Protective relays for reliable mains protection Protect, monitor, and control electrical grids

Innovative developments The holistic development process enables perfectly coordinated hardware and software. The powerful devices feature impressive user guidance that is very user-friendly. Sophisticated production The devices are built and intensively tested in compliance with the highest quality standards. This makes it possible to provide devices that are particularly reliable and long-lasting. Reliable operation In the "DACH region" of Germany, Austria, and Switzerland, more than 13,000 devices are currently proving their quality and durability. We stand by our products and provide a 5-year warranty on our protective units and control units as standard. Phoenix Contact 3

Content Introduction to the company Overview of the product portfolio KOMBISAVE+ Device versions Application examples Communication options Structural descriptions Technical data Order key POWERSAVE Device versions Application examples Communication options Structural descriptions Technical data Order key DIGICOM operating software Software overview Intuitive operation Intelligently combined 2 4 6 8 10 14 18 22 28 38 40 42 44 48 52 58 64 66 71 74 POWERSAVE • • • 4 / 3 / 3 3 / 2 8 / 8 38 Find out more with the web code For detailed information, use the web codes provided in this brochure. Simply enter # and the four-digit number in the search field on our website.  Web code: #1234 (example) Or use the direct link: phoenixcontact.net/webcode/#1234 Phoenix Contact 5

Your advantages Dž Large range of functions with protection, control, and measurement functions in a compact design Dž Intuitive operation with clearly laid-out front panel and easy configuration options Dž Long service life thanks to a battery-free design and extremely low power consumption Dž Satisfies IT security requirements in accordance with the BDEW white paper Structural descriptions The modular product family is available in various assembly options. More information starting on page 18 Technical data/order key Define your product with all relevant order information or in our online configurator. DIGICOM operating software Learn more about the settings and evaluations of the protective relay with the DIGICOM operating software. More information starting on page 22 More information starting on page 64 Phoenix Contact 7

Properties of the versions General  RN  RF  RQ  RL 49I&II, 50N/51N, 50P/51P, 68 27/59, 32N, 47, 49I&II, 50N/51N, 50P/51P, 59N, 67, 67N, 67NIEF, 68, 81O/U 49I&II, 50N/51N, 50P/51P, 68 27/59, 32N, 47, 49I&II, 50N/51N, 50P/51P, 59N, 67, 67N, 67NIEF, 68, 81O/U Motor protection 14, 37, 46, 48, 50M 14, 37, 46, 48, 50M 14, 37, 46, 48, 50M Protective functions Distance protection (only with software option ZP) Smart Grid (only with software options QU, FE, or QF) Transformer differential protection (Software option TF) Line differential protection (only with software options LT or LD) Protective functions Number of current transformers Number of voltage transformers Measurement 21FL, 21N, 21P 21FL, 21N, 21P QU, UFLA QU, UFLA 24, 50P, 87T 50BF, 50SOTF, 74TC, 79, 85, 86 25, 47, 50BF, 50SOTF, 60, 74TC, 79, 85, 86, MCS31, VTFF 4 4 4 or 5 50BF, 50SOTF, 74TC, 85, 86 8 24, 50P, 87L, 87LT 25, 47, 50BF. 50SOTF, 60, 74TC, 79, 85, 86, MCS31, VTFF 4 5 Measured values 3I, I0, 3I/15 min, Ith 3I, I0, 3I/15min, Ith, 3ULE, 3ULL, U0, P, Q, S, f, cosφ, Udiff, fdiff, R/X, km/miles 3I, I0, 3I/15min, Ith, Idiff, Istab 3I, I0, 3I/15min, Idiff, Istab, Ith, 3ULE, 3ULL, U0, cosφ, Udiff, fdiff Standard properties of KOMBISAVE+ Controller Standard: Circuit breaker controller with graphical position indicator, local/remote switching, key switch Extended (only with software option AU): Complete field control, control of circuit breaker switch and earthing switch, trolley, use of interlock logic Message and status indicator / front panel Standard: Predefined measured value tables, freely configurable LEDs Extended (only with software option AU): User-specific measured value and status panels, freely configurable virtual LEDs, freely customizable text and background colors Programmable logic (only with software option AU) Integrated logic editor Communication interfaces USB, electrical/optical Ethernet, serial electric/optical Communication protocols Standard: IEC 60870-5-103 Extendable: IEC 61850 (Ed. 1/Ed. 2) For more information, see page 22. Phoenix Contact 9

Protection of a two-winding transformer with a KOMBISAVE+ RQ here there is also the option for the device to take over field control. The optionally integrated programmable logic allows the functions to be adapted to specific requirements, such as additional special locking, automatic switching, etc. IEC 60870-5-103 is available as the protocol for standard communication, and IEC 61850 Ed. 1/Ed. 2 is available as an option when the appropriate software function is selected. The RQ device version makes it possible to protect two-winding transformers on any voltage level. The integrated functions enable optimal ground fault protection when used in insulated, compensated, rigid, or low-resistance grounded grids. The focus here is on stabilized transformer differential protection. Protection against false triggering when transformers are switched on (inrush) or overexcited is provided by measuring and evaluating the second and fifth harmonics. A standard thermal overload protection with a two-body model and the temperature measurements via Pt-100 inputs round off the functions of the RQ design variant. Like with all variants in the device family, Reliable transformer protection in the medium voltage range M 0 I M 0 I M M M KOMBISAVE+ RQ Protective functions UMZ/AMZ HS 2x I>, I>> 50/51 P I>> 50 Differential protection 3I2f> 68 3dI> 87T 3I> 51BF Ith>T 49 dI0> 87N 4x 4x UMZ/AMZ NS I>, I>> 50/51 P I>> 50 3I> 51BF Ith>T 49 4x Ground fault protection HS 2x I0>, I0>> 50/51 N 3I0> 51NBF Ground fault protection NS I0>, I0>> 50/51 N 3I0> 51NBF 4x 4x Controller, automation, and logic (option AU) Operable function buttons Measurements AND, OR NOT.. TCS R/L I/O 3I I0 3I 15min T, COUNT CB, EC, DC,.. Fx LED IDiff IStab Ith DCC I 0 →← →← CBC I 0 ECS I 0 →← Records DFR FR SER Communication protocols Communication interfaces Monitoring Standard communication Communication options Standard interfaces Optional interfaces UNBAL SWOTF IEC 60870- 5-103 IEC 61850 SERVICE HTML USB 2.0 RS-485 ETH RJ45 FIBER OPTIC Phoenix Contact 11

