V 1)

HSR (High available Seamless Ring conguration)

V 1)

V 1)

V 1)

Further Ethernet protocols eg. DCP, DHCP, SNMP

Time Synchronisation eg. IRIG-C, DCF77, SNTP

Timesync. via integrated GPS module

33 Selection Guide for SIPROTEC and Reyrolle Edition 2

SIPROTEC 4

7SS85 1)

SIPROTEC 4

Abbreviation

SIPROTEC 4

7SR24

SIPROTEC 5

7SG14

SIPROTEC 5

7UT612Function
7UT613

SIPROTEC
600er

Reyrolle

7UT86 ANSI 7UT87

Device series

Bay controller

SIPROTEC 4

Reyrolle

7UT63

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration

SIPROTEC 5

SIPROTEC 4

Busbar protection

SIPROTEC 4

SIPROTEC 4

C = basic
Transformer protection
V = optional (additional price)
= not available
SIPROTEC 5

SIPROTEC 5

Overview, Relay Selection Table

7SS52

7SS60

6MD85

6MD86

6MD61

6MD63

6MD66
16

Hardware Feature
82

82

LEDs (max)16

16

33

27

82

898

82

82

16

16

pluggable terminal
blocks

DC24-48;
DC60-250/
AC115-230

DC24-48;
DC60-250/
AC115-230

DC 24-48;
DC 60-250/
AC115-230

DC 24-60
DC 88/250

DC 30-250

DC24-48;
DC60-250/
AC115-230

DC 24-48;
DC 60-250/
AC115-230

DC24-48;
DC60-125
DC110-250/
AC115-230

DC24-48;
DC60-250/
AC115-230

DC24-48;
DC60-250/
AC115-230

DC 24-48;
DC 60-250/
AC115-230

DC 24-48;
DC 60-250/
AC115-230

DC 24-48;
DC 60-250/
AC115-230

Front User C
Interface

IEC 60870-5-101

IEC 60870-5-103
V

V 1)

V 1)

IEC 60870-5-104

V 1)

V 1)

V 1)

Probus FMS,
V Slave

Probus DP,V Slave

MODBUS RTU
V SLAVE

Pronet

DNP3 serialV

DNP 3 TCP

IEC 61850 V

DIGSI

RTD-box connection
V

V 1)

V 1)

Protection Interface

V 1)

V 1)

V 1)

Synchro Phaser
(IEEE C37.118)

Redundancy
V Protocols

RSTP (Ethernet
ring redundancy)
V
V

V 1)

V 1)

PRP V1 (Parallel
Redundancy
Protocol)
V
V

V 1)

V 1)

V 1)

V 1)

V 1)

V 1)

V 1)

V 1)

Further Ethernet
protocolsV eg. DCP, DHCP,
SNMP
V

Time Synchronisation
eg. CIRIG-C, DCF77,CSNTP
C

Timesync. via
integrated GPS
module

PSU Variants
DC 24-48;
DC 24-48;
DC 60-250/
DC 60-250/
AC115-230
AC115-230
Communication

HSR (High
Ring con
guration)
V available Seamless
V

34 Selection Guide for SIPROTEC and Reyrolle Edition 2

Overview, Relay Selection Table

C = basic
V = optional (additional price)
= not available

SIPROTEC 4

Reyrolle

SIPROTEC
Compact

SIPROTEC
600er

Reyrolle

Reyrolle

SIPROTEC 5

Fault Recorder

SIPROTEC 4

Voltage and frequency protection

SIPROTEC 4

Synchronizing

SIPROTEC 5

High speed
Busbar transfer

7VK87

7VK61

7VU683

7VE6

7SG117

7RW80

7RW60

7SG118

7SG15

7KE85

LEDs (max)

82

9/16

16

9/16

10

82

pluggable terminal blocks

DC 24-48;
DC 60-250/
AC 115-230

DC 24-48;
DC 60-250/
AC115-230

DC 24-48;
DC 60-250/
AC 115-230

DC 24-48;
DC 60-250/
AC 115-230

DC 24-60;
DC 88-250

DC 24-48;
DC 60-250/
AC115-230

DC24-48;
DC60-125
DC110-250/
AC115-230

DC 24-60;
DC 88-250

DC 24-60;
DC 88-250

DC24-48;
DC60-250/
AC115-230

Front User Interface

IEC 60870-5-101

IEC 60870-5-103

IEC 60870-5-104

V 1)

