Charging technology for e-mobility – Solutions for electric vehicles and charging infrastructure

Charging technology for e-mobility – Solutions for electric vehicles and charging infrastructure | Phoenix Contact

Contents About us Company History Sustainability Expertise CHARX products High Power Charging Principles of charging technology Charging standards and connector types Combined Charging System Charging modes Glossary Solutions for electric vehicles Applications References Vehicle charging inlets Solutions for the charging infrastructure Applications References Functional areas AC charging cables AC charging sockets AC charging controllers DC charging cables DC charging controllers DC power electronics Surge protection Additional products 4 4 6 10 12 16 18 22 22 24 26 27 28 30 32 36 44 50 52 56 68 78 86 94 110 116 122 128 Phoenix Contact 3

Phoenix Contact E-Mobility Your powerful and reliable partner We have been the specialist for e-mobility charging technology within the Phoenix Contact Group since our founding in 2013. With more than 1,000 employees worldwide and 25 production lines over an area of 31,200 m2, we offer more than 600 products for the development of a networked charging infrastructure and for the electrification of vehicles. As an IATF-certified company, we meet the high requirements of the automotive industry. Our headquarters are located in Schieder-Schwalenberg, Germany. Internationally, we are represented with locations in China and Poland. Product Management and Sales Our parent company in Blomberg, Germany Established in 1923, Phoenix Contact is now the global market leader for electrification, networking, and automation with 22,000 employees and a turnover of 3.6 billion euros. Management Reception Administration Development 4 Phoenix Contact

s u t u o b A Test Laboratory and Quality Assurance Production and Engineering Logistics Marketing and Communication Training and Education Center Smart Charging Lab Development and production in Nanjing, China Established in 2015, more than 100 employees develop and produce charging cables and vehicle charging inlets in accordance with the Chinese GB/T standard at this 2,700 m2 site. Produktion in Rzeszów, Poland Established in 2020, more than 450 employees produce charging cables, infrastructure charging sockets, and vehicle charging inlets for the European market at this 15,000 m2 site. Distribution of our products all over the world Over 50 sales companies worldwide provide expert and personal advice on site and ensure the reliable delivery of our e-mobility products. Phoenix Contact 5

About us Our history Phoenix Contact realized very early on that the future of mobility lies in electricity. Thanks to this vision, our e-mobility division is already able to look back on over a decade of success. This is therefore the ideal time to take a look at the key milestones, successes, incorporations, and collaborations that have taken place over the years. It is now impossible to imagine our roads without electric vehicles. We are proud to work together with our customers and partners on this transition. 2009 2010 2011 2009 The beginning Development of a customer-specific connector with combined signal and power transmission for fast installation of AC home chargers. 2010 First series production Infrastructure charging sockets in accordance with the preliminary GB/T standard are produced and supplied in large quantities for Chinese manufacturers of AC charging stations. 2010 Start of CCS standardization Working together with leading automobile manufacturers, we develop and standardize a global charging standard for combined AC and DC charging (which will later become CCS). 6 Phoenix Contact

2011 Battery exchange system for electric buses We develop a connector that allows to exchange the batteries of electric buses. At the bus depot, the discharged batteries are automatically exchanged for charged batteries. 2013 E-Mobility GmbH founded The new subsidiary in Schieder-Schwalenberg bundles all of the Phoenix Contact Group’s e-mobility expertise under the management of Helmut Friedrich. 2015 New subsidiary in China Phoenix Contact responds to the rapidly growing e-mobility market in Asia by founding its own E-Mobility subsidiary in Nanjing. s u t u o b A 2012 2013 2014 2015 2016 2012 First charging cables and controllers Charging station manufacturers are supplied with the first AC charging cables and controllers as well as prototypes of the combined charging cable (which will later become CCS) in accordance with the preliminary standard. 2014 Fast charging in accordance with the CCS standard The IEC 62196-3 standard, which describes fast DC charging with CCS, is adopted. Series production of vehicle charging inlets and charging cables that comply with the standard begins. © CharIN e.V. 2015 CharIN founded Together with renowned automobile manufacturers, we form the Charging Interface Initiative to establish fast charging with the Combined Charging System. Phoenix Contact 7

Our history s u t u o b A 2017 New management Oliver Stöckl becomes the new General Manager. He succeeds Helmut Friedrich, who retired in late 2016. 2017 IATF certification Phoenix Contact E-Mobility GmbH successfully attains IATF 16949 certification. This attests that we meet the high quality and process requirements of the automotive industry. 2018 High Power Charging market launch The first HPC charging cables are delivered and installed in fast charging stations throughout Europe. In the FastCharge research project, we demonstrate together with BMW, Porsche, Siemens, and Allego that ultra-fast HPC charging is suitable for everyday use. 2016 2017 2018 2016 High Power Charging prototype US President Barack Obama and German Chancellor Angela Merkel hold the future of fast charging technology in their hands at the Hannover Messe. 2018 Expansion of our capacity Just five years on from our foundation, the administrative area in Schieder- Schwalenberg more than doubles. Production capacity is also expanded. 2019 Three design awards Our AC charging cables CHARX connect comfort receive the German Design Award, the iF Design Award, and the Good Design Award for their modern styling and particularly ergonomic design. 8 Phoenix Contact

2019 New management At the beginning of the year, Michael Heinemann and Ralf Döhre take over the management of Phoenix Contact E-Mobility GmbH. The previous General Manager, Oliver Stöckl, leaves the Phoenix Contact Group for family reasons. 2020 New production sites In order to keep pace with increasing demand, we expand our production capacity further. Our new plant in Rzeszów, Poland, is opened, and the production facilities at our headquarters in Schieder-Schwalenberg are also extended. 2022 Environmental and laboratory certification We successfully pass the DQS audits for the certification of our environmental management system in accordance with ISO 14001 and the DAkkS accreditation of our test-and-release laboratory in accordance with ISO/IEC 17025. s u t u o b A 2019 2020 2021 2022 2023 CHARX E-Mobility empowered by Phoenix Contact Photo: Uwe Erensmann/@uepress 2019 Innovator of the Year Die Deutsche Wirtschaft (DDW) names us Innovator of the Year 2019 for our innovative HPC technology. Honorary laureate Dr. Wladimir Klitschko presents our General Manager Michael Heinemann with the business award. 2020 Launch of the CHARX brand From now on, the new name bundles our broad portfolio of charging technology components for the electrification of vehicles as well as for the development of a networked charging infrastructure on the path to the All Electric Society. 2023 Ten year anniversary We look back at a successful decade of rapid development. Starting out as a small start-up, we are now a global player – and all signs point to further growth. Scan the QR code to watch our anniversary video on YouTube: Phoenix Contact 9

s u t u o b A Our contribution on the path to the All Electric Society A key to achieving the future vision of the All Electric Society is the transformation of the mobility sector to e-mobility. With our products, we are also making a crucial contribution to this transformation: By enabling practical and networked charging, we are removing hurdles and thus accelerating the switch to electric, climate-friendly mobility. One example: Our intelligent charging controllers With our charging controllers CHARX control modular, electric car batteries can be charged intelligently. Moreover, they are also able to return electricity to the grid. This way vehicle fleets become profitable energy storage facilities. The technology behind this is called vehicle-to-grid. CHARX control modular already meets standard ISO 15118 and is thus ready for vehicle-to-grid. Corporate responsibility for environmental protection One focus of our sustainability activities is to reduce carbon emissions, which is why we have set ourselves the goal of being carbon-neutral by 2035. To achieve this, we have introduced an environmental management system in accordance with ISO 14001 and have committed ourselves to integrating environmental protection into all processes and thus reducing environmental impacts as far as possible. “With leading e-mobility charging technology, we are making an important contribution to increased climate protection. With the help of our certified environmental management system, we have identified all environmental aspects within the company, are already carbon- neutral to the greatest possible extent, and are keeping all environmental impacts low – with the aim of reducing them further and further”. Kai Oliver Nickel, Director Quality and Environmental Management Representative Social responsibility Social justice and economy in our supply chain Sustainable interaction with customers, suppliers, and partners Sustainable corporate management (ESG*) Environmental protection Establishing an environmental management system Minimizing environmental impacts Optimizing our ecological footprint Using 100% renewable energy Carbon neutrality and avoiding greenhouse gases 2022 2023 2024 2025 2026 2027 * Environmental Social Governance Phoenix Contact 11

About us Our technology and manufacturing expertise Since its founding in 1923, Phoenix Contact has been driving the development of electrical connection technology forward and has continued to invest the expertise and experience gained back into new developments. This is also true of our e-mobility charging technology, which we have been continually developing for almost 15 years now. For the successful and fast implementation of your product requirements, Phoenix Contact offers numerous in-house competencies and state-of-the-art manufacturing technologies from a single source. Experience production and the test laboratory in a video now! Scan the QR codes to see our modern charging cable production and our accredited test-and-release laboratory in more detail in our YouTube videos. Production Test laboratory 12 Phoenix Contact

s u t u o b A Development and engineering We sometimes need to take a different route by developing our own production tools and processes. Automated high-tech production Digitalized, networked, and traceable – in this way, high quality requirements are reliably ensured with large batch quantities. Accredited test laboratory Tests accompanying development ensure the consistently high quality, safety, and reliability of our products. IATF 16949 certification We meet the high requirements of the automotive industry in terms of processes, product quality, and organizational structure. Machine building Phoenix Contact’s machine building department employs over 400 people and supports all business units. 3D printing With our specialist Protiq, we meet individual customer requirements, such as rapid prototyping for subsequent series production. Injection molding production Phoenix Contact is able to produce plastic parts rapidly with its own injection molding production. Production of turned, stamped, and pressed parts Screws and stamped, pressed, and other metal parts are produced by Phoenix Contact itself – for high vertical integration. SMD soldering technology In our SMD production, surface mount devices are soldered directly onto the PCB through solderable contact pads. Phoenix Contact 13

the North American Charging Standard (NACS), and the Megawatt Charging System (MCS) for all types of vehicles. In this context, cross-industry cooperation among all members is a key to success: CharIN paves the way for its members to compete and grow on the basis of uniform and jointly supported norms, standards, and regulatory frameworks. by improving the legal framework and supporting the switch to emission-free drive types. To achieve these goals, the BEM currently has 19 working groups that between them deal with all the various aspects of the mobility transition. CharIN Alongside leading automobile manufacturers and the TÜV Süd certification body, we have been one of the founding members of the Charging Interface Initiative (CharIN) since 2015. The CharIN stands for the establishment of fast charging standards under the premise of interoperable charging infrastructure around the globe. With more than 320 members, the organization is the world’s leading association promoting compatible and uniform charging standards such as the Combined Charging System (CCS), BEM We have been a partner of the German Federal Association for e-mobility (Bundesverband eMobilität (BEM)) since 2021. The tasks of the BEM include actively networking economy stakeholders for the development of sustainable and intermodal mobility solutions in order to bring about necessary changes in the infrastructure. Together with more than 450 members, the BEM works to promote e-mobility in Germany more strongly with the use of renewable energies and to strengthen the market environment our goods must also be transported cleanly. The size and weight of freight transport vehicles require user-friendly High Power Charging to increase the acceptance of e-mobility in this sector as well. The findings of the working group are thus vitally important for the comprehensive transformation of mobility. An example: Standardization of the MCS The Megawatt Charging System (MCS) is set to become an international standard for a fast charging system for heavy utility vehicles, based on the Combined Charging System. In 2018, a CharIN task force began work on establishing requirements and standards for the development of the Megawatt Charging System (MCS). From the very beginning, we have also been involved in the CharIN working group for the standardization of charging powers up to 3.75 MW for trucks. In the future, light electric aircraft, ferries, and other naval vessels will also be powered electrically. After all, climate-friendly mobility does not end with the electrification of cars – s u t u o b A Phoenix Contact 15

About us Charge better with CHARX From the charging station to the electric vehicle – our powerful CHARX products have been specially developed for demanding e-mobility applications and cover all essential functions: connectivity, control, and power reliability. CHARX combines maximum safety, reliability, and robustness with sophisticated features and unrestricted user comfort. The uniform, modular product design also simplifies installation, commissioning, and maintenance. CHARX connect E-Mobility empowered by Phoenix Contact CHARX control E-Mobility empowered by Phoenix Contact Charging cables and sockets Vehicle charging connectors and inlets as well as infrastructure charging plugs and sockets for AC and DC charging in accordance with type 1, type 2, and GB/T – powerful, safe, and ergonomic. More information starting on page 36, 68, 78, and 94 Charging controllers AC and DC charging controllers with scalable range of functions for private, commercial, and public charging stations – communicative and flexible in configuration and programming. More information starting on page 86 and 110 16 Phoenix Contact

CHARX E-Mobility empowered by Phoenix Contact CHARX power E-Mobility empowered by Phoenix Contact CHARX protect E-Mobility empowered by Phoenix Contact Power electronics and distribution AC/DC and DC/DC converter modules and matching distribution modules for 19" rack mounting for stable supply of fast charging stations – highly efficient, scalable, and quick to install. More information starting on page 116 Surge protection Special surge arresters for protecting charging stations and electric vehicles against damage due to lightning strikes and switching operations – for permanent availability. More information starting on page 122 Phoenix Contact 17 s u t u o b A

Long range, extremely short charging time With High Power Charging, fast charging will provide significant range and will become comparable to refueling a combustion engine vehicle. This advanced charging technology makes it possible to charge electric car batteries with a charging power of 500,000 watts (half a megawatt) during a coffee break – without compromising on safety or manageability. With HPC, we are revolutionizing fast charging technology. Use in stand-alone charging stations with their own cooling system High Power Charging can be used anywhere where electric vehicle drivers are in a rush. A complete HPC system can also be installed in individual, stand-alone charging stations. This means that the cooling system is integrated into the charging station to create an independent cooling circuit together with the charging connector and charging cable. Use in charging parks with central cooling Our HPC system is normally used in charging parks, where several charging stations are networked. Here, the cooling system is located centrally, e.g., in a building. The distributed charging stations are supplied with coolant from there and are fitted with individual heat exchangers. All charging stations use a common cooling circuit. s u t u o b A s s e r p e u @ / n n a m s n e r E e w U : o t o h P The further development of the Combined Charging System One of the greatest challenges faced when developing an HPC-capable CCS charging cable was how to design its cross-section as well as the size and weight of the charging connector to make handling as easy as possible. This problem could only be overcome by developing an intelligent and efficient cooling system, as well as designing a carefully considered cable. FastCharge research project demonstrates practicality Together with BMW, Porsche, Siemens, and Allego, Phoenix Contact has created and launched the world’s first High Power Charging station with a charging power of 450 kW as a part of the FastCharge research project. Phoenix Contact supplied the cooled, CCS-compatible High Power Charging connector and the control technology. Innovator of the Year Award Phoenix Contact was named Innovator of the Year 2019 for its advanced High Power Charging Technology. Honorary laureate Dr. Wladimir Klitschko presented the DDW (Die Deutsche Wirtschaft) Award to our CEO Michael Heinemann, HPC project manager Robert Ewendt, and HPC developer Dirk Moseke at a ceremony in Düsseldorf. Phoenix Contact 19

   s u t u o b A HPC-capable vehicle charging inlets With conductor cross-sections of up to 120 mm² and optimized connection technology, our vehicle charging inlets CHARX connect universal enable safe HPC charging with 375 kW on a continuous basis, and even with up to 500 kW for short periods in Boost Mode. In addition to the type 1 and type 2 CCS charging inlets, GB/T versions are also available for the Chinese market. More information starting on page 36 HPC charging cables Our DC charging cables CHARX connect professional are used for electric vehicle fast charging. The power transmission requirements vary depending on the installation location and the application. Therefore, our portfolio includes uncooled and cooled versions for the globally established CCS type 1, CCS type 2, and GB/T charging standards. HPC cooling unit Our passive cooling unit provides demand-oriented and efficient cooling for our liquid-cooled HPC charging cables CHARX connect professional. Temperature sensors on the power contacts of the charging connector measure heat generation during the charging process. This data is transmitted to the charging controller in real time, evaluated, and used to regulate the cooling output. More information starting on page 94 More information starting on page 109    DC charging controllers Our freely programmable DC charging controllers provide the intelligence for modern charging stations. CHARX control professional is designed for classic DIN rail mounting in HPC charging stations. CHARX control integrated combines all control and monitoring functions in 19" format. More information starting on page 110 DC power electronics and distribution Our power electronics CHARX power basic are available for converting AC mains current into direct current. Our distribution module CHARX power distribute coordinates with this. It supplies up to five fast charging modules in a 19" fast charging station with AC mains voltage. More information starting on page 116 DC energy meters Our MID-certified EMpro DC energy meters are suitable for the exact billing of HPC charging processes. The meters are optimized for e-mobility applications and are already preconfigured to our DC charging controllers. More information starting on page 134 Phoenix Contact 21

Principles of charging technology Charging standards and connector types Originating in North America, Europe, and China, three charging standards with their own specific geometries for charging connectors and sockets have become established internationally. Whereas with type 1 and type 2, AC and DC charging takes place via just one CCS charging inlet in the vehicle, the Chinese GB/T standard requires two separate vehicle charging inlets. With our broad CHARX portfolio, we cover all three charging standards. The world map shows the current prevalence. Type 1 AC DC Type 1 Type 2 Type 1/2 mixed GB/T Not defined 22 Phoenix Contact

Principles of charging technology The Combined Charging System (CCS ) We have developed the Combined Charging System (CCS) together with leading automobile manufacturers. The special feature is the CCS charging inlet in the vehicle, into which both AC and DC charging connectors fit. CCS type 2 was declared the official charging standard for all of Europe by the European Commission back in 2013. In the meantime, our goal of establishing CCS as the global fast charging standard has become a reality in large parts of the world. And more and more countries are adopting CCS. The advantages of the CCS ǅ Universal interface for AC charging and DC fast charging via just one charging inlet in the vehicle ǅ Maximum safety with charging connector locking and precise temperature monitoring ǅ High acceptance and prevalence in large parts of the world, which is continuing to grow ǅ Vehicle manufacturers save on components, space, and costs Explainer videos: How does a charging station work? Scan the QR code to go to the YouTube playlist containing our five explainer videos: 24 Phoenix Contact

Type 1 Type 2 DC vehicle charging connector CCS vehicle charging inlet AC vehicle charging connector DC AC The CCS charging inlet is compatible with the AC and DC charging connector AC AC infrastructure infrastructure charging plug charging socket AC l y g o o n h c e t g n i g r a h c f o s e p i c n i r P l Fast charging with direct current (DC) Charging with alternating current (AC) What happens during DC charging? What happens during AC charging? The alternating current from the supply network is already converted in the charging station into direct current, which the vehicle battery requires for charging. This AC/DC conversion is handled by the power electronics – a component that does not exist in AC charging stations. In addition, the power contacts and cross-sections of the DC charging cable are larger. The alternating current from the supply network first flows into the vehicle via the charging station and charging cable – controlled, but without conversion. An AC/DC converter installed in the vehicle, called the onboard charger, then converts it into direct current, which can be used to charge the vehicle battery. DC charging is therefore more complex and cost-intensive for this reason among others, and is predominantly used commercially. However, very high charging powers of up to 500 kW can be transmitted, which significantly reduces the charging time. DC charging is therefore recommended on long trips with short breaks to recharge the range in a few minutes, e.g., at highway service stations. Since AC charging stations therefore do not require power electronics, they are less expensive than DC charging stations and more attractive for private applications. Depending on the charging station, charging cable, and onboard charger, charging powers of up to 22 kW can be achieved. Due to these comparatively low powers, AC charging is gentler on the battery and is generally recommended for idle times longer than 30 minutes. Phoenix Contact 25

l y g o o n h c e t g n i g r a h c f o s e p i c n i r P l Charging modes: What are they and how do they differ? AC charging with mode 1 AC charging with mode 2 AC charging with mode 3 The vehicle is charged with AC power from a household socket. Voltages up to 250 V may be applied in single-phase grids, and up to 480 V in three-phase grids. The maximum charging current is 16 A. There is no communication between the vehicle and the charging point. Fuse protection via a residual current device (RCD) is a mandatory requirement. As this is not always guaranteed in older installations, Phoenix Contact does not recommend this charging mode. As per mode 1, but the maximum charging current here is 32 A and the charging cable is equipped with an in-cable control and protection device (IC-CPD). This device includes residual current safety equipment (RCD), communicates with the vehicle, and thus controls the charging process. With mode 3, the vehicle is charged with AC power at a charging station or home charger in which the necessary residual current device (RCD) is already integrated. The charging station handles communication with the vehicle. The vehicle can be charged with up to 250 V in single-phase grids or up to 480 V in three-phase grids and with a maximum charging current of up to 63 A. Mode 3 is split into three cases: Case A Case B Case C In case A, a charging cable that is permanently connected to the vehicle is used. Therefore, it only has a connector unit at one end: the infrastructure charging plug that is plugged into the charging socket on the charging station. Although case A is described in the standards, it is hardly ever used in practice today. Case B requires what is called a mobile AC charging cable that is kept in the trunk, for example. It has a connector unit at both ends. The end with the vehicle charging connector is inserted into the vehicle charging inlet. The other end with the infrastructure charging plug is plugged into the charging socket on the charging station. Case B is mainly used at public charging stations. Case C is the opposite of case A, because in this case the charging cable is permanently connected to the charging station. The other end of the cable has a connector unit – the vehicle charging connector – which is plugged into the vehicle charging inlet. Case C is very often used in the private sector. This mode is the only one that describes DC charging at fast charging stations. Increased safety requirements apply due to the high charging currents of up to 500 A. Therefore, the charging cable is always permanently connected to the charging station in this case. A plug-in connection is only provided on the vehicle side. Therefore, this mode is not split into three cases (as mode 3 is). Temperature monitoring of the power contacts in the charging connector and additional protective functions in the charging station, such as insulation monitoring, are also required. DC charging with mode 4 26 Phoenix Contact