Protection of a high voltage overhead line with two KOMBISAVE+ RLs To protect high-voltage overhead lines, distance protection and line differential protection are generally used as the main protection. The RL device version covers both main protection functions in one compact protective device. The stabilized line differential protection uses an optical INTERSAVE protection interface. Time synchronization of the devices used for line differential protection is not necessary. Depending on the distance, various SFP modules are possible as options. The protective devices are also suitable for applications with an internal transformer. Protective functions such as ground fault protection and voltage, power, and frequency functions round off the protective package. Fault locators and Synchroncheck are likewise available as an option. The device can also be used as a field controller. Due to the integrated PLC, blocking functions can be implemented, for example. Direct communication to a higher- level automation system can be achieved by IEC 61870-5-103 or optionally by selecting the appropriate software function IEC 61850 Ed. 1/Ed. 2. Main protection for cables up to 110 kV 0 I M 0 I M M M KOMBISAVE+ RL Protective functions Voltage and frequency protection 2x 2x 3U< 27 3U> 59 2x 2x f< 81 FUSEF 60 f> 81 P> 4x UMZ/AMZ 2x I>, I>> 50/51 I>> 50 3I> 51BF Ith>T 49 3I< 37F 3l> 67 2x 3If2> 68 l 0 79 2x 4x Ground fault protection 2x 2x →← I0> 67N →← I0> 67NIEF 2x I0>, I0>> 50/51 N U0> 59G I0> 51NBF 4x Synchrocheck (option SY) Distance protection (option ZP) SYNC 25 4x DIS 21< DIS 21> DISN 21N< DISN 21N> Line differential protection (option LD/LT) 3I2f> 68 3dI> 87T 3dI> 87L dI0> 87N 4x 4x Controller, automation, and logic (option AU) Operable function buttons Measurements AND, OR NOT.. TCS R/L I/O 3I I0 T, COUNT CB, EC, DC,.. Fx LED 3U U0 DCC I 0 →← →← CBC I 0 ECS I 0 →← Records P Q DFR FR dU dα SER COS 3I 15min f S df Smart Grid protection (option QF) Monitoring Standard communication Communication options Standard interfaces Optional interfaces Communication protocols Communication interfaces 2x UFLA 81LSH QU 81QU 4x UNBAL SWOTF IEC 60870- 5-103 IEC 61850 SERVICE HTML USB 2.0 RS-485 ETH RJ45 Glass Fiber SFP Optical INTERSAVE KOMBISAVE+ RL KOMBISAVE+ RL Protective functions Voltage and frequency protection 2x 2x 3U< 27 3U> 59 2x 2x f< 81 FUSEF 60 f> 81 P> 4x UMZ/AMZ 2x I>, I>> 50/51 I>> 50 3I> 51BF Ith>T 49 3I< 37F 3l> 67 2x 3If2> 68 l 0 79 2x 4x Ground fault protection 2x 2x →← I0> 67N →← I0> 67NIEF 2x I0>, I0>> 50/51 N U0> 59G I0> 51NBF 4x Synchrocheck (option SY) Distance protection (option ZP) SYNC 25 4x DIS 21< DIS 21> DISN 21N< DISN 21N> Line differential protection (option LD/LT) 3I2f> 68 3dI> 87T 3dI> 87L dI0> 87N 4x 4x Controller, automation, and logic (option AU) Operable function buttons Measurements AND, OR NOT.. TCS R/L I/O 3I I0 T, COUNT CB, EC, DC,.. Fx LED 3U U0 DCC I 0 →← →← CBC I 0 ECS I 0 →← Records P Q DFR FR dU dα SER COS 3I 15min f S df Smart Grid protection (option QF) Monitoring Standard communication Communication options Standard interfaces Optional interfaces Communication protocols Communication interfaces 2x UFLA 81LSH QU 81QU 4x UNBAL SWOTF IEC 60870- 5-103 IEC 61850 SERVICE HTML USB 2.0 RS-485 ETH RJ45 Glass Fiber SFP Optical Phoenix Contact 13

Further information is available at: https://phoe.co/fM2JT1 To verify data, files are signed using SHA-256 and 3072-bit RSA keys, e.g., for update and patch management. For particularly high data security, user files are stored encrypted with AES-256 independently of the configuration fi le and encrypted with TLS during data transmission via the Ethernet interface. IT security With regard to cybersecurity, our protective device families have been developed under consideration of the BDEW white paper. The aim is to increase IT security in systems in the energy sector against unwanted internal and external attacks. Examples of central elements in this context are role-based access control and protective mechanisms at the communication interfaces. This includes both the management of user roles and rights (RBAC) and the recording of security-relevant events. Moreover, it prevents the installation of third-party software. Secure access KOMBISAVE F1 F2 F3 F4 J01 Bern J01 Bern QB1 QC1 QA1 IEC SF6 <Imin 63% 2018-01-09 11:02:39 S P 3.46 MVA 3.41 MW 601 kvar Q cos φ 0.98 50 Hz L1 L2 L3 L0 100A 11.5 kV 100A 11.5 kV 100A 11.5 kV <Imin <Umin READY ERROR R L I 0 ENTER ESC RESET Anregung Auslösung Phase L1 Phase L2 Phase L3 vorwärts rückwärts AWE bereit AWE ausgeschaltet Überlast Kurzschluss Erdschluss U- oder f-Fehler SF6 Fehler Blockade Protective and control device Data check with SHA-256 and 3072-bit RSA Data encryption with AES-256 Role-based access control (RBAC) Phoenix Contact 15

Redundancy concepts with IEC 61850 For IEC 61850 applications, the KOMBISAVE+ device family offers various redundancy concepts: Parallel Redundancy Protocol (PRP), High-availability Seamless Redundancy (HSR), and Rapid Spanning Tree Protocol (RSTP). With PRP, parallel transmission to two redundant networks takes place so that continuous operation is possible in the event of a fault. In this procedure, data is neither lost nor transmitted with a delay. The DAN functionality (Double Attached Node) is achieved with an integrated switch. By using SFP modules, the functionality can be implemented both electrically and optically with various FO options. HSR allows the parallel transmission of the data in both ring parts. This means that there is no downtime if there is a malfunction of components within the ring. Non-redundant devices are connected via a redundancy box (Red Box). With RSTP, transmission happens in the ring, which is virtually “open” at one point. Here, there are short downtimes if one component of the ring has a malfunction. Switching to a new topology is done automatically. PRP/HSR Red Box System automation IRIG-B, GPS Time synchronization LAN A PRP LAN B PRP/HSR Red Box PRP/HSR Red Box HSR IED service PRP/HSR Ethernet switch PRP/HSR Ethernet switch Electrical or optical RSTP DAN DAN DAN DAN KOMBISAVE J01 Bern J01 Bern QB1 QC1 QA1 IEC SF6 <Imin 63% 2018-01-09 11:02:39 S P Q cos φ 3.46 MVA 3.41 MW 601 kvar 0.98 L1 L2 L3 L0 100A 100A 100A <Imin 50 Hz 11.5 kV 11.5 kV 11.5 kV <Umin F1 F2 F3 F4 READY ERROR R L I 0 ENTER ESC RESET Anregung Auslösung Phase L1 Phase L2 Phase L3 vorwärts rückwärts AWE bereit AWE ausgeschaltet Überlast Kurzschluss Erdschluss U- oder f-Fehler SF6 Fehler Blockade KOMBISAVE J01 Bern J01 Bern QB1 QC1 QA1 IEC SF6 <Imin 63% 2018-01-09 11:02:39 S P Q cos φ 3.46 MVA 3.41 MW 601 kvar 0.98 L1 L2 L3 L0 100A 100A 100A <Imin 50 Hz 11.5 kV 11.5 kV 11.5 kV <Umin F1 F2 F3 F4 READY ERROR R L I 0 ENTER ESC RESET Anregung Auslösung Phase L1 Phase L2 Phase L3 vorwärts rückwärts AWE bereit AWE ausgeschaltet Überlast Kurzschluss Erdschluss U- oder f-Fehler SF6 Fehler Blockade KOMBISAVE J01 Bern J01 Bern QB1 QC1 QA1 IEC SF6 <Imin 63% 2018-01-09 11:02:39 S P Q cos φ 3.46 MVA 3.41 MW 601 kvar 0.98 L1 L2 L3 L0 100A 100A 100A <Imin 50 Hz 11.5 kV 11.5 kV 11.5 kV <Umin F1 F2 F3 F4 READY ERROR R L I 0 ENTER ESC RESET Anregung Auslösung Phase L1 Phase L2 Phase L3 vorwärts rückwärts AWE bereit AWE ausgeschaltet Überlast Kurzschluss Erdschluss U- oder f-Fehler SF6 Fehler Blockade KOMBISAVE J01 Bern J01 Bern QB1 QC1 QA1 IEC SF6 <Imin 63% 2018-01-09 11:02:39 S P Q cos φ 3.46 MVA 3.41 MW 601 kvar 0.98 L1 L2 L3 L0 100A 100A 100A <Imin 50 Hz 11.5 kV 11.5 kV 11.5 kV <Umin F1 F2 F3 F4 READY ERROR R L I 0 ENTER ESC RESET Anregung Auslösung Phase L1 Phase L2 Phase L3 vorwärts rückwärts AWE bereit AWE ausgeschaltet Überlast Kurzschluss Erdschluss U- oder f-Fehler SF6 Fehler Blockade Phoenix Contact 17

