Railway technology product list Clear, compact, and to the point Does this item have a railway approval? This is a question asked frequently for products designed for use in the railway industry. This document provides a compact summary outlining the railway-specific requirements that products in the Phoenix Contact portfolio fulfill. This enables you to obtain the relevant information for product selection at item level quickly and clearly. 2 Phoenix Contact

Norms and standards for railway technology Explained step by step Our railway guide explains the norms and standards relevant for the railway industry in an international context. The requirements and areas of application for the standards are explained and clearly supported by graphics. This guide also explains how to run the necessary tests. You can download our guide at the following link: phoenixcontact.com/railway_guide Railway Guide – EN 45545 Practical guide with focus on “electrotechnical equipment” 4 Phoenix Contact

Industrial cybersecurity As digitalization increases, so do security risks and thus the risk of a cyberattack. Companies are required by law to protect themselves against cyberattacks, in particular in the field of critical infrastructure. Industrial security protects against downtime, sabotage, and data loss. Comprehensive protection against unauthorized access is therefore an important requirement for automation systems. 6 Phoenix Contact

Control meets security: PLCnext Technology IEC 62443-4-2-compliant PLCnext Technology is the ecosystem for industrial automation, consisting of open hardware, modular engineering software, a global community, and a digital software marketplace. PLCnext Control are the first PLCs in the market to be certified by TÜV Süd in accordance with IEC 62443-4-1 ML 3 Full Process Profile in combination with IEC 62443-4-2. This confirms that the Secure Development Life Cycle was fully applied in developing PLCnext Control. Product certification in accordance with IEC 62443-4-1 and -4-2 confirms that a product has been developed in accordance with secure design and provides information about which technical security requirements have been implemented. In addition to the modular PLCnext Control AXC F 2152 and AXC F 3152 controllers, our high-performance RFC 4072S safety controller and the AXC F XT SPLC 1000 safety PLC extension have also been certified. Benefit­from­the­limitless­possibilities­of­PLCnext­Control Communication protocols PLCnext Control supports a wide range of relevant communication protocols. These are either already integrated, can be implemented via hardware components, or can be loaded later as function blocks. The fieldbus protocols include PROFINET, EIP, and CAN. HTTP, HTTPS, SFTP, SNTP, IPsec, syslog, and OPC UA are already available as common Ethernet protocols. MQTT, CODESYS, and Modbus/TCP can be loaded later as function blocks. Edge computing PLCnext Control for edge applications allows you to create IoT edge solutions for making the best cloud-based use of data from the field. This allows you to close the gap between the IT and OT worlds. You can reduce development and provision times using pre-installed software tools such as Node-RED, a local time series database, and a simple cloud connection. Simple and secure management is guaranteed via an integrated web-based management tool. OT 8 Phoenix Contact

High-performance­security­routers Protecting data communication against unauthorized access As digitalization progresses, more and more communication and data networks are being set up for railway infrastructure. Although they are used for remote diagnostics or monitoring energy and systems and not in the vital area of control and safety technology, these networks must still be protected against unauthorized access by malware or people. After all, these systems are essential for smooth railway operations. With their comprehensive security functions, mGuard security routers are the security backbone of your infrastructure. The integrated firewall protects against unwanted communication and access. With functions like network segmentation and high processing speed, a high level of security is guaranteed without any restrictions on data traffic. Secure remote access is possible with encrypted VPN communication. mGuard features Gbit/s NAT VPN Gigabit data rate Firewall Network Address Translation (NAT) Network segmentation Stealth mode Secure remote maintenance 10 Phoenix Contact

Terminal blocks The requirements around components for railway infrastructure are stringent. They are used in safety-relevant applications and safeguard the availability of railway operations. Furthermore, in modern rail vehicles, the need for usable area and traveling comfort is growing. At the same time, less and less space is available for the required installations. Phoenix Contact supplies compact connection solutions with various numbers of positions, conductor cross-sections, and installation options that are particularly well-suited for space-saving electrical wiring. 12 Phoenix Contact

Connection technologies in detail Push-in­connection The terminal blocks of the CLIPLINE complete range cover a broad range of applications. Connections based on spring technology have become an established method in the railway technology sector. Push-in direct-connection technology combines all the advantages of spring-cage technology and provides enormous cost-savings potential with considerably faster wiring. To make it easier to find our products in the online shop, the acronyms of the specific product families (PT, PTV, etc.) are listed in the second line. Feed-through terminal block PT… For standard applications. Feed-through terminal block, lateral connection PTV… For applications with a low installed height. Feed-through terminal block, pluggable terminal blocks PT...1P For maintaining or exchanging equipment. Plug/coupling PP-H... and PPC... For flying leads. Potential distributor PTRV... For space-saving, high-position wiring. Marshalling patchboard PTMC... Modular, for signal marshalling. 14 Phoenix Contact