Glossary: Technical terms and abbreviations clearly explained Vehicles EV: Electric vehicle: Collective term for all vehicles completely or partially powered by electricity. BEV: Battery electric vehicle: Vehicle powered purely with electricity whose drive energy is stored in chemical form in batteries. GB/T: National Chinese standards. The GB/T 20234 standard describes the charging connector geometry for China. HPC: High Power Charging, also ultra-fast charging: DC charging with powers upwards of 150 kW. Currently, liquid cooling up to 500 kW is possible with CCS type 1 and CCS type 2. HEV: Hybrid electric vehicle: Vehicle that has both an internal combustion engine and a battery electric drive. MCS: Megawatt Charging System: Charging standard for the DC charging of utility vehicles with powers of up to 3.75 MW. PHEV: Plug-in hybrid electric vehicle: Like HEVs, but the battery can also be charged externally via a charging connector. Charging connectors and sockets Inlet: Charging socket in electric vehicles into which the vehicle charging connector is plugged. Also called a vehicle charging inlet. Connector: Charging connector that is plugged into the charging inlet in the electric vehicle. Also called a vehicle charging connector. Plug: Charging connector that is plugged into the charging socket on the charging station. Also called an infrastructure charging plug. Socket outlet: Charging socket in the charging station to which a vehicle is connected via a mobile AC charging cable and charged in accordance with charging mode 3, case B. Also called an infrastructure charging socket. Charging types and standards AC charging: Charging with single-phase or three-phase alternating current (charging mode 1, 2, or 3). DC charging: Charging with direct current (charging mode 4). CCS: Combined Charging System: Charging connection system for type 1 and type 2, which allows both AC charging and DC charging with just one vehicle charging inlet. Combo: Obsolete designation for CCS. Type 1: Charging connector geometry for North America and other regions, described in the SAE J1772 and IEC 62196-3 standards. Type 2: Charging connector geometry for Europe and other regions, described in the IEC 62196-3 standard. V2G: Vehicle-to-grid, form of bidirectional charging: The vehicle can be charged from the supply network and can also feed energy back into the grid as needed. In accordance with the ISO 15118 standard. V2H: Vehicle-to-home: As per V2G, but the vehicle serves as the home battery. The energy fed in is not fed back into the grid; instead, it is used to maximize the autonomy (self-sufficiency) of the home. Charging infrastructure Charging point: Point for connecting and charging a vehicle. A charging station has one or more charging points. Charging system: Interaction of all technical components inside a charging station (electromechanics, electronics, software) that are necessary for charging a vehicle. Home charger: Wall-mounted charging system in a manufacturer-specific housing. Mostly for private AC charging in the home environment with up to 11 or 22 kW, e.g., in the garage or carport. Charging station: Stand-alone charging system in a manufacturer-specific housing. Mostly for public or semi-public AC and/or DC charging including billing system, at hotels, or supermarkets, for example. EVSE: Electric vehicle supply equipment: See home charger and charging station . Charging park: Network of several public or semi-public charging stations, on highways or in parking garages, for example. CPO: Charging point operator: The company or legal entity that operates individual charging points or charging parks and charges vehicle users for the charged energy. l y g o o n h c e t g n i g r a h c f o s e p i c n i r P l Communication and control CP: Control pilot: Signal contact or signal line in a type 1, type 2, and GB/T charging cable. Used to transfer control information between the charging station and the vehicle. PP: Proximity pilot: Signal contact or signal line in a type 2 charging cable. Provides the vehicle with information that charging is taking place with a specific charging current so that the immobilizer is activated. CC: Connection confirmation: Signal contact or signal line in a GB/T charging cable. Provides the vehicle with information that charging is taking place with a specific charging current to activate the immobilizer. CS: Connection switch: Signal contact or signal line in a type 1 charging cable. Notifies the charging station when the locking lever on the charging connector has been operated so that the charging station interrupts the charging current. IC-CPD: In-cable control and protection device: A control and protection device integrated into the charging cable. Enables single-phase AC charging in accordance with charging mode 2 at household sockets with powers of up to 3.6 kW. Backend: Enables the CPO to operate its charging points on the software side. Includes user management, payment processing (usually via a third-party provider), and technical monitoring of the charging points via the cloud. OCPP: Open Charge Point Protocol: Used for communication between the charging station and the backend. PnC: Plug-and-charge: Simplifies the charging process by making authentication and billing run automatically in the background. In accordance with the ISO 15118 standard. Phoenix Contact 27

Charging interfaces for your electric vehicles The mobility revolution presents new challenges for both automobile manufacturers and the utility vehicle, passenger transport, and transportation industry. Government targets will require us to switch from internal combustion engines to e-mobility in the coming years. For electric vehicle users, however, seemingly long charging times threaten to undermine streamlined logistics and suitability for everyday use. With our vehicle charging inlets, we offer a High Power Charging interface that significantly reduces charging times for electric vehicles. “Above all, the vehicles of tomorrow will have their own charging technology. Larger batteries for greater range and shorter charging cycles are needed. We see ourselves as empowering this vehicle generation – and are already researching charging technologies that provide significantly more power than our HPC products today, for example, for particularly large utility vehicles”. Johannes Held, Senior Director Market Segment Automotive 28 Phoenix Contact

Electric vehicles The right vehicle inlet for every industry Electrification is advancing rapidly in every vehicle sector – from cars to construction machinery. Short charging times and maximum safety are the prerequisites for making the switch to e-mobility and these are not only required in tightly scheduled logistics. Our vehicle charging inlets meet both requirements: ultra-fast charging with over 500 kW while complying with the highest safety and quality standards. They can be used universally – certainly in your next vehicle model. Passenger and goods transport Buses, trucks, semitrailers, transporters, delivery vans Agriculture Tractors, telescopic handlers, combine harvesters, forage harvesters, feed mixer wagons 30 Phoenix Contact Cities and municipalities Municipal, cleaning, disposal, and emergency vehicles Private vehicles Cars, motorcycles, motor homes, private utility vehicles

Electric vehicles Satisfied customers and vehicle manufacturers Because our vehicle charging inlets meet the high quality and process requirements of the automotive industry in accordance with IATF 16949, numerous customers rely on our charging technology and expertise to implement their vehicle projects. That is why our products are used not only by well-known automotive manufacturers, but also in motorcycles, utility vehicles, and in the electrification of mobile machines. “We didn’t want to choose just any supplier for our vehicle charging inlet. We made a conscious decision to go with Phoenix Contact – a proven and reliable partner providing high quality and many years of experience”. Alexander Perlik, Head of Production Control, EVUM Motors GmbH EVUM Motors – robust electric transporters with all-wheel drive Bavarian vehicle manufacturer EVUM Motors offers the aCar, a compact electric transporter for the municipal sector, agriculture, and forestry. The stable, robust utility vehicle is equipped with our CCS charging inlet, which is ideally suited to the demanding fields of application due to its high IP protection class. 32 Phoenix Contact

Satisfied customers and vehicle manufacturers Audi – sporty vehicles, high-quality workmanship, and progressive design The German manufacturer is a technological pioneer and one of the most successful brands in Europe in the all-electric premium automobile segment. Phoenix Contact has been a trusted partner since 2016. We supply Audi AG and all other brands of the Volkswagen Group with customer-specific charging inlets. s e l c i h e v c i r t c e E l BMW Group – premium manufacturer of automobiles and motorcycles The German automobile manufacturer is one of the leading providers of premium e-mobility and relies on powerful charging technology from Phoenix Contact. Since 2017, we have been equipping the fully electric models of the BMW and MINI brands with our vehicle charging inlets to facilitate fast and convenient charging. Ebusco – electric buses for sustainable passenger transport Dutch manufacturer Ebusco produces electric buses, hundreds of which are now in use. In passenger transport as well, the market demands long ranges and the ability to recharge quickly on the move. This is why Ebusco relies on our vehicle charging inlets, which can be used to charge at up to 500 kW on a short-term basis. 34 Phoenix Contact p u o r G W M B ©

SUNCAR and KTEG – pioneering electrification of construction machinery Swiss company SUNCAR specializes in the electrification of construction machinery and utility vehicles and also manufactures its own electric excavators. Together with German construction machinery manufacturer KTEG, SUNCAR has electrified the KTEG ZE135 excavator. Our HPC-capable CCS charging inlet is used as the charging interface. Normet – innovations for sustainable underground mining and tunnel construction Normet, a global technology company headquartered in Finland, manufactures innovative battery-powered electric vehicles for tunnel construction and underground mining. Normet SmartDrive vehicles are equipped with our CCS charging inlets for ultra-fast charging, for high utilization above and below ground. Energica – leading manufacturer of electric sports motorcycles As the first Italian manufacturer of powerful and sporty electric motorcycles, Energica installs Phoenix Contact’s universal CCS charging inlets in all of its models. They enable the fast and safe charging of the motorcycles and support the company in its mission to achieve zero-emission e-mobility. s e l c i h e v c i r t c e E l Phoenix Contact 35

Electric vehicles Universal vehicle charging inlets for electric cars, utility vehicles, and mobile machines The vehicle charging inlets CHARX connect universal enable AC and DC charging – from low charging powers right through to High Power Charging. In addition to CCS charging inlets, GB/T versions are also available for the Chinese market. Developed in accordance with IATF 16949 for the demanding requirements of the automotive industry, this robust and proven technology is now available for all types of electric vehicles. Capable of High Power Charging Conductor cross-sections of up to 120 mm2 and optimized connection technology enable safe HPC charging with 375 kW on a continuous basis, and even with more than 500 kW in Boost Mode. Easy design-in With the compact design, uniform dimensions, and identical screw-on points of the AC and CCS charging inlets, design-in is particularly easy. 36 Phoenix Contact

CHARX connect E-Mobility empowered by Phoenix Contact Ready for vehicle-to-grid and plug-and-charge The signal contacts and lines enable PWM communication in accordance with ISO 15118. This makes the charging inlets ready for vehicle-to-grid and plug-and-charge. Waterproof, dirtproof, and dustproof The IP6K6K/IP6K9K protection class in the front area reliably protects against moisture and dirt even when the charging flap is open, and even during high-pressure or steam-jet cleaning. Integrated temperature sensor technology With fast and precise temperature measurement at the AC and DC contacts, the charging inlets are safe from overheating. Phoenix Contact 37 s e l c i h e v c i r t c e E l

s e l c i h e v c i r t c e E l Vehicle charging inlets CHARX connect universal High Power Charging with up to 500 kW in Boost Mode Our vehicle charging inlets now enable you to use High Power Charging (HPC) technology in your vehicle. With conductor cross-sections of up to 120 mm², optimized connection technology between the DC contacts and the high-voltage cables, and high-precision temperature measurement, you can safely charge with 375 kW on a continuous basis. Depending on conditions such as the ambient temperature, the routing of the cables in the vehicle, or the application- specific charging profile, you can even achieve significantly higher charging powers of more than 500 kW for short periods in Boost Mode. Precise temperature sensor technology for maximum safety PT 1000 sensor technology in the DC area Our vehicle charging inlets are equipped with a PT 1000 sensor on both of the DC contacts, which can measure the temperature very quickly and precisely. Based on the evaluated measurement data, the vehicle can dynamically control the requested DC charging current. Immediate shutdown is initiated when a limit temperature of 90°C is exceeded at the power contact. The precise temperature sensor technology thus protects against overheating and ensures maximum safety during the charging process. PTC sensor technology in the AC area The temperature sensor technology in the AC area consists of a chain of PTC resistors, each of which is located at an AC contact. By detecting the respective resistance values, safe shutdown is enabled when a limit temperature of 110°C is exceeded. 38 Phoenix Contact

Vehicle charging inlets CHARX connect universal Waterproof, dirtproof, and dustproof due to high IP protection With their optimized and clever sealing system, our vehicle charging inlets have been successfully tested in accordance with ISO 20653. to a depth of up to one meter • Protected against splash water • Protected against dust ingress • Fully protected against contact The entire charging inlet features comprehensive IP6K7 and IP6K5 degree of protection. Accordingly, it is protected from all sides: • Protected against water when submerged This applies both to the part inside the vehicle and to the front area outside, even when the charging flap is open and the charging connector is not plugged in. Which IP degree of protection is achieved in the front area? In addition, the degree of protection of the front area has been tested in various situations. The degree of protection achieved in each case is shown in the following images. s e l c i h e v c i r t c e E l With vehicle charging inlet uncovered: IP6K6K/IP6K9K With protective caps inserted: IP6K6K/IP6K9K With charging connector plugged in: IP44B/IP44D The front area is: • Protected against powerful jet water under increased pressure • Protected against water during high- pressure or steam-jet cleaning • Protected against dust ingress The degree of protection of the front area of the vehicle charging inlet in this state is the same as in the uncovered state in the image on the left. Here, the degree of protection of the front area of the vehicle charging inlet corresponds to that of the plugged in and locked charging connector, which is specified as IP44 in the standard. The front area is: • Protected against splash water on all sides • Protected against solid foreign objects with a diameter ≥1.0 mm • Protected against touching with a wire Watch the product video on YouTube now! Scan the QR code with your smartphone or tablet and find out more about the functions and features of the Vehicle charging inlets CHARX connect universal in the product video. Phoenix Contact 39

Vehicle charging inlets CHARX connect universal s e l c i h e v c i r t c e E l Uniform geometries for easy design-in All vehicle charging inlets have an extremely compact design. In addition, the relevant external geometries and screw-on points of the CCS charging inlets and the AC charging inlets are identical. This allows you to plan for the same installation space for the design-in of the charging inlets in all vehicle models – regardless of the charging standard of the target market. Charging connector locking for maximum safety All vehicle charging inlets, with the exception of the GB/T DC charging inlet, are equipped with an electromagnetic locking actuator in accordance with standards. It locks the vehicle charging connector on the side of or directly on the locking clip in the mating face during the charging process. The actuator bolt is designed to withstand high pull-out forces. It is therefore not possible to pull out the charging connector during the charging process. Experience it now in augmented reality (AR)! Scan one of the QR codes with your smartphone or tablet and virtually place the CCS charging inlet in the room, for example, on your desk. View the product in the greatest detail and from every angle. 40 Phoenix Contact Type 1 CCS charging inlet Type 2 CCS charging inlet

Customer-specific solutions for automobile manufacturers Custom charging inlets for your series vehicles We have already developed custom vehicle charging inlets for many leading OEM automobile manufacturers that satisfy the stringent requirements of the automotive industry in accordance with IATF 16949. We will integrate or develop features in line with the demands of your series vehicles, such as: • Customized integration of the charging inlet in the vehicle installation space • LED indicators and lighting • Extra operating elements • Charging connector and charging flap locking • Integration of intelligent cooling concepts including high-precision temperature measurement to match the vehicle charging curve Contact us for more information! Mode 3 charging cable to equip your vehicles Offer your customers an AC charging cable that matches the vehicle as part of the vehicle equipment or your range of accessories. Choose between the designer charging cables CHARX connect comfort and the inexpensive CHARX connect eco version. A high-quality transport bag is available for transporting and safely stowing the charging cable in the trunk. On request, the charging cable and bag can be customized with your logo – to match the vehicle branding. More information starting on page 70 s e l c i h e v c i r t c e E l Phoenix Contact 41

Our product portfolio for your electric vehicles CCS and DC vehicle charging inlets DC conductor cross-section 35 mm² 70 mm² 95 mm² 120 mm² DC charging power (continuous) 125 kW 200 kW 250 kW 375 kW (125 A / 1000 V) (200 A / 1000 V) (250 A / 1000 V) (375 A / 1000 V) DC charging power (Boost Mode) 1) Type 1 CCS AC charging power Actuator voltage 200 kW (200 A / 1000 V) 500 kW (500 A / 1000 V) >500 kW (>500 A / 1000 V) 12 kW 1-phase (48 A / 250 V) 20 kW 1-phase (80 A / 250 V) 1194398 1162178 1210902 1546168 12 V On request 1210900 1162163 1546446 (DC only) On request 1211595 1211606 1546442 Type 2 CCS GB/T DC 8 kW 1-phase (32 A / 250 V) 26 kW 3-phase (32 A / 480 V) (DC only) 12 V 24 V 12 V 24 V 12 V 24 V 1270297 1211201 1270310 1211210 On request On request 1162150 1211202 1162144 1211212 1211221 1211217 1162148 1211206 1162095 1270301 1211222 1211220 On request On request 1547859 1547864 1547857 1547854 (DC only) (No actuator) 1271834 - 1271833 2) - s e l c i h e v c i r t c e E l All vehicle charging inlets shown with 2 m cable. Item versions with other cable lengths are also available on our website or on request. 1) Boost Mode allows a higher charging power for a short period. The possible time span depends on numerous ambient conditions. Details can be found in the packing slip for the respective item, which you can download from our website. 2) In accordance with standards, a DC conductor cross-section of 70 mm² is used for this GB/T DC vehicle charging inlet. 42 Phoenix Contact

s e l c i h e v c i r t c e E l Our product portfolio for your electric vehicles AC vehicle charging inlets Type 1 AC AC charging power Actuator voltage Item no. Type 2 AC GB/T AC 12 kW 1-phase (48 A / 250 V) 20 kW 1-phase (80 A / 250 V) 8 kW 1-phase (32 A / 250 V) 26 kW 3-phase (32 A / 480 V) 8 kW 1-phase (32 A / 250 V) 23 kW 3-phase (32 A / 415 V) 12 V 12 V 24 V 12 V 24 V 12 V Protective caps as replacement parts 1271960 1271836 1271830 1271835 1271966 1271965 1271832 1271831 Type 1 CCS 1305482 Type 1 AC 1550141 Type 2 CCS 1305486 Type 2 AC 1550144 Locking actuators as replacement parts Type 1 CCS and AC Type 2 CCS and AC 12 V 1331528 12 V 1331532 24 V 1331524 For the complete portfolio of vehicle charging inlets, enter the web code on our website or scan the QR code. Web code: #2090 Phoenix Contact 43