V 1)

Probus FMS, Slave

Probus DP, Slave

MODBUS RTU SLAVE

1) in preparation
2) via CFC
3) = IO number of a standard variant (increased conguration
available using the SIPROTEC 5 system)
4) = number of one unit 7SS60. Total number is depending
on system conguration
ANSI

Breaker management

Function

Device series

Abbreviation

Hardware Feature

PSU Variants

Communication

Pronet

DNP3 serial

V
V

DNP 3 TCP

IEC 61850

DIGSI

RTD-box connection

Protection Interface

V
V

Synchro Phaser (IEEE C37.118)

Redundancy Protocols
RSTP (Ethernet ring redundancy)
PRP V1 (Parallel Redundancy Protocol)

V 1)

V 1)

V 1)

1)

V 1)

Further Ethernet protocols eg. DCP, DHCP, SNMP

Time Synchronisation eg. IRIG-C, DCF77, SNTP

Timesync. via integrated GPS module

HSR (High available Seamless Ring conguration)

35 Selection Guide for SIPROTEC and Reyrolle Edition 2

Legal Notice
Indication of conformity

Copyright

This product complies with the directive

of the Council of the European Communities on harmonization of the laws of the
Member States relating to electromagnetic compatibility (EMC Council Directive
2004 / 108 / EC) and concerning electrical equipment for use
within specied voltage limits (Low Voltage Directive
2006 / 95 / EC).

Copyright Siemens AG 2013. All rights reserved.

This conformity has been proved by tests performed

according to the Council Directive in accordance with the
generic standards EN 61000-6-2 and EN 61000-6-4 (for
EMC directive) and with the standard EN 60255-27 (for Low
Voltage Directive) by Siemens AG.

SIPROTEC and DIGSI are registered trademarks of Siemens

AG. Any unauthorized use is illegal. All other designations
in this document can be trademarks whose use by third
parties for their own purposes can infringe the rights of the
owner.

The disclosure, duplication, distribution and editing of this

document, or utilization and communication of the content
are not permitted, unless authorized in writing. All rights,
including rights created by patent grant or registration of a
utility model or a design, are reserved.
Registered trademarks

The device is designed and manufactured for application in

an industrial environment.
The product conforms with the international standards of
IEC 60255 and the German standard VDE 0435.
Disclaimer of liability
This document has been subjected to rigorous technical
review before being published. It is revised at regular
intervals, and any modications and amendments are
included in the subsequent issues. The content of this
document has been compiled for information purposes
only. Although Siemens AG has made best efforts to keep
the document as precise and up-to-date as possible,
Siemens AG shall not assume any liability for defects and
damage which result through use of the information
contained herein.
This content does not form part of a contract or of business
relations; nor does it change these. All obligations of
Siemens AG are stated in the relevant contractual agreements.
Siemens AG reserves the right to revise this document from
time to time.
Document version: 02
Release status: 01.2013

Selection Guide for SIPROTEC and Reyrolle Edition 2 36

Notes

37 Selection Guide for SIPROTEC and Reyrolle Edition 2

Published by and copyright 2013:

Siemens AG
Infrastructure & Cities Sector
Smart Grid Division
Humboldtstr. 59
90459 Nuremberg, Germany

Siemens AG
Infrastructure & Cities Sector
Smart Grid Division
Energy Automation
Humboldtstr. 59
90459 Nuremberg, Germany
www.siemens.com/protection

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All rights reserved.

If not stated otherwise on the individual pages of this
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All product designations used are trademarks or

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If not stated otherwise, all dimensions in this
catalog are given in mm.

Subject to change without prior notice.

The information in this document contains general
descriptions of the technical options available, which
may not apply in all cases. The required technical
options should therefore be specified in the contract.

For more information, please contact

Order No. IC1000-K4456-A101-A2-7600

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