Terminal blocks • Terminal blocks Sensor/actuator cabling and connectors • Sensor/actuator cabling • Cables and lines • Connectors Marking systems, tools, and mounting material • Marking and labeling • Tools • Installation and mounting material Surge protection, power supplies, and device circuit breakers • Surge protection and interference suppression filters • Power supplies and UPS • Protective devices 1 2 3 4 Interface technology and switching devices • Electronic switching devices and motor control • Measurement and control technology • Monitoring • Relay modules • System cabling for controllers Automation • PLCnext Technology • Industrial cloud computing • Software • PLCs and I/O systems • Functional safety • Industrial communication technology • HMIs and industrial PCs • Lighting and signaling Charging technology for electromobility • Charging technology for electromobility PCB terminal blocks and PCB connectors Use our E-paper for quick product selection. Web code: #1517 5 6 7 8 Find out more with the web code For detailed information, use the web codes provided in this brochure. Simply enter # and the four-digit number in the search field on our website. Web code: #1234 (example) Or use the direct link: phoenixcontact.net/webcode/#1234 You will find the latest information including all the new products directly in the product area of our website: phoenixcontact.net/products You can also use the Phoenix Contact catalog app interactively on your tablet.

Charging technology for electromobility Illustrated product range overview Charging connection systems DC charging cables Page 12 Cooled DC charging cables Page 16 Repair kits for DC charging cables Page 40 Holders for DC charging cables Page 42

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Charging connection systems Overview of the worldwide charging standards and charging modes Various charging standards, which originated in North America, Europe, and China and have their own specific connector geometries, have become established throughout the world. We can provide you with the complete range of charging cables and vehicle inlets for any region from a single source – both for conventional charging on the alternating current (AC) power grid and for fast charging with direct current (DC). Thanks to our involvement in developing Along with the charging standards, the Combined Charging System (CCS), AC and DC charging with just one vehicle inlet is now possible throughout most of the world. Thanks to the common geometry of their mating faces, both AC and DC charging connectors fit into the same vehicle inlet. Therefore, automobile manufacturers only have to design one inlet for their vehicles. Furthermore, the charging process itself is easier for the driver to handle. The system is also incredibly safe, thanks to the electromechanical locking system on the charging connector and the integrated, high-precision temperature monitoring function. the IEC 61851 standard also defines four different charging modes. Here, charging modes 1 to 3 only apply to AC charging, with charging mode 3 being further subdivided into charging cases A, B, and C. Charging mode 4 describes DC charging. The charging modes covered by the Phoenix Contact product portfolio are illustrated to the right. Your web code: #2110 8 PHOENIX CONTACT

Charging connection systems DC charging cables Short charging stops, thanks to high power transmission The development of a widespread charging infrastructure for electric vehicles in conjunction with renewable energy is an important step toward a mobile future. The focus here is on integrating the charging process into everyday life. Situations involving short stops to charge, for example at rest stops en route, require a charging infrastructure with high power transmission and reliable safety mechanisms. In comparison with AC charging, DC charging enables a significantly higher power transmission, and is therefore the ideal solution for short charging stops during long journeys. Powerful charging cables We provide a comprehensive range of powerful and standard-compliant charging cables for global fast DC charging. The DC charging cables have a free cable end so that they can be connected permanently to the charging station in accordance with charging mode 4. Depending on the charging standard, powers of up to 250 kW are supported. The integrated sensors enable precise temperature monitoring, thereby guaranteeing a safe charging process. Your advantages – Comprehensive product range for CCS type 1, CCS type 2, and GB/T – Efficient power transmission and long-term stability, thanks to silver-plated power and signal contacts – Integrated sensor technology for monitoring the temperature at the power contacts – Convenient handling, thanks to the ergonomic handle and additional rubber grip components – Developed and produced in accordance with the IATF 16949 automotive standard and ISO 9001 Your web code: #2099 10 PHOENIX CONTACT

Charging connection systems DC charging cables CCS type

Charging connection systems Cooled DC charging cables – High Power Charging Your advantages – Fast charging in just a few minutes, thanks to extremely high charging powers of up to 500 kW – Efficient cooling enables cables of smaller diameters to be used, which improves handling – Extremely safe, thanks to continuous temperature and leak monitoring along with a wear indicator in the cable sheathing – Maintenance-friendly, thanks to the easily replaceable mating face and semi-open cooling system with environmentally friendly coolant – Fully compatible with the established Combined Charging System (CCS) Your web code: #1631 Extremely short charging times How does the cooling system work? With the High Power Charging (HPC) system, Phoenix Contact has developed a charging technology that can charge the battery of an electric vehicle for a distance of 100 km in just three to five minutes. The centerpiece of this technology is a high-performance charging connector with intelligent cooling that allows for a charging current of up to 500 A. At a system voltage of 1000 V, this corresponds to a charging power of 500,000 W. Until now, charging currents of up to 200 A were technically feasible with the Combined Charging System (CCS). Significantly higher currents are necessary, however, to achieve very short charging times. With conventional charging technology, this would result in dangerous overheating or would require larger, cumbersome cable diameters. Our intelligent HPC technology is therefore based on a coolant system that enables charging currents of up to 500 A without compromising safety or manageability. We use an environmentally-sound, maintenance-friendly water-glycol mixture as the coolant. This cools both the charging cable and the DC power contacts in the charging connector. The contact carrier in the charging connector also acts as a heatsink, thanks to its outstanding thermal conductivity. 14 PHOENIX CONTACT In accordance with the VDE-AR-E 2623-5-3 directive and the IEC TS 62196-3-1 standard, charging connectors and charging cables may not exceed a temperature that is 50 K higher than the ambient air temperature during the charging process (ƊTmax = 50 K). In order to comply with these regulations, multiple temperature sensors integrated into the Phoenix Contact HPC system measure the heat produced directly at the charging connector power contacts and also in the charging cable in real time. A controller evaluates the data collected and regulates the cooling output accordingly. This reliably prevents overheating in compliance with standards and, at the same time, increases the energy efficiency of the cooling system. Easy maintenance of the cooling circuit Thanks to the use of an environmentally friendly mixture of water and glycol as the coolant, the cooling circuit is relatively easy to maintain. In contrast to maintenance- intensive closed systems with oil cooling, the semi-open system necessary for our charging connectors is easy to maintain, e.g. when refilling the coolant.