Everything for your networked charging infrastructure Equip your charging points with CHARX from Phoenix Contact: As a component manufacturer, we supply all the equipment for your charging stations and home chargers – from the CCS charging cable to the charging management solution. Our broad portfolio thus forms the basis for powerful and networked charging infrastructure. Our experts will support you in designing and planning your charging solution – whether it is an AC home charger or an HPC fast charging park. If needed, we will also develop customer-specific solutions or even new technologies. “To ensure that sufficient energy for charging is available in the right place at the right time, generators, grids, and electric vehicles have to communicate with each other. Our cloud- and communication-capable products with intelligent software are the foundation for this. Powerful charging technology then transports the energy into the vehicle quickly and safely”. Joachim Pucker, Senior Director Market Segment Infrastructure 44 Phoenix Contact

e r u t c u r t s a r f n i g n i g r a h c Your advantages in detail The fast way to your individual charging solution We will assist you in developing your charging infrastructure project: with a complete portfolio, professional advice, and expert know-how. We are there for you worldwide, also in your vicinity. Our services and support services at a glance: • Professional product selection and engineering consultation • Provision of practice-based example documentation for typical charging stations • Support for connection to backend, building management, and energy management systems • Support for grid integration and the use of renewable energies for environmentally friendly charging • Production of charging connectors with your logo – for the consistent branding of your charging stations • Preparation of the charging cable in accordance with your requirements – with a step cut, assembled, or compacted • Development of customer-specific solutions or new technologies if needed Easy installation, commissioning, and maintenance The uniform, modular product design and the tool-free Push-in connection technology allows you to install and wire the components in the charging station in a quick, convenient, and space-saving way. A special panel feed-through ensures easy installation of the HPC charging cable. With maintenance-friendly and replaceable product components, you will save both time and money during service calls. 46 Phoenix Contact

Fast, safe, and always available charging stations As the pioneers of fast charging technology, we develop future-oriented technologies such as High Power Charging (HPC) and, with that, enable short charging times that are suitable for everyday use. Reliable charging connection systems and charging controllers as well as high- performance power supplies, protective devices, and cybersecurity products guarantee safe, economic 24/7 operation of your charging infrastructure. Smart charging management and maximum transparency Network your charging points with communicative products, open standard protocols, and established interfaces such as Modbus/TCP, REST, MQTT, or OCPP (Open Charge Point Protocol). Realize the convenient control and transparent monitoring of your charging park including dynamic load management as well as seamless connection to building management and backend systems. Charging connector status and usage data also allows preventive planning of maintenance when it comes to wear and tear. Future-proof investment and flexible extension Depending on the number, charging power, and scope of functions of your charging points, you can choose the appropriate product combination from our scalable portfolio. With modular charging controllers and power electronics as well as graded software licenses and over-the-air updates, you are well prepared for future developments and extensions of your charging park. e r u t c u r t s a r f n i g n i g r a h c Phoenix Contact 47

Charging infrastructure We understand your application From a simple home charger for a private residential building to a fast charging park on the highway – every charging solution has different requirements in terms of performance and the scope of functions. With our broad, scalable portfolio, we can create an optimized and coordinated package of components and software for you – and support you in the planning and implementation of your charging infrastructure project. Fleets Fast charging of passenger transportation, transport, and utility vehicles Rental apartments Charging stations for tenants with load distribution and a clear billing system Private residential buildings Simple home chargers for garages and carports Parking lots and parking garages A large number of charging points with a billing system and possibly a central terminal 48 Phoenix Contact

Typical charging infrastructure applications and their requirements e r u t c u r t s a r f n i g n i g r a h c Functions Private residential buildings Rental apartments Hotels, shops, and restaurants AC charging DC charging (11 kW) (11 kW) (11 kW) Optional (22 kW) Optional (22 kW) Optional (50 kW) Touch display or button operation (At every charging station) User authorization, e.g., via RFID Load management Optional Optional Billing via OCPP Optional Optional Remote maintenance via DSL or cellular communication Optional Integration into building or energy management systems Optional Optional Optional The charging powers and functions specified are application-typical recommendations and must be re-evaluated on a case-by-case basis depending on the customer requirements. 50 Phoenix Contact

Charging infrastructure Successfully completed customer projects With their dedication and application expertise, the work performed by our experts is often pioneering. After all, the e-mobility industry is still relatively new, and no two projects are ever the same. The following examples demonstrate how we, in collaboration with charging station manufacturers, infrastructure providers, transport companies, system integrators, and automobile manufacturers, have successfully completed exciting projects satisfying a wide range of different requirements. GP Joule – charging park with intelligent load management The German specialist for renewable energies has equipped its on-site charging park with a load and energy management system. The objective: to charge the company’s fleet of 28 electric cars, making optimum use of self-generated biogas and solar power. Everything is controlled via a central control cabinet equipped with AC charging controllers, energy meters, and software from Phoenix Contact. 52 Phoenix Contact

Successfully completed customer projects e r u t c u r t s a r f n i g n i g r a h c Evtec – bidirectional charging The Swiss expert in charging technologies relies on bidirectional charging for its latest charging stations. This allows the electric vehicle to be charged via self-generated solar power and for power to be fed back into the building at night. Our CCS charging cables CHARX connect compact, which were developed specifically for DC charging in the home environment with lower charging powers of up to 80 kW, are used here. hesotec electrify – sustainable designer charging stations made of stainless steel German family-owned company hesotec electrify not only focuses on quality and design, but also sustainability. With its timeless designer charging stations made of stainless steel, the company offers recyclable AC charging solutions for sophisticated requirements – from both a visual and technical point of view. Our multi-award-winning designer charging cables CHARX connect comfort and our charging sockets CHARX connect modular are the perfect match. Ingeteam – Southern Europe’s largest HPC charging park Ingeteam is a company empowering e-mobility – and not just in Spain, where the company has been working toward the electrification of a sustainable future for the past twelve years. At a transport hub in southern Spain, Ingeteam’s fast charging stations with a nominal power of 4 MW enable a vehicle to be charged in around five minutes. The company uses the HPC charging cables CHARX connect professional from Phoenix Contact for this. 54 Phoenix Contact

FastCharge – research project enables ultra-fast charging Together with BMW, Porsche, Siemens, and Allego, we have developed, created, and launched the world’s first HPC charging station with a charging power of 450 kW as a part of the FastCharge research project. The project demonstrated that ultra-fast charging works in practice to promote widespread acceptance of e-mobility. We supplied our liquid-cooled HPC charging cables CHARX connect professional, as well as the control technology for this project. E-GAP – the first on-demand mobile fast charging service With a mission to provide green energy for all, everywhere, Italian company E-GAP is present in several major European cities, supplying electric car owners with the amount of energy requested via an app. The modular charging system in the E-GAP vans contains everything for AC and DC charging of electric vehicles with up to 80 kW and is equipped with charging technology, energy meters, and connection technology from Phoenix Contact. Velocity – charging stations with a remarkable CO2 balance The German provider of rental mobility systems has developed a charging solution for its electric cars and bikes together with Pion Technology. The concrete material used for the charging station housings filters particulate matter out of the surrounding air and therefore achieves a remarkable ecological balance. Along with our AC charging technology and power supplies, Pion Technology also uses our communication technology for cloud- based billing. e r u t c u r t s a r f n i g n i g r a h c Phoenix Contact 55

Charging infrastructure The functional areas of a charging station Modern charging stations and home chargers have to meet high requirements in terms of availability, safety, and convenience based on the field of application. Complex structures made up of numerous individual components are not unusual. Developers, designers, and engineers are therefore often faced with technical challenges and issues. To keep things simple, we have divided a complete charging station into five functional areas to give you a function-oriented overview of our extensive product portfolio. Charge • Power electronics • Power contactor • Fuse • Charging connection • Cooling More information starting on page 58 Connectivity • Cable entry • Power connection • Marshalling • Potential distribution • Data connections • Maintenance connections • Charging connection More information starting on page 66 56 Phoenix Contact

e r u t c u r t s a r f n i g n i g r a h c Control and monitor • Charging controller • Energy measurement • Residual current measurement • Insulation monitoring • Temperature measurement • Signal coupling More information starting on page 60 Network and communicate • User authorization • Visual status indicator • Touch operation • Ethernet connection • Cellular connection More information starting on page 62 Power reliability • Power supply • Surge protection • Device protection • Higher-level load measurement and energy monitoring More information starting on page 64 Phoenix Contact 57

The functional area “Charge” How do I charge vehicles with total safety, and as quickly and gently as possible? e r u t c u r t s a r f n i g n i g r a h c The required current is fed into the charging station via the functional area “Power reliability”, while the functional area “Control and monitor” regulates the charging process. Overall, our broad and scalable portfolio offers a wide range of possible combinations to flexibly implement all versions of AC and DC charging – with maximum safety. Depending on whether DC (direct current) or AC (alternating current) charging is to be used, different components are required. This means that the right solution can be created for any application, from private home chargers to HPC fast charging parks with liquid cooling. DC Power reliability DC power electronics More information starting on page 116 Fuse 1) DC power contactor 1) AC Control and monitor AC power contactor 1) 1) Unfortunately, we do not currently carry this component in our portfolio. However, it is available from other providers. 58 Phoenix Contact

e r u t c u r t s a r f n i g n i g r a h c Cooling unit More information starting on page 109 DC charging cable More information starting on page 94 AC charging cable More information starting on page 68 Vehicle charging inlet Vehicle More information starting on page 36 AC infrastructure charging socket Mobile AC charging cable More information starting on page 78 More information starting on page 68 Phoenix Contact 59

e r u t c u r t s a r f n i g n i g r a h c The functional area “Control and monitor” How do I optimally control and monitor the charging process? The functional area “Control and monitor” represents the intelligence behind the charging station. Despite identical functional requirements, AC and DC applications differ with regard to the selection of components. The charging controller, as a central component, controls the charging process by communicating with the vehicle and sending control signals to contactors, locking actuators, or status LEDs. It also processes and monitors various measured values to ensure safety and facilitate billing. Overall, Phoenix Contact offers almost all of the components necessary for controlling and monitoring AC and DC charging processes. AC energy measurement More information starting on page 134 Residual current measurement More information starting on page 93 Temperature measurement (integrated in the AC charging socket) More information starting on page 78 AC AC charging controller More information starting on page 86 Signal coupling More information starting on page 132 Power reliability 1) Unfortunately, we do not currently carry this component in our portfolio. However, it is available from other providers. 60 Phoenix Contact

Network and communicate DC DC charging controller More information starting on page 110 Signal coupling More information starting on page 132 Charge Connectivity e r u t c u r t s a r f n i g n i g r a h c DC energy measurement More information starting on page 134 DC voltage monitoring More information starting on page 134 Insulation monitoring 1) Temperature measurement (integrated in the DC charging cable) More information starting on page 94 Phoenix Contact 61

The functional area “Network and communicate” How do I network my charging station with the various stakeholders? e r u t c u r t s a r f n i g n i g r a h c Depending on the application, communication in the charging process may be subject to a range of high requirements and may vary in terms of complexity. There are therefore various options for communication between the charging station and the user, the charging park operator, and the backend provider. Communication with the vehicle takes place via the components in the functional area “Charge”. Sector coupling, i.e., coupling between buildings, charging infrastructure operators, power generators and grids, and charging stations and electric vehicles, is becoming increasingly important. Communication is therefore the key to sustainable e-mobility based on renewable energies. Whatever the networking and communication requirements are within the charging infrastructure, Phoenix Contact offers the appropriate solutions. User Vehicle Visual status indicator More information starting on page 78 Touch operation More information starting on page 93 User authorization More information starting on page 93 Charge Power reliability 62 Phoenix Contact

e r u t c u r t s a r f n i g n i g r a h c Charging park operator Backend provider Surge protection More information starting on page 122 Ethernet connection More information starting on page 138 Cellular connection More information starting on page 93 Control and monitor Connectivity Phoenix Contact 63

e r u t c u r t s a r f n i g n i g r a h c The functional area “Power reliability” How do I reliably supply my charging station with power and protect it against failure? The components that are to be supplied and protected are located in the functional areas “Charge”, “Control and monitor”, and “Network and communicate”. In addition, the grid connection of the charging park or the building should be protected against overload – with the help of higher-level load management. It is not just about providing power to charge the vehicles, it’s also about providing the electronic components with a stable 12 V or 24 V supply and protecting them from damage due to surge voltages, short circuits, and other sources of error. All these measures serve to ensure economical 24/7 operation of your charging stations and home chargers. Phoenix Contact provides you with comprehensive product solutions for this. Power grid Building Higher-level load measurement More information starting on page 136 Connectivity Higher-level energy monitoring More information starting on page 136 64 Phoenix Contact

e r u t c u r t s a r f n i g n i g r a h c Surge protection More information starting on page 122 Connectivity Charge Power supply More information starting on page 128 Device protection More information starting on page 130 Control and monitor Connectivity Phoenix Contact 65

The functional area “Connectivity” e r u t c u r t s a r f n i g n i g r a h c How do I efficiently connect all the components of my charging station? In order for the other functional areas to work, energy and data must flow. Connection technology is required for this, and it must meet a range of different requirements. This technology is implemented based on various framework conditions. For example, the required charging power influences the cross-sections of the connecting cables. The communication link is sometimes wireless and sometimes wired. Service and maintenance play an important role in commercial charging points. Maintenance connections make the service technician’s work easier by facilitating fast data connection and the supply of external devices such as notebooks. Overall, Phoenix Contact offers a comprehensive range of connection technology to reliably and efficiently connect power and data to the charging station. Power reliability Control and monitor Feed-in Connection of the power Connection of the battery Distribution electronics modules Power connection More information starting on page 140 and 148 Plug-in power connection More information starting on page 146 Cable entry More information starting on page 156 66 Phoenix Contact Power connection More information starting on page 150 Power connection More information starting on page 158 Marshalling More information starting on page 140 Potential distribution More information starting on page 142

e r u t c u r t s a r f n i g n i g r a h c Network and communicate Charge Data connection Connection of external devices for maintenance Vehicle connection and charging Data cable connection More information starting on page 154 AC infrastructure charging socket More information starting on page 78 Socket More information starting on page 144 USB port More information starting on page 144 Data cable More information starting on page 152 Cable entry More information starting on page 156 AC charging cable More information starting on page 68 Vehicle charging inlet More information starting on page 36 Phoenix Contact 67

Charging infrastructure Robust AC charging cables for charging stations, home chargers, and electric cars The Mode 3 charging cables CHARX connect are suitable for AC charging of electric vehicles of all manufacturers. They achieve charging powers of up to 22 kW and are available with type 1 and type 2 connectors as well as GB/T standard. In addition to cables for permanent installation on charging stations or home chargers, we also provide mobile charging cables that can be stored in the electric vehicle. Comfortable handling The ergonomic design of the gripping zone ensures easy and comfortable handling of the charging connector. Clever sealing concept The longitudinal water tightness protects the live parts inside the housing. Silver-plated contacts The silver-plated power and signal contacts ensure efficient power transmission, optimum corrosion protection, and a long service life. 68 Phoenix Contact

CHARX connect E-Mobility empowered by Phoenix Contact Your custom logo For consistent branding of your charging stations, we can also manufacture the charging connectors with your brand logo on request. Triple award-winning design The charging connectors CHARX connect comfort have won three design awards for their design and ergonomics. For all regions and applications Our complete portfolio covers the globally established charging standards type 1, type 2, and GB/T. Robust cable in accordance with DIN EN 50620 Our charging cables are VDE-certified and specially designed for e-mobility applications in terms of insulation thickness, material flexibility, and other properties. Phoenix Contact 69 e r u t c u r t s a r f n i g n i g r a h C

Which charging cable is right for my application? Comparison of our product families Product family Design and comfort Triple award-winning design and ergonomics Rubberized gripping zone for more comfortable handling Protective cap on the infrastructure charging plug Protective cap on the vehicle charging connector Dimensions 1) Variety and individuality CHARX connect eco CHARX connect comfort 70 x 82 x 202 mm 70 x 137 x 216 mm Available charging standards Type 2 Type 1, type 2, GB/T Available charging cable colors Black (others available on request) Black, gray, yellow, red (others available on request) Available charging connector colors Black (others available on request) Black, black-gray (others available on request) On request Approx. 500 On request 1-100 Charging connector with custom logo Minimum order quantity (depending on the item) Quality and safety Developed and produced in accordance with IATF 16949 VDE-certified cable in accordance with DIN EN 50620 Silver-plated power and signal contacts Longitudinal water tightness 1) Example comparison of the dimensions of the type 2 vehicle charging connector, excluding charging cable. e r u t c u r t s a r f n i g n i g r a h C 70 Phoenix Contact

Stationary and mobile charging cables – customizable to your needs Stationary charging cables – for permanent installation on home chargers Our charging cables with a free cable end are ideal for mounting on AC home chargers for private use, e.g., in a carport or garage. These charging cables only have a charging connector on the vehicle side. This makes handling much easier for electric car drivers, as the charging cable only needs to be connected to the vehicle charging inlet – unlike home chargers with a charging socket, where the cable must additionally be connected to the home charger. Mobile charging cables – to keep in the electric car Most public charging stations are equipped with a charging socket instead of a permanently attached charging cable, as this is less susceptible to vandalism and requires less frequent maintenance. To connect and charge a vehicle here, our mobile mode 3 charging cables are the ideal solution. They feature both a vehicle charging connector and an infrastructure charging plug. AC charging cable and bag with customer logo For consistent branding, we can also manufacture our AC charging connectors with your logo on request. You can choose to have your logo imprinted or use a UV- and weather-resistant plastic label. Complete your unique branding by prominently displaying your logo on our black transport bags with handle for the mobile AC charging cable. Charging connectors and cables to suit your requirements For the charging cable, you can choose between various lengths and cross-sections, metric or AWG cables, and spiraled or straight cables. If your preferred combination is not available as a standard item, then we can also manufacture a customer-specific item for you. We can also supply the cable end with a step cut, assembled, or compacted upon request. e r u t c u r t s a r f n i g n i g r a h C Phoenix Contact 71

AC charging cables CHARX connect eco Reduced to the essentials – economical, price-conscious, and safe e r u t c u r t s a r f n i g n i g r a h C Our AC charging cables CHARX connect eco feature extremely compact dimensions, a reduced use of materials, and a lighter weight. As a result, they not only conserve resources, but are also easy to handle and available at an attractive price. With CHARX connect eco you still get Phoenix Contact’s usual high standard of quality combined with a solid feel. The type 2 charging cable is provided as a mobile version to be kept in the electric car as well as with a free cable end for permanent installation on the charging station or home charger. It is available in the usual four performance classes from 3.7 kW to 22 kW. The mode 3 charging cables CHARX connect eco meet the high quality and process requirements of automobile manufacturers in accordance with IATF 16949. Safe outdoor use is also ensured by a sealing concept that reliably protects the charging connector and cable against water ingress in accordance with IP67. Upon request, the charging connector is available with your logo, matching the vehicle or charging station branding. Experience it now in augmented reality (AR)! Scan the QR code with your smartphone or tablet and virtually place the type 2 charging cable CHARX connect eco in the room, for example, on your desk. View the product in the greatest detail and from every angle. 72 Phoenix Contact

AC charging cables CHARX connect comfort Comfortable handling The sophisticated design of CHARX connect comfort features a contemporary style and is also functionally well-developed. The ergonomic shape of the gripping zone ensures easy handling and a comfortable feel. Safe and robust in use The clever sealing concept of CHARX connect comfort completely protects the live parts inside the housing from moisture. High-quality materials ensure the necessary robustness. Therefore, there is nothing preventing constant outdoor use. Three awards for design and form The AC charging cables CHARX connect comfort have already won three prestigious design awards: the German Design Award, the iF Design Award, and the Good Design Award. During product development, together with graduate designer Stephan Gahlow from Hamburg, the focus was on an ergonomic and attractive design, a modern and aesthetic use of form, and robust and high-quality materials. With these product characteristics, the charging cables made a lasting impression on the independent juries of international experts. Experience it now in augmented reality (AR)! Scan the QR code with your smartphone or tablet and virtually place the type 1 charging cable CHARX connect comfort in the room, for example, on your desk. View the product in the greatest detail and from every angle. e r u t c u r t s a r f n i g n i g r a h C Phoenix Contact 73