Front side of the KOMBISAVE+ device family Multi-colored 4.5" TFT display to display system graphics with control, measured value tables, and virtual LEDs: • Several sides can be configured for the specific user • Colored dynamic texts KOMBISAVE J01 Bern J01 Bern 2018-01-09 11:02:39 QB1 QC1 QA1 IEC SF6 <Imin 63% S P 3.46 MVA 3.41 MW 601 kvar Q cos φ 0.98 100A 100A 100A L1 L2 L3 L0 50 Hz 11.5 kV 11.5 kV 11.5 kV <Imin <Umin READY ERROR R L I 0 ENTER ESC RESET Anregung Auslösung Phase L1 Phase L2 Phase L3 vorwärts rückwärts AWE bereit AWE ausgeschaltet Überlast Kurzschluss Erdschluss U- oder f-Fehler SF6 Fehler Blockade F1 F2 F3 F4 4 freely configurable function keys with LED Key switch for unlocked control 4 navigation keys for simple operation USB service interface 2 buttons to switch switchable equipment on and off Example rear side of a KOMBISAVE+ RL device version Button with a status LED to switch between remote and local 2 LEDs to display the system status 15 freely configurable LEDs (tri-colored) Reset button Voltage transformer connections (X5) Protection interface for line differential protection optical SFP module, max. 80 km (KOMBISAVE+ RL only) Binary inputs and outputs (X7 and X3) Grounding with grounding strap Short-circuiting CT connections (X6) Binary inputs and outputs (X8 and X4) Standard communication interface via RS-485 electric for IEC 60870-5-103 or remote configuration as well as binary inputs and outputs (X2) Extendable communication interface, e.g., Ethernet switch with two SFP modules (optional) Auxiliary current supply and watchdog (X1) Phoenix Contact 19

Binary inputs and outputs Binary inputs Card B Card C* 3.12 3.4 3.5 3.6 3.7 3.8 3.9 3.10 3.11 4.1 8.5 4.2 8.1 4.3 8.2 4.4 8.3 4.5 8.4 4.6 4.7 4.8 4.9 4.10 4.11 8.10 8.6 8.7 8.8 8.9 4.12 8.15 4.15 8.11 4.13 8.12 4.14 8.13 8.14 3.3 3.1 3.2 Binary inputs/outputs (B2C1) 22 binary inputs 20 ... 250 V DC/ 80 ... 250 V DC (2 binary inputs are also AC-capable; switching threshold can be switched using software) Automatic contact cleaning (contact fritting) Max. 220 nF line capacity 17 binary outputs Nominal voltage 440 V AC or max. 240 V DC Permissible switching current 10 A @250 V AC (ohmic load), 2,500 VA 10 A @30 V DC (ohmic load), 300 W Response time: Standard max. 8 ms, Fast max. 4 ms Standard communication interface (RS) Serial electrical for IEC 60870-5-103 (RS-485) Extendable communication interface (SO) Optical Ethernet switch, e.g., for IEC 61850 (2x LC male connector, 1,300 nm) Phoenix Contact 21

Properties ANSI Descriptions IEC 61850 Device variants RN RF RQ RL * Protective functions Transformer differential protection Line differential protection Tolerances 24 87T 24 Excitation protection Differential protection for two-winding transformers Excitation protection (only with software option LT) 87L/87LT Differential protection for lines with/without transformers in the protective area (only with software options LD or LT) - - - - - - - - Typical excitation times (15 ... 25 ms (sub cycle I>>> : 10 ms)) Excitation tolerance (<2.5%) Relative time tolerance (<1%) Time tolerance of directed functions (Excitation: ~25 ms, trigger: ~32 ms) Fault location tolerance (<1% @ cable length, @ U/Usc >5% and 30°<j<90°) Time tolerance for distance protection (excitation ~27 ms, trigger ~37 ms) Time tolerance for distance protection (Excitation: ~15 ms, trigger ~20 ms) Frequency protection time tolerance (Excitation: ~80 … 120 ms) Protective functions 16 25 47 Protection interface to transmit 16 binary information and current values Synchrocheck (only with software option SY) Rotary field direction monitoring 50BF Circuit breaker failure protection 50SOTF Three-phase short circuit switch-on protection 60 86 Automatic voltage transformer case Restart inhibit 74TC Circuit trip monitoring (only with software option AU) Automatic restart (AWE) 1/3-pos. Signal comparison 79 85 Busbar protection with H2 logic LAL Carrying circuit MCS31 Circuit monitoring (transformer monitoring) VTFF Voltage circuit monitoring - - Ground fault error – pulse localization Monitoring the supply voltage * Limited range of functions without a voltage transformer. Please configure for precise information. PVPH PDIFF PVPH PDIFF - - - - - - - - LCCH RSYN MMXU RBRF PIOC RFUF PSCH SCBR RREC PSCH PSCH PSCH MMXU - PSDE NZBAT              () ()          ()                         ()      () () () ()                            Phoenix Contact 23

Properties ANSI Descriptions IEC 61850 Device variants RN RF RQ RL Message and status indicator on the front panel - - - - - - - - - - - Standard measured value tables and freely configurable LEDs Virtual LEDs and dynamically displayed texts (only with software option AU) User-specific measured value and status tables (only with software option AU) High-resolution RGB-TFT display with automatic energy saving function and alarm table in the event of a grid fault 4 user-specific configurable function keys with white LED Key switch for unlocked controller Button for onsite/remote switching Direct control buttons 15 tri-colored LEDs 1 green “RUN” and 1 red “ERROR” LED pre-assigned, unalterable USB interface for communication to the PC or direct USB stick access Programmable logic RS RS flip flops (only with software option AU) TOF/TON On and off time delay (only with software option AU) UDCNT Forward/reverse counters (only with software option AU) - - - Single-point information Double-point information AND, OR, NOT, XOR, CONSTANT (only with software option AU) Communication options Standard communication Communica- tion options - - - - - - - - 1x serial electrical for IEC 60870-5-103 or remote parameterization (RS-485) XML parameterization via USB 1x optical Ethernet, e.g., for IEC 60870-5-103 (ST male connector, 820 nm) (only with hardware option RO) 1x electrical Ethernet, e.g., for IEC 61850 (RJ45 connector) (only with hardware option EE) 1x optical Ethernet, e.g., for IEC 61850 (SC male connector, 1,300 nm) (only with hardware option EO) 1x electrical Ethernet switch, e.g., for IEC 61850 (2x RJ45 connector) (only with hardware option SE) 1x optical Ethernet switch, e.g., for IEC 61850 (2x LC male connector, 1,300 nm) (only with hardware option SO) IEC 61850 (only with hardware option EE, EO, SE, or SO and software option 50): - Specification IEC 61850-6, 7-1, 7-2, 7-3, 7-4, 8-1 - Protocol IEC 61850-8-1 block 1, 2, 2+, 4, 4+, 5, 6, 9ab, 12abcd, 13, 14 - Receiver for 32 fast binary signals/locking mechanisms/individual notifications - Transmitter of 32 fast binary signals/locking mechanisms/ individual notifications - Transmitter of 100 measured values/status signals - IEC 61850 MMS and GOOSE - - - - - - - - - - - GAPC GAPC FCNT GGIO GGIO – - - - - - - –  () ()         () () ()   ()   () () () () ()  () ()         () () ()   ()   () () () () ()  () ()         () () ()   ()   () () () () ()  () ()         () () ()   ()   () () () () () () () () () Formats Event and malfunction data DFR SER Malfunction data recording (COMTRADE standard) Event lists RDRE RSER         Phoenix Contact 25