Charging connection systems Cooled DC charging cables – High Power Charging CCS type

Charging connection systems AC charging cables Winner of the German Design Award Our type 2 AC charging cables have received the German Design Award 2019 in the “Special Mention” category. During development of the product family, we focused on ensuring that the design was both ergonomic and stylish, as well as using robust and top-quality materials in order to satisfy the stringent requirements of the automotive industry. The German Design Award jury was impressed with the nominated charging cable: “Thanks to the ergonomic design, the cable is pleasant to hold, which makes it easier to use. A functionally sophisticated design that is also aesthetically impressive, thanks to its modern shape and two-tone look.” This was the feedback from the jury, which was comprised of design experts from the fields of business, academia, and science, as well as the design industry. Your advantages – Comprehensive product range for type 1, type 2, and GB/T – Ergonomic design means that the cables are easy to use – winner of the German Design Award 2019 – Upon request, we can also include your company logo to ensure consistent branding of your charging station or wall box – Efficient power transmission and long-term stability, thanks to silver-plated power and signal contacts – Longitudinal water tightness reliably prevents water from permeating the cable – Developed and produced in accordance with the IATF 16949 automotive standard and ISO 9001 – Tested in accordance with selected tests of automotive standards LV124, LV214, and LV215-2 Your web code: #1022 A wide range of products for every application Conventional charging with alternating current (AC) in private and commercial applications in accordance with charging mode 3 is also playing an important role in establishing electromobility. For this charging mode, we provide a complete range of VDE-, UL-, and PSE- certified AC charging cables for charging powers of up to 26 kW – standard-compliant and for all country-specific standards. This means we can offer you the right charging cable for every application: – You need a charging cable with a free cable end for charging case C. In this case, the charging cable is permanently connected to the charging station. – Mobile charging cables are used in charging case B and are, for example, carried in the trunk of the vehicle. The cable is equipped with a connecting element at both ends. – Mobile adapter charging cables are the ideal solution for charging case B if, for example, a vehicle with an American type 1 inlet needs to be charged at a European type 2 charging station. 18 PHOENIX CONTACT

Charging connection systems AC charging cables Type

Charging connection systems AC charging cables Type

Charging connection systems AC charging cables Type 1 with one free cable end – Charging cables for North American, Japanese, and European charging infrastructure – Locking on the vehicle side with lever mechanism – Additional locking option with padlock – Vehicle charging connector with a protective cap Notes: Upon request, we can also supply charging connectors with your company logo, further cable types and lengths, as well as cable ends that are preassembled or compacted, or with a step cut. Number of phases Rated voltage Rated current Standards Charging mode Resistor coding Ambient temperature (operation) Number of power contacts Insertion/withdrawal cycles Insertion/withdrawal force Degree of protection (when plugged in) Degree of protection (with protective cap) Cable data Cable type Cable length Cable diameter Cable structure Sheath color Gray-black, Gray-black, with a spiraled metric cable with a straight metric cable     Technical data Technical data 20 A 1 250 V AC 20 A IEC 62196-2 Mode 3, Case C 480 Ω (Lever actuated) 150 Ω (Lever not actuated) 32 A 1 250 V AC 32 A IEC 62196-2 Mode 3, Case C 480 Ω (Lever actuated) 150 Ω (Lever not actuated) 20 A 1 250 V AC 20 A IEC 62196-2 Mode 3, Case C 480 Ω (Lever actuated) 150 Ω (Lever not actuated) 32 A 1 250 V AC 32 A IEC 62196-2 Mode 3, Case C 480 Ω (Lever actuated) 150 Ω (Lever not actuated) -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 75 N IP44 IP54 -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 75 N IP44 IP54 -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 75 N IP44 IP54 -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 75 N IP44 IP54 spiraled 4 m 10.2 mm ±0,3 mm 3 x 2.5 mm² + 1 x 0.5 mm² black spiraled 4 m 12.8 mm ±0.4 mm 3 x 6.0 mm² + 1 x 0.5 mm² black straight 5 m 10.2 mm ±0,3 mm 3 x 2.5 mm² + 1 x 0.5 mm² black straight 5 m 12.8 mm ±0.4 mm 3 x 6.0 mm² + 1 x 0.5 mm² black Ordering data Ordering data Description Order No. Pcs./Pkt. Order No. Pcs./Pkt. Order No. Pcs./Pkt. Order No. Pcs./Pkt. AC charging cable with a type 1 AC vehicle charging connector and a free cable end without additional locking option with padlock with additional locking option with padlock 20 A 32 A 20 A 32 A 1627345 1623238 1 1 1627344 1623239 1 1 1628013 1627362 1 1 1628096 1627356 1 1 Description Type Accessories Accessories Order No. Pcs./ Pkt. Type Order No. Pcs./ Pkt. Holder Without vehicle charging connector recognition EV-T1AC-PARK 1624139 1 EV-T1AC-PARK 1624139 1 L1 L2/N CS CP PE Vehicle charging connector pin assignment 24 PHOENIX CONTACT