Our product portfolio for your charging stations, home chargers, and electric vehicles Type 1 e r u t c u r t s a r f n i g n i g r a h C Product family Version Charging connector color Cable type Cable Charging power Metric 5.0 kW 1-phase (20 A / 250 V) 8.0 kW 1-phase (32 A / 250 V) Metric (PSE) 7.5 kW 1-phase (30 A / 250 V) 5.0 kW 1-phase (20 A / 250 V) 10.0 kW 1-phase (40 A / 250 V) 12.0 kW 1-phase (50 A / 250 V) 20.0 kW 1-ph. (80 A / 250 V), without temperature sensor technology 20.0 kW 1-phase (80 A / 250 V), with temperature sensor technology AWG Type 2 CHARX connect comfort Stationary 1) Gray-black Black Straight Spiraled Straight Spiraled 1628013 1628096 On request 1049523 3) 1488686 On request On request On request 1627345 1627344 On request - - - - - 1060405 3) 1628126 3) 1033865 On request On request 1488548 4) 5) 1277169 5) 1277166 5) On request On request On request - - - - - Product family Version Charging connector color Cable type Cable Charging power CHARX connect comfort Stationary 1) Gray-black Black Straight Spiraled Straight Spiraled Metric 5.0 kW 1-phase (20 A / 250 V) 8.0 kW 1-phase (32 A / 250 V) 16.6 kW 3-phase (20 A / 480 V) 26.6 kW 3-phase (32 A / 480 V) 1627354 1518887 1518883 1518897 1627126 1627127 1627128 1627130 1056696 1097298 1056697 1056700 1056548 1056575 1097295 1056698 All AC charging cables shown with black straight 5 m cable or black spiraled 4 m cable and without locking option via U-lock, unless otherwise specified. Item versions are also available on our website or on request: • With other cable colors and lengths • With and without protective caps for vehicle charging connector and infrastructure charging plug • With and without locking option via U-lock (for type 1 only) 74 Phoenix Contact

Adapter cable Product family Version Charging connector color Charging standard Cable type Cable type Charging power CHARX connect comfort Mobile 2) Gray-black From type 2 (infrastructure) to type 1 (vehicle) From type 2 (infrastructure) to GB/T (vehicle) Straight Spiraled Straight Spiraled Metric 5 kW 1-phase (20 A / 250 V) 8 kW 1-phase (32 A / 250 V) 16.6 kW 3-phase (20 A / 480 V) 26.6 kW 3-phase (32 A / 480 V) 1628027 1628028 - - 1628025 1628026 - - On request On request On request On request On request On request On request On request CHARX connect comfort CHARX connect eco Mobile 2) Stationary 1) Mobile 2) Gray-black Black Straight Spiraled Straight Spiraled Black Straight 1627982 1627801 1628348 1627692 1627131 1627133 1627135 1627136 1097301 1097306 1097299 1628125 On request On request On request On request 1285683 1285691 1285641 1285633 1285694 1285688 1285624 1285622 1) Stationary charging cable, consisting of vehicle charging connector with free cable end, for permanent installation on the charging station. 2) Mobile charging cable, consisting of vehicle charging connector and infrastructure charging plug, to be kept in the electric vehicle. 3) With locking option via U-lock. 4) Without protective cap for vehicle charging connector. 5) Cable length: 25 ft (7.62 m). Phoenix Contact 75 e r u t c u r t s a r f n i g n i g r a h C

Our product portfolio for your charging stations, home chargers, and electric vehicles GB/T Product family Version Charging connector color Cable type Cable Charging power Metric 4.0 kW 1-phase (16 A / 250 V) 8.0 kW 1-phase (32 A / 250 V) 12.2 kW 3-phase (16 A / 440 V) 24.4 kW 3-phase (32 A / 440 V) CHARX connect comfort CHARX connect eco Stationary 1) Gray-black Straight 1627599 1627601 1627600 1627602 1206455 2) 1206446 2) 1206453 2) 1206444 2) All AC charging cables shown with black straight 5 m cable or black spiraled 4 m cable and without locking option via U-lock, unless otherwise specified. Item versions are also available on our website or on request: • With other cable colors and lengths • With and without protective caps for vehicle charging connector and infrastructure charging plug • With and without locking option via U-lock (for type 1 only) 1) Stationary charging cable, consisting of vehicle charging connector with free cable end, for permanent installation on the charging station. 2) Currently only available in China. e r u t c u r t s a r f n i g n i g r a h C 76 Phoenix Contact

Holder for vehicle charging connectors Type 1 1624139 Type 2 1624148 GB/T 1624142 Transport bag With CHARX logo 1371733 Without logo 1371732 With customer logo On request 35 labels for identification in accordance with DIN EN 17186 Type 1 Type 2 Vehicle charging connector “B” Vehicle charging connector “C” Infrastructure charging plug “C” 1309758 1309766 1315521 For the complete portfolio of AC charging cables, enter the web code on our website or scan the QR code.  Web code: #1021 Phoenix Contact 77 e r u t c u r t s a r f n i g n i g r a h C

Charging infrastructure Modular AC charging sockets for charging stations and home chargers Our type 2 charging sockets CHARX connect modular are mounted in charging stations and home chargers and enable AC charging of electric vehicles via mobile AC charging cables with charging powers of up to 22 kW. With the modular system, you can choose which components and functions you want to use for your home charger or charging station. Plug-in connecting cables You determine the maximum charging power based on the connecting cable you select. The plug-in cables also simplify installation and replacement of the charging socket in the event of maintenance. Silver-plated contacts The silver-plated power and signal contacts ensure efficient power transmission, optimum corrosion protection, and a long service life. They are fully molded and therefore waterproof and dirtproof. 78 Phoenix Contact Optional LED status indicator Users of the charging station can see the availability and status at a glance with the colored LED display integrated in the protective cover.

CHARX connect E-Mobility empowered by Phoenix Contact Optional temperature sensor technology The optional PTC sensor technology on the power contacts keeps the charging sockets safe from overheating. Double award-winning design Our AC charging sockets won the iF Design Award 2023 and the German Design Award Special 2023 for their modular concept and attractive design. Optional shutter It ensures safe touch protection in compliance with national standards. Operation is intuitive – inserting the charging plug opens the shutter. Your custom logo For consistent branding of your charging stations, we can also manufacture the protective cover with your brand logo on request. Phoenix Contact 79 e r u t c u r t s a r f n i g n i g r a h C

AC charging sockets CHARX connect modular e r u t c u r t s a r f n i g n i g r a h C Open and insert with just one hand Whether they have a toddler in their arms or are carrying their shopping – in everyday charging situations, electric car drivers often only have one hand free to connect the charging cable to the charging station. That is why we have designed our AC charging sockets for one-handed operation: The protective cover can be opened effortlessly with the charging plug, without needing to use your other hand. A small feature that makes a big difference and is already appreciated by many of our customers. Winner of two awards for design and modularity Our AC charging sockets CHARX connect modular have won two design awards for their modular and attractive design. The charging sockets were among the winners of the iF Design Award 2023, after the modular concept made a lasting impression on the independent jury of international experts. The charging sockets also won the German Design Award 2023 in the “Special Mention” category. This prestigious award from the German Design Council recognizes remarkable achievements in design. Our clever modular principle was a key factor in this win, as it also enables all components to be freely combined – tailored to the individual requirements of the customer’s application. 80 Phoenix Contact

The modular system of the AC charging sockets – assembled in just 4 steps With our AC charging sockets CHARX connect modular, we provide you with a clever modular system that allows you to freely combine all components in just four steps. You can thus choose the design, scope of functions, and charging power of the charging socket to perfectly suit your charging station or home charger. Charging sockets and protective covers are available as a set in the most common combinations, but are also available individually in other versions. An overview of the items can be found on page 84 onwards. Step 1: Select protective cover: • Round or square design • With or without LED indicator • With Phoenix Contact logo, customer logo, or sticker field Step 2: Select optional shutter: • Touch protection of all contacts in compliance with national standards • Simple, intuitive operation without turning or pushing Step 3: Select charging socket: • With 3- or 4-pos. locking actuator • With or without PTC temperature sensor technology Step 4: Select connecting cable: • 1- or 3-phase • 20 A or 32 A charging current • 0.3 m to 2 m cable length 5 kW 8 kW (1-phase, 20 A) (1-phase, 32 A) 16 kW (3-phase, 20 A) 26 kW (3-phase, 32 A) Phoenix Contact 81 e r u t c u r t s a r f n i g n i g r a h C

e r u t c u r t s a r f n i g n i g r a h C AC charging sockets CHARX connect modular LED status indicator for intuitive operation Users of your charging station can see the availability and status at a glance with the optional colored LED display integrated in the protective cover. The LEDs can be freely controlled by the charging controller via pulse width modulation (PWM). They can glow, flash, and pulsate in all RGB colors. This allows you to configure an individual color value for each state of your charging point that matches your corporate design. Example of LED color configuration: Glowing green: Charging point is free and ready for charging Glowing orange: Charging point is reserved for use Pulsating blue: Charging process in progress Glowing blue: Charging process completed Flashing red: Charging process interrupted due to a fault 82 Phoenix Contact

Temperature sensor technology protects against overheating With the optional PTC sensor technology, the temperature at the power contacts is constantly monitored so that the charging socket is safe from possible overheating, which can be caused by foreign objects or dirt, for example. The sensor technology consists of a chain of PTC resistors, each of which is located at a power contact. By detecting the respective resistance values, the charging controller can initiate an immediate shutdown if the limit temperature is exceeded. This protects users from danger and prevents expensive damage to the charging station. PTC sensor technology Watch the product video on YouTube now! Scan the QR code with your smartphone or tablet and find out more about the functions and features of the AC charging socket CHARX connect modular in the product video. Experience it now in augmented reality (AR)! Scan the QR code with your smartphone or tablet and virtually place the AC charging socket with shutter and LED protective cover in the room, for example, on your desk. View the product in the greatest detail and from every angle. Phoenix Contact 83 e r u t c u r t s a r f n i g n i g r a h C

e r u t c u r t s a r f n i g n i g r a h C Our product portfolio for your charging stations and home chargers Step 1: Select protective cover Design LED status indicator Square Round Common cathode Common anode Common cathode Common anode With imprinted Phoenix Contact logo 1164293 1164297 1549875 1347421 1347426 1388393 With imprinted customer logo With sticker field for customer logo With “C” identification in accordance with DIN EN 17186 Without logo, sticker field, or identification Step 2: Select optional shutter 1549751 1549869 - - - - 1549871 1527521 - - - - On request 1222326 1222335 1549889 1527539 1531953 1531959 Shutter for touch protection in accordance with IEC 61851-1, IEC 62196-1, and IEC 62196-2 1200676 Step 3: Select charging socket Locking actuator Temperature sensor technology Item no. Step 4: Select connecting cable 12 V, 3-pos. 12 V, 4-pos. 1164309 1164307 1164300 1164299 Charging power Cable length 0.3 m 0.7 m 1.0 m 1.5 m 2.0 m 84 Phoenix Contact 5 kW 1-phase (20 A / 250 V) 8 kW 1-phase (32 A / 250 V) 16 kW 3-phase (20 A / 480 V) 26 kW 3-phase (32 A / 480 V) On request 1164343 1164344 On request 1322610 On request 1164355 1164361 On request 1164362 1164365 1335117 1300177 1359740

Sets consisting of charging socket and protective cover Design of the protective cover Square Locking actuator LED status indicator (common cathode) Temperature sensor technology 12 V, 3-pos. 12 V, 4-pos. With imprinted Phoenix Contact logo 1164420 1268358 1164422 1164417 1268355 1164423 Design of the protective cover Round Locking actuator LED status indicator (common cathode) Temperature sensor technology 12 V, 3-pos. 12 V, 4-pos. With imprinted Phoenix Contact logo 1532118 1532112 1532123 1532126 1532128 1532125 Accessories and replacement parts 35 labels for “C” identification in accordance with DIN EN 17186 Locking actuator (replacement part) 12 V, 3-pos. 12 V, 4-pos. 24 V, 4-pos. Protective cap for touch protection and strain relief (replacement part) Tool for removing the protective cap 1315521 1300179 1296166 1622317 1202424 1286836 e r u t c u r t s a r f n i g n i g r a h C For the complete portfolio of AC charging sockets, enter the web code on our website or scan the QR code.  Web code: #2100 Phoenix Contact 85

CHARX control E-Mobility empowered by Phoenix Contact Intelligent and communicative Secure communication through support for all common protocols and interfaces Flexibly scalable and extendable Alignable control modules for the precisely tailored realization of all applications, from private home chargers to public parking garages Quick installation and startup Tool-free installation with plug-in Push-in front connections, easy startup with plug-and-play, and convenient configuration via web-based management Open Linux platform Implementation of customer-specific software Phoenix Contact 87 e r u t c u r t s a r f n i g n i g r a h C

AC charging controllers CHARX control modular The controller for smart charging infrastructure – ready for IoT, smart services, and sector coupling e r u t c u r t s a r f n i g n i g r a h C Coupling various sectors and stakeholders, such as power grids, buildings, local generators, charging stations, and electric vehicles, is becoming ever more important for the future of e-mobility. Communication is therefore the key to sustainable and integrated e-mobility based on renewable energies. This includes, for example, the integration of electric vehicles into the smart grid or smart home, efficient and user-friendly business processes, and device and patch management for charging park operators. All these services require secure communication based on various protocols. With the new generation of controllers CHARX control modular, the open Linux platform, and Phoenix Contact’s application expertise, you are ideally prepared for these challenges. Experience it now in augmented reality (AR)! Scan the QR code with your smartphone or tablet and virtually place the intelligent class 3000 AC charging controller in the room, for example, on your desk. View the product in the greatest detail and from every angle. 88 Phoenix Contact

The compact 1000 class With a housing width of just 18.8 mm, the class 1000 controller provides you with all the necessary interfaces and functions for a standard-compliant charging process: • Charging socket or charging cable • Contactor • RFID identification • Energy measurement • Residual current monitoring • Charging connector release in the event of mains failure • Freely configurable I/Os, for example, for LED control The class 1000 controller can therefore be used without difficulty as a stand-alone controller for single charging points. Or you can mount it next to a class 3000 controller to extend this with up to 12 charging points. 18.8 mm I/Os RFID reader e r u t c u r t s a r f n i g n i g r a h C RCM sensor Energy meter Contactor Charging socket 37.6 mm The intelligent 3000 class With an overall width of just 37.6 mm, the 3000 class provides you with a smart controller with all functions and full connectivity: • Ethernet and 4G cellular communication • Dynamic charging and load management • Backend integration via Open Charge Point Protocol (OCPP) • Vehicle-to-grid communication in accordance with ISO 15118 • Open Linux platform for customer applications Manage up to 48 charging points with a class 3000 controller. Higher-level systems for billing and building management can be seamlessly connected via Modbus/TCP or MQTT. 4G Linux Load management OCPP Ethernet V2G ISO 15118 Phoenix Contact 89

e r u t c u r t s a r f n i g n i g r a h C AC charging controllers CHARX control modular Scalable for every charging application – from home chargers to parking garages Take a look at how versatile using CHARX control modular for various applications can be and how the system can be tailored precisely to your requirements. CHARX SEC-1000 12 V DC RFID reader Grid Contactor RCM sensor Charging socket 4G RFID reader CHARX SEC-3150 12 V DC Grid z H 0 6 / 0 5 V 5 1 4 / 0 4 2 . . . V 0 0 4 / 0 3 2 x 3 C ° 5 5 + . . . 5 2 - A ) 0 8 ( 5 - 5 2 . 0 EEM-EM3XX ΣL1 L2 L3 7 4 2 0 2 3 . 4 0 kWh MXX 0051 XXX/MID 1000 imp/kWh Surge Contactor protection RCM sensor Energy meter Charging socket RFID reader 4G CHARX SEC- 3100 + 1000 CHARX SEC- 3000 + 1000 CHARX SEC- 3000 + 1000 HMI Energy meter z H 0 6 / 0 5 V 5 1 4 / 0 4 2 . . . V 0 0 4 / 0 3 2 x 3 C ° 5 5 + . . . 5 2 - A ) 0 8 ( 5 - 5 2 . 0 EEM-EM3XX EEM-EM3XX EEM-EM3XX EEM-EM3XX EEM-EM3XX EEM-EM3XX ΣL1 L2 L3 7 4 2 0 2 3 . 4 0 kWh MXX 0051 XXX/MID 1000 imp/kWh z H 0 6 / 0 5 V 5 1 4 / 0 4 2 . . . V 0 0 4 / 0 3 2 x 3 C ° 5 5 + . . . 5 2 - A ) 0 8 ( 5 - 5 2 . 0 ΣL1 L2 L3 7 4 2 0 2 3 . 4 0 kWh MXX 0051 XXX/MID 1000 imp/kWh z H 0 6 / 0 5 V 5 1 4 / 0 4 2 . . . V 0 0 4 / 0 3 2 x 3 C ° 5 5 + . . . 5 2 - A ) 0 8 ( 5 - 5 2 . 0 ΣL1 L2 L3 7 4 2 0 2 3 . 4 0 kWh MXX 0051 XXX/MID 1000 imp/kWh z H 0 6 / 0 5 V 5 1 4 / 0 4 2 . . . V 0 0 4 / 0 3 2 x 3 C ° 5 5 + . . . 5 2 - A ) 0 8 ( 5 - 5 2 . 0 ΣL1 L2 L3 7 4 2 0 2 3 . 4 0 kWh MXX 0051 XXX/MID 1000 imp/kWh z H 0 6 / 0 5 V 5 1 4 / 0 4 2 . . . V 0 0 4 / 0 3 2 x 3 C ° 5 5 + . . . 5 2 - A ) 0 8 ( 5 - 5 2 . 0 ΣL1 L2 L3 7 4 2 0 2 3 . 4 0 kWh MXX 0051 XXX/MID 1000 imp/kWh z H 0 6 / 0 5 V 5 1 4 / 0 4 2 . . . V 0 0 4 / 0 3 2 x 3 C ° 5 5 + . . . 5 2 - A ) 0 8 ( 5 - 5 2 . 0 ΣL1 L2 L3 7 4 2 0 2 3 . 4 0 kWh MXX 0051 XXX/MID 1000 imp/kWh Charging socket 1 x CHARX SEC-3000 + 11 x CHARX SEC-1000 1 x CHARX SEC-3000 + 11 x CHARX SEC-1000 1 x CHARX SEC-3000 + 11 x CHARX SEC-1000 1 x CHARX SEC-3000 + 11 x CHARX SEC-1000 Carport: Single home charger without communication link The class 1000 controller already has all the necessary functions for single charging points, such as residual current detection or charging connector release in the event of a power failure. Access rights can be granted by adding users to an RFID allowlist. Smart city: Single charging point with wireless backend connection The class 3100 controller enables the wireless connection of charging points to billing systems via the integrated 4G modem and the OCPP protocol. Due to the compact design, charging stations can be integrated into streetlamps, for example. Company: Three double charging points with backend connection and terminal A double charging station consisting of a class 3100 controller and a class 1000 controller manages two lower-level double charging points, each comprising a class 3000 controller and a class 1000 controller. The touch terminal and backend system are connected via the class 3100 controller. Parking garage: 48 charging points with central control cabinet and backend connection One class 3000 controller and 11 class 1000 controllers are connected via DIN rail connector to form a cluster of 12 charging points. The class 3000 controller is used to manage three additional clusters of the same structure, meaning a total of 48 charging points. 90 Phoenix Contact

Easy handling – from installation through to maintenance When developing CHARX control modular, we focused on maximum user friendliness and intuitive handling. The modular system architecture provides you with a high degree of flexibility in realizing your application. Our developers have also designed the modules so that any maintenance work can be performed easily and efficiently. Snapped on modules are automatically detected in the network Simply snap the required modules onto the DIN rail one after the other. The modules are supplied with power via the DIN rail connector and automatically detected in the local network. This reduces wiring effort considerably. Fast and tool-free wiring of the modules with Push-in connection The Push-in connection technology allows you to wire the control modules quickly, easily, and tool-free. Easy and intuitive configuration in web-based management You can configure all settings intuitively in web-based management. Here, you can copy over the configuration of a charging point to other charging points with just a few clicks. Fast module replacement in the event of maintenance with lock-and-release technology For maintenance purposes, the plug-in front connections with lock-and-release technology allow modules to be replaced quickly and without any rewiring work. Watch the product video on YouTube now! Scan the QR code with your smartphone or tablet and find out more about the functions and features of the AC charging controllers CHARX control modular in the product video. Phoenix Contact 91 e r u t c u r t s a r f n i g n i g r a h C

AC charging controllers CHARX control modular Bill charging processes in accordance with measurement and calibration law e r u t c u r t s a r f n i g n i g r a h C With the AC charging controllers CHARX control modular, problem-free billing that is compliant with calibration laws is now possible. A coordinated, pre-certified package makes it easy for you to achieve compliance for your AC charging stations quickly and cost-effectively. Our pre-certified package for your AC charging solution includes all the necessary hardware and software components, such as a built-in display, a signing energy meter, the controller software, and complete documentation with test reports. With our AC charging controllers, we enable flexible topologies with up to 12 charging points and design freedom through the visualization of all calibration- related data on our built-in display in real time. Furthermore, our tamper-proof software reduces the sealing effort involved at the charging station. Ready for vehicle-to-grid With our charging controllers CHARX control modular, electric car batteries can be charged intelligently. Moreover, they are also able to return electricity to the grid whenever necessary. In this way, vehicle fleets become profitable energy storage facilities by using electric cars as electricity buffers. The technology behind this is called vehicle-to-grid. The technical requirements and underlying conditions are described in ISO 15118. CHARX control modular already meets this standard, and is therefore ready for vehicle-to-grid. 92 Phoenix Contact