Properties Electrical tests Standards Tests Conducted HF, AM IEC 61000-4-6 Communication: 10 V; 150 kHz…80 MHz; 80% AM, 1 kHz Other connections: 20 V; 150 kHz…80 MHz; 80% AM, 1 kHz Operating frequency magnetic field IEC 61000-4-8 30 A/m continuous; 300 A/m for 1 s …3 s Slowly damped oscillating waves IEC 61000-4-18 Operating frequency Voltage fluctuations and flicker Immunity for the functional ground connection Shocks and vibrations Standards Sinusoidal oscillation Shock Sinusoidal vibrations during earthquakes Half-wave sinusoidal vibrations during earthquakes Vibration and duration of shaking during transport Climatic ambient conditions Standard IEC 61000-4-16 IEC 61000-4-11 IEC 61000-4-29 IEC 61000-4-6 IEC 61000-4-4 IEC 60255-21 IEC 60255-21-1 IEC 60068-2-6 IEC 60255-21-2 IEC 60068-2-27 IEC 60255-21-3 IEC 60068-3-3 IEC 60255-21-3 IEC 60068-3-3 IEC 60255 21 1 IEC 60068-2-6 IEC 60255-1 IEC 60068-2-17 Humidity Communication: CM: 1 kV at 1 MHz, 200 Ω Other connections: DM: 1 kV; CM: 2.5 kV at 1 kHz and 1 MHz, 200 Ω Binary inputs: Zone A; DM: 150 V, 100 Ohm, 0.1 mF; CM: 300 V, 220 Ω, 0,47 µF In the entire indicated auxiliary voltage range 150 kHz … 80 MHz 10 V, 150 Ω, 80% AM Burst: 4 kV, zone A 5Hz...8Hz, amplitude ±7.5mm 8 ... 150 Hz; 20 m/s2 acceleration, frequency hub 1 octave/min, 20 periods in 3 axes orthogonal to each other Half-wave, acceleration 150 m/s2, 11 ms duration of each vibration in both directions on all axes Horizontal: 1 ... 8 Hz, ±3.5 mm amplitude Vertical: 1 Hz ... 8 Hz, ±1.5 mm Amplitude horizontal @ 1g: 8 ... 35 Hz Vertical @ 5 m/s2: 8 ... 35 Hz Frequency hub 1 octave/min, 1 period on all axes Acceleration 100 m/s2, 16 ms duration every 1,000. Vibration in all directions Half-wave, acceleration 150 m/s2, 11 ms duration of each vibration in both directions on all axes Operating temperature: -10°C ... +55°C Storage temperature: -25°C ... +55°C Transport temperature: -25°C ... +70°C Test conditions over 16 hours: -25°C ... +85°C Temporarily permissible for 96 hours with possibly impaired display during operation from +55°C: -20°C ... +70°C Annual average < 75%, condensation/ice formation not permissible Monthly average < 95% at max. +40°C, condensation/ice formation not permissible Installation altitude <3,000 m above sea level Phoenix Contact 27

2. Defining the device-specific software (see pages 31, 33, 35, 37) The devices are supplied with a predefined range of functions as standard. Depending on the hardware specification, you can select additional software functions. The device-specific software functions A–G can be selected on pages 31, 33, 35, and 37. A Additional communication protocol B Synchrocheck C Smart Grid protection D Fault localization E Distance protection F Differential protection G System automation/field control Moreover, the devices are supplied with the DIGICOM BASIC operating software. The software is used to parameterize and configure the devices. This includes the option to extend the software with functionalities, such as fault analysis. The software can also be used by multiple users if a multi-use license is purchased. You can find more information on appropriate operating and fault analysis software starting on page 64. KOMBISAVE F1 F2 F3 F4 J01 Bern J01 Bern QB1 QC1 QA1 IEC SF6 <Imin 63% 2018-01-09 11:02:39 S P 3.46 MVA 3.41 MW 601 kvar Q cos φ 0.98 50 Hz L1 L2 L3 L0 100A 11.5 kV 100A 11.5 kV 100A 11.5 kV <Imin <Umin READY ERROR R L I 0 ENTER ESC RESET Anregung Auslösung Phase L1 Phase L2 Phase L3 vorwärts rückwärts AWE bereit AWE ausgeschaltet Überlast Kurzschluss Erdschluss U- oder f-Fehler SF6 Fehler Blockade Easily create your order key yourself See the table on the next few pages to create your order key. A complete order key in KOMBISAVE+ RN looks like the following: You will find the order key on the second line of every table. You have the option to customize your product by using predefined options. An order key consists of hardware and software options. 1247154/X1/IU40/B2C1/RS/SE/50/00/00/00/00/00/00/00/AU 1247154/X /IU40/B C /RS/ / /00/00/00/00/00/00/00/ A Additional communication protocol  Communication options  Binary inputs and outputs  Auxiliary power supply G System automation/field control Phoenix Contact 29

Defining the device-specific software n o i t a c i n u m m o c d r a d n a t S  n o i t a c i n u m m o C s n o i t p o A n o i t a c i n u m m o c l a n o i t i d d A l o c o t o r p n o i t p o e r a w t f o S c fi i c e p s - e c i v e D m e t s y S RS / Please select / / 00/00/00/00/00/00/00 / G l / d e fi n o i t a m o t u a l o r t n o c 1x serial electrical for IEC 60870-5-103 (RS-485) 00 Without additional communication option 00 None RO 1x serial optical for IEC 60870-5-103 (ST male connector, 820 nm) 50 IEC 61850 00 None AU Options include EE 1x electrical Ethernet, e.g., for IEC 61850 (RJ45 connector) EO 1x optical Ethernet e.g., for IEC 61850 (SC male connector, 1,300 nm) SE 1x electrical Ethernet switch, e.g., for IEC 61850 (2x RJ45 connector) SO 1x optical Ethernet switch, e.g., for IEC 61850 (2x LC male connector, 1,300 nm) 1247154/X /IU40/B C /RS/ / /00/00/00/00/00/00/00/ A Additional communication protocol  Communication options  Binary inputs and outputs  Auxiliary power supply G System automation/field control Note The DIGICOM BASIC operating software is delivered as standard with your product. There is also the option to purchase an extended version (see page 67). Phoenix Contact 31

Defining the device-specific software A n o i t a c i n u m m o c l a n o i t i d d A l o c o t o r p B k c e h c n o r h c n y S C D E d i r G t r a m S n o i t c e t o r p n o i t a z i l a c o l t l u a F n o i t c e t o r p e c n a t s i D s n o i t p o e r a w t f o s c fi i c e p s - e c i v e D m e t s y S G l / d e fi n o i t a m o t u a l o r t n o c Please select / Please select / Please select / Please select / Please select / 00/00/00 / Please select 00 None 00 None 00 None 00 None 00 None 00 None 50 IEC 61850 SY Options include QU Q-U contactor FO Options include ZP Options include AU Options include FE Automatic frequency relief AFE/UFLA QF Q-U contactor and automatic frequency relief AFE/UFLA 1247778/X / /B C /RS/ / / / / / / G System automation/field control E Distance protection D Fault localization C Smart Grid protection B Synchroncheck A Additional communication protocol  Communication options  Binary inputs and outputs  Measuring transducer inputs  Auxiliary power supply Note The DIGICOM BASIC operating software is delivered as standard with your product. There is also the option to purchase an extended version (see page 67). Phoenix Contact 33

Defining the device-specific software n o i t a c i n u m m o c d r a d n a t S  n o i t a c i n u m m o C s n o i t p o A n o i t a c i n u m m o c l a n o i t i d d A l o c o t o r p s n o i t p o e r a w t f o s c fi i c e p s - e c i v e D m e t s y S RS / Please select / Please select / 00/00/00/00/00 / Please select G l / d e fi n o i t a m o t u a l o r t n o c 1x serial electrical for IEC 60870-5-103 (RS-485) 00 Without additional communication option 00 None RO 1x serial optical for IEC 60870-5-103 (ST male connector, 820 nm) 50 IEC 61850 00 None AU Options include EE 1x electrical Ethernet, e.g., for IEC 61850 (RJ45 connector) EO 1x optical Ethernet, e.g., for IEC 61850 (SC male connector, 1,300 nm) SE 1x electrical Ethernet switch, e.g., for IEC 61850 (2x RJ45 connector) SO 1x optical Ethernet switch, e.g., for IEC 61850 (2x LC male connector, 1,300 nm) 1247782/X /I8U0/B C /RS/ / /00/00/00/00/00/ G System automation/field control A Additional communication protocol  Communication options  Binary inputs and outputs  Auxiliary power supply Note The DIGICOM BASIC operating software is delivered as standard with your product. There is also the option to purchase an extended version (see page 67). Phoenix Contact 35