Charging connection systems AC charging cables Type 1 with one free cable end – Charging cables for North American, Japanese, and European charging infrastructure – Locking on the vehicle side with lever mechanism – Additional locking option with padlock – Vehicle charging connector with a protective cap Notes: Upon request, we can also supply charging connectors with your company logo, further cable types and lengths, as well as cable ends that are preassembled or compacted, or with a step cut. Number of phases Rated voltage Rated current Standards Charging mode Resistor coding Ambient temperature (operation) Number of power contacts Insertion/withdrawal cycles Insertion/withdrawal force Degree of protection (NEMA) Cable data Cable type Cable length Cable diameter Cable structure Sheath color Gray-black, with a straight AWG cable Black, with a straight AWG cable   Technical data Technical data 15 A 1 250 V AC 15 A SAE J1772 Level 2 480 Ω (Lever actuated) 150 Ω (Lever not actuated) 32 A 1 250 V AC 32 A SAE J1772 Level 2 480 Ω (Lever actuated) 150 Ω (Lever not actuated) 15 A 1 250 V AC 15 A SAE J1772 Level 2 480 Ω (Lever actuated) 150 Ω (Lever not actuated) 32 A 1 250 V AC 32 A SAE J1772 Level 2 480 Ω (Lever actuated) 150 Ω (Lever not actuated) -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 75 N 3R -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 75 N 3R -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 75 N 3R -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 75 N 3R straight 5 m 10.5 mm ±0,3 mm 3 x 14 AWG + 1 x 20 AWG black straight 5 m 17 mm ±0.4 mm 3 x 10 AWG + 1 x 18 AWG black straight 5 m 10.5 mm ±0,3 mm 3 x 14 AWG + 1 x 20 AWG black straight 5 m 17 mm ±0.4 mm 3 x 10 AWG + 1 x 18 AWG black Ordering data Ordering data Description Order No. Pcs./Pkt. Order No. Pcs./Pkt. Order No. Pcs./Pkt. Order No. Pcs./Pkt. AC charging cable with a type 1 AC vehicle charging connector and a free cable end without additional locking option with padlock with additional locking option with padlock 15 A 32 A 15 A 32 A 1628014 1627757 1 1 1628422 1628419 1 1 1064753 1 1064755 1 Description Type Accessories Accessories Order No. Pcs./ Pkt. Type Order No. Pcs./ Pkt. Holder Without vehicle charging connector recognition EV-T1AC-PARK 1624139 1 EV-T1AC-PARK 1624139 1 L1 L2/N CS CP PE Vehicle charging connector pin assignment 26 PHOENIX CONTACT

Charging connection systems AC charging cables Mobile type 2 design – Mobile charging cables for European charging infrastructure – Vehicle- and infrastructure-side locking mechanism with electromechanical locking actuator – Vehicle charging connector and infrastructure charging plug with protective cap Notes: Upon request, we can also supply charging connectors with your company logo, as well as further cable types and lengths. Number of phases Rated voltage Rated current Standards Charging mode Ambient temperature (operation) Number of power contacts Insertion/withdrawal cycles Insertion/withdrawal force Degree of protection (when plugged in) Degree of protection (with protective cap) Cable data Cable type Cable length Cable diameter Cable structure Sheath color 1-phase, gray-black, with a spiraled metric cable 1-phase, gray-black, with a straight metric cable     Technical data Technical data 20 A 32 A 20 A 32 A 1 250 V AC 20 A IEC 62196-2 Mode 3, Case B -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 100 N IP44 IP54 1 250 V AC 32 A IEC 62196-2 Mode 3, Case B -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 100 N IP44 IP54 1 250 V AC 20 A IEC 62196-2 Mode 3, Case B -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 100 N IP44 IP54 1 250 V AC 32 A IEC 62196-2 Mode 3, Case B -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 100 N IP44 IP54 spiraled 4 m 10.2 mm ±0,3 mm 3 x 2.5 mm² + 1 x 0.5 mm² black spiraled 4 m 12.8 mm ±0.4 mm 3 x 6.0 mm² + 1 x 0.5 mm² black straight 5 m 10.2 mm ±0,3 mm 3 x 2.5 mm² + 1 x 0.5 mm² black straight 5 m 12.8 mm ±0.4 mm 3 x 6.0 mm² + 1 x 0.5 mm² black Ordering data Ordering data Description Order No. Pcs./Pkt. Order No. Pcs./Pkt. Order No. Pcs./Pkt. Order No. Pcs./Pkt. Mobile AC charging cable with type 2 AC vehicle charging connector and type 2 infrastructure charging plug without additional locking option with padlock 20 A 32 A 20 A 32 A 1627131 1 1627133 1 1627982 1 1627801 1 Description Type Accessories Accessories Order No. Pcs./ Pkt. Type Order No. Pcs./ Pkt. Holder Without vehicle charging connector recognition AC infrastructure charging outlet with locking actuator (12 V operating voltage) 1-phase EV-T2AC-PARK 1624148 EV-T2M3SE12-1AC32A-0,7M6,0E10 1628124 1 1 EV-T2AC-PARK 1624148 EV-T2M3SE12-1AC32A-0,7M6,0E10 1628124 1 1 PE PP L1 CP N PP CP PE L1 N 28 PHOENIX CONTACT Vehicle charging connector pin assignment Infrastructure charging plug pin assignment

Charging connection systems AC charging cables Mobile type 2 design – Mobile charging cables for European charging infrastructure – Vehicle- and infrastructure-side locking mechanism with electromechanical locking actuator – Vehicle charging connector and infrastructure charging plug with protective cap Notes: Upon request, we can also supply charging connectors with your company logo, as well as further cable types and lengths. Number of phases Rated voltage Rated current Standards Charging mode Ambient temperature (operation) Number of power contacts Insertion/withdrawal cycles Insertion/withdrawal force Degree of protection (when plugged in) Degree of protection (with protective cap) Cable data Cable type Cable length Cable diameter Cable structure Sheath color 1-phase, black, with a straight metric cable 3-phase, black, with a straight metric cable   Technical data 20 A 32 A 1 250 V AC 20 A IEC 62196-2 Mode 3, Case B -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 100 N IP44 IP54 1 250 V AC 32 A IEC 62196-2 Mode 3, Case B -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 100 N IP44 IP54   20 A 3 480 V AC 20 A IEC 62196-2 Mode 3, Case B -30°C ... 50°C 5 (L1, L2, L3, N, PE) > 10,000 < 100 N IP44 IP54 Technical data 32 A 3 480 V AC 32 A IEC 62196-2 Mode 3, Case B -30°C ... 50°C 5 (L1, L2, L3, N, PE) > 10,000 < 100 N IP44 IP54 straight 5 m 10.2 mm ±0,3 mm 3 x 2.5 mm² + 1 x 0.5 mm² black straight 5 m 12.8 mm ±0.4 mm 3 x 6.0 mm² + 1 x 0.5 mm² black straight 5 m 12.8 mm ±0.4 mm 5 x 2.5 mm² + 1 x 0.5 mm² black straight 5 m 17 mm ±0.4 mm 5 x 6.0 mm² + 1 x 0.5 mm² black Ordering data Ordering data Description Order No. Pcs./Pkt. Order No. Pcs./Pkt. Order No. Pcs./Pkt. Order No. Pcs./Pkt. Mobile AC charging cable with type 2 AC vehicle charging connector and type 2 infrastructure charging plug 20 A 32 A 20 A 32 A 1097301 1 1097306 1 1097299 1 1628125 1 Description Type Accessories Accessories Order No. Pcs./ Pkt. Type Order No. Pcs./ Pkt. Holder Without vehicle charging connector recognition AC infrastructure charging outlet with locking actuator (12 V operating voltage) 1-phase 3-phase EV-T2AC-PARK 1624148 EV-T2M3SE12-1AC32A-0,7M6,0E10 1628124 1 1 EV-T2AC-PARK 1624148 EV-T2M3SE12-3AC32A-0,7M6,0E10 1405214 1 1 PE PE CP N L3 PP L1 L2 PP L1 L2 CP N L3 Vehicle charging connector pin assignment Infrastructure charging plug pin assignment 30 PHOENIX CONTACT