Connection technologies in detail Push-X­connection The Push-X terminal blocks are characterized by conductor connections that require almost no effort. The new technology combines the advantages of existing spring connection technologies and even enables tool-free conductor connection of the smallest conductors without ferrules. Due to the considerable time savings during wire preparation and wiring, Push-X technology is one of the most efficient connection solutions in the field of terminal blocks. ❯ For more information, visit: phoenixcontact.com/push-x­ Feed-through and multi-conductor terminal blocks XT… For standard applications with a conductor cross-section of 0.5 to 4 mm². Feed-through and multi-conductor terminal blocks with lateral conductor connection XTV... For standard applications with a conductor cross-section of 0.5 to 25 mm². Function terminals XT… For switching tasks, for testing, separating, and measuring purposes, and for the integration of components and fuses. Spring-cage­connection The spring-cage connection delivers high contact reliability and constant connections, even at high levels of vibration. 16 Phoenix Contact Spring-cage connection terminal blocks ST... Diode terminal blocks ST...DIO... Traditional connection technology. With integrated diode.

M12­connectors­ Molded connectors from the M12 RAIL series provide a reliable cabling system for all control levels in the train. They meet the fire protection requirements of DIN EN 45545-2 and are fully electrically tested. The portfolio also includes connectors designed for assembly for individually adjustable cable lengths. Our push-pull system enables quick, tool-free mounting. All connectors are available in shielded versions, an important criterion in light of high EMC exposure in rail traffic. 18 Phoenix Contact

M12­push-pull­connectors­in­detail The new standard for railway technology The M12 connectors with a push-pull fast-locking system guarantee easy cabling and space-saving device connection. They provide significant mounting advantages, in particular in tight spaces and with high cabling densities, allowing fast component plugging and unplugging. M12 push-pull connectors are robust and reliable. They enable a secure, durable connection under extreme conditions. Plug and Produce With the cross-manufacturer push-pull locking system, you plug in securely and save up to 80% installation time. Greater flexibility The M12 duo contour enables flexible field wiring with M12 screw connectors or push-pull connection technology. More compact designs With recessed M12 ports, you can achieve more compact device designs and flush integration into the housing. Flying leads With connectors that have push-pull internal and external locking, you can realize flying leads. Individual cabling With M12 push-pull connectors designed for assembly, you can determine flexible cable lengths and connect them tool-free. Highly­future-proof­ The push-pull product range is cross-manufacturer compatible with IEC 61076-2-010 standardization. 20 Phoenix Contact

M12­cable­connectors­in­detail On this page and the next double page, you will find our products for the cable side of an M12 connector. This includes both connectors designed for assembly and pre-assembled cables. The M12 RAIL series features sensor/actuator cabling with A-coding, Ethernet and PROFINET cabling in a D-coded design, and X-coded cables for high data rates (10 Gbps). These materials can be used without any problems in a rail vehicle because they satisfy the fire protection requirements of DIN EN 45545-2. Assembled cables Choose from assembled sensor/actuator cables, as well as data cables for communication networks and passenger information systems. Connectors designed for assembly With our M12 connectors designed for assembly, you can adapt the cabling flexibly to your requirements. Totally protected shielding The 360° shield connection with Advanced Shielding Technology ensures approved EMC protection, robustness, and improved performance. Push-Lock­connection Tool-free wiring of all conductor types with direct insertion. Color-coded lever for reliable assembly. IDC displacement connection QUICKON provides a fast connection for M12 connectors. The insulation displacement contact makes a vibration resistant and gas-tight contact. Crimp connection Connection can be automated for high production volumes. The extremely compact connector is suitable for railway applications. 22 Phoenix Contact

Product­list­M12­cable­connectors SIGNAL and DATA EN 61373 and EN 45545-2 for R22, R23, and R24: HL1-HL2-HL3 Assembled network cables with M12 cable connectors, railway approved Cable length PROFINET D-coded Signal, 2-pos. A-coded Signal, 3-pos. A-coded Signal, 4-pos. A-coded Signal, 5-pos. A-coded Ethernet X-coded Straight male connector, free cable end 2 m 5 m 10 m Variable 1407339 1407340 1407341 1412178 Straight female connector, free cable end 1412159 2 m 5 m 10 m Variable 1412181 1412157 Angled female connector, free cable end 2 m 5 m 10 m Variable Angled male connector, free cable end 2 m 5 m 10 m Variable 1412179 1412160 Straight male connector, straight male connector 2 m 5 m 10 m 1407342 1407343 Variable 1412177 Straight male connector, straight female connector 2 m 5 m 10 m Variable 24 Phoenix Contact 1407296 1407298 1407303 1407304 1407305 1407306 1407307 1407300 1407311 1407312 1407313 1412169 1407317 1407318 1407319 1412167 1407320 1407321 1407322 1412168 1407314 1407315 1407316 1407325 1407326 1407327 1407331 1407332 1407333 1412172 1407334 1407335 1407336 1412173 1407328 1407329 1407330 1412175 1407337 1407338 1415599 1415600 1415601 1415595 1415598 1431616 1407309 1407323 1407324 1412171 1412176