Our product portfolio for your charging stations and home chargers AC charging controllers Class 1000 Class 3000 18.8 mm 37.6 mm 37.6 mm 37.6 mm 37.6 mm Class Width Purpose Stand-alone or client Server Linux, Ethernet, backend connection, load management 4G/2G cellular communication ISO 15118 communication Item no. 1139034 1139022 1139018 1139012 1138965 Accessories 4.3" touch display for charging compliant with calibration laws AC energy meter for charging Cellular antenna with 5 m connecting RFID reader in RFID reader as compliant with cable and IP65 housing PCB calibration SMA circular laws 1) connector RFID reader as PCB, with LED status indicator and buzzer Residual current 0.4 m connecting cable for monitoring residual current module monitoring module 1426836 1429603 2702273 1309687 1309772 1391227 1309697 1360462 1) Details of this energy meter and other versions can be found on page 134 onwards. For the complete portfolio of AC charging controllers, enter the web code on our website or scan the QR code.  Web code: #0501 Phoenix Contact 93 e r u t c u r t s a r f n i g n i g r a h C

Charging infrastructure Powerful DC charging cables for fast charging stations and home chargers The DC charging cables CHARX connect are used for fast DC charging of electric vehicles. In addition to type 1 and type 2 CCS charging cables, we also provide the GB/T standard for China. Our portfolio is divided into different performance classes and thus offers the right charging cable for every application – from DC home chargers to public HPC charging parks. Comfortable handling The ergonomic design of the gripping zone ensures easy and comfortable handling of the charging connector. Clever sealing concept Complete longitudinal water tightness prevents moisture from penetrating into the charging connector or the cable. Silver-plated contacts The silver-plated power and signal contacts ensure efficient power transmission, optimum corrosion protection, and a long service life. 94 Phoenix Contact

Your custom logo For consistent branding of your charging stations, we can also manufacture the charging connectors with your brand logo on request. CHARX connect E-Mobility empowered by Phoenix Contact For all regions and applications Our portfolio covers the globally established charging standards CCS type 1, CCS type 2, and GB/T, as well as all performance classes – from DC home chargers to HPC charging parks. Integrated temperature sensor technology With fast and accurate temperature sensors at every power contact, the charging cables are safe from overheating. Robust cable in accordance with DIN EN 50620 Our charging cables are VDE-certified and specially designed for e-mobility applications in terms of insulation thickness, material flexibility, and other properties. Phoenix Contact 95 e r u t c u r t s a r f n i g n i g r a h C

e r u t c u r t s a r f n i g n i g r a h C Which charging cable is right for my application? Comparison of our product families Product family CHARX connect compact CHARX connect standard CHARX connect professional Charging power (continuous) 40 … 80 kW 150 … 250 kW 375 … 500 kW Charging power (Boost Mode) ¹) - 500 kW 600 … 700 kW Area of application Lower charging powers in the private and semi-public sector Medium charging powers in the semi-public and public sectors High Power Charging in the public sector Typical application examples Private carports, company, restaurant, and retail parking lots, public parking garages Company, restaurant, and retail parking lots, public parking lots, and service stations HPC fast charging parks, service stations, and rest areas on freeways and expressways Charging standards CCS type 1, CCS type 2 CCS type 1, CCS type 2, GB/T CCS type 1, CCS type 2, GB/T Replaceable mating face frame Replaceable power contacts Extended analysis data via CAN bus Liquid cooling Optional panel feed-through 2 2) 2) 1) Boost Mode allows a higher charging power for a short period. The possible time span depends on numerous ambient conditions. Details can be found on the right and in the packing slip for the respective item, which you can download from our website. 2) These features are only available with the 500 kW versions of CHARX connect professional. 96 Phoenix Contact

DC charging cables CHARX connect Higher charging powers for a short period in Boost Mode As a manufacturer, we design our DC charging cables for continuous operation at a nominal current as defined by us and at an ambient temperature of -30°C to +40°C. In Boost Mode, some DC charging cables can carry significantly higher charging powers for a short period. For this purpose, we specify a maximum current Imax in the packing slip for the respective items. The possible duration for operating a charging cable in Boost Mode depends on numerous ambient conditions, such as how frequently the charging point is used and the design of the vehicle charging inlet. Also, charging cables can operate at a higher ambient temperature for a shorter period of time. For manufacturers and operators of charging stations that make use of Boost Mode, it is imperative that the temperatures at the DC power contacts are continuously monitored using the integrated temperature sensor technology. The charging process must be shut down when a limit temperature of +90°C is reached. If the system approaches the limit temperature, it is recommended that the charging current is reduced early, e.g., to the nominal current. In this case, we are talking about derating. Boost Mode Tmax 90°C Nominal current Phoenix Contact 97 e r u t c u r t s a r f n i g n i g r a h C

e r u t c u r t s a r f n i g n i g r a h C DC charging cables CHARX connect Waterproof and robust housing for safe outdoor use The clever sealing concept of our DC charging cables ensures complete longitudinal water tightness, which reliably prevents moisture from penetrating into the charging connector or the cable. This maximizes electrical safety for the user while increasing the failsafe performance of your charging infrastructure. High- quality materials also ensure the necessary robustness and long service life of our charging connectors – even in constant outdoor use under harsh conditions. The innovative two-chamber sealing system marks the next stage in the development of our sealing systems: By physically separating the DC+ and DC- power contacts, short circuits can be completely ruled out. Billing compliant with calibration laws through four-conductor measurement technology For the reliable billing of charging processes compliant with calibration laws, our DC charging cables and connectors are prepared for four-conductor measurement technology. This makes it possible to record the power dissipation in the charging cable in order to determine the exact amount of power transmitted to the electric vehicle. 98 Phoenix Contact

DC charging cables CHARX connect Repair kits for easy and inexpensive maintenance Despite being made of very robust materials, charging connectors at semi- public or public charging stations require regular maintenance, also as a result of improper handling. The damage usually occurs on the mating face. Our repair kits, which are available separately, enable you to quickly and easily replace mating face frames and power contacts on the charging connector during maintenance work. This makes our DC charging cables particularly easy to maintain, saves time and costs, and increases the availability of your charging infrastructure. This eliminates the need for time-consuming and costly replacement of the complete charging cable. This type of maintenance is not only more economical, but also more sustainable. CHARX connect standard: Replaceable mating face frame CHARX connect professional: Replaceable mating face frame and power contacts (Similar to image) e r u t c u r t s a r f n i g n i g r a h C Phoenix Contact 99

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DC charging cables CHARX connect professional Cooled HPC charging cables for fast charging with 500 kW on a continuous basis e r u t c u r t s a r f n i g n i g r a h C The CCS charging cables CHARX connect professional with our proprietary High Power Charging (HPC) Technology are used in public fast charging stations and fast charging parks. With HPC, long charging times are a thing of the past, because electric car batteries can be charged for a range of 100 kilometers in just three to five minutes. Our intelligent HPC technology is based on active liquid cooling that enables constant charging powers of up to 500 kW – without compromising safety or manageability. In Boost Mode, charging powers of up to 700 kW are even possible for short periods. We are thus revolutionizing fast charging technology and setting a milestone for the future of e-mobility, because HPC provides a practical solution for charging electric cars. The cooled HPC charging connector in detail Smart technology for a fast and safe charging process Microprocessor and sensor technology transmit analysis data in real time Ergonomic handle ensures easy handling Contact carrier with excellent thermal conductivity also acts as a heatsink Environmentally-sound low- maintenance coolant dissipates the heat and prevents overheating Indicator layer in the cable sheath warns of material wear through abrasion 100 Phoenix Contact Leakage sensor signalizes any coolant leaks Integrated temperature sensors measure heat generation in real time Replaceable mating face enables inexpensive maintenance and repairs

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DC charging cables CHARX connect professional How does liquid cooling work? And what do the standards require? To determine the rated current, the charging connector and cable may be a maximum of 50 K warmer than the ambient air (ΔTmax = 50 K) in accordance with the VDE-AR-E 2623-5-3 directive and standard IEC TS 62196-3-1. Thus, a maximum temperature of +90°C is permitted at the power contacts during the charging process. To ensure this, a total of five temperature sensors in the HPC charging connector measure heat generation in real time. A controller evaluates the data acquired and regulates the cooling output accordingly. The environmentally-sound coolant efficiently dissipates the heat via integrated cooling ducts. This prevents overheating safely and in compliance with standards.  [°C] 100 90 80 70 60 50 40 30 20 10 0 Temperature profile without cooling system max I = 500 A Temperature profile with HPC cooling system t Watch the product video on YouTube now! Scan the QR code with your smartphone or tablet and find out more about the functions and features of the HPC charging cables CHARX connect professional in the product video. Experience it now in augmented reality (AR)! Scan one of the QR codes with your smartphone or tablet and virtually place the HPC charging cables in the room, for example, on your desk. View the product in the greatest detail and from every angle. Type 1 DC charging cables Type 2 DC charging cables Phoenix Contact 101 e r u t c u r t s a r f n i g n i g r a h C

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DC charging cables CHARX connect professional Quick and easy installation with the optional panel feed-through During the development of the cooled HPC charging connector, the focus was not only on high charging power but also on making installation as easy as possible. Therefore, our HPC charging cables are optionally available with a panel feed-through, which enables a quick, safe, and convenient installation of the charging cable at the charging station. It contains defined interfaces for power transmission, communication, and the cooling circuit. The panel feed-through is available in the following versions: • Straight • Angled, for installation on the right • Angled, for installation on the left Real-time transmission of status and analysis data via CAN bus interface There is even more intelligent technology installed inside the HPC charging connector: The integrated sensor technology provides information on the overall status of the High Power Charging connector, its usage and wear, and further analysis data. All of this information is stored in the charging connector and transmitted to the operator in real time for greater transparency. e r u t c u r t s a r f n i g n i g r a h C 102 Phoenix Contact

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DC charging cables CHARX connect professional Uncooled HPC charging cables for fast charging with 375 kW on a continuous basis The HPC charging cables CHARX connect professional are also available without liquid cooling. Instead, they use an increased conductor cross-section of 4 x 55 mm². They can thus transmit 375 kW continuously and safely at temperatures up to 40°C – and even up to 500 kW for short periods in Boost Mode. The uncooled charging cables also come with smart features and unlimited safety: For billing compliant with calibration laws, they are prepared for four-conductor measurement technology. The innovative two-chamber sealing system ensures that the DC+ and DC- power contacts are physically separated, and thus reliably prevents potential short circuits. HPC-capable vehicle charging inlets With DC conductor cross-sections of up to 120 mm², our vehicle charging inlets CHARX connect universal enable High Power Charging (HPC) on the vehicle side with up to 500 kW. The precise temperature sensor technology of the PT 1000 sensors at the DC power contacts and the PTC chain in the AC area protect the vehicle from overheating and ensure a safe charging process. Our universal CCS charging inlets were originally developed for well-known manufacturers in the automotive industry. Today, they are used wherever HPC fast charging plays a crucial role – from cars and motorcycles to non-road vehicles in mining, construction, logistics, goods and passenger transport, agriculture and forestry, other special and purpose-built vehicles, and in marine sector. More information starting on page 36 e r u t c u r t s a r f n i g n i g r a h C Phoenix Contact 103

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e r u t c u r t s a r f n i g n i g r a h C DC charging cables CHARX connect compact The ideal solution for charging powers up to 80 kW With their sophisticated design and compact dimensions, the CCS charging connectors are consistently designed for modern DC home chargers in garages and carports as well as for small DC charging stations in the public and commercial sector. The charging cables are available for the established charging standards CCS type 1 and CCS type 2, making them suitable for use almost anywhere in the world. The charging connector design won the Good Design Award. It features a contemporary style and is also functionally well-developed. The ergonomic shape of the gripping zone ensures easy handling and a comfortable feel. The compact CCS charging connector in detail Perfectly tailored to DC home chargers and smaller DC charging stations Compact design – perfectly tailored to DC charging stations in the lower power range Available with custom logo on request Silver-plated contacts for efficient power transmission, optimum corrosion protection, and long service life Integrated temperature sensor technology prevents overheating 104 Phoenix Contact Easy handling with the ergonomic handle Charging cable for e-mobility applications VDE-certified and developed in accordance with DIN EN 50620 Clever sealing concept for continuous longitudinal water tightness

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DC charging cables CHARX connect compact Suitable for vehicle-to-grid and vehicle-to-home Grid High- voltage battery Control unit Electric vehicle Bidirec- tional inverter Control unit V2G unit Due to bidirectional converter technology, the DC home chargers of the near future will be able to perform vehicle-to-grid and vehicle-to-home power feed-in. Here, the electricity can flow under control from the vehicle battery via the charging station into the power grid or the user’s own home. For these V2G and V2H applications, our compact CCS charging cables are the ideal solution. Watch the product video on YouTube now! Scan the QR code with your smartphone or tablet and find out from our product manager in the video what makes our DC charging cables CHARX connect compact so special. Experience it now in augmented reality (AR)! Scan the QR code with your smartphone or tablet and virtually place the compact DC charging cable in the room, for example, on your desk. View the product in the greatest detail and from every angle. e r u t c u r t s a r f n i g n i g r a h C Phoenix Contact 105

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Our product portfolio for your charging stations and home chargers Type 1 CCS e r u t c u r t s a r f n i g n i g r a h C Product family CHARX connect compact CHARX connect standard Charging power (continuous) 40 kW (40 A / 1000 V) 80 kW (80 A / 1000 V) Charging power (Boost Mode) 1) Replaceable mating face frame Replaceable power contacts Liquid cooling Panel feed-through 200 kW (200 A / 1000 V) 500 kW (500 A / 1000 V) Item no. 1105880 1105881 1051695 Type 2 CCS Product family CHARX connect compact CHARX connect standard Charging power (continuous) 40 kW (40 A / 1000 V) 80 kW (80 A / 1000 V) 150 kW (150 A / 1000 V) Charging power (Boost Mode) 1) Replaceable mating face frame Replaceable power contacts Four-conductor measurement technology Two-chamber sealing system Liquid cooling Panel feed-through 200 kW (200 A / 1000 V) 500 kW (500 A / 1000 V) 250 kW (250 A / 1000 V) 500 kW (500 A / 1000 V) Item no. 1106637 1106633 1095767 1095775 1107339 106 Phoenix Contact

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e r u t c u r t s a r f n i g n i g r a h C CHARX connect professional 500 kW (500 A / 1000 V) 700 kW (700 A / 1000 V) 1085658 (straight) 1085641 (angled to the right) (angled to the left) 1089931 1085642 375 kW (375 A / 1000 V) 500 kW (500 A / 1000 V) CHARX connect professional 500 kW (500 A / 1000 V) 700 kW (700 A / 1000 V) 1396518 1085638 1085631 1089665 1085637 (straight) (angled to the right) (angled to the left) Phoenix Contact 107

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Our product portfolio for your charging stations and home chargers GB/T DC Product family CHARX connect standard CHARX connect professional 250 kW (250 A / 1000 V) 500 kW (500 A / 1000 V) 500 kW (500 A / 1000 V) 600 kW (600 A / 1000 V) Charging power (continuous) 125 kW (125 A / 1000 V) Charging power (Boost Mode) 1) Replaceable mating face frame Replaceable power contacts Liquid cooling Panel feed-through Item no. 1449525 2 1449523 2) 1459630 2) All DC charging cables shown with 5 m cable. Item versions with other cable lengths are also available on our website or on request. 1) Boost Mode allows a higher charging power for a short period. The possible time span depends on numerous ambient conditions. Details can be found in the packing slip for the respective item, which you can download from our website. 2) This item is currently only available in China. e r u t c u r t s a r f n i g n i g r a h C 108 Phoenix Contact

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Accessories Cooling unit for Quick coupling Cable handle for liquid-cooled HPC for connecting the HPC charging charging cables coolant lines cables 1237881 1346562 1091431 35 labels for identification in accordance with DIN EN 17186 1309761 (“K”) 1309765 (“L”) Holder for vehicle charging connectors Type 1 CCS Type 2 CCS GB/T DC 1624143 1624153 1623770 (without button) 1623497 (with button) Repair kits Product family CHARX connect CHARX connect CHARX connect CHARX connect CHARX connect standard professional standard professional 375 kW professional 500 kW Type 1 CCS Type 2 CCS Mating face frame Mating face frame, bit Power contacts Power contacts, bit Mating face frame, power contacts Mating face frame, power contacts, bit - - 1288247 1288250 1288248 1158266 1085800 1085801 1295744 1295723 1281251 1085802 1081734 1085796 - - - - - - - - 1582262 1582285 1085797 1085798 1295577 1295670 1281249 1085799 For the complete portfolio of DC charging cables, enter the web code on our website or scan the QR code.  Web code: #2099 Phoenix Contact 109 e r u t c u r t s a r f n i g n i g r a h C

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Charging infrastructure DC charging controllers for fast charging stations The freely programmable DC charging controllers CHARX control professional and CHARX control integrated provide the intelligence for modern charging stations for mode 4 fast charging in accordance with IEC 61851-23. They communicate with the electric vehicle, monitor the charging process, control parameters such as the charging current, and handle additional tasks as an option. The all-rounder in 19-inch format CHARX control integrated combines all control and monitoring functions for DC charging in one space- saving device. The 19" standard and fast-connection technologies simplify installation and maintenance. 110 Phoenix Contact

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CHARX control E-Mobility empowered by Phoenix Contact The classic solution for DIN rails CHARX control professional is the DC charging controller for classic mounting in DIN-rail-based charging stations. This enables you to benefit from customized design-in and flexible wiring with other components. Flexible to use and communicative Both control solutions are freely programmable in accordance with IEC 61131, giving you the ability to fully customize the software and user interface of your charging station. Comprehensive interfaces allow you to easily connect all peripheral devices. Phoenix Contact 111 e r u t c u r t s a r f n i g n i g r a h C

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DC charging controller CHARX control integrated The modular 19" system in detail – for quick rack mounting of your DC charging station e r u t c u r t s a r f n i g n i g r a h C The system in a standard 19" format consists of several coordinated modules for distributing, converting, and controlling the charging current: The new distribution module, CHARX power distribute, the new control module, CHARX control integrated, and the power modules CHARX power basic, can be combined to suit any charging situation. Compared to classic assembly with DIN rail components, the modular design with the CHARX system in 19" standard dimensions significantly reduces the complexity of a DC charging station. It also enables the quick installation and replacement of modules. Power control module controls and monitors CHARX control integrated combines all functions for controlling and monitoring your 19" charging station and manages up to five 30 kW power modules for fast DC charging up to 150 kW. Comprehensive interfaces CCS, CAN bus, OCPP, TCP/IP, and RS-485 communication interfaces as well as I/Os for connecting charging cables, touch panels, RFID readers, status LEDs, and power electronics. Highly efficient power modules Compact fast-charging modules CHARX power basic for direct installation in your DC charging station convert AC mains power into DC power and can be interconnected in accordance with power requirements. Distribution module CHARX power distribute supplies up to five power modules and also the control module with AC mains voltage. Protective functions ensure maximum safety. 112 Phoenix Contact Freely programmable in accordance with IEC 61131 CHARX power integrated can be freely programmed, giving you the ability to fully customize the software and user interface of your charging station. Fast-connection technology Push-in fast connection and T-LOX knee-lever connection enable fast installation and maintenance. Space-saving, efficient design Ideal for urban locations: takes up less space for the same charging power and also involves less wiring effort than comparable systems.