Charging connection systems AC charging cables Adapter charging cables – For charging at European type 2 and Chinese GB/T charging stations – Locking mechanism with lever locking for type 1 and GB/T – Locking mechanism with electromechanical locking actuator for type 2 – Additional locking option with padlock for type 1 and GB/T – Vehicle charging connector and infrastructure charging plug with protective cap Notes: Type 1 (vehicle) to type 2 (infrastructure), 1-phase, gray-black, Type 1 (vehicle) to type 2 (infrastructure), 1-phase, gray-black, with a spiraled metric cable with a straight metric cable Upon request, we can also supply charging connectors with your company logo, as well as further cable types and lengths.     Number of phases Rated voltage Rated current Standards Charging mode Resistor coding Ambient temperature (operation) Number of power contacts Insertion/withdrawal cycles Insertion/withdrawal force Degree of protection (when plugged in) Degree of protection (with protective cap) Cable data Cable type Cable length Cable diameter Cable structure Sheath color Technical data Technical data 20 A 1 250 V AC 20 A IEC 62196-2 Mode 3, Case B 480 Ω (Lever actuated) 150 Ω (Lever not actuated) 32 A 1 250 V AC 32 A IEC 62196-2 Mode 3, Case B 480 Ω (Lever actuated) 150 Ω (Lever not actuated) 20 A 1 250 V AC 20 A IEC 62196-2 Mode 3, Case B 480 Ω (Lever actuated) 150 Ω (Lever not actuated) 32 A 1 250 V AC 32 A IEC 62196-2 Mode 3, Case B 480 Ω (Lever actuated) 150 Ω (Lever not actuated) -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 75 N IP44 IP54 -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 75 N IP44 IP54 -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 75 N IP44 IP54 -30°C ... 50°C 3 (L1, N, PE) > 10,000 < 75 N IP44 IP54 spiraled 4 m 10.2 mm ±0,3 mm 3 x 2.5 mm² + 1 x 0.5 mm² black spiraled 4 m 12.8 mm ±0.4 mm 3 x 6.0 mm² + 1 x 0.5 mm² black straight 5 m 10.2 mm ±0,3 mm 3 x 2.5 mm² + 1 x 0.5 mm² black straight 5 m 12.8 mm ±0.4 mm 3 x 6.0 mm² + 1 x 0.5 mm² black Ordering data Ordering data Description Order No. Pcs./Pkt. Order No. Pcs./Pkt. Order No. Pcs./Pkt. Order No. Pcs./Pkt. Mobile AC adapter cable with a vehicle charging connector and an infrastructure charging plug without additional locking option with padlock with additional locking option with padlock 20 A 32 A 20 A 32 A 1628025 1628020 1 1 1628026 1628021 1 1 1628027 1628022 1 1 1628028 1628023 1 1 Description Type Accessories Accessories Order No. Pcs./ Pkt. Type Order No. Pcs./ Pkt. Holder Without vehicle charging connector recognition AC infrastructure charging outlet with locking actuator (12 V operating voltage) 1-phase 3-phase EV-T1AC-PARK 1624139 EV-T2M3SE12-1AC32A-0,7M6,0E10 1628124 1 1 EV-T1AC-PARK 1624139 EV-T2M3SE12-1AC32A-0,7M6,0E10 1628124 1 1 L1 L2/N PE CS CP PE PP L1 L2 CP N L3 Type 1 vehicle charging connector pin assignment Type 2 infrastructure charging plug pin assignment 32 PHOENIX CONTACT

Charging connection systems AC infrastructure socket outlets The ideal interface for mobile charging cables Our standardized AC infrastructure socket outlets can be used, for example, in public AC charging stations or compact wall boxes, and allow vehicles to be charged via a mobile AC charging cable in accordance with charging mode 3, case B. This means that you achieve a significantly higher power transmission than with charging via standard household outlets. The charging outlets are pre-assembled, compact, highly flexible, and suitable for both indoor and outdoor use. Versions are available for the European type 2 standard and for the Chinese GB/T standard. The type 1 standard for North America and Japan does not stipulate an infrastructure socket outlet. Fast, flexible mounting The modular, space-saving design of the infrastructure socket outlets allows for flexible front and rear mounting, even on compact wall boxes. A drainage tube and different types of protective covers can be installed as an option. We can also supply the cable end preassembled, compacted, or with a step cut upon request. Safe charging process Thanks to a locking actuator, the infrastructure charging plug is reliably prevented from being pulled out during the charging process. The lock is controlled via electronics integrated into the actuator, and the current status can be queried. In the event of an emergency, e.g. a power outage, the locking actuator can also be unlocked manually by opening the charging station. Your advantages – Comprehensive product range for type 2 and GB/T – Also suitable for compact wall boxes, thanks to the space-saving design – Highly flexible, thanks to the modular design for front and rear mounting – High level of safety during the charging process, thanks to the integrated locking actuator including position recognition and manual emergency unlocking – Efficient power transmission and long-term stability, thanks to silver-plated power and signal contacts – No condensation issues, thanks to the integrated drainage system with discharge nozzle – Developed and produced in accordance with the IATF 16949 automotive standard and ISO 9001 Your web code: #2100 34 PHOENIX CONTACT