M12­device­connectors­in­detail On this and the next double page you will find our products for the device side of an M12 connector. This includes device connectors with assembled conductors as well as products for printed circuit board direct mounting. Through-hole­reflow­soldering The THR soldering process applies the process steps of SMT manufacturing to a PCB with through-contacted holes. Surface mount technology SMD is the basis for modern assembly manufacturing and optimizes the assembly manufacturing process. Wide range of device port solutions Use of housing screw connections with threaded fastening, press-in contour, or for direct integration into the front panel. Connectors with litz wire connection Connectors with preassembled litz wires for immediate use. They are molded on the cable side for optimum seal tightness. Connectors with cable connection Cable designs with optimum tightness due to cable-side potting for all common networks and fieldbuses. For wave soldering processes Connectors for use in wave soldering processes feature simple PCB mounting. 26 Phoenix Contact

Product­list­M12­device­connectors DATA EN 61373, unclassified mass in accordance with EN 45545-2: <10 g <100 g M12 device connectors for networks Coding Pin assignment RoHS Lead-free alternative items available Front mounting, with assembled cable, Ethernet M16 x 1.5, can be positioned, water blue, cable type 93E, cable length: 2 m Rear mounting, with assembled cable, Ethernet M16 x 1.5, water blue, cable type 93E, cable length: 2 m M16 x 1.5, water blue, cable type 94F, cable length: 0.5 m Rear mounting, with assembled cable, PROFINET 4-position D Male Female 1405837 1405866 Pg9, green, cable type 93B, cable length: 0.5 m 1437805 1437766 Rear mounting, for wave soldering processes, Ethernet hybrid M16 x 1.5, one-piece, wave soldering Contact carrier for wave and reflow soldering processes, Ethernet two-piece Straight, shielded, THR, tape-and-reel Straight, shielded, SMD, tape-and-reel Angled, shielded, wave soldering 8-position X (Cat. 6A) Female 6 7 5 8 4 1 3 2 1424135 1424177 1413446 1081252 1424180 DATA EN 50155, EN 61373, unclassified mass in accordance with EN 45545-2: <100 g Network isolator for electrical isolation Connection method Transmission rate Interfaces Type Item no. M12 D-coded, female 10/100 Mbps Ethernet PROFINET FL ISOLATOR 100-M12 2902985 28 Phoenix Contact

Heavy-duty­connectors The HEAVYCON HPR and ADVANCE housings are especially suitable for outdoor application. Featuring a robust design with IP68/IP69K degree of protection, they protect the built-in fixed-position or modular contact inserts. They satisfy the stringent requirements of the railway industry. At the same time, they provide a permanent and interference-free connection for electrical cables and data transmission, both inside and at the gangway connections. 30 Phoenix Contact

Product­lists­–­heavy-duty­connectors ADVANCE B housings Unclassified mass in accordance with EN 45545-2: 0 g <10 g 10 - 12 g Installed height Thread B06 B10 B16 B24 Metric Sleeve housings with screw locking mechanism Straight Short Straight Tall Lateral Short Lateral Tall M20 M25 M25 M32 M40 M20 M25 M25 M32 M40 Panel mounting flanges Individual Set of 2 1420904 1420905 1420900 1420901 1420902 1420903 1420898 1420899 1686533 1604638 1420912 1420913 1420908 1420909 1420910 1420911 1420906 1420907 1686533 1604638 1420921 1420917 1420918 1420919 1420920 1420914 1420915 1420916 1686533 1604638 1420929 1420925 1420926 1420927 1420928 1420922 1420923 1420924 1686533 1604638 HPR B housings Unclassified mass in accordance with EN 45545-2: 0 g <10 g Installed height Thread B06 B10 B16 B24 Metric Sleeve housings with screw locking mechanism Straight Tall Lateral Tall M20 M25 M32 M40 M20 M25 M32 M40 1411879 1411106 1411878 1411119 1411882 1411067 1411881 1411070 1411059 1411885 1411058 1411884 1411888 1411062 1411887 1411061 Panel-mount bases for screw locking mechanism Without cover 1411122 1411083 1411060 1411055 Surface-mount housings for screw locking mechanism Without cover M20 M25 M32 M40 1411880 1411135 1411883 1411096 1411054 1411886 1411889 1411063 Covers with screw locking mechanism For panel-mount side 32 Phoenix Contact 1418441 1418444 1418445 1418446