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DC charging controller CHARX control integrated Design modular DC charging infrastructure – 19" racks for fast charging Carbon-neutral charging is only made possible by coupling the different sectors. The coordinated power electronics enable efficient conversion, distribution, and storage. This allows electric vehicles to be charged intelligently and quickly. Our solution enables you to implement a simple, economical, and full-coverage fast charging infrastructure. Watch the product video on YouTube now! Scan the QR code with your smartphone or tablet and find out more about the design of a modular DC charging station in 19" format in the product video. Experience it now in augmented reality (AR)! Scan one of the QR codes with your smartphone or tablet and virtually place the DC charging controller in 19" format in the room, for example, on your desk. View the product in the greatest detail and from every angle. e r u t c u r t s a r f n i g n i g r a h C Phoenix Contact 113

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DC charging controller CHARX control professional The DC charging controller for DIN rails in detail CHARX control professional is the all- rounder with versatile interfaces Integrated cellular interface To connect the charging controller via OCPP (Open Charge Point Protocol) to a backend system for user management, billing, and remote diagnostics SD card slot For SD card (available separately): includes user license for ready-made PC Worx programming blocks, stores logged charging processes, and is used to transfer controller configurations Digital I/Os The 16 digital inputs and 16 digital outputs allow additional customer-specific components to be connected, e.g., for control of the DC contactors, evaluation of the insulation monitor, monitoring of the door locking mechanism, activation of charging status LEDs, etc. e r u t c u r t s a r f n i g n i g r a h C Status LEDs For intuitive acquisition of the charging controller status, the data traffic of the communication interfaces, and for error diagnostics Two Ethernet interfaces For connection to a touch panel, programming via PC Worx, or integration into a charging and load management system Energy meter connection Measure energy consumption and bill charging processes accurately: Connect AC and DC energy meters via RS-232 and RS-485 serial interfaces RFID reader connection Connection via RS-232 or RS-485 for user authorization with a backend system or using the local RFID allowlist Control of the power electronics Transmission of all necessary charging parameters via CAN bus interface and ready-made PC Worx function blocks for CHARX power CCS charging interface For standard-compliant fast charging: exchange of required charging parameters as per DIN SPEC 70121 with the vehicle via CCS charging interface in accordance with IEC 61851-23 AC charging interface For standard-compliant AC charging: exchange of required charging parameters with the vehicle via AC charging interface in accordance with IEC 61851-1 Wide range of possible applications – freely programmable in accordance with IEC 61131 CHARX control professional and CHARX control integrated can be freely programmed for your specific charging application in accordance with IEC 61131. This makes it a versatile charging controller for a wide range of possible applications, giving you the ability to fully customize the software and user interface of your charging station. You can reduce the engineering work required with the ready-made PC Worx function blocks for vehicle communication in accordance with DIN SPEC 70121. 114 Phoenix Contact

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Our product portfolio for your charging stations DC charging controllers Product family CHARX control integrated CHARX control professional Application and mounting type For slide-in and fast connection in a 19" rack charging station – all necessary components for DC charging are already integrated For classic mounting in a DIN-rail-based charging station – enables customized design-in and flexible wiring with other components Integrated functions Integrated interfaces Supported charging points Supported DC charging power Freely programmable in accordance with IEC 61131 Dimensions (W x H x D) Item no. Accessories Charging controller, cellular modem, insulation monitoring, power contactors, fuse, 24 V power supply Charging controller, cellular modem IEC 61851-23 and DIN SPEC 70121 (CCS charging), OCPP, TCP/IP, RS-485, CAN bus, I/Os, SIM card, emergency switching off, 230 V for fan IEC 61851-23 and DIN SPEC 70121 (CCS charging), IEC 61851-1 (AC charging), CHAdeMO, OCPP, TCP/IP, RS-232, RS-485, CAN bus, I/Os, SIM card, SD card 1 x DC 150 kW 1 x DC, 1 x AC Unlimited 483 mm x 134 mm x 550 mm (3 rack units in 19" standard) 285 mm x 158 mm x 70 mm 1311433 1624130 DC energy meter for charging compliant with Cellular antenna with 5 m connecting cable SD card with user license for ready-made calibration laws 1) and SMA circular connector PC Worx programming blocks 2) 1269236 2702273 1624092 1) Details of this energy meter and other versions can be found on page 134 onwards. 2) Replaceable SD card for CHARX control professional. For the complete portfolio of DC charging controllers, enter the web code on our website or scan the QR code.  Web code: #1024 Phoenix Contact 115 e r u t c u r t s a r f n i g n i g r a h C

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Charging infrastructure DC power electronics and distribution for fast charging stations Our highly efficient power electronics CHARX power basic and the convenient distribution module CHARX power distribute facilitate the cost-effective operation of your DC charging infrastructure for the fast charging of electric cars. Our modular and scalable solution supports DC charging with high voltages and currents all the way to High Power Charging (HPC). Efficient power modules CHARX power basic provides a stable power supply over a wide voltage range with constant power. The 30 kW fast charging modules are available as AC/DC and DC/DC converters and enable the integration of solar panels in charging parks. 116 Phoenix Contact

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DC power electronics CHARX power DC charging infrastructure with 19" racks The modular CHARX system for 19" rack mounting offers a solution for the quick and economical setup of full-coverage fast charging infrastructure. The system in a standard 19" format consists of several coordinated modules for distributing, converting, and controlling the charging current, which can be combined to suit any charging situation: • DC power modules CHARX power basic • AC distribution module CHARX power distribute • Control module CHARX control integrated Compared to classic assembly with DIN rail components, the modular design with the CHARX system significantly reduces the complexity of a DC charging station. All processes are significantly accelerated and optimized for the charging station manufacturer. More information starting on page 112 Fast installation and maintenance The fast-connection technologies from Phoenix Contact and the established 19" standard dimensions enable the quick installation and replacement of modules: Both the Push-in fast connection and the modern T-LOX knee-lever connection developed by Phoenix Contact allow for simple and direct conductor connection using stripped or ferruled conductor ends. Both technologies enable connection without using additional tools. They are designed for the reliable transmission of data, signals, and power. e r u t c u r t s a r f n i g n i g r a h C 118 Phoenix Contact T-LOX Technology Designed by Phoenix Contact

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DC power electronics CHARX power Areas of application There are numerous fields of application for the CHARX power modules. First and foremost, you can integrate them into charging stations. But they can also be used in other areas, such as charging buffer batteries for applications in the DC industry or charging mobile battery containers that are needed on construction sites. All modules conform to emission class B, so use in urban environments is not an issue. In addition, the AC/DC modules can also be used on conventional 3-phase connections (32 A). Supply of charging stations in the event of insufficient power from the grid: e r u t c u r t s a r f n i g n i g r a h C Power grid Transformer 30 kW AC/DC converter 400 V AC Battery container DC DC DC DC Charging stations with 30 kW DC/DC converter Phoenix Contact 119 Power24 VCOMRS232X3X1X2.1X2.2RS485X4CANX5AC ChargingX6X7DC ChargingX8X9EV-PLCC-AC1-DC1Ord. No. 1624130EV CHARGE CONTROLANTSIMSD CardDigital INX10Digital OUTX11CTRLCOMEVACDCDIAGULErrorRS323-1UMRS323-2PlugUSFRFFERS485-1RS485-2CANGSM St.GSM TRChargePLCErrorPlugChargeEEM-EM3XXMXX00513x230/400V...240/415V 50/60Hz0.25-5(80)A -25...+55°CXXX/MID1000imp/kWh742023.40kWhΣL1 L2 L3Output DC24 V 1.75A22.5-29.5 VPower24 VCOMRS232X3X1X2.1X2.2RS485X4CANX5AC ChargingX6X7DC ChargingX8X9EV-PLCC-AC1-DC1Ord. No. 1624130EV CHARGE CONTROLANTSIMSD CardDigital INX10Digital OUTX11CTRLCOMEVACDCDIAGULErrorRS323-1UMRS323-2PlugUSFRFFERS485-1RS485-2CANGSM St.GSM TRChargePLCErrorPlugChargeEEM-EM3XXMXX00513x230/400V...240/415V 50/60Hz0.25-5(80)A -25...+55°CXXX/MID1000imp/kWh742023.40kWhΣL1 L2 L3Output DC24 V 1.75A22.5-29.5 VPower24 VCOMRS232X3X1X2.1X2.2RS485X4CANX5AC ChargingX6X7DC ChargingX8X9EV-PLCC-AC1-DC1Ord. No. 1624130EV CHARGE CONTROLANTSIMSD CardDigital INX10Digital OUTX11CTRLCOMEVACDCDIAGULErrorRS323-1UMRS323-2PlugUSFRFFERS485-1RS485-2CANGSM St.GSM TRChargePLCErrorPlugChargeEEM-EM3XXMXX00513x230/400V...240/415V 50/60Hz0.25-5(80)A -25...+55°CXXX/MID1000imp/kWh742023.40kWhΣL1 L2 L3Output DC24 V 1.75A22.5-29.5 V

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DC power electronics CHARX power Flexibly scalable charging power – the right power for every situation With the modular CHARX system for 19" rack mounting, the charging power can be scaled from 30 to 150 kW as required/ needed by interconnecting up to five 30 kW modules. Both in preconfiguration and retrofit situations. e r u t c u r t s a r f n i g n i g r a h C The modules integrate the entire distribution, conversion, and control of the charging current. Watch the product video on YouTube now! Scan the QR code with your smartphone or tablet and find out more about the design of a modular DC charging station in 19" format in the product video. Experience it now in augmented reality (AR)! Scan one of the QR codes with your smartphone or tablet and virtually place the DC power module or the AC distribution module in the room, for example, on your desk. View the product in the greatest detail and from every angle. CHARX power basic CHARX power distribute 120 Phoenix Contact

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Our product portfolio for your charging stations DC power modules e r u t c u r t s a r f n i g n i g r a h C Product family Conversion type Mounting type Output power Output current Efficiency Standards Electrical isolation Dimensions (W x H x D) Item no. AC distribution module CHARX power basic DC/DC AC/DC AC/DC 19" rack mounting 30 kW 100 A >95% DIN EN 61851-21-2, Class B IEC 61851-1:2017 IEC 61851-23:2014 UL 2202 Mounting in a separately available system cabinet 87.5 kW 125 A >97% DIN EN 61851-21-2, Class A IEC 61851-23:2014 483 mm x 134 mm x 550 mm (3 rack units in 19" standard) 536 mm x 222 mm x 600 mm 1296467 1232243 1162690 Product family Mounting type CHARX power distribute 19" rack mounting Integrated protective functions AC input AC outputs Standards Dimensions (W x H x D) Item no. Surge protection, miniature circuit breakers, protection against overheating 3 x 232 A, 400 … 480 V 5 outputs with 3 x 63 A each, 1 output with 3 x 6 A IEC 61851-1:2017 483 mm x 134 mm x 550 mm (3 rack units in 19" standard) 1342893 For the complete portfolio of DC power electronics and distribution, enter the web code on our website or scan the QR code.  Web code: #2529 Phoenix Contact 121

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Charging infrastructure Surge protection for charging stations and home chargers With our surge protective devices CHARX protect, you can protect charging stations and electric cars against damage due to surge voltages caused by lightning strikes or switching operations in the grid. We can provide you with various arrester types for a comprehensive protection concept to ensure that your charging infrastructure remains available at all times – at any time of the day or night, and in any weather. Remote indication contact Integrated status indicator and remote indication contact provide information about the availability of the charging station – anytime, anywhere. 122 Phoenix Contact Low voltage protection level Optimum protection: low voltage protection level minimizes surge voltages for downstream components within the charging station and also for the electric vehicle.

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Surge protection CHARX protect Safe and uninterrupted charging of electric cars – with our comprehensive protection concept e r u t c u r t s a r f n i g n i g r a h C The charging infrastructure for electric vehicles is just as complex as the vehicle itself. From the power supply and components for visualizing the charging process right through to the cables for Ethernet communication, the charging station is equipped with many important and sensitive components. These need to be protected to ensure that the charging infrastructure has a long service life and to enable a safe, uninterrupted charging process. A comprehensive protection concept therefore consists of three areas: • Type 2 protective devices and type 1+2 combined lightning current and surge arresters protect feed-in against dangerous surge voltages caused by lightning strikes and switching operations in the grid. • Use type 3 surge arresters to ensure the long-term function of numerous sensitive components within your charging station. • The communication components are usually connected via Ethernet and should also be protected. Experience it now in augmented reality (AR)! Scan the QR code with your smartphone or tablet and virtually place the type 2 surge arrester in the room, for example, on your desk. View the product in the greatest detail and from every angle. 124 Phoenix Contact

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Surge protection CHARX protect Surge protection for retrofitting – optimal protection for home chargers and electric vehicles Even though the main distribution box already has surge protection, it often provides insufficient protection in the case of long cable routes to the home charger. Due to its weatherproof and shockproof IP65 housing, CHARX protect retrofit can be easily installed in a carport under or even next to the home charger. The integrated type 2 arrester reliably protects home chargers with charging powers of 11 to 22 kW and the connected electric vehicles against expensive damage due to voltage peaks that can be caused by lightning strikes or switching operations in the supply grid. To match the existing cable routing, the feeding AC cable can be fed into the housing either at the top or at the bottom. Push-in connection means that internal wiring is particularly quick. Watch the experiment video on YouTube now! Scan the QR code with your smartphone or tablet and watch the video to see what happens when a home charger gets a surge voltage – when surge protection is and isn’t installed. e r u t c u r t s a r f n i g n i g r a h C Phoenix Contact 125

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Our product recommendations for your charging stations and home chargers Feed-in protection e r u t c u r t s a r f n i g n i g r a h C Product family CHARX protect basic CHARX protect advanced FLT-MB Application Mounting type Arrester type Incl. protection against surge voltages caused by lightning strikes Incl. protection of 12 and 24 V components Pluggable arrester Remote indication contact Connection technology Maximum continuous voltage AC feed-in protection DIN rail mounting Type 2 Type 1/2 Type 1 + 2 + 3 Screw 280 V AC Screw 264 V AC Screw 264 V AC Item no. 1180144 1180145 1180149 1180150 1380661 1380667 Product family CHARX protect retrofit VAL-MS-BE-PCB VAL-MB-DC Application Mounting type Arrester type Incl. protection against surge voltages caused by lightning strikes Pluggable arrester Remote indication contact Connection technology Maximum continuous voltage Item no. 126 Phoenix Contact AC feed-in protection – for external retrofitting AC feed-in protection – base element for VAL-MS arrester DC feed-in protection – installation upstream of DC power electronics Wall mounting in IP65 housing PCB mounting DIN rail mounting Type 2 Type 1/2 Type 2 Push-in 275 V AC 1380466 - Screw 760 V AC / 800 V DC 800 V DC 1,100 V DC 1035864 1376160 1376162

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e r u t c u r t s a r f n i g n i g r a h C Protection of 12 and 24 V components Product family Application Mounting type Arrester type Pluggable arrester Remote indication contact Connection technology Item no. Protection of communication components PLT-SEC Protection of 12 and 24 V components DIN rail mounting Type 3 Push-in 2907925 Screw 2907916 Product family PP-RJ DATATRAB-LAN DATATRAB-TELE TERMITRAB complete Surge protection for telecommunications (e.g., CAN) Application Mounting type Connection technology Patch panel with integrated Ethernet surge protection Ethernet surge protection as intermediate plug SHDSL surge protection as intermediate plug DIN rail mounting Push-in Push-in to RJ45 IDC to RJ45 Screw to RJ45 RJ45 to RJ45 - 2703022 2703023 2703021 2703020 - - 2881007 2801593 1065316 - Phoenix Contact 127

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Charging infrastructure Power supplies for reliable operation of all components With our power supply units, you can reliably supply all electronic components within your charging station with 12 or 24 V. This ensures stable operation around the clock, even under extreme outdoor conditions. Choose the right power supply for your application from our large portfolio in order to optimally meet your requirements. Your advantages ǅ Broad portfolio with scalable range of functions to meet all charging infrastructure requirements ǅ Energy savings with the highest level of efficiency in no-load and partial-load operation ǅ Reliable operation even at extreme outdoor temperatures 128 Phoenix Contact

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Our product recommendations for your charging stations and home chargers Product family STEP POWER UNO POWER TRIO POWER QUINT POWER Our recommendations for AC home chargers AC charging stations DC charging stations Operation -10°C … 70°C -25°C … 70°C -25°C … 70°C -25°C … 70°C Derating (power reduction) Type-tested startup >50°C -25°C >55°C -40°C >60°C -40°C >60°C -40°C Ambient temperature Particularly flat 1) Particularly narrow 1) Durability Interference immunity and emission (EMC) SFB Technology 2) Connection technology Push-in Screw Push-in Push-in 3) / screw Performance classes 12 V 24 V 12 V 24 V 12 V 24 V 12 V 24 V 15 W 30 W 60 W 90 W 120 W 240 W 480 W 960 W 120 W 240 W 480 W 960 W 1-phase 3-phase 1170952 1088495 - - 1170953 1088494 2902998 2902991 - - - - 2902999 (55 W) 2902997 (100 W) 2902992 2903157 2903147 (72 W) 2902994 - - 1170955 1088491 - - - - - - - - - 1140066 1088478 - - - - - - - - - 2904605 3) 2909575 3) 2904597 2909576 3) 2904598 2904607 3) 2909577 3) 2904599 - - - - - - - - - 1110466 2903158 1159037 - 2904600 1096432 2910105 1110043 - - - - - - - - - - - 1159038 1159039 - 2903153 1159042 1159044 1159045 2904608 (180 W) - - - - - - 2904601 2904602 2904603 2904620 2904621 2904622 2904623 1) Compared within the same performance class. 2) SFB (Selective Fuse Breaking) Technology supplies up to six times the nominal current for 15 ms, thus quickly and reliably tripping Phoenix Contact thermal and thermal-magnetic device circuit breakers (see page 130) as well as standard miniature circuit breakers in the event of a short circuit. 3) These item numbers feature Push-in connection technology. For the complete portfolio of power supplies, enter the web code on our website or scan the QR code.  Web code: #1985 Phoenix Contact 129 e r u t c u r t s a r f n i g n i g r a h C

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Charging infrastructure Device circuit breakers for protection against overload and short circuits In charging stations with numerous components and higher loads, there is an even greater need to install device protection. It protects all components on the secondary side, such as the cables and charging controller, against short-circuit currents and overload. To provide the ideal protection, our circuit breakers use various technologies: thermal, thermal-magnetic, and electronic. Your advantages ǅ High availability of your charging stations with selective protection ǅ Reliable component protection through targeted shutdown in the event of a fault ǅ Tripping mechanisms and low nominal current levels cover every application 130 Phoenix Contact

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Our product recommendations for your charging stations Product family Protection for 12 V components Protection for 24 V components Connection technology Overload protection Short-circuit protection Remote signaling Remote reset Rated current 1 … 8 A, adjustable 1 A 2 A 3 A 4 A 5 A 6 A Required fuse terminal block Push-in connection Screw connection Spring-cage connection Thermal device circuit Thermal-magnetic Electronic circuit breakers breakers 1) device circuit breakers 1) Depends on fuse terminal block used Screw Push-in - 0712194 0712217 0712233 0712259 1538622 0712275 3212166 3118203 3036372 - 0916604 0916605 - 0916606 0916607 0916608 2908262 1135752 2909902 1135751 2909903 1135749 2909904 - 2909906 1135745 - - 2909908 1135740 - - 1) Please make sure that you use a power supply that provides sufficient tripping current. In this case, we recommend using the power supplies in the QUINT POWER family (see page 129) with SFB (Selective Fuse Breaking) Technology. They supply up to six times the nominal current for 15 ms, thus quickly and reliably tripping Phoenix Contact thermal and thermal-magnetic device circuit breakers as well as standard miniature circuit breakers in the event of a short circuit. e r u t c u r t s a r f n i g n i g r a h C For the complete portfolio of device circuit breakers, enter the web code on our website or scan the QR code.  Web code: #0156 Phoenix Contact 131

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Charging infrastructure Coupling relay modules for controlling and switching loads With our coupling relay modules, you can reliably switch the actuators in your charging station, such as power contactors, locking actuators, or status LEDs. In addition to power amplification and increasing the number of contacts, the coupling relays can be used for electrical isolation between the charging controller and I/O devices. The plug-in miniature relays enable particularly easy replacement in the event of maintenance. Your advantages ǅ Broad portfolio for all common charging infrastructure applications ǅ Reinforced insulation in accordance with DIN EN IEC 60947-1 between coil and contact set ǅ Plug-in bridges for time-saving potential distribution ǅ Compact design saves space in the charging station 132 Phoenix Contact