Charging connection systems AC infrastructure socket outlets Type

Charging connection systems Accessories Options to benefit you A selection of various accessories suitable for our charging cables and charging outlets is also available. You can use these to add useful functions such as advanced protection against environmental factors, or for enabling the fast and cost-effective repair of a damaged charging cable. Your advantages – Reliable protection for charging interfaces against environmental influences and vandalism – Secure hold for charging connectors when vehicles are not being charged – Consistent branding of your charging station or wall box with your company logo – Quick and cost-effective repair of charging connectors in the event of damage – Developed and produced in accordance with the IATF 16949 automotive standard and ISO 9001 Your web code: #2101 38 PHOENIX CONTACT

Mating face frame, bit, and DC contacts, for CCS type 2 Technical data With 5x M4X10 rounded head screws with Torx safety drive With special bit for safety screwdriver With DC contact maintained with integrated front part of DC contacts and their temperature sensors IEC 62196-3-1 CCS type 2 Combined Charging System High Power Charging Mode 4 black -30°C ... 50°C -40°C ... 80°C Ordering data Type Order No. Pcs./Pkt. EV-T2CCS-MF-M4X10-BIT-CTS 1085799 1 General data Type Standards Charging standard Charging mode Color Ambient temperature (operation) Ambient temperature (storage/transport) Description Repair kit Charging connection systems Accessories Repair kits for cooled HPC DC charging cables – Kits for the cost-effective repair of damaged CCS type 2 HPC charging connectors – Allows for the replacement of the mating face frame and, optionally, DC contacts – It is not necessary to open the housing or to drain off the coolant 40 PHOENIX CONTACT

CCS type 1 Technical data SAE J1772 CCS type 1 Mode 4 black 75 mm x 118 mm x 37.5 mm Front mounting With actuation lever Lever actuation and removal -30°C ... 50°C -40°C ... 80°C IP54 Ordering data Standards Charging standard Charging mode Color Dimensions (H x W x D) Mounting Fixing of vehicle charging connector Removal of vehicle charging connector Ambient temperature (operation) Ambient temperature (storage/transport) Degree of protection (when plugged in) Description Type Order No. Pcs./Pkt. Holder Without vehicle charging connector recognition With vehicle charging connector recognition Fixing with hexagonal head screws EV-T1CCS-PARK 1624143 1 Charging connection systems Accessories Holders for DC charging cables – Park position for vehicle charging connector – For mounting on charging stations – Stable vehicle charging connector parking Notes: The screw connection positions on all holders listed here are identical 42 PHOENIX CONTACT

Charging connection systems Accessories Holders for AC charging cables – Park position for vehicle charging connector – For mounting on charging stations – Stable vehicle charging connector parking Notes: The screw connection positions on all holders listed here are identical The screw connection positions correspond to the AC infrastructure socket outlets Type 1 Technical data SAE J1772 Type 1 Mode 3 black 75 mm x 75 mm x 37.5 mm Front mounting With actuation lever Lever actuation and removal -30°C ... 50°C -40°C ... 80°C IP54 Ordering data Standards Charging standard Charging mode Color Dimensions (H x W x D) Mounting Fixing of vehicle charging connector Removal of vehicle charging connector Ambient temperature (operation) Ambient temperature (storage/transport) Degree of protection (when plugged in) Description Type Order No. Pcs./Pkt. Holder Without vehicle charging connector recognition EV-T1AC-PARK 1624139 1 44 PHOENIX CONTACT

Charging connection systems Accessories Protective covers for type 2 AC infrastructure socket outlets Two versions are available for increasing the degree of protection of type 2 AC infrastructure socket outlets to IP54: – Protective cover with rear screw connection – Protective cover with front screw connection, easy to replace Protective cover that can be screwed on the back, with alternative panel mounting frame Protective cover that can be screwed on the front, with fixing frame Standards Charging standard Charging mode Color Dimensions (H x W x D) Ambient temperature (operation) IEC 62196-2 Type 2 Mode 3, Case B black 85 mm x 93.7 mm x 32.5 mm -30°C ... 50°C IEC 62196-2 Type 2 Mode 3, Case B black 85 mm x 93.7 mm x 32.5 mm -30°C ... 50°C Technical data Technical data Type EV-T2SC EV-T2SF Description Protective cover, can be fastened with screws from the back Self-closing Panel mounting frame, can be screwed on the back As an alternative to the protective cover Protective cover, can be fastened with screws horizontally from the front Self-closing Protective cover, can be fastened with screws vertically from the front Self-closing Fixing frame, can be screwed on the front Required for protective covers with front vertical screw connection Ordering data Ordering data Order No. Pcs./Pkt. Type Order No. Pcs./Pkt. 1405217 1405218 1 1 EV-T2SC-EMF EV-T2SC-EM EV-T2SF-EM 1069199 1627635 1627637 1 1 1 Front mounting of the infrastructure socket outlet Rear panel mounting of the infrastructure socket outlet, Rear panel mounting of the infrastructure socket outlet, with locking actuator removed protective cover screwed on the back protective cover screwed on the front 46 PHOENIX CONTACT

Charging connection systems Vehicle inlets The ideal charging interface Uniform dimensions The universal CCS vehicle inlets allow for fast DC and conventional AC charging with just one mating face. This covers all charging situations. The inlets can accommodate both AC and DC vehicle charging connectors, making them the ideal interface for charging all types of electric vehicles. Various power versions with 12 V or 24 V locking actuators are available, which makes it possible to use them with a variety of applications. Along with the CCS vehicle inlets, we also provide DC inlets in accordance with the Chinese GB/T standard. The CCS vehicle inlets feature uniform outer contour dimensions. This allows electric vehicle manufacturers to provide for the same installation space in the car body. A vehicle inlet for the North American market (CCS type 1) fits just as well as an inlet for the European market (CCS type 2). Important note These products are exclusively developed, manufactured, and distributed by PHOENIX CONTACT electromobility GmbH. Interested? Do you have any questions? Please contact our Sales Team at emobility@phoenixcontact.com or by phone on +49 5235 3-43890. Your advantages – Quick-response sensor technology provides fast and accurate temperature measurement at all contacts – Efficient power transmission and long-term stability, thanks to silver-plated contact surfaces – Uniform dimensions in terms of installation space, screw-connection points, and outer contour (CCS inlets only) – With protective caps for the AC and DC contacts (CCS inlets only) – Developed and produced in accordance with the IATF 16949 automotive standard and ISO 9001 – Tested in accordance with selected tests from automotive standards LV124, LV214, LV215-2, GB/T Your web code: #2090 48 PHOENIX CONTACT