Product­lists­–­heavy-duty­connectors Snap-in­frames­for­B­housings­for­modular­contact­inserts Metal, 0 g unclassified mass Module carrier frames with side latch springs Description B06 2 Housing size B10 B16 Module slots 3 4 B24 6 For sleeve housings (A, B, C, etc.) 1182087 1182089 1182093 1182095 For panel mounting bases, surface mounting housings, and coupling housings (a, b, c, etc.) 1182085 1182088 1182090 1182094 Modular­contact­inserts­for­snap-in­frames EN 45545-2 for R22, R23, and R24: HL1-HL2-HL3 POWER Connection 1 1 2 2 2 Number of positions Axial screw Axial screw Axial screw Axial screw Axial screw IEC rated data 200 A, 1,000 V, 70 mm² PE, 70 mm² 100 A, 1,000 V, 35 mm² 70 A, 1,000 V, 25 mm² 40 A, 1,000 V, 10 mm² Module slots 2 2 2 1 1 Female Male 1417379 1417381 1417380 1417382 1417390 1417392 1417296 1417297 1417387 1417389 Connection 2 Push-in 2 Crimp CK 4,0 3 Push-in 3 3/4 Crimp CK 4,0 Crimp CK 4,0 IEC rated data 40 A, 830 V, 6 mm² 40 A, 1,000 V, 10 mm² 40 A, 500 V, 6 mm² 40 A, 500 V, 10 mm² 40/10 A, 830 V, 6/2.5 mm² Module slots 1 1 1 1 1 Female Male 1424222 1424223 1414361 1414360 1424218 1424219 1414359 1414358 1414365 1414364 Connection 4 Push-in 4 Crimp CK 4,0 5 Push-in 5x2 TWIN push-in 6 Push-in IEC rated data 35 A, 690 V, 6 mm² 40 A, 690 V, 6 mm² 16 A, 400 V, 2.5 mm² 16 A, 400 V, 1.5 mm² 16 A, 500 V, 2.5 mm² Module slots 1 1 1 1 1 Female Male 1424220 1424221 1414362 1414363 1417373 1417372 1423962 1423961 1424224 1424225 Connection Crimp CK 2,5 Crimp CK 2,5 6 6 8 Push-in 8 20 Crimp CK 2,5 Crimp CK 2,5 IEC rated data 16 A, 830 V, 4 mm² 16 A, 500 V, 4 mm² 16 A, 400 V, 2.5 mm² 16 A, 500 V, 4 mm² 16 A, 500 V, 4 mm² Module slots 1 1 1 1 2 Female Male 1414369 1414368 1414367 1414366 1424226 1424227 1414371 1414370 1414373 1414372 34 Phoenix Contact

Product­lists­–­heavy-duty­connectors HPR­D7­housing­ Unclassified mass in accordance with EN 45545-2: 0 g <10 g HPR (IP68/IP69K) M25 1424639 Version Sleeve housings Straight Panel-mount bases, straight Without cover Panel-mount bases, angled Surface-mount housing With closed bottom Cover For pin inserts For socket inserts M20 1424638 1424637 1424635 1424641 1424636 1424636 Contact­inserts­for­D7­housings EN 45545-2 for R22, R23, and R24: HL1-HL2-HL3 A series D series Q series Connection Version Push-in Female Male Screw Female Male 1585265 1585223 Crimp CK 1,6 Female Male Crimp CK 4 Female Male 1419895 Crimp CK 2,5 Female Male 1406537 Number of positions 1585252 1585210 1585281 1585249 Number of positions 1584363 Number of positions 1585278 1585236 1584350 4 8 3 1419893 1419897 1419896 1406538 12 3 7 2 5 7 Crimp CK 1,6 Female Male 1418623 1418624 1418625 1418626 RJ45 gender changer Cat. 6A RJ45 pin insert Cat. 6A RJ45 adapter for patch cables RJ45 adapter for RJ industrial inserts Female Male Male Male RJ45 1422590 1077117 1077120 1077119 36 Phoenix Contact

FO splice boxes FO splice boxes are transfer and distribution points between field levels (fiber-optic cables) and the active components of the communication infrastructure (switches, routers, and converters). Our splice boxes provide plenty of space for the secure connection of fiber-optic cables and, at the same time, have compact outer dimensions. They can be used at temperatures from -25°C to +70°C, and selected versions can even be used between -40°C and +85°C. Because they feature different fiber and connector types and up to 12 duplex front connections, our splice boxes are flexible and future-proof. 38 Phoenix Contact