Defining the device-specific software Defining accessories A n o i t a c i n u m m o c l a n o i t i d d A l o c o t o r p B k c e h c n o r h c n y S C D E F G d i r G t r a m S n o i t c e t o r p n o i t a z i l a c o l t l u a F n o i t c e t o r p e c n a t s i D l a i t n e r e ff D i n o i t c e t o r p m e t s y S l / d e fi n o i t a m o t u a  n o i t a c i n u m m o c - h s u P n i l e u d o m l y g o o n h c e t n i l s e u d o m 2 . x a m ( l a c i t p O l o r t n o c ; l d e t c e e s e b n a c l d e b m e s s a e b n a c s e u d o m l ) y l l a u d i v i d n i Please select / Please select / Please select / Please select / Please select / Please select / Please select / Please select / Please select 00 None 00 None 00 None 00 None 00 None 00 None 00 None 00 Without communication modules 50 IEC 61850 SY Options include QU Q-U contactor FO Options include ZP Options include LD Line differential protection AU Options include LT Line differential protection with transformer in the protected area FE Automatic frequency relief AFE/UFLA QF Q-U contactor and automatic frequency relief AFE/UFLA SFP-MM2X 1 x multimode 1,310 nm LC-Dup 2 km (with doubled selection 2x multimode 1,310 nm LC-Dup 2 km) SFP-SM15 1 x singlemode 1310 nm LC-Dup 15 km (with doubled selection 2x singlemode 1310 nm LC-Dup 15 km) SFP-SM40 1 x singlemode 1310 nm LC-Dup 40 km (with doubled selection 2x singlemode 1310 nm LC-Dup 40 km) SFP-SM80 1x singlemode 1,550 nm LC-Dup 80 km (with doubled selection 2x singlemode 1,550 nm LC-Dup 80 km) 1247779/X / /W2/B C /RS/ / / / / / / / / /  2. Optical communication module  1. Optical communication module G System automation/field control F Differential protection E Distance protection D Fault localization C Smart Grid protection B Synchroncheck A Additional communication protocol  Communication options  Binary inputs and outputs  Measuring transducer inputs  Auxiliary power supply Note The DIGICOM BASIC operating software is delivered as standard with your product. There is the option to purchase an extended version (see Page 67). Phoenix Contact 37

Your advantages Dž Autonomous operation through integrated power management Dž Compact design is particularly suitable for retrofitting into existing systems Dž Cost benefits from optional connection to low-power voltage sensors Dž Intuitive operation with clearly laid-out front panel and easy configuration options Dž Satisfies IT security requirements in accordance with the BDEW white paper Structural descriptions The modular product family is available in various assembly options. More information starting on page 48 Technical data/order key Define your product with all relevant order information or in our online configurator. DIGICOM operating software Learn more about the settings and evaluations of the protective relay with the DIGICOM operating software. More information starting on page 52 More information starting on page 64 Phoenix Contact 39

 RN  RF Properties of the versions General 49I&II, 50N/51N, 50P/51P, 68 32N, 47, 49I&II, 50N/51N, 50P/51P, 59N, 67, 67N, 67NIEF, 68 Motor protection 14, 37, 46, 50M 14, 37, 46, 48, 50M Protective functions Distance protection (only with software option ZP) Smart Grid (only with software options QU, FE, or QF) 21FL, 21N, 21P 27/59, 81O/U, QU, UFLA Protective functions 50SOTF, 50BF, 74TC, 79, 85, 86, 50BF, 50SOTF, 60, 74TC, 79, 85, 86, MCS31 Measurement Number of current transformers Number of voltage transformers 4 4 4 or 5 Measured values 3I, I0, 3I/15 min, Ith 3I, I0, 3I/15min, Ith, 3ULE, 3ULL, U0, PQS, f, cosφ, R/X, km/miles Standard properties of POWERSAVE Integrated power management – Energy storage – Transformer power supply Controller 24 V DC at 3 J and 300 V DC at 50 J with an availability of three autonomous circuit breaker trips during 48 hrs. without recharging via auxiliary power or transformer current Transformer power supply from 0.2xln, system start <100 ms Standard: CB, XCBR, LOC, CILO (key switch) Extended (only with software option AU): DCC, CBT, CBAY, CILO (locking logic), directed control via HMI Message and status indicator / front panel Standard: Predefined measured value tables, freely configurable LEDs Extended (only with software option AU): User-specific measured value and status tables Programmable logic (only with software option AU) Communication options Integrated PLC Standard: USB, IEC 60870-5-103 Extendable: IEC 61850 Formats XML, COMTRADE, XRIO, MMS, (Fast) GOOSE For more information, see page 52. Phoenix Contact 41

Protection for wind turbine generators Controller, automation, and logic (option AU) Operable function buttons Measurements 0 I M Protective functions UMZ/AMZ Voltage and frequency protection Ground fault protection 2x 2x I0> →← 67N →← I0> 67NIEF 2x I>, I>> 50/51 P 2x Ith>T 49 3I> 51BF 3I< 37F 2x 2x 3U< 27 3U> 59 2x 2x f< 81 FUSEF 60 f> 81 P> 2x 2x Smart Grid protection (option Monitoring I0> 51NBF R/L I/O R/L I/O 3I I0 U0> 59G 2x I0>, I0>> 50/51 N Fx LED Fx LED 3U U0 2x CBC I 0 →← Records P Q DFR FR COS SER 3I 15min f S Communication protocols Standard communication Communication options Communication interfaces Optional interfaces Standard interfaces UNBAL SWOTF 2x IEC 60870- 5-103 IEC 61850 SERVICE HTML USB RS-485 ETH RJ45 ETH RJ45 Glass Fiber Smart Grid configuration with POWERSAVE RF integrated programmable logic allows the functional adaptation to the respective application. Direct communication to a control system or a higher-level automation system can be achieved by IEC 61870-5-103 or optionally by selecting the appropriate software function IEC 61850 Ed. 1/Ed. 2. The application example shows how to use the device version for the feed- in management of distributed power generation plants. Protection at the feeders and at the grid connection point is covered by the POWERSAVE RF. Our devices are certified according to VDE-AR-N 4110 and VDE-AR-N 4120 for typical applications in the field of regenerative power generation in the medium and high-voltage range. Here, the protective functions focus on the voltage and frequency functions as well as the Q-U protection. Like with all variants in the device family, here there is also the option for the device to take over field control. The optionally 0 I M 0 I M QF) QU 81QU UMZ/AMZ 2x I>, I>> 50/51 P 2x Ith>T 49 3I> 51BF 3I< 37F Protective functions Voltage and frequency protection Ground fault protection 2x 2x I0> →← 67N →← I0> 67NIEF Controller, automation, and logic (option AU) Operable function buttons Measurements I0> 51NBF R/L I/O R/L I/O 3I I0 U0> 59G 2x I0>, I0>> 50/51N Fx LED Fx LED 3U U0 2x CBC I 0 Records P Q DFR FR COS SER 3I 15min f S 2x 2x 3U< 27 3U> 59 2x 2x f< 81 FUSEF 60 f> 81 P> 2x 2x Monitoring UNBAL SWOTF Communication protocols Standard Communication communication options Communication interfaces Optional interfaces Standard interfaces IEC 60870- 5-103 IEC 61850 SERVICE HTML USB RS-485 ETH RJ45 ETH RJ45 Glass Fiber Phoenix Contact 43

IT security With regard to cybersecurity, our protective device families have been developed under consideration of the BDEW white paper. The aim is to increase IT security in systems in the energy sector against unwanted internal and external attacks. Examples of central elements in this context are role-based access control and protective mechanisms at the communication interfaces. This includes both the management of user roles and rights (RBAC) and the recording of security- relevant events. Moreover, it prevents the installation of third-party software. Further information is available at: https://phoe.co/fM2JT1 To verify data, files are signed using SHA-256 and 3072-bit RSA keys, e.g., for update and patch management. For particularly high data security, user files are stored encrypted with AES-256 independently of the configuration file and encrypted with TLS during data transmission via the Ethernet interface. Data check with SHA-256 and 3072-bit RSA Data encryption with AES-256 Role-based access control (RBAC) Secure access Protective and control device Phoenix Contact 45