Charging connection systems Vehicle inlets CCS type

Charging connection systems Vehicle inlets CCS type

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Charging controllers DC charging controllers The solution for state-of-the-art fast charging stations Wide range of possible applications, thanks to free programmability Your advantages – Two independent charging points Our freely programmable EVCC Professional DC charging controller is the powerful control solution for your state-of-the-art fast charging station. It supports both fast DC charging and conventional AC charging, and at the same time takes care of all control and communication tasks, including visualization on the operator panel. The EV Charge Control Professional charging controller can be programmed for your individual charging application in accordance with IEC 61131. This makes it a versatile charging controller for the widest possible range of applications. Furthermore, you can reduce the engineering work required with the ready-made PC Worx function blocks for vehicle communication in accordance with DIN SPEC 70121. (AC and DC) with just one controller – Highly flexible, thanks to the free programmability in accordance with IEC 61131 – Easy to program, thanks to ready-made function blocks for vehicle communication in accordance with DIN SPEC 70121 – Easy system integration, thanks to comprehensive interfaces – Convenient remote access via integrated mobile network modem Your web code: #1024 56 PHOENIX CONTACT

Charging controllers AC charging controllers Electric charging – Worldwide With our AC charging controllers, you can charge electric vehicles in accordance with international standards. The portfolio addresses the entire spectrum of AC charging stations: – Our EVCC Basic AC charging controller is ideal for simple, private charging points such as wall boxes in garages and carports – The EVCC Advanced and EVCC Advanced Plus controllers are the perfect solution for public and commercial AC applications with several charging points, load and energy management, remote access, and billing From a single charging point through to networked charging infrastructure Your advantages – Standard-compliant AC charging in Phoenix Contact charging controllers can be operated both autonomously and in networks. Status data is acquired via the integrated communication interfaces, and controlled intervention in the charging process is supported. Here, we focus on the use of standardized communication interfaces and protocols, therefore providing easy connection options to a variety of automation systems. accordance with IEC 61851-1, SAE J1772, and GB/T 20234 – High flexibility, thanks to extensive configuration options – Easy realization of intelligent charging infrastructures with charging management – Easy integration into management systems via standardized communication interfaces Your web code: #2102 58 PHOENIX CONTACT

Charging controllers AC charging controllers For public and commercial applications – For charging cases B and C – AC charging in accordance with IEC 61851-1 – Ethernet interface for charging and energy management – RS-485 interface for connection to power meters – Optional 3G mobile network interface (OCPP 1.6J), DC residual current detection, connector release in the event of mains failure H D W H D W EV Charge Control Advanced Plus 3G EV Charge Control Advanced Plus For charging cases B and C For charging cases B and C Technical data Standards Charging mode Number of charging points Data interfaces Interface Interface Wireless interface Frequency SIM Interface Protocols supported Residual current measuring range Residual current IΔn Tripping time for IΔn Rated current In Measuring current transducer Diameter of measuring coil Digital inputs/outputs Number inputs Number outputs Technical data Technical data IEC 61851-1 Mode 3, Case B + C 1 RS-485 2-wire 1 2 Modbus/RTU (master) Ethernet 1 Modbus/TCP Number of interfaces Number of supported devices Protocol Number of interfaces Protocol IEC 61851-1 Mode 3, Case B + C 1 RS-485 2-wire 1 2 Modbus/RTU (master) Ethernet 1 Modbus/TCP 900 MHz (HSPA) / 2100 MHz (HSPA) / 850 MHz (GSM/GPRS/EDGE ) / 900 MHz (GSM/GPRS/EDGE ) / 1800 MHz (GSM/GPRS/EDGE ) / 1900 MHz (GSM/GPRS/EDGE ) Micro-SIM OCPP 1.6J - - - 30 mA (AC) 6 mA (DC) < 180 ms 32 A (three-phase, 4x6 mm²) 48 A (single-phase) 15 mm 30 mA (AC) 6 mA (DC) < 180 ms 32 A (three-phase, 4x6 mm²) 48 A (single-phase) 15 mm Nominal input voltage UN Minimum output voltage Maximum output voltage Maximum output current 5 12 V 4 digital outputs 4 V 30 V 0.2 A (total current for all outputs; internally supplied) 5 12 V 4 digital outputs 4 V 30 V 0.2 A (total current for all outputs; internally supplied) Maximum output current per channel 0.6 A (per output; externally supplied) 0.6 A (per output; externally supplied) Switching outputs Relay output Relay output Maximum switching voltage Maximum switching current Maximum switching voltage Maximum switching current Locking release in the event of mains failure Device supply Supply voltage General data Degree of protection Ambient temperature (operation) Mounting position Dimensions W/H/D Compliance/approvals Compliance Relay output C1.2 250 V AC (external supply) Relay output C1.2 250 V AC (external supply) 16 A Motor switching output 12 V (internal supply) 1 A (maximum) Integrated release function of the locking actuator for disconnection of infrastructure charging plug and infrastructure socket outlet 16 A Motor switching output 12 V (internal supply) 1 A (maximum) Integrated release function of the locking actuator for disconnection of infrastructure charging plug and infrastructure socket outlet 230 V IP20 -25°C ... 60°C any 162 / 90 / 61 mm CE-compliant 230 V IP20 -25°C ... 60°C any 162 / 90 / 61 mm CE-compliant Ordering data Ordering data Description Type Order No. Pcs./Pkt. Type Order No. Pcs./Pkt. AC charging controller, DIN rail housing Locking release module 60 PHOENIX CONTACT EV-CC-AC1-M3-CBC-RCM-ETH-3G 1018702 1 EV-CC-AC1-M3-CBC-RCM-ETH 1018701 1