Product lists – splice boxes FO splice boxes, FDX-20 series, IP20 6x LC duplex 12x LC duplex 6x SC duplex 6x ST duplex 6x SC duplex 6x ST duplex 6x ST duplex 6x LSH duplex DIN rail mounting Without pigtails, multimode, polymer couplings Without pigtails, multimode, metal couplings Without pigtails, singlemode, polymer couplings Without pigtails, singlemode, metal couplings 1019710 1019705 1019686 1343385 1343386 1343387 1343388 1343383 1084827 1343384 OM1 (G62.5/125 µm) 1343377 1343380 1019684 OM2 (G50/125 µm) 1019713 1019709 1019700 1019683 OM3 (G50/125 µm) 1343378 1343381 OM4 (G50/125 µm) 1019712 1019708 1019698 OS2 PC (E9/125 µm) 1019711 1019707 1019692 1019682 OS2 APC (E9/125 µm) 1083665 1343382 1019680 FO splice boxes, FDX-20 series, 19-inch mounting 12x LC duplex 24x LC duplex 12x SC duplex 24x SC duplex 12x ST duplex 24x ST duplex OM1 (G62.5/125 µm) OM2 (G50/125 µm) OM4 (G50/125 µm) 1145416 1145375 1145408 1145407 1145398 1145397 1145415 1145413 1145406 1145403 1145399 1145389 OS2 (PC) (E9/125 µm) 1145411 1145409 1143631 1145400 1145395 1145392 40 Phoenix Contact

Marking systems and marking material Marking solutions for railway technology must be reliable and stable. Fire protection also plays a crucial role. The MARKING system from Phoenix Contact provides the ideal marking solution for all railway industry applications. Select from among more than 2,000 halogen-free marking solutions optimized for fire protection, more than 10 different marking systems, and three marking technologies. 42 Phoenix Contact

4 4 P h o e n x C o n t a c t i HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL2 HL1-HL3 DIN EN 45545-2 (R22) HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 DIN EN 45545-2 (R23) HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 HL1-HL3 DIN EN 45545-2 (R24) V 0 V 0 V 0 V 2 V 2 X - 4 0 1 2 0 P C X X X X U C T - W M C O … X - 4 0 1 2 0 P C X X X X U C T - W M T B A … X - 4 0 1 2 0 P C X X X X U C T - E M P … X - 4 0 1 2 5 PC (transparent) K M K H P … - 4 0 1 2 0 P C X X X X U C T - W M T … X - 3 0 8 5 T P U P A T G H F … UL 94 CSA C22.2 No. 198.1 DIN EN 60529:2000-09 Halogen-free1) Lower application range [°C] Upper application range [°C] Material TOPMARK NEO BLUEMARK ID / ID COLOR THERMOMARK CARD 2.0 THERMOMARK PRIME 2.0 THERMOMARK GO / GO.K THERMOMARK E.300/600 (D) THERMOMARK ROLL 2.0 THERMOMARK E.300 DOUBLE T y p e V 0 X - 3 0 1 2 5 P O X X X W M S - O T H F … i M a r k n g s y s t e m s X - 5 5 1 0 0 P O X X - 3 0 1 0 5 P O X X X S h r i n k r a t i o : 2 1 : W M S - 2 H F … S h r i n k r a t i o : 2 1 : - M M W M S - 2 … W i r e a n d c a b l e m a r k n g i P r o d u c t l i s t s – m a r k n g m a t e r i a l i a b c

4 6 P h o e n x C o n t a c t i 1 ) F o r t h e d e fi n i t i o n o f h a l o g e n - f r e e , s e e A t t a c h m e n t 2 . HL1-HL2 HL1-HL3 DIN EN 45545-2 (R22) HL1-HL2 HL1-HL3 DIN EN 45545-2 (R23) HL1-HL2 HL1-HL3 DIN EN 45545-2 (R24) V 2 X - 4 0 1 2 0 P A X U C - T M F … U C - T M … V 0 X - 4 0 1 2 0 P C X X X X UL 94 Halogen-free1) Lower application range [°C] Upper application range [°C] Material TOPMARK NEO BLUEMARK ID / ID COLOR THERMOMARK CARD 2.0 THERMOMARK PRIME 2.0 U C T - T M … U C T - T M F … T y p e i M a r k n g s y s t e m s P r o d u c t l i s t s – m a r k n g m a t e r i a l i T e r m n a l i m a r k n g i 1 2 3 N

Power supply solutions For railway technology we provide a comprehensive portfolio consisting of power supplies, DC/DC converters, redundancy modules, UPSs, and energy storage devices. With high MTBF values, a robust design, and preventive function monitoring via signal contacts, all the devices provide a high degree of availability. Important standards and requirements for rail vehicles, such as EN 50155, EN 61373, and EN 45545-2, as well as PCBs with a protective coat, are met depending on the device type. 48 Phoenix Contact