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Our product recommendations for your charging stations and home chargers Coupling relay modules Area of application Width Universal 6.2 mm Universal, contact multiplication Universal, high continuous currents High inrush currents 14 mm Switching a contactor with low to medium power consumption Switching up to two contactors with low to medium power consumption Switching a contactor with medium to high power consumption Typical application examples Switching a status LED (coupling from 12 / 24 V to 24 / 12 V) Switching up to two status LEDs (coupling from 12 / 24 V to 24 / 12 V) Controlling a CHAdeMO or GB/T charging connector (coupling from 24 V to 3 / 6 / 9 / 12 V) Controlling a CHAdeMO or GB/T charging connector (coupling from 24 V to 3 / 6 / 9 / 12 V) Switching a service socket (coupling from 24 V to 230 V) Switching lighting Controlling the locking actuator of a charging connector holder (coupling from 12 / 24 V to 24 / 12 V) Contact switching type 1 changeover contact 2 changeover contacts 1 changeover contact 1 N/O contact Output limiting continuous current 6 A 2 x 6 A 10 A 6 A / 10 A 1) Connection technology Push-in Screw Push-in Screw Push-in Screw Push-in Screw Nominal input voltage 12 V 24 V 2900316 2966906 2900329 2967235 2900290 2967617 1078801 1078800 2900299 2966171 2900330 2967060 2900291 2967620 2900298 2967604 1) 10 A only permitted if both connections 13, both connections 14, and both connections BB are bridged. For the complete portfolio of coupling relay modules, enter the web code on our website or scan the QR code.  Web code: #2863 Phoenix Contact 133 e r u t c u r t s a r f n i g n i g r a h C

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Charging infrastructure AC and DC energy meters for billing the charging process The MID-certified EMpro energy meters are ideal for collecting energy data in your charging stations – for accurate billing of charging processes. The meters are optimized for e-mobility applications so that the connection to the charging controller can be established in just a few minutes. To check the charging voltage, you can also use a DC voltage measuring module up to 1,500 V DC. Your advantages ǅ Ideal for billing processes due to MID approval ǅ Narrow overall width saves space in the charging station ǅ Fast connection to the charging controller through preconfiguration and optimized register tables ǅ Reliable operation even at extreme outdoor temperatures 134 Phoenix Contact

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Our product recommendations for your charging stations and home chargers AC energy meter for direct measurement Input current Input voltage range MID-certified Suitable for charging compliant with calibration laws Tariff input Web-based management Communication protocols Communication interfaces Measurement connection Supply voltage Ambient temperature range Item no. 40 A 40 A 63 A 80 A 80 A 1 x 184 ... 276 V 3 x 184 ... 264 V (320 ... 460 V) 3 x 184 ... 288 V (320 ... 500 V) 3 x 184 ... 288 V (320 ... 500 V) 3 x 184 ... 288 V (320 ... 500 V) e r u t c u r t s a r f n i g n i g r a h C Modbus/RTU RS-485 Modbus/TCP, HTTP Ethernet 1.5 ... 6 mm² 1.5 … 25 mm² 1.5 ... 35 mm² Supply from the measuring circuit -25°C ... +70°C -25°C ... +55°C 1219090 1429603 1219095 1252817 2908590 DC energy meter for direct measurement DC voltage measuring module for reference measurement Input current Input voltage MID-certified Suitable for charging compliant with calibration laws Tariff input Web-based management Measurement connection Supply voltage Communication protocol Communication interfaces Ambient temperature range Item no. 650 A 1000 V M10 nut 24 V DC (-20 ... +50%) Input voltage range Temperature coefficient Output signal Supply voltage Internal current consumption Degree of protection Maximum transmission error SLIP 2 x RS-485 Ambient temperature range Connection method -40°C ... +80°C Items per packing unit 1269236 Item no. 0 V DC ... 1500 V DC / 0 V DC ... 1000 V DC (UL) <0.01%/K 2 ... 10 V DC 21.6 V DC ... 30 V DC 8 mA (typical) / 65 mA (maximum) IP20 ±1% -20°C ... +70°C Screw connection 1 2903591 10 1084352 For the complete portfolio of energy meters, enter the web code on our website or scan the QR code. For the complete portfolio of DC voltage measuring modules, enter the web code on our website or scan the QR code.  Web code: #2842  Web code: #1925 Phoenix Contact 135

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Charging infrastructure Energy measuring devices and current transformers for higher-level load measurement For load and charging management, as typically required in large charging parks, higher-level current measurement is performed at the feeding point – generators such as solar systems and multiple loads are taken into account. Configure and integrate our energy measuring devices in just a few steps using the web-based, user-guided installation wizard. Your advantages ǅ Optimal utilization of the available connected power through efficient load management ǅ Intuitively configurable energy measuring devices with direct connection for Rogowski coils ǅ Complete product family for converting high alternating currents into secondary currents 136 Phoenix Contact

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Our product recommendations for your charging infrastructure application Multifunctional energy measuring devices Measurement method Power measurement, active energy Current transformer Class 0.5 S (IEC 62053-22) Rogowski coil Class 1 (IEC 62053-21) Current measuring input Voltage measuring input Supply voltage Temperature range Connection technology Communication protocols Item no. Modbus/TCP Modbus/RTU Up to 4,000 A 35 … 690 V AC 100 ... 230 V AC (±20%) / 150 ... 250 V DC (±20%) -25 … +70°C Screw 2907980 2907983 2907985 2908307 Current transformers for new installations e r u t c u r t s a r f n i g n i g r a h C Primary rated current 1) Secondary rated current 1) Frequency measuring range Accuracy class 1) Circular conductor (diameter) Copper rail (number x width x height) Connection technology Item no. 0 ... 100 A to 0 ... 1500 A 0 ... 800 A to 0 ... 4000 A 1 A AC or 5 A AC 50 Hz ... 60 Hz 0.5 or 1 42 mm 1 x 50 x 12 mm / 2 x 40 x 10 mm Screw 2277297 Push-in 2907416 85 mm 1 x 80 x 64 mm / 2 x 100 x 10 mm Screw 2277378 Rogowski coils – direct connection to energy measuring devices Optional holding device Primary rated current Frequency measuring range Output signal Coil diameter Length of signal line 3 m 5 m 10 m 0 ... 4000 A 40 ... 20,000 Hz Thickness of the busbar 5 … 10 mm 10 … 15 mm 100 mV (no load, at 1000 A and 50 Hz) Item no. 2907888 2904895 95 mm 2904890 2910322 2910323 140 mm 2904891 - 1033482 190 mm 2904892 - 2910324 Ensures the secure hold of the Rogowski coil on the busbar. The coil housing is pushed onto the flange of the holding device and snaps in automatically. 1) The item must be configured for this feature before ordering. The specified values can be selected. For the complete portfolio of energy measuring devices, enter the web code on our website or scan the QR code. For the complete portfolio of current transformers, enter the web code on our website or scan the QR code.  Web code: #2842  Web code: #1263 Phoenix Contact 137

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Charging infrastructure Ethernet switches and security routers for reliable network connection When setting up larger or commercial charging parks, it is essential that the charging stations are connected to the operator and the backend provider for the purposes of influencing load management and billing the charging processes. This connection can be established in the local network via switches. Or you can implement secure remote access via the Internet using a security router. Your advantages ǅ Stable and interference-free connection of your charging stations via copper or fiberglass ǅ Direct connection to building management systems ǅ Reliable operation even at extreme outdoor temperatures 138 Phoenix Contact

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Our product recommendations for your charging stations Ethernet switches – for connection via the local network e r u t c u r t s a r f n i g n i g r a h C Application Managed switch Copper uplink for distances under 100 m Fiberglass uplink for distances over 100 m Number of SFP ports (fiberglass) None Number of RJ45 ports (copper) 5 8 5 8 1 4 2 6 Temperature range for operation -40 … +75°C -40 … +75°C -40 … +70°C -40 … +70°C -40 … +75°C -40 … +70°C Ethernet speed 10/100 Mbps 10/100/1000 Mbps 1085170 1085163 1085165 1085162 2702326 - 2702327 2702652 1085169 1343023 2702969 2702970 Security router – for secure remote access via the Internet Number of RJ45 ports Ethernet speed Special features Temperature range for operation Item no. 2 10 / 100 / 1000 Mbps Firewall, VPN, central management with MDM -20 … +60°C 1357828 For the complete portfolio of Ethernet switches, enter the web code on our website or scan the QR code. For the complete portfolio of security routers, enter the web code on our website or scan the QR code.  Web code: #0956  Web code: #1787 Phoenix Contact 139

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Charging infrastructure Terminal blocks for power connection and marshalling With our power connection and marshalling components, the power is distributed to the electronic components of the charging station after it has been fed in. Installation of our terminal blocks in AC home chargers and DC charging stations is facilitated by various connection options and the different cross-sections and colors that are available. Your advantages ǅ Full flexibility with terminal blocks featuring different connection technologies ǅ Efficient wiring with uniform and diverse accessories ǅ Material quality exceeds normative requirements and guarantees long-term stability For the complete portfolio of terminal blocks, enter the web code on our website or scan the QR code. 140 Phoenix Contact  Web code: #1401

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Our product recommendations for your charging stations and home chargers Terminal blocks for marshalling Mounting type Connection technology Max. conductor cross-section Number of connections and color 2 3 4 Gray Blue Green-yellow Gray Blue Green-yellow Gray Blue Green-yellow Push-in NS 35 DIN rail Push-in vertical 2.5 mm² 3209510 3209523 3209536 3209549 3209552 3209565 3209578 3209581 3209594 4 mm² 3211757 3211760 3211766 3211771 3211775 3211780 3211797 3211802 3211809 2.5 mm² 1078960 1078963 1078962 1078966 1078971 1078991 1078999 1079006 1079012 4 mm² 1088728 1088729 1088730 1088731 1088732 1088733 1088734 1088735 1088736 Terminal blocks for power connection of AC home chargers and charging stations Mounting type Connection technology Max. conductor cross-section Number of connections and color 2 3 4 Gray Blue Green-yellow Gray Blue Green-yellow Gray Blue Green-yellow Push-in NS 35 DIN rail 6 mm² 3211813 3211819 3211822 3211929 3211485 3211498 3212934 3212947 3212950 10 mm² 3212120 3212123 3212131 3208746 3208747 3208745 16 mm² 3212138 3212141 3212147 3208760 3208773 3208786 - - 6 mm² 1329493 1329494 1329495 1329499 1329506 1329507 1329511 1329512 1329513 Terminal blocks for power connection of DC charging stations Push-X 4 mm² On request 16 mm² 1329672 1329673 1329674 - - 2.5 mm² 1343106 1343114 1343116 1343117 1343121 1343123 1343129 1343130 1343137 Push-X 10 mm² 1329547 1329549 1329550 1329603 1329605 1329606 - e r u t c u r t s a r f n i g n i g r a h C Mounting type Connection technology Max. conductor cross-section Number of connections and color 2 Gray Blue Green-yellow M6 bolt M8 bolt M10 bolt M12 bolt Bolt NS 35 DIN rail PowerTurn 35 mm² 3049204 50 mm² 3049301 120 mm² 3049408 120 mm² 3049505 - - - - 35 mm² 3212064 3212065 3212066 50 mm² 3260050 3260051 3260052 95 mm² 3260163 3260166 3260106 185 mm² 1054722 1054723 - Phoenix Contact 141

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Charging infrastructure Distribution blocks for potential distribution After it has been fed in, the power needs to be distributed to the electronic components of your charging station. Our distribution blocks for potential distribution offer a compact and clear solution. They can be bridged via the conductor shaft using Push-in and screw connection technology and come ready to connect in a wide range of versions. Your advantages ǅ Fast installation and commissioning of your charging infrastructure ǅ Significant space savings inside the charging station or home charger due to the minimal size ǅ Flexible mounting options for potential distribution inside your home charger or charging station 142 Phoenix Contact

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Our product recommendations for your charging stations and home chargers Distribution blocks Number of connections Width Nominal voltage Nominal current Connection technology Color Item no. Number of connections Width Nominal voltage Nominal current Connection technology Color Item no. Accessories e r u t c u r t s a r f n i g n i g r a h C Black 3273804 Green-yellow 1154139 Gray 3273790 Brown 3273800 6 18.5 mm 450 V 32 A Push-in Blue 3273792 2 6.2 mm 800 V 32 A Push-in Gray 1028360 Brown 1028365 Blue 1028361 Black 1028367 Description Item no. NS 35 DIN rail adapter with end bracket function NS 35 DIN rail adapter without end bracket function Flange with screw-on Adhesive marker fixing strips 3274057 3274056 3274060 0801837 For the complete portfolio of distribution blocks, enter the web code on our website or scan the QR code.  Web code: #1404 Phoenix Contact 143

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Charging infrastructure Sockets and data interfaces for service and maintenance Service and maintenance play an important role in commercial charging points. Our sockets provide a power supply for accompanying devices, such as notebooks, even in remote locations. Common data interfaces such as USB and Ethernet can be used to perform firmware updates directly, for example. Your advantages ǅ Convenient maintenance of charging stations – even at remote locations ǅ Available with 11 different plug geometries for international use ǅ Extended range of possible applications with additional functions such as LED indicator, fuse, etc. 144 Phoenix Contact

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Our product recommendations for your charging stations and home chargers Sockets – for supplying external devices such as notebooks Pin connector pattern Region Nominal voltage Nominal current LED indicator Shutter Fuse CF Germany 6.3 A J K Switzerland Denmark L Italy E France/ Belgium 250 V 16 A Connection technology Push-in spring Screw 0804042 0804029 0804040 0804026 0804038 0804024 0804020 0804016 0804105 0804099 0804119 0804113 0804132 0804126 e r u t c u r t s a r f n i g n i g r a h C D India/ Africa I China 250 V N Brazil/ South Africa 13 A 6 A 10 A 10 A 20 A Pin connector pattern GB Great Britain Region Nominal voltage Nominal current LED indicator Shutter Switch GFI AB USA 125 V 15 A Connection technology Push-in spring Screw 0804069 0804058 0804063 0804051 0804009 0804000 - 0804146 - 0804087 - 0804139 0804168 0804155 1263626 1263628 Data interfaces – for performing firmware updates, etc. Pin connector pattern Item no. USB A 3.0 1425185 RJ45 1425186 For the complete portfolio of sockets and service interfaces, enter the web code on our website or scan the QR code.  Web code: #2915 Phoenix Contact 145

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Charging infrastructure Heavy-duty connectors for creating modular charging systems Provide your mobile charging stations with plug-and-play capability. Our heavy-duty connectors protect your interfaces and ensure the reliable transmission of signals, data, and power. The robust connectors are ideally suited for outdoor use and withstand dirt, water, vibrations, and high levels of mechanical stress. Your advantages ǅ Modular contact inserts for reliable transmission of signals, data, and power ǅ Housings are mounting and plug-in compatible with well-known manufacturers ǅ Variable connection technologies for contact inserts and terminal adapters 146 Phoenix Contact For the complete portfolio of heavy-duty connectors, enter the web code on our website or scan the QR code. Web code: #2410

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Our product recommendations for your modular charging systems Contact modules Application Connection technology Rated current Rated voltage Number of positions Type Male Female Data For patch cables 1 A 48 V RJ45 1419885 1419886 1424246 1424227 1417372 1424225 1424218 1424220 1417389 1417297 1417392 1417381 Version 1424228 1424226 1417373 1424224 1424219 1424221 1417387 1417296 1417390 1417379 e r u t c u r t s a r f n i g n i g r a h C Signal Push-in connection 1) 10 A 250 V 12 Power Push-in connection 1) Axial screw connection Module carrier frame Module slots Size 8 5 6 3 4 2 1 16 A 40 A 40 A 70 A 100 A 200 A 400 V 500 V 690 V 830 V 830 V 690 V 1000 V Dimensions a (mm) b (mm) For panel-mount side For sleeve side 2 3 4 6 Housing B06 B10 B16 B24 44.0 57.0 77.5 104.0 51.0 64.0 84.5 111.0 1182085 1182088 1182090 1182094 1182087 1182089 1182093 1182095 Housing type Material Size Thread size Type of locking Single locking latch Double locking latch Panel-mount base 2) EVO panel-mount base 2) Metal Plastic Sleeve housing 3) Metal EVO sleeve housing 5) Plastic 1) Also available with crimp connection. 2) Also available with protective cover. 3) Standard cable gland for metal housing, see page 156. 4) Also available in thread sizes M25, M40, and M50. 5) Bayonet fittings available for EVO plastic housing. B06 B10 B16 B24 B06 B10 B16 B24 B06 B10 B16 B24 B06 B10 B16 B24 - M32 4) - 1411318 1411320 1411324 1411329 1407621 1407632 1407646 1407659 1412563 1412601 1412679 1412757 1407620 1407627 1407642 1407656 - 1411322 1411327 1411331 - 1407634 1407648 1407661 - 1412593 1412649 1412750 - 1407629 1407643 1407657 Phoenix Contact 147

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Charging infrastructure PCB terminal blocks and PCB connectors for power, signal, and data connection Our PCB terminal blocks and PCB connectors up to 16 mm² are available for the power connections of home chargers with PCB assembly. Our compact connection technology up to 1.5 mm² enables the connection of signal and control lines – which is a particularly easy and intuitive process with our lever-actuated PCB terminal blocks and PCB connectors. Your advantages ǅ Reliable connection of the installation and AC charging cable, with colored actuation lever as an option ǅ Convenient conductor entry by selecting the appropriate connection direction as 0°, 30°, or 90° ǅ Compact internal wiring of your home charger ǅ Safe for voltages up to 1,000 V (IEC)/600 V (UL) 148 Phoenix Contact

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Our product recommendations for your home chargers Product family Remarks Number of positions Pitch (mm) Current (A) Voltage 1) (V) Connection direction LPTA 2,5 - 1 ... 12 5.0 24 IEC 20 UL (B, F) 10 UL (D, G) 400 IEC 300 UL (B, D, G) 320 V (F) TDPT 4/...-SP PCB terminal block of the same shape also available with screw connection 2 ... 6 6.35 41 IEC 30 UL (B, C) 10 UL (D) 1000 IEC 600 UL (B, C) 300 UL (D) SPT 5/...-H LPTA 6 PTSPL 6 SPT 16/...-V LPT 16/...-15 - - Without insulating housing - - 1 ... 12 1 ... 8 1 1 ... 9 2 ... 5 7.5 7.5 - 10 15 FMC 0,5/...-ST Gold-plated contact system 2 ... 16 2.54 Lateral THR armature, gold-plated contact system 2 ... 16 2.54 41 IEC 36 UL (B, C) 1000 IEC 600 UL (B, C) 41 IEC 38 UL (B, C, F) 1000 IEC 600 UL (B, C) 1000 UL (F) 41 IEC 30 UL - 76 IEC 66 UL (B, C) 1000 IEC 600 UL (B, C) 76 IEC 72 UL (B, C, E, F) 6 IEC 6 UL (B) 6 IEC 6 UL (B) 1000 IEC 600 UL (B, C) 1000 UL (E, F) 160 IEC 150 UL (B) 160 IEC 150 UL (B) MC 0,5/...-G-THR MCV 0,5/...-G-THR LPC 1,5/..-ST LPC 1,5/..-STF LPC 1,5/..-ST-LR Lateral THR armature, gold-plated contact system Without flange With screw flange With LR lever 2 ... 16 2.54 6 IEC 6 UL (B) 160 IEC 150 UL (B) 2 ... 16 3.81 8 IEC 8 UL (B, C) 160 V IEC 150 V UL (B, C) MC 1,5/...-G-THR MC 1,5/...-GF-THR Without flange With threaded flange 2 ... 20 3.5/3.81 8 IEC 8 UL (B, D) 160 IEC 300 UL (B, D) LPC 6/...-ST LPC 6/...-STL Without flange With center flange 2 ... 6 (7 ... 9 on request) 7.62 41 IEC 35 UL (B, C, F) 1000 IEC 600 UL (B, C, F) 30° 0° 0° 30° 0° 90° 0° 0° 0° 90° 0° 0° 0° 0° e r u t c u r t s a r f n i g n i g r a h C PC 6 /...-G-THR PC 6/...-GL-THR Without flange With center flange 2 ... 6 7.62 1) IEC rated insulation voltage with overvoltage category III/pollution degree 2. For the complete portfolio of PCB terminal blocks, enter the web code on our website or scan the QR code. For the complete portfolio of PCB connectors, enter the web code on our website or scan the QR code.  Web code: #0391  Web code: #2968 41 IEC 35 UL (B, C) 35 UL (F) 630 IEC 300 UL (B, C) 600 UL (F) For the complete portfolio of board-to-board connectors, enter the web code on our website or scan the QR code.  Web code: #2490 Phoenix Contact 149