Redundancy concepts with IEC 61850 For IEC 61850 applications, the POWERSAVE device family offers various redundancy concepts: Parallel Redundancy Protocol (PRP), High-availability Seamless Redundancy (HSR), and Rapid Spanning Tree Protocol (RSTP). With PRP, parallel transmission to two redundant networks takes place so that continuous operation is possible in the event of a fault. In this procedure, data is neither lost nor transmitted with a delay. The DAN functionality (Double Attached Node) is achieved with an integrated switch. By using SFP modules, the functionality can be implemented both electrically and optically with various FO options. HSR allows the parallel transmission of the data in both ring parts. This means that there is no downtime if there is a malfunction of components within the ring. Non-redundant devices are connected via a redundancy box (Red Box). With RSTP, transmission happens in the ring, which is virtually “open” at one point. Here, there are short downtimes if one component of the ring has a malfunction. Switching to a new topology is done automatically. PRP/HSR Red Box Station automation IRIG,-B GPS Time synchronization LAN A LAN B PRP/HSR Red Box PRP/HSR Red Box HSR IED service PRP/HSR Ethernet switch PRP/HSR Ethernet switch Electrical or optical RSTP DAN DAN DAN DAN Phoenix Contact 47

Front side of the POWERSAVE device family Energy-saving, mono-color 3" TFT display to display system graphics with controller and measured value tables. Additional sides can be configured user-specifically. Button to switch between remote and local with status LED 3 freely-parameterizable function keys 4 navigation keys for simple operation USB service interface and supply for the protective computer 2 buttons to switch switchable equipment on and off Example rear side of a POWERSAVE RF device version Voltage converter connections (X7) Standard communication interface via RS-485 electric for IEC 60870-5-103 or remote configuration (X8) Binary inputs (X5) RJ45 Ethernet service interface (X4) Auxiliary current supply (X1) Energy block connection (X2) Short-circuiting CT connections (X3) 2 mechanical switching signals (excitation/triggering) 12 freely configurable LEDs (tri-colored) Extendable communication interface: e.g., electrical Ethernet for IEC 61850 (RJ45 connector) Binary outputs (X6) Grounding with grounding strap (X3) Phoenix Contact 49

Voltage transformer Voltage transformer inputs (**U4) 4x voltage inputs: 100/110/400 V AC (can be switched via software) Voltage sensors Voltage transformer inputs (**S3) 3x sensor inputs: max. 3.25 V in accordance with IEC 61869 (can be configured via software Binary inputs/outputs (BI8BO8) 8 binary inputs 20 ... 60 / 80 ... 250 V AC/DC (switching threshold can be selected via software) Integrated contact cleaning (contact cleaning system/contact fritting) Stability against capac. interference signals according to VDE directive 8 binary outputs Nominal voltage: 250 V AC or 30 V DC 2x 8 A @250 V AC continuous (contacts doubled), 2x 2,000 VA, 2x 8 A @30 V DC continuous (contacts doubled), 2x 240 W Response time: Standard max. 8 ms Extendable communication interface Electrical Ethernet RJ45 IEC 61850 Parameterization Extendable communication interface (EE) Electrical Ethernet, e.g., for IEC 61850 (RJ45) 1 2 3 6 Voltage sensors Binary inputs and outputs RJ45 U1 or RJ45 U2 RJ45 U3 5.1 5.2 5.3 5.4 5.5 5.6 5.7 5.8 5.9 5.10 5.11 5.12 BI1 BI2 BI3 BI4 BI5 BI6 BI7 BI8 B00 B01 B02 B03 B04 B05 B06 B07 6.1 6.2 6.3 6.4 6.5 6.6 6.7 6.8 6.9 6.10 6.11 6.12 6.13 6.14 6.15 Phoenix Contact 51

Properties ANSI Descriptions Protective functions Tolerances - - - - - - - - Typical excitation times (15 ... 25 ms (sub cycle I>>> : 10 ms)) Shutoff upon short circuit from transformer current and three-phase I> = 1.0In, excitation UMZ I> , t>=0.01 s (90 ms) Excitation tolerance (<2.5%) Relative time tolerance (<1%) Time tolerance of directed functions (Excitation: ~25 ms, trigger: ~32 ms) Fault location tolerance (<1% @ cable length, @ U/Usc >5 % and 30°<j<90°) Time tolerance for distance protection (excitation ~27 ms, trigger ~37 ms From transformer current in the first zone Z1: ~100 ms) Frequency protection time tolerance (excitation: ~80 … 120 ms) Protective functions 47 Rotary field direction monitoring 50BF Circuit breaker failure protection 50SOTF Three-phase short-circuit switch-on protection 60 Automatic voltage transformer case 74TC Circuit trip monitoring (only with software option AU) 79 85 86 Automatic restart (ARE) 1/3 pos. Signal comparison Busbar protection with H2 logic Restart inhibit LAL Carrying circuit MCS31 Circuit monitoring (transformer monitoring) VTFF Voltage circuit monitoring - - Ground fault error – pulse localization Monitoring the supply voltage IEC 61850 Versions RN RF - - - - - - - - MMXU RBRF PIOC RFUF SCBR RREC PSCH PSCH PSCH PSCH MMXU - PSDE NZBAT                       () ()                  Phoenix Contact 53

Properties ANSI Descriptions Message and status indicator on the front panel IEC 61850 Versions RN RF - - - - - - - - - Standard measured value tables and freely configurable LEDs Extensive measured value and status tables Energy-saving high-resolution monochrome 3" graphic display Three user-specific configurable function keys Two displays (mechanical position indicator) Button for onsite/remote switching Direct control buttons 12 tri-colored LEDs USB interface for communication to the PC or direct USB stick access Programmable logic RS RS flip flops (only with software option AU) TOF/TON On and off time delay (only with software option AU) UDCNT Forward/reverse counters (only with software option AU) - - - Single-point information Double-point information AND, OR, NOT, XOR, CONSTANT (only with software option AU) Communication options Standard communication Communica- tion options - - - - - - - - - 1x serial electrical for IEC 60870-5-103 (RS-485) (only with hardware option RS) XML parameterization via USB 1x electrical Ethernet for service interfaces via DIGICOM (RJ45 connector) (only with hardware option EX) 1x serial electrical for IEC 60870-5-103 (only with hardware option RE) 1x electrical Ethernet for service interfaces via DIGICOM (RJ45 connector) 1x serial optical IEC 60870-5-103 (ST male connector, 820 nm) (only with hardware option RO) 1x electrical Ethernet, e.g., for IEC 61850 (RJ45 connector) (only with EE hardware option) 1x optical Ethernet, e.g., for IEC 61850 (SC male connector, 1,300 nm) (only with EO hardware option) 1x electrical Ethernet switch, e.g., for IEC 61850 (2x RJ45 connector) (only with hardware option SE) 1x optical Ethernet switch, e.g., for IEC 61850 (2x LC male connector, 1300 nm) (only with hardware option SO) IEC 61850 (only with EE, EO, SE, or SO hardware option and software option 50): - Specification IEC 61850-6, 7-1, 7-2, 7-3, 7-4, 8-1 - Protocol IEC 61850-8-1 block 1, 2, 2+, 4, 4+, 5, 6, 9ab, 12abcd, 13, 14 - Receiver for 32 fast binary signals/locking mechanisms/individual notifications - Transmitter of 32 fast binary signals/locking mechanisms/individual notifications - Transmitter of 100 measured values/status signals - IEC 61850 MMS and GOOSE – – – – – – – – – GAPC GAPC FCNT GGIO GGIO – – – - – – – - – – – Formats Event and malfunction data DFR SER Malfunction data recording (COMTRADE standard) Event lists RDRE RSER          () () ()   () ()  () () () () () () () ()            () () ()   ()   () () () () () () ()   Phoenix Contact 55