Type Item no. y e k e e S 2, 3 2, 3 2, 3 2, 3 2, 3 2, 3 2, 3 Product lists – power supply solutions AC/DC power supplies with unique properties for railway infrastructure Input voltage Output voltage Output current 1 AC 1 AC 1 AC 1 AC 1 AC 1 AC 1 AC 1 AC 1 AC 1 AC 1 AC 1 AC 1 AC 1 AC 1 AC 1 AC 1 AC 1 AC 1 AC 3 AC 3 AC 3 AC 3 AC 5 V DC 12 V DC 12 V DC 12 V DC 24 V DC 24 V DC 24 V DC 24 V DC 24 V DC 24 V DC 24 V DC 24 V DC 24 V DC 24 V DC 48 V DC 48 V DC 48 V DC 48 V DC 110 V DC 24 V DC 24 V DC 24 V DC 24 V DC 5 A 2.5 A 7.5 A 15 A 1.3 A 2.5 A 2.5 A 3.8 A 5 A 10 A 10 A 20 A 20 A 40 A 5 A 10 A 10 A 20 A 4 A 5 A 10 A 20 A 40 A 2 - 3 - 1 2 1 0 5 N E 4 - 1 2 1 0 5 N E 5 - 1 2 1 0 5 N E X X X X X X X X X X X X X X X X X X X X X X X 1 X X 1 1 1 X 1 1 1 X 1 X 1 1 1 X 1 1 1 1 1 X X X 1 X X X X 1 1 1 1 1 1 1 1 1 1 1 1 1 1 z H 7 6 1 . X X X X X X X X X X X X X X X X X X X t r a t s , C ° 0 4 - d e t s e t - e p y t X X X X X X X X X X X X X X X X X X X X X X X QUINT4-PS/1AC/5DC/5/PT QUINT4-PS/1AC/12DC/2.5/PT QUINT4-PS/1AC/12DC/7.5/PT QUINT4-PS/1AC/12DC/15 QUINT4-PS/1AC/24DC/1.3/PT QUINT4-PS/1AC/24DC/2.5/PT QUINT4-SYS-PS/1AC/24DC/2.5/SC QUINT4-PS/1AC/24DC/3.8/PT QUINT4-PS/1AC/24DC/5 QUINT4-PS/1AC/24DC/10 4 QUINT4-PS/1AC/24DC/10/CO QUINT4-PS/1AC/24DC/20 1, 4 QUINT4-PS/1AC/24DC/20/+ QUINT4-PS/1AC/24DC/40 QUINT4-PS/1AC/48DC/5 QUINT4-PS/1AC/48DC/10 4 QUINT4-PS/1AC/48DC/10/CO QUINT4-PS/1AC/48DC/20 QUINT-PS/1AC/110DC/4 QUINT4-PS/3AC/24DC/5 QUINT4-PS/3AC/24DC/10 QUINT4-PS/3AC/24DC/20 QUINT4-PS/3AC/24DC/40 2904595 2904605 2904607 2904608 2909575 2909576 2904614 2909577 2904600 2904601 2904625 2904602 2904617 2904603 2904610 2904611 2904626 2904612 2904613 2904620 2904621 2904622 2904623 Legend: 1 = see Attachment 1; 2 = 3.1 kV withstand voltage input/output/housing; 3 = protection class II; 4 = protective coating; 5 = SIL 3 in accordance with IEC 61508 with regard to overvoltage at the output DC/DC converters with unique properties for railway infrastructure 2 - 3 - 1 2 1 0 5 N E X X 4 - 1 2 1 0 5 N E X X 5 - 1 2 1 0 5 N E X X Input voltage Output voltage Output current 24 … 48 V DC 1 AC 400 V DC 48 V DC (max. 56 V DC) 48 V DC 2 A 5 A 1) 3.1 kV withstand voltage resistant input/output/housing 50 Phoenix Contact ) 1 V k 1 3 . X 1 - 4 2 1 0 5 N E X X Type Item no. QUINT4-PS/24-48DC/48DC/2/PT 1098676 TRIO-PS-2G/230AC-400DC/48DC/5 1157806

Relays The coupling relays from Phoenix Contact are certified in accordance with the DIN EN 50155 standard and satisfy the special requirements necessary for the railway industry. They withstand extreme temperatures and, with Push-in connection technology, also provide a high degree of shock and vibration resistance. The portfolio is completed by our extensive range of accessories, e.g., with bridges and marking materials. 52 Phoenix Contact

Device circuit breakers In contrast to conventional circuit breakers, electronic circuit breakers provide several systematic advantages for train applications. Their tripping characteristic is ideally suited to the voltage behavior of switched-mode power supply units, eliminating the need for supply reserves. In addition, they are up to 60% narrower and can be flexibly adapted to the application with the adjustable nominal current. A reset input makes it possible to shorten downtimes and enables positioning outside the train driver’s working area. Integrated remote signaling enables permanent monitoring of the circuit breaker status without the need for expensive additional modules. This enables extremely flexible train design. 54 Phoenix Contact