Charging controllers AC charging controllers For private applications, in a DIN rail housing – For charging cases B and C – AC charging in accordance with IEC 61851-1 – Comprehensive configuration options – Adjustable current – RS-485 interface – Push-in or screw connection H D W H D W EV Charge Control Basic For charging case B With screw connection EV Charge Control Basic For charging case B With Push-in connection Technical data Technical data IEC 61851-1 / GB/T 18487.1-2015 / SAE J1772 Mode 3, Case B + C 1 IEC 61851-1 / GB/T 18487.1-2015 / SAE J1772 Mode 3, Case B + C 1 Number of interfaces Protocol RS-485 2-wire 1 Modbus/RTU (slave) RS-485 2-wire 1 Modbus/RTU (slave) Nominal input voltage UN Minimum output voltage Maximum output voltage Maximum output current 5 12 V 4 digital outputs 5 V 30 V 0.5 A (total current for all outputs; internally supplied) 5 12 V 4 digital outputs 5 V 30 V 0.5 A (total current for all outputs; internally supplied) Technical data Standards Charging mode Number of charging points Data interfaces Interface Digital inputs/outputs Number inputs Number outputs Switching outputs Relay output Relay output Locking release in the event of mains failure Device supply Supply voltage General data Degree of protection Ambient temperature (operation) Mounting position Dimensions W/H/D Compliance/approvals Compliance Maximum switching voltage Maximum switching current Maximum switching voltage Maximum switching current Relay output C1.2 250 V AC (external supply) 6 A Relay output LO+/- 12 V (internal supply) 2 A Integrated release function of the locking actuator for disconnection of infrastructure charging plug and infrastructure socket outlet Relay output C1.2 250 V AC (external supply) 6 A Relay output LO+/- 12 V (internal supply) 2 A Integrated release function of the locking actuator for disconnection of infrastructure charging plug and infrastructure socket outlet 230 V IP20 -35°C ... 70°C any 124 / 128 / 64 mm CE-compliant 230 V IP20 -35°C ... 70°C any 124 / 128 / 67 mm CE-compliant Ordering data Ordering data Description Type Order No. Pcs./Pkt. Type Order No. Pcs./Pkt. AC charging controller, DIN rail housing EV-CC-AC1-M3-CBC-SER-HS 1622452 1 EV-CC-AC1-M3-CBC-SER-HS-MSTB 1081341 1 62 PHOENIX CONTACT

Charging controllers AC charging controllers For private applications as a PCB – For charging cases B and C – AC charging in accordance with IEC 61851-1 – Comprehensive configuration options – Adjustable current – RS-485 interface – Push-in or screw connection – With coated PCB as an option H D W H D W EV Charge Control Basic For charging case B With screw connection EV Charge Control Basic For charging case B With Push-in connection Technical data Technical data IEC 61851-1 / GB/T 18487.1-2015 / SAE J1772 Mode 3, Case B + C 1 IEC 61851-1 / GB/T 18487.1-2015 / SAE J1772 Mode 3, Case B + C 1 Number of interfaces Protocol RS-485 2-wire 1 Modbus/RTU (slave) RS-485 2-wire 1 Modbus/RTU (slave) Nominal input voltage UN Minimum output voltage Maximum output voltage Maximum output current 5 12 V 4 digital outputs 5 V 30 V 0.5 A (total current for all outputs; internally supplied) 5 12 V 4 digital outputs 5 V 30 V 0.5 A (total current for all outputs; internally supplied) Maximum switching voltage Maximum switching current Maximum switching voltage Maximum switching current Relay output C1.2 250 V AC (external supply) 6 A Relay output LO+/- 12 V (internal supply) 2 A Integrated release function of the locking actuator for disconnection of infrastructure charging plug and infrastructure socket outlet Relay output C1.2 250 V AC (external supply) 6 A Relay output LO+/- 12 V (internal supply) 2 A Integrated release function of the locking actuator for disconnection of infrastructure charging plug and infrastructure socket outlet 230 V IP00 -35°C ... 70°C any 120 / 108 / 20 mm CE-compliant 230 V IP00 -35°C ... 70°C any 120 / 108 / 34 mm CE-compliant Ordering data Ordering data Type Order No. Pcs./Pkt. Type Order No. Pcs./Pkt. EV-CC-AC1-M3-CBC-SER-PCB EV-CC-AC1-M3-CBC-SER-PCB-XC EV-CC-AC1-M3-CBC-SER-PCB-XC-25 1622453 1628393 1627743 1 1 25 EV-CC-AC1-M3-CBC-SER-PCB-MSTB 1627353 1 Technical data Standards Charging mode Number of charging points Data interfaces Interface Digital inputs/outputs Number inputs Number outputs Switching outputs Relay output Relay output Locking release in the event of mains failure Device supply Supply voltage General data Degree of protection Ambient temperature (operation) Mounting position Dimensions W/H/D Compliance/approvals Compliance Description AC charging controller Uncoated PCB Coated PCB, Pcs./Pkt. 1 Coated PCB, Pcs./Pkt. 25 64 PHOENIX CONTACT

Charging controllers Residual current monitoring Universal residual current monitoring With a residual current monitoring module from the EV-RCM series, AC and DC residual currents can be detected with a measurement sensor in accordance with the requirements of IEC 62752. In combination with a type A residual current device, the module saves you from having to use an expensive type B residual current device because it interrupts the charging process in the event of an error. An optional connection to a charging controller from Phoenix Contact allows for convenient status monitoring as well as automatic resetting as soon as the residual current is no longer present. As a result, you avoid costly maintenance and ensure that the charging point is immediately available again for further charging processes. 66 PHOENIX CONTACT Compatible charging controllers Benefit from the status monitoring and automatic reset functions of the RCM modules by installing the EV Charge Control Basic or EV Charge Control Advanced charging controller from Phoenix Contact. In this combination, they achieve the required protection against electric shock during the electric vehicle process in accordance with IEC 61851-1 and DIN VDE 0100-722. Your advantages – Universal residual current detection with a measuring transducer – Use and continued operation of type A residual current circuit breaker possible – High system availability, thanks to continuous residual current monitoring – Status monitoring in conjunction with Phoenix Contact charging controllers – Automatic reset via Phoenix Contact charging controllers in the event of errors Your web code: #2103