Properties Standards Tests Electrical tests Irradiation with HF field frequency run Irradiation with HF field individual frequencies IEC 61000-4-3 10 V/m, 80 MHz … 1,000 MHz and 1,400 MHz … 2,700 MHz, run 80% AM, 1 kHz IEC 61000-4-3 10 V/m, 80, 160, 380, 450, 900, 1,850, 2,150 MHz, 80 % AM, 1kHz, duration 10 s Electrostatic discharge IEC 61000-4-2 6 kV contact, 15 kV air Rapid transient disturbance variables/bursts IEC 61000-4-4 Communication: 2 kV 5/50 ns, 5 kHz, both polarities Other connections: 4 kV, 5/50 ns, 5 kHz, both polarities Energy-rich surge voltages IEC 61000-4-5 Conducted HF, AM IEC 61000-4-6 Pulse: 1.2/50 ms Auxiliary voltage conductor to ground: 4 kV, 10 Ω, 9 µF Conductor to conductor: 2 kV, 0 Ω, 18 µF Communication: Conductor to ground: 4 kV, 0 Ω, 0 µF Other connections: Conductor to ground: 4 kV, 40 Ω, 0.5 µF Conductor to conductor: 2 kV, 40 Ω, 0.5 µF Communication: 10 V; 150 kHz…80 MHz; 80% AM, 1 kHz Other connections: 20 V; 150 kHz…80 MHz; 80% AM, 1 kHz Operating frequency magnetic field IEC 61000-4-8 30 A/m continuous; 300 A/m for 1 s … 3 s Slowly attenuated oscillating waves IEC 61000-4-18 Communication: CM: 1 kV at 1 MHz, 200 Ω Other connections: DM: 1 kV; CM: 2.5 kV at 1 kHz and 1 MHz, 200 Ω Operating frequency IEC 61000-4-16 Binary inputs: Zone A; DM: 150 V, 100 Ohm, 0.1 mF; CM: 300 V, 220 Ω, 0.47 µF Voltage fluctuations and flicker IEC 61000-4-11 IEC 61000-4-29 In the entire indicated auxiliary voltage range Immunity for the functional ground connection Shocks and vibrations IEC 61000-4-6 150 kHz … 80 MHz 10 V, 150 Ω, 80% AM IEC 61000-4-4 Burst: 4 kV, zone A Standards IEC 60255-21 IEC 60255-21-1 5…8 Hz; ±7.5 mm amplitude Sinusoidal oscillation Shock IEC 60068-2-6 IEC 60255-21-2 IEC 60068-2-27 8 ... 150 Hz; 20 m/s2 acceleration, frequency hub 1 octave/min, 20 periods in 3 axes orthogonal to each other Half-wave, acceleration 150 m/s2, 11 ms duration of each vibration in both directions on all axes Sinusoidal vibrations during earthquakes IEC 60068-3-3 Vertical: 1 ... 8 H z, ±1.5 mm amplitude horizontal @ 1g: 8 ... 35 Hz Vertical @ 5 m/s2: 8 ... 35 Hz Frequency hub 1 octave/min, 1 period on all axes IEC 60255-21-3 Horizontal: 1 ... 8 Hz, ±3.5 mm amplitude Half-wave sinusoidal vibrations during earthquakes Vibration and duration of shaking during transport Climatic ambient conditions Standard IEC 60255-21-3 Acceleration 100 m/s2, 16 ms duration every 1,000. Vibration in all directions IEC 60068-3-3 IEC 60255-21-1 IEC 60068-2-6 IEC 60255-1 IEC 60068-2-17 Half-wave, acceleration 150 m/s2, 11 ms duration of each vibration in both directions on all axes Operating temperature: -10°C ... +55°C Storage temperature: -25°C ... +55°C Transport temperature: -25°C ... +70°C Test conditions over 16 hours: -25°C ... +85°C Temporarily permissible for 96 hours with possibly impaired display during operation from +55°C: -20°C ... +70°C Humidity Annual average < 75%, condensation/ice formation not permissible Monthly average < 95% at max. +40°C, condensation/ice formation not permissible Installation altitude <3,000 m above sea level Phoenix Contact 57

2. Defining the device-specific software (see pages 61, 63) The devices are supplied with a predefined range of functions as standard. Depending on the hardware specification, you can select additional software functions. The device-specific software functions A–E can be selected on pages 61 and 63. A Additional communication protocol B Smart Grid protection C Fault localization D Distance protection E System automation/field control Moreover, the devices are supplied with the DIGICOM BASIC operating software. The software is used to parameterize and configure the devices. There is the option to extend the software with functionalities, such as fault analysis. The software can also be used by multiple users if a multi-use license is purchased. You can find more information on appropriate operating and fault analysis software starting on page 64. Easily create your order key yourself See the table on the next few pages to create your order key. A complete order key in POWERSAVE RN looks like the following: You will find the order key on the second line of every table. You have the option to customize your product by using predefined options. An order key consists of both hardware and software options. 1248590/X1/I4U0/K0/BI4BO4/RS/SE/S/50/00/00/00/00/00/AU 1248590/X /I4U0/ /BI BO / / / / /00/00/00/00/00/ E System automation/field control A Additional communication protocol  Mounting type  Communication options  Binary inputs and outputs  Power management  Auxiliary power supply Phoenix Contact 59

Defining the device-specific software  n o i t a c i n u m m o C s n o i t p o  e p y t g n i t n u o M A n o i t a c i n u m m o c l a n o i t i d d A l o c o t o r p s n o i t p o e r a w t f o s c fi i c e p s - e c i v e D m e t s y S E l / d e fi n o i t a m o t u a l o r t n o c Please select / Please select / Please select / Please select / 00/00/00/00/00 / Please select 00 None 00 None S Size 19"/2; 3 RU for construction and installation (type S) 00 None RS 1x serial electrical for IEC 60870-5-103 (RS-485) RO 1x serial optical for IEC 60870-5-103 (ST male connector, 820 nm) R Size 19"/2; rack installation and RN1 construction offset (type R) 50 IEC 61850 00 None AU Options include EX 1x electrical Ethernet as service interface via DIGICOM (RJ45 connector) EE 1x electrical Ethernet, e.g., for IEC 61850 (RJ45 connector) RE 1x serial electrical for IEC 60870-5-103 (RS-485) 1x electrical Ethernet as service interface via DIGICOM (RJ45 connector) EO 1x optical Ethernet, e.g., for IEC 61850 (SC male connector, 1,300 nm) SE 1x electrical Ethernet switch, e.g., for IEC 61850 (2x RJ45 connector) SO 1x optical Ethernet switch, e.g. for IEC 61850 (2x LC male connector, 1,300 nm) 1248590/X /I4U0/ /BI BO / / / / /00/00/00/00/00/ E System automation/ field control A Additional communication protocol  Mounting type  Communication options  Binary inputs and outputs  Power management  Auxiliary power supply Note The DIGICOM BASIC operating software is delivered as standard with your product. There is the option to purchase an extended version (see Page 67). Phoenix Contact 61