Lightning and surge protection Railway infrastructure and signaling combine a large number of trades that need to be protected against the effects of lightning and surge voltages. All conductors and devices of the power supply, control-command and signaling, as well as telecommunications systems must be protected through a holistic overvoltage protection concept. The large variety of voltages and frequencies in the different systems must be taken into account when selecting the surge protective device. A feature of all these systems is the insulated structure (IT systems), which ensures a high degree of system availability but also poses special challenges for the protection and monitoring technology. Phoenix Contact can provide you with surge protective devices and solutions that are ideal for all requirements. 56 Phoenix Contact

Surge protection in railway infrastructure Protecting­control-command­and­signaling,­as­well­as­telecommunications CLIXTRAB has been specially developed for the railway industry. The CLT-10P/2-VF-230V-I-P can protect all typical signal-box lightning protection signal technology applications and is also particularly space-saving. Its special electrical design enables use in 230 V DC and three-phase 400 V AC systems with continuous operating currents of up to 10 A and also meets the high-frequency demands of telecommunications. Items for nominal voltages up to 12, 24, and 60 V DC are available for small signaling and bus systems like CAN bus, for example. CLIXTRAB provides a wide variety of testing and monitoring options. The CLT-10P/2-VF-230V-I-P reliably protects the insulation of railway technology equipment. At the same time, it also ensures that the special requirements such as those listed in the Deutsche Bahn RIL 819.0808 standard are satisfied. The series connection of varistor and gas discharge tube ensures that there are no leakage currents or feedback between the signal lines (VF circuit). The pluggable surge protective device can be unplugged without interrupting the signal circuit. ol-com r t n o C i n g d s i g n a l n m an d a Phoenix Contact provides extensive documentation for planning the surge protection concept. Technical data, circuit diagrams, and 3D data, as well as MTBF values and the error rate (λ lambda values), are available for each product. This makes it possible to calculate the effects on the signal circuit and, for example, to generate proof of safety. T e l e c o m m u nic ations All electrical potentials that lead from the field into a system have to be provided with lightning and surge protection. Signal cables with shielding and metallic rodent protection must also be integrated into the lightning protection concept. With VAL-MS, lightning protection to ground can be realized without traction currents being able to flow through the shielding. CLIXTRAB protects the signal wires against lightning. CLIXTRAB modules discharge the lightning energy to the common DIN rail. From there, the lightning-protection equipotential bonding is performed via the FLT-SEC combi arrester to ground. This ensures that the system remains safely insulated in the event of ground faults. Signalling Tele- communication Interlocking controller Telecommunication CLIXTRAB devices Application champ Signal cable CLIXTRAB (SPD) Interlocking controller (protected by SPD) CLIXTRAB – designed for railway-specific applications Parameters available for proof of safety CLIXTRAB VAL-MS FLT-SEC Overview of the surge protective device for the lightning protection concept 58 Phoenix Contact

Insulation and voltage limitation of surge protective devices Coordination of the electric strength Surge protective devices protect the insulation of electrical equipment. Before the insulation breaks leading to an electrical disruptive discharge and the destruction of the device insulation, the SPD connected in parallel “breaks down” and establishes the equipotential bonding. In order for this principle to work, the voltage protection level of the SPD always has to be lower than the insulation strength of the equipment. A practical value is a difference of 30%. If the insulation strength is 4 kV, the system is sufficiently protected by an SPD with a voltage protection level of 4 kV - 30% = 2,800 V. The graphic shows a measurement of the voltage protection level for the combination (series connection) of CLIXTRAB and FLT-SEC with the 3 kA (8/20 µs) test pulse. The complete test results in a voltage protection level of Up = 2.5 kV, meaning that electrical systems with an insulation strength of 4 kV is sufficiently protected. For all operating voltage situations, the surge protection naturally remains isolating. 3000 V 2000 V 1000 V 0 V 3 kA (8/20 μs) 2 kA 1 kA 0 kA 0 μs 10 μs 20 μs Residual voltage CLIXTRAB and FLT-SEC Surge current Effect of ground faults on the voltage on surge protective devices Signaling systems in railway systems are typically insulated as IT systems (French: Isolé Terre). The reason is the tolerance to the first ground fault, which does not lead to shutdown and thus increases the availability of the system. The ground fault is detected and reported by insulation monitoring devices, but can persist for a longer period of time to maintain system availability. Since the ground potential assumes the potential of the affected conductor in the event of a fault, in a three-phase system, the line-to-line voltage is present across the surge protection between conductor and ground. To be able to withstand this increased operating voltage, the DIN rail to which all CLIXTRAB modules are connected is insulated and not connected directly to ground. The potential of the DIN rail is tapped off via a grounding terminal block and connected to the main equipotential bonding and to ground via another spark gap-based combi arrester, FLT-SEC. UL1/L2 CLIXTRAB FLT-SEC Earth fault on the signal cable Influence on the surge protective devices through induced voltages With the occurrence of the ground fault described above, another effect comes into play on electrified railway lines – the interference voltage. It is created by induction from the traction currents in the signal cables running parallel to the track. This interference voltage is superimposed onto the operating voltages of the external elements. When rating the surge protective device for USPD, the sum of the peak values of both voltages must be used. The combination of CLIXTRAB and FLT-SEC is rated and tested in accordance with the requirements of a 3 ~ 400 V AC operating voltage subject to the continuous interference voltage of 250 V AC. Significantly higher voltages arise when the overhead line breaks. In this case, high short-circuit currents flow for up to 100 ms, which leads to a short-term interference voltage of up to 1,500 V. The combination of CLIXTRAB and FLT-SEC (SPD) has been tested accordingly and also satisfies this requirement. Magnetic influence on the signal cable Catenary break down Signal cable UB Earth fault on the signal cable SPD USPD 60 Phoenix Contact