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Charging infrastructure High-current feed-through terminal blocks for connection of the power electronics Our high-current feed-through terminal blocks for cross-sections up to 50 mm² are ideal for connecting the power electronics to your DC charging stations. They are suitable for charging stations with a panel thickness of 1 to 6 mm and offer maximum flexibility for conductor connection, as they are available with different connection methods. Your advantages ǅ Quick and easy mounting with tool-free conductor connection in any mounting position ǅ Quick installation and maintenance of your charging station by using fast-connection technology ǅ Safe for voltages up to 1,000 V (IEC)/600 V (UL B, C) and currents up to 232 A (IEC)/230 A (UL B, C) 150 Phoenix Contact

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Our product recommendations for your charging stations Product family Remarks Number of positions Pitch (mm) Current (A) Voltage 1) (V) Connection direction Web code UW 4 UW 4-POT-SCM UW 4-POT-SL Screw, solder, and spade connection POT versions suitable for molding 1-pos. alignable 32 IEC 30 UL (B, C) 630 IEC 300 UL (B, C) 0° #0829 UWV 4 Screw connection - 1-pos. alignable 32 IEC 30 UL (B, C) 630 IEC 300 UL (B, C) -90° #0829 PW(O) 4-POT-SCM PW(O) 4-POT-SL Spade and solder connection POT versions suitable for molding, available with and without actuating push button 1-pos. alignable 32 IEC 30 UL (B, C) 1000 IEC 300 UL (B, C) 45° #0830 e r u t c u r t s a r f n i g n i g r a h C UW 10 UW 10-POT Screw and solder connection POT versions suitable for molding 1-pos. alignable 57 IEC 65 UL (B, C) 630 IEC 300 UL (B, C) 0° #1230 UWV 10 UWV 10-POT Screw and solder connection POT versions suitable for molding 1-pos. alignable 57 IEC 65 UL (B, C) 630 IEC 300 UL (B, C) -90° #1230 UW 16 UW 16-POT Screw and bolt connection POT versions suitable for molding 1-pos. alignable 76 IEC 85 UL (B, C) 1000 IEC 600 UL (B, C) 0° #0833 UWV 16 UWV 16-POT Screw and bolt connection POT versions suitable for molding 1-pos. alignable 76 IEC 85 UL (B, C) 1000 IEC 600 UL (B, C) -90° #0833 PWO 16-UW PWO 16-POT Screw and bolt connection POT versions suitable for molding 1-pos. alignable 76 IEC 76 UL (B, C) 1000 IEC 600 UL (B, C) 45° #0834 UW 25 UW 25-POT Screw and bolt connection POT versions suitable for molding 1-pos. alignable 101 IEC 112.5 UL (B, C) 1000 IEC 600 UL (B, C) 0° #0837 UWV 25 UWV 25-POT Screw and bolt connection POT versions suitable for molding 1-pos. alignable 101 IEC 112.5 UL (B, C) 1000 IEC 600 UL (B, C) -90° #0537 UW 50/S UW 50-POT/S Screw and bolt connection POT versions suitable for molding 1-pos. alignable 150 IEC 150 UL (B, C) 1000 IEC 600 UL (B, C) 0° #0840 UWV 50/S UWV 50-POT-S Screw and bolt connection POT versions suitable for molding 1-pos. alignable 150 IEC 150 UL (B, C) 1000 IEC 600 UL (B, C) -90° #0840 TW 50 T-LOX knee-lever connection, bolt connection - 1 ... 6 150 IEC 150 UL (B, C) 1000 IEC 600 UL (B, C) 0° #0841 1) IEC rated insulation voltage with overvoltage category III/pollution degree 2. For the complete portfolio of high-current feed-through terminal blocks, enter the web code on our website or scan the QR code. Web code: #0456 Phoenix Contact 151

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Charging infrastructure RJ45 patch cables and coaxial cables for data connection Data cables are needed for the external connection of your charging station as well as for data transmission within the charging station. Covering all data connections and pin connector patterns, our RJ45 patch cables for wired Ethernet connections and coaxial cables for connecting WLAN and cellular antennas are commonly used for this purpose. Your advantages ǅ Reliable data transmission, especially for commercial charging stations, due to integrated shielding ǅ Maximum flexibility: designed for assembly and also available preassembled ǅ Particularly robust due to the high-quality industrial standard 152 Phoenix Contact

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Our product recommendations for your charging stations and home chargers Assembled RJ45 patch cables CAT5 (up to 1 Gbps) CAT6A (up to 10 Gbps) CAT6A (up to 10 Gbps) CAT5 (up to 1 Gbps) CAT6A (up to 10 Gbps) 2 x 4 x AWG 26/7 2 x 4 x AWG 26/7 AWG 26/7 e r u t c u r t s a r f n i g n i g r a h C AWG 26/7 SF/UTP AWG 26/7 S/FTP - - - - - - - - - - 1417333 1417359 Transmission Cable design Shielding 0.3 m 0.5 m 1.0 m 1.5 m 2.0 m 0.5 to 400 m S/UTP 1227558 1227559 1227560 1227561 1227562 - Assembled coaxial cables Head 1 Head 2 0.5 m 1.0 m 5.0 m RJ45 connectors N (f) BH SMA (m) 1340138 - - S/FTP 1227572 1227573 1227575 1227578 1227580 - N (m) SMA (m) 1340139 1340143 - S/FTP - 1113823 1112909 - 1112908 - SMA (m) SMA (f) - - 1340149 Protocol Connection technology Ethernet IDC terminal blocks Connection range AWG 26 … AWG 24 AWG 26 … AWG 23 AWG 26 … AWG 24 CAT5 CAT6A - 1419001 1656725 - 1658008 - - 1421607 - 1149846 For the complete portfolio of preassembled data cables, enter the web code on our website or scan the QR code.  Web code: #3269 For the complete portfolio of cables available by the meter, enter the web code on our website or scan the QR code. For the complete portfolio of data connectors, enter the web code on our website or scan the QR code.  Web code: #3267  Web code: #2931 Phoenix Contact 153

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Charging infrastructure RJ45 patch panels and connection sockets for data connection Our RJ45 patch panels are ideal for the Ethernet connection of your charging stations. They sit on the DIN rail and transmit the Ethernet signal to flexible patch cables, which allow for structured cabling within the charging station. Phoenix Contact also offers RJ45 jacks, coaxial female connectors, and USB sockets for PCB assembly of home chargers. Your advantages ǅ Particularly reliable due to the high-quality industry standard ǅ Available with preassembled data cables, individual data connectors, by the meter, and appropriate tools for self-assembly 154 Phoenix Contact

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Our product recommendations for your charging stations and home chargers Patch panels Connection method RJ45 / RJ45 RJ45 / screw RJ45 / Push-in RJ45 / IDC RJ45 / RJ45 RJ45 / screw RJ45 / Push-in RJ45 / IDC Description Shielding Cable shield connection Surge protection Designation Item no. Standard Ethernet patch panel, 8-pos., 10 / 100 / 1000 Mbps, ATEX Function version Ethernet patch panel 8-pos, 10 / 100 / 1000 Mbps, ATEX With surge protection and shield current diagnostics Directly on the DIN rail Tool-free via shield contact spring No Integrated PP-RJ-RJ 2703015 PP-RJ-SC 2703016 PP-RJ-SCC 2703018 PP-RJ-IDC 2703019 PP-RJ-RJ-F 2703020 PP-RJ-SC-F 2703021 PP-RJ-SCC-F 2703022 PP-RJ-IDC-F 2703023 e r u t c u r t s a r f n i g n i g r a h C RJ45 / IDC 8-pos., 10 Gbps No NBC-PP-J1PGY-S 1100077 RJ45 industrial PCB jacks RJ45 PCB jacks with individual connection Soldering process Wave/THR SMD Wave Wave/THR Orientation 90° horizontal 180° vertical 180° vertical 90° horizontal 180° vertical 90° horizontal 180° vertical 90° horizontal Locking clip Without LED With LED With LED, short solder contacts 1321246 1321101 1321247 1321102 USB connection socket - - - - - Top Bottom - Top Bottom 1149611 1149882 1149874 1149872 1149870 1149868 1099281 1091950 1099282 1091947 1149871 1149867 1149866 - - - Top - - - - 1149873 - - - - - - 1337239 1337243 Version Type USB 2.0 USB 3.2 Gen. 1 USB 2.0 USB 3.2 Gen. 2 USB type A USB type C Orientation 90° horizontal 90° horizontal 90° horizontal 180° vertical 90° horizontal 180° vertical 90° horizontal Soldering process Item no. Wave 1332631 SMD 1332634 Wave 1332637 THR 1430989 SMD 1332645 1332646 SMD/THR 1332643 For the complete portfolio of network installation accessories, enter the web code on our website or scan the QR code. For the complete portfolio of data connectors, enter the web code on our website or scan the QR code.  Web code: #2355  Web code: #2931 Phoenix Contact 155

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Charging infrastructure Glands and connectors for cable entry Cables for feed-in and also for data connection must be routed into the charging station and home charger with water and dust protection. Cable glands are a proven solution. Our wide range of products includes the most diverse materials and designs. While our QPD and PRC installation connectors offer a plug-in power connection. Your advantages ǅ Reliable power transmission outdoors and in wet environments due to high degrees of protection up to IP69K ǅ Vibration-resistant plastic screw connection with protection against over-tightening the cap nut ǅ High strain relief force with laminated clamping cage principle 156 Phoenix Contact

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Our product recommendations for your charging stations and home chargers Panel feed-through PRC Coupler connector Installation cable Panel feed-through Connector QPD 35 A 690 V 32 A 40 A IDC connection Installation connectors Product family Product type Rated voltage Rated current Connection technology Crimp connection Screw connection Cable length Max. conductor cross-section 0.15 m - 1.0 m 2.5 m 0.5 m - 6 mm2 4 mm2 6 mm2 4 mm2 6 mm2 External cable diameter - 8 … 21 mm Number of positions 3 5 1409221 1409220 1409213 1409212 1017635 1017632 - - 9 … 14 mm 12 … 20 mm Without nut 9 … 14 mm 12 … 20 mm - 1150676 1150675 1410392 1410394 1410396 1410386 1410387 Plastic cable glands 1) Thread M12 M16 M20 M25 M32 M40 M50 M63 Cable gland With slotted seal compensation Counter nut Sealing plug Pressure 1411131 1411132 1411133 1424482 1424483 1424484 1411138 1411139 - - - 1076600 - - - - element 1415223 - - - - - - - 1411213 1411214 1411215 1411216 1411217 1411218 1411219 1411220 1400254 1400284 1400260 1421861 1421862 1421863 1421864 1421865 1) In addition to plastic, also available in brass and stainless steel. For the complete portfolio of installation connectors, enter the web code on our website or scan the QR code. For the complete portfolio of cable glands, enter the web code on our website or scan the QR code.  Web code: #1525  Web code: #1425 Phoenix Contact 157 e r u t c u r t s a r f n i g n i g r a h C

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Charging infrastructure Battery-pole and busbar connectors for connecting battery modules Energy storage systems are fundamentally changing the power supply of the charging infrastructure. With their integration, it is possible to achieve high charging power and short charging times even with weak grid connections. Use our battery-pole and busbar connectors to connect battery modules to your charging stations. Your advantages ǅ For applications up to 350 A and 1,500 V DC ǅ Flexible use for front and rear wiring ǅ Safe for the user due to protection against contact with live parts ǅ Reliable operation due to high material quality For the complete portfolio of connectors for energy storage, enter the web code on our website or scan the QR code. Web code: #2640 158 Phoenix Contact

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Our product portfolio for your energy storage Device connectors, front panel (BPC) Dust protection caps (BPC) Item designation ES-FT-BPC-S 16-25 OG ES-FT-BPC-S 16-25 BK ES-FT-BPC-B 35-70 OG ES-FT-BPC-B 35-70 BK ES-FT-BPC-C 95-120 OG ES-FT-BPC-C 95-120 BK ES-FT-BPC PROTECTION CAP ES-FT-BPC 35 PROTECTION CAP ES-FT-BPC 95-120 PROTECTION CAP 1298078 1298077 1130817 1211119 1330312 Item no. 1106303 1106304 Connection method Screw connection Screw connection Contact connection type Male Male 1155483 Busbar hole Male 1155592 Busbar hole Male with elongated with elongated Crimp Male Crimp Male Rated voltage 1500 V DC 1500 V DC 1500 V DC 1500 V DC 1500 V DC 1500 V DC Rated current 120 A 120 A 250 A 250 A 350 A 350 A Threaded bolt Threaded bolt Current bar with elongated hole Current bar with elongated hole Crimp Crimp - - - - - - - - - - - - - - Connection type Degree of protection Color Remark Item designation Item no. Connection method Contact connection type IP65 Orange - IP65 Black - IP65/IP67 IP65/IP67 IP65/IP67 IP65/IP67 Orange - Black - Orange - Black - IP65 Black IP65 Gray IP65 Gray For 1106303 and 1106304 For 1155483 and 1155592 For 1298078 and 1298077 Connectors (BPC) ES-BPC-C 16-25 OG ES-BPC-C 16-25 BK ES-BPC-C 50-70 OG ES-BPC-C 50-70 BK ES-BPC-C 95-120 OG ES-BPC-C 95-120 BK 1106306 Crimp Female 1106307 Crimp Female 1155594 Crimp Female 1155595 Crimp Female 1298070 Crimp Female 1298071 Crimp Female e r u t c u r t s a r f n i g n i g r a h C Rated voltage 1500 V DC 1500 V DC 1500 V DC 1500 V DC 1500 V DC 1500 V DC Rated current Connection type Degree of protection Color 120 A Crimp IP65 Orange 120 A Crimp IP65 Black 250 A Crimp IP65/IP67 Orange 250 A Crimp IP65/IP67 Black 350 A Crimp IP65/IP67 Orange 350 A Crimp IP65/IP67 Black Device connectors, front panel (BPP) ES-FT-C4F- CO2 ES-FT-C4M- CO1 1231071 Crimp Item designation Item no. Connection method Contact 1231072 Crimp Female Connectors (BPP) ES-C1F-C- CO1 1231074 Crimp ES-C1M-C- CO2 1231073 Crimp ES-C4F-S-CO1 1231076 Spring-cage ES-C4M-S- CO2 1231075 Spring-cage Male Female Male Female Male Fork for busbar Rated voltage 1500 V DC 1500 V DC 1500 V DC 1500 V DC 1500 V DC 1500 V DC 1500 V DC Rated current Connection type 38 A Crimp 38 A Crimp 38 A Crimp 38 A Crimp 35 A 35 A 120 A Degree of protection Color Remark IP66 / IP68 (2 m / 24 h) (plugged in) Blue-black IP66 / IP68 (2 m / 24 h) (plugged in) Red-black IP66 / IP68 (2 m / 24 h) (plugged in) Red-black IP66 / IP68 (2 m / 24 h) (plugged in) Blue-black Spring-cage IP66 / IP68 (2 m / 24 h) (plugged in) Red-black Spring-cage IP66 / IP68 (2 m / 24 h) (plugged in) Blue-black - - - - - - Busbar connector Panel-mount frame (BBC) (BBC) ES-BBC-5-3 BK ES-BBC-MF3 1155599 Spring-cage Spring-cage IP20 Black - 1155605 - - - - - - Black For 1155599 Phoenix Contact 159

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Charging infrastructure Electronics housings for building custom DIN rail devices for charging stations Do you develop your own DIN rail components for charging infrastructure, such as charging controllers or energy meters? Then our electronics housings provide comprehensive protection for the sensitive electronics of these devices. With our extensive range of housing systems, which include modular and customizable options, you can realize optimum solutions. Your advantages ǅ Customizable components for specific e-mobility applications ǅ Electronics housings, connection technology, services, and accessories from a single source ǅ Comprehensive support for your device development process 160 Phoenix Contact

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Our product recommendations for your charging infrastructure application e r u t c u r t s a r f n i g n i g r a h C Product family Typical application ICS ME-IO Charging controller Charging controller BC modular Energy meter UM Pro Charging controller Product type Lower part Upper part Cover Header Connection technology DIN rail connector 2203881 2203895 (filler) 2203891 (filler) 2203882 1215686 (with display) - 1084018 1102108 1156781 1103436 (graduated) 1103440 2202626 2201799 2202610 2203783 2201781 2202234 1140958 Accessories 1328715 (heatsink) 2201794 (lock-and-release) 2202951 1340863 1335860 (with display and keypad) - 1135335 - - Complete set 2200310 Side element 2200174 2200310 - - - - Temperature range for operation -40 … +105°C -40 … +105°C -40 … +105°C -40 … +105°C Degree of protection in accordance with DIN EN 60529 IP20 IP20 IP20 IP00 Material Connection technology Connection direction Conductor connection Connectors with header PCB terminal blocks THR Locking function PCB integration PA - V0 (UL 94) PA - V0 (UL 94) PC - V0 (UL 94) PA reinforced - V0 (UL 94) Top/bottom Push-in, screw Front Push-in Front, top/bottom Front, top/bottom Push-in, screw Push-in, screw Vertical Vertical/orthogonal Vertical/orthogonal Orthogonal Maximum usable PCB surface [mm²] 3500…22000 3370…6483 2200…13000 700 … 1200/cm Conductor cross-section [mm²] 1.5 / 2.5 Others Individual Integrable standard components RJ45, antenna, D-SUB, USB Keypad Display Heatsink Light guide 1.5 / 2.5 RJ45 1.5 / 2.5 RJ45 1.5 / 2.5 / >2.5 RJ45, antenna, D-SUB, USB DIN rail connector 8-pos. 5-pos., 8-pos. 8-pos., 16-pos. Optional For the complete portfolio of electronics housings, enter the web code on our website or scan the QR code. Web code: #2246 Phoenix Contact 161

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Everything for efficient installation of your charging stations and home chargers e r u t c u r t s a r f n i g n i g r a h C Optimize the installation steps for your charging stations and reduce your workload: Efficient and professional wire preparation enables you to then wire all components quickly and reliably. It is therefore crucial that you choose the right tool. With suitable mounting material and a wide range of marking solutions, you can also create order and clarity in the charging station, increase safety, and facilitate technical documentation. Hand tools Our hand tools for cutting, stripping, crimping, screwing, and measuring are characterized by their comfortable handling and superior quality. Professional tools are a prerequisite for excellent results. Our hand tools are all about precision, durability, and effectiveness. Automatic tools We offer innovative automatic tools for cutting, stripping, and crimping. Automate these three steps in your production processes, even for small and medium quantities. Achieve consistently high-quality results and save time and money with our automatic tools. Worker assistance systems Our clipx WIRE assist system enables efficient wire processing. The software- supported system guides users through the process of semi-automated wire processing, automatically controls the relevant output devices, and provides the necessary information based on CAE data. 162 Phoenix Contact  Web code: #1929  Web code: #2819  Web code: #2715

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Ferrules and crimp connectors Process conductors professionally and safely – for durable, high-quality electrical connections. Our extensive portfolio of uninsulated and insulated ferrules and crimp connectors for conductor cross-sections from 0.14 to 240 mm2 satisfies international standards and meets the requirements of industry and trade. Mounting material We offer a comprehensive range of mounting material for your charging stations and home chargers. Attach electrical connections and components quickly and safely using suitable mounting devices. Make the best use of the space available in the charging station by combining mounting materials. Printing and marking systems Characterized by their particularly intuitive handling, our printing systems make it easier than ever for you to create markings. Choose between direct laser marking, UV LED printing, and thermal transfer printing to mark terminal blocks, wires, and components in your charging stations. Marking material Our marking material is suitable for a wide range of applications in charging infrastructure: Numerous versions allow you to mark terminals, wires, and components, plus the charging station itself. The durability of the materials, even under extreme conditions, satisfies all international standards.  Web code: #3329  Web code: #0573  Web code: #0849  Web code: #0289 e r u t c u r t s a r f n i g n i g r a h C Phoenix Contact 163

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