Defining the device-specific software  n o i t a c i n u m m o C s n o i t p o  e p y t g n i t n u o M A n o i t a c i n u m m o c l a n o i t i d d A l o c o t o r p B C D E d i r G t r a m S n o i t c e t o r p n o i t a z i l a c o l t l u a F n o i t c e t o r p e c n a t s i D m e t s y S l / d e fi n o i t a m o t u a l o r t n o c Please select / Please select / Please select / Please select / Please select / Please select / Please select / Please select RS 1x serial electrical for IEC 60870-5-103 (RS-485) 00 None RE 1x serial electrical for IEC 60870-5-103 (RS-485) 1x electrical Ethernet as service interface via DIGICOM (RJ45 connector) RO 1x serial optical for IEC 60870- 5-103 (ST male connector, 820 nm) S Size 19"/2; 3 RU for construction and installation (type S) R Size 19"/2; rack installation and RN1 construction offset (type R) 00 None 00 None 00 None 00 None 00 None 50 IEC 61850 QU Q-U contactor FO Options include ZP Options include AU Options include FE Automatic frequency relief AFE/UFLA QF Q-U contactor and automatic frequency relief AFE/UFLA EE 1x electrical Ethernet, e.g., for IEC 61850 (RJ45 connector) EO 1x optical Ethernet, e.g., for IEC 61850 (SC male connector, 1,300 nm) SE 1x electrical Ethernet switch, e.g., for IEC 61850 (2x RJ45 connector) SO 1x optical Ethernet switch, e.g., for IEC 61850 (2x LC male connector, 1,300 nm) 1248589/X / / /BI BO /R / / / / / / / E System automation/field control D Distance protection C Fault localization B Smart Grid protection A Additional communication protocol  Mounting type  Communication options  Binary inputs and outputs  Power management  Measuring transducer inputs  Auxiliary power supply Note The DIGICOM BASIC operating software is delivered as standard with your product. There is the option to purchase an extended version (see Page 67). Phoenix Contact 63

Software overview Get to know the various design variants and simply download the free basic version. Intuitive operation DIGICOM enables intuitive configuration of the protective relay including system automation and fault data analysis. More information starting on page 66 More information starting on page 70 Phoenix Contact 65

Functions Complete creation of the configuration files including programmable logic and system automation Reading out device data Comparison of configuration files Uploading the configuration files to the protective device Password management Language selection (DE, EN, FR, IT) Integrated help function, function manual, and device manuals Reading out event lists Display of the measured values and status indicators in the measurement center (online file) Graphic visualization of the DIST/DIFF characteristic curves (only for devices with software option ZP) Test functions (activation of the binary outputs, LEDs, IEC 60870-5-103, thermal decay) Readout and graphic analysis of the COMTRADE fault data in DIGIVIEW Firmware update Multi-user license Item number DIGICOM BASIC ADVANCED ADVANCED MULTIUSER                                   1270480 1270482 1270484 Phoenix Contact 67

Download the software easily and free of charge Optimum mains protection requires not only reliable and particularly robust hardware, but also intuitive operation of the components and support during commissioning and later operation. You can simply download the DIGICOM BASIC operating software free of charge and get your first impressions of how to use it. All the basic version functions can be used without installing the actual software. For a detailed description of this, please refer to the user manual and information within the software itself.  Web code: #2274 Intuitive operating software with extensive functions Phoenix Contact 69

Device parameterization Clear user interface for configuration The DIGICOM operating software enables a fast and simple device parameterization. The configuration file is either created from scratch or read out from an already-configured unit. The menu navigation of the configuration files is structured in a user-friendly tree structure. This enables clear, step-by-step device parameterization. The selection of the individual sub-points automatically displays the configurable parameters. The software automatically grays out the parameters that cannot be changed due to previously made settings. The field-tested process makes programming the device easy for the user. A structured menu navigation and logical links between selection fields makes operation easier Parameterizing the interfaces for primary technology as measurement voltage failure, current and voltage imbalance, and current and voltage sum can be configured here. Activating the monitoring or protection functions automatically makes the associated data points available in the communication protocol, logic, and I/O matrix. In the object adjustment section, the connections of conventional current and voltage transformers are set. With the POWERSAVE protective relay family, the settings for connected sensors are entered depending on the hardware variant. In the case of converter parameterization, this includes, for example, the connection direction, primary values, circuitry, rated currents and voltages, and the star point treatment. The transformer monitoring section establishes how the connected transformers are monitored. Monitoring functions such Simple data transfer from connected transformers and sensors Protective functions and peripheral devices can be programmed as needed In the field of protective functions, DIGICOM provides the option to set up up to four different parameter records. These parameter records include the same selection options of protective functions respectively and can be adjusted independently of one another. In addition to the protection functions, operation support functions for monitoring, signal transmission, or AWE can also be found in each parameter record. The parameter records can be switched by using the function buttons on the front panel. The settings in the peripherals section include various themes. In this area, parameters are defined which are used to control the primary technology, the station automation, and the connection to the remote control technology or which affect the display. The integrated graphics and logic editor and the E/A matrix are tools for engineering the system automation. Parameters to define communication via IEC 61850 or IEC 60870-5-103 are also defined in this section. KOMBISAVE F1 F2 F3 F4 J01 Bern J01 Bern QB1 QC1 QA1 IEC SF6 <Imin 63% 2018-01-09 11:02:39 S P 3.46 MVA 3.41 MW 601 kvar Q cos φ 0.98 50 Hz L1 L2 L3 L0 100A 11.5 kV 100A 11.5 kV 100A 11.5 kV <Imin <Umin READY ERROR R L I 0 ENTER ESC RESET Anregung Auslösung Phase L1 Phase L2 Phase L3 vorwärts rückwärts AWE bereit AWE ausgeschaltet Überlast Kurzschluss Erdschluss U- oder f-Fehler SF6 Fehler Blockade Flexible operation due to freely programmable function buttons Phoenix Contact 71

Test functions and fault data analysis Support for commissioning with integrated test functions In addition to the parameterization and configuration of the protective relay, the software also allows you to run test functions. This is necessary during tasks such as commissioning tests and maintenance work, or when rectifying faults. In addition to activating the binary inputs and outputs, you can also adjust the test of the excitation signal. Moreover, there is the option to check the functionality of the LEDs and the screen. A thermal level can be specified for the thermal image. This simulates the pre-heating of the protected equipment, such as a motor. The communication function via IEC 60870-5-103 can be tested using DIGICOM. Since not all data points can be tested by direct testing, signals such as device faults and warnings can be stimulated as individual data points, for example. This can be easily carried out with the support of the DIGICOM test function. Display of status and measured values Analysis of fault data with DIGIVIEW For optimal analysis of fault data, the supplied DIGIVIEW analysis program can be used to display COMTRADE files. DIGIVIEW is a universal tool in which fault data records can be displayed and evaluated clearly. The program supports COMTRADE files in accordance with IEEE C37.111.1999. The measured analog values are show as u(t) and i(t). These are used to calculate and display additional values such as RMS values. In addition to analog values and binary traces, it is possible to display current and voltage values in vector diagrams. Fourier transformations are used to determine the proportions of the harmonics, calculate their percentages, and display them in the program. This makes it easier to assess transient processes in transformers, for example. The analog or binary values to be displayed are selected in the configuration. The settings for the vector diagrams, the fault data time point, the trigger time point, and the device designation can also be adjusted here. This makes it possible to synchronize incident records to a common point in time for comparisons or due to invalid time stamps. DIGIVIEW supports the display of primary and secondary values and allows subsequent modification of the primary and secondary ratios of the transformers. The areas shown can be scaled in size. The appropriate magnification enables detailed data analysis. A modified fault record can be saved with a new file name and also Display of analog signals and binary values printed. DIGIVIEW is part of the DIGICOM ADVANCED operating software package, for which a corresponding license is required. Phoenix Contact 73

Marking and labeling A consistent plant marking system forms the basis for efficient maintenance, repairs and troubleshooting in substations. We offer consistent and comprehensive system solutions for this purpose: from marking material through marking systems to software – all from a single source.  Web code: #0575 Plug-in test systems for protection technology and control engineering Protective devices for high-voltage current transformers are tested regularly. The modular, preconfigured FAME plugs and terminal strips offer all switching actions for safe protective testing, enabling time-saving measuring and testing processes.  Web code: #0131 Remote terminal unit (RTU) The smartRTU technology platform is a modular, easy-to-configure remote terminal solution for various fields of application. As a telecontrol or automation system in power grids, it features predefined functions and easy configuration.  Web code: #2359 Protect, monitor, and control electrical grids Transmission grid and distribution grid operators are constantly modernizing and developing their grids. With our comprehensive service portfolio, we help grid operators in the digitalization and optimal adaptation and development of their equipment. The focus is on security of supply, based on high-availability and technically mature products and solutions. We provide you with support from the planning phase to implementation. Phoenix Contact 75