Hand tools and automatic devices Whether for manual or automated processing – we have the right solution for cutting, stripping, crimping, mounting, and measuring. Along with standard tools and automatic devices, our comprehensive range of tools features special hand tools for the particular challenges faced in the railway industry. 62 Phoenix Contact

Product lists – tools Cutting profiles Stripping conductors Type PPS STANDARD I/M PPS CLASSIC I/M PPS BASIC I/M CUTFOX-CD PPS CD M Type CUTFOX 12 CUTFOX 18 CUTFOX 16 VDE CUTFOX 25 VDE CUTFOX 25 CUTFOX 35 CUTFOX 45 CUTFOX 50 STEEL CUTFOX 52 CUTFOX 62 CUTFOX 100 CUTFOX-ES CUTFOX-ES-1 CUTFOX-S VDE CUTFOX-SP VDE CUTFOX-SP BOLT VDE MICROFOX-SP-1 MICROFOX-SP MICROFOX-SB Type WIREFOX 4 WIREFOX 10 WIREFOX 16 WIREFOX 6SC WIREFOX-D 11 WIREFOX-D 16 WIREFOX-D 28 Item no. 1206230 1206256 1207585 1212474 1207569 Item no. 1212128 1212129 1212126 1212127 1212130 1212131 1212132 1212526 1212133 1212134 1212135 1212621 1139721 1212207 1212206 1212831 1212487 1212488 1212489 Item no. 1212156 1212150 1212155 1212158 1212160 1212173 1212174 Type WIREFOX-D 40 WIREFOX 16-1 WIREFOX SAC WIREFOX SAC-1 WIREFOX ASI WIREFOX-D SHIELD Item no. 1212161 1212157 1212623 1212757 1212154 1212172 Crimping conductors Description Type Item no. Tools for turned/rolled contacts CRIMPFOX-TC MP-6 CRIMPFOX-TC MP CRIMPFOX-TC HC 4 CRIMPFOX-TC HC 10 CRIMPFOX-P CK 1.6 ER 2.5 OIC-L Crimping pliers for insulated and non-insulated ferrules CRIMPFOX CENTRUS 10S CRIMPFOX CENTRUS 10H CRIMPFOX CENTRUS 6H CRIMPFOX CENTRUS 6S CRIMPFOX DUO 10 CRIMPFOX DUO 16S CRIMPFOX 10T-F CRIMPFOX VARIO 4S CRIMPFOX VARIO 16S CRIMPFOX 16R TWIN CRIMPFOX 25R CRIMPFOX 50R Crimping pliers for insulated and non-insulated cable lugs CRIMPFOX-RCI 2.5 CRIMPFOX-RCI 6 CRIMPFOX-RCI 6-1 CRIMPFOX-RCI DIN 6 CRIMPFOX-RC 2.5 CRIMPFOX-RC 6 CRIMPFOX-RC 10 CRIMPFOX-RC 25 CRIMPFOX-RCT 25-1 CRIMPFOX-C50 CRIMPFOX-C120 1202888 1212510 1297083 1314533 1069228 1213154 1213156 1213146 1213144 1031721 1202877 1134913 1108766 1108767 1212845 1212039 1212041 1212053 1212057 1212059 1212729 1212063 1212710 1212061 1212065 1212066 1212340 1212318 Cutting conductors Stripping conductors 64 Phoenix Contact

Appendix Attachment­1:­ Conformity with EMC standards Conformity with EMC standards is documented in the manufacturer’s declaration for each device. Depending on the device type and specific application, this may mean the following: • Decoupling signaling inputs and outputs via an SPD or relay. • EMC filter for DC output lines that exit the control cabinet. Attachment­2:­ Halogen-free The term halogen-free, based on international standards for PCV base materials (e.g., IEC 61249-2-21, IPC 4101 C), relates to the elements chlorine and bromine in flame protection agents. In accordance with DIN EN ISO 1043-4, this also forbids the use of halogenated flame protection agents. As defined in the ZVEI position paper (requirements for the use of halogen-free products in the electrical and electronics industry), no flame protection agents containing halogen or PVC are present in the components. 66 Phoenix Contact

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