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Charging technology sets Sets for private applications – Consisting of components for charging stations with one charging point – Stand-alone structure in accordance with a wiring diagram – Assembly instructions for a charging station with recommendations for further components required (charging contactor, safety equipment) Number of charging points Type of charging point Standards Charging standard Charging mode Charging power Supply voltage Connected current Type of charging current Charging controller Locking release in the event of mains failure Residual current monitoring module Real power measurement module Wiring diagram Cable length Cable length actuator Cable type Cable color For one charging point with a type 2 AC charging cable For one charging point with a type 2 AC infrastructure socket outlet Technical data Technical data 1 AC charging cable with vehicle charging connector, open cable end, protective cap, holder (park position) 1 AC infrastructure socket outlet, 12 V locking actuator, self-closing IP54 protective cover IEC 62196-2 / IECˆ61851-1 Type 2 Mode 3, Case C 3.7 kW 230 V AC 16 A AC single-phase Basic AC charging controller, preconfigured - 1-channel RCM - Including download of example circuit diagram 5.00 m - straight black IEC 62196-2 / IECˆ61851-1 Type 2 Mode 3, Case B 11 kW 400 V AC 16 A AC 3-phase Basic AC charging controller, preconfigured Integrated release function of the locking actuator for disconnection of infrastructure charging plug and infrastructure socket outlet 1-channel RCM - Including download of example circuit diagram 0.70 m 0.50 m Single wires - Description Type Order No. Pcs./Pkt. Type Order No. Pcs./Pkt. Home charging technology set With AC charging cable With AC infrastructure socket outlet EV-SET-T2AC-BAS-RCM1-20AC5MES 1628077 1 EV-SET-T2AC-BAS-RCM1-20ASE12 1628080 1 Ordering data Ordering data 70 PHOENIX CONTACT

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Charging park management software Software suite Intelligent charging park management The EV Charging Suite forms the interface between the driver, charging park, grid operator, and back-end provider. It combines all of the functions you need to operate a charging park in a single software package. In addition to load management, it also makes it easy to manage charging points and users, implement various authorization methods, and utilize a consumption-based billing system via the back-end provider. Scalable license model We offer graduated basic licenses for 10, 30, and 50 charging points to match the size of your charging park. You therefore only have to pay for what you actually need. The licenses are valid for a lifetime and include all updates for the EV Charging Suite that we make available for download. Should you extend your charging park to the extent that the basic license purchase is no longer sufficient, you can purchase a cost-effective upgrade license. Your advantages – Intelligent load management ensures optimum distribution of the connected load and prevents overloads – Easy commissioning, configuration, and monitoring of your charging park via web interface – Future-proof and scalable, thanks to the easy addition and management of charging points – Reliable logging of all charging procedures via OCPP for real-time visualization and precise billing – Convenient integration into higher-level building and energy management systems – Intuitive graphical user guidance for your customers Your web code: #2020 74 PHOENIX CONTACT

Charging park management software Software suite – Administration of users and charging points – Graphical user guidance – User authorization, e.g. via RFID – Charging and load management – Billing via OCPP – Integration into to building and energy management systems IPC hardware requirement Hard disk RAM CPU Display Interfaces IPC software requirements Operating system Languages supported Supported web browsers Supported charging controllers Functions Basic functions Expanded functionality Supported back-end protocols License for up to 10 charging points Technical data Min. 64 GB Min. 4 GB Min. Atom™ Quadcore 1.91 GHz When used on site with operator panel: min. 8" touch panel, 800 x 480 pixels (WVGA) 2x Ethernet (10/100/1000 Mbps), RJ45 / min. 1x USB 2.0 / Depending on application: min. 1x COM RS-485 WIN 10 IOT ENT LTSB 2016 x64 German English Google Chrome Mozilla Firefox Internet Explorer EVCC Advanced AC charging controller (Order No. 2902802) Load and charging management Authentication via RFID or via backend Backend coupling Dynamic load management User prioritization Integration into energy management systems OCPP Ordering data Description Type Order No. Pcs./Pkt. License for charging park management software For up to 10 licenses For up to 30 licenses For up to 50 licenses Upgrade license for charging park management software For up to 30 licenses For up to 50 licenses EV-CC-S-SUITE-CP10 1086929 1 76 PHOENIX CONTACT

accredited service company, which carries out EMC testing in compliance with European standards. At Phoenix Testlab, devices are also tested with regard to their electrical safety, mechanical influences, and their behavior in relation to environmental influences. Phoenix Testlab is also a notified body in accordance with EMC Directive 2014/30/EU and Radio Equipment Directive (RED) 2014/53/EU. As a certification body (TCB, FCB, and RCB), Phoenix Testlab is also able to approve these products for the markets in the USA, Canada, and Japan. Standards and regulations All relevant standards and regulations are used as the basis for the development and maintenance of our products. International standards are subject to continuous changes as a result of harmonization and new developments. In line with this process, the current version of all standards that are relevant to our products is documented in the product area on our website at phoenixcontact.net/products. Online product information service on the world wide web Phoenix Contact is continuously extending its product range. Within the scope of our product monitoring obligation, all products are subject to an improvement process. The Internet is an ideal platform to quickly communicate new product developments and improvements to the market. You can quickly access the relevant Phoenix Contact website for your region via phoenixcontact.com. There you will always find an up-to-date overview of products, solutions, and services from Phoenix Contact. This includes technical documents such as data sheets and user manuals, current driver and demo software, and a direct link to the relevant contact person. Technical information Information Quality in quantity Integrated management system Compliance with the requirements is a condition for placing the product on the market within the EU. Where applicable, our products currently fall within the scope of the following directives in particular: – 2014/35/EU Electrical equipment designed for use within certain voltage limits (Low Voltage Directive) – 2014/30/EU Electromagnetic compatibility (EMC Directive) – 2014/32/EU Measuring instruments – 2006/42/EC Safety of machinery (Machinery Directive) The objective of the Phoenix Contact – 2014/34/EU integrated management system is to integrate all requirements pertaining to products, processes, and the organization. Statutory and regulatory requirements, as well as those of international standards and our customers, are met and, in some cases, even exceeded in all phases of the product lifecycle. The Phoenix Contact management system is monitored by internationally recognized independent bodies each year to ensure that quality, environmental protection, energy efficiency, and occupational safety have been integrated in conformance with the relevant requirements. Certification in accordance with international standards ISO 9001, ISO 14001, ISO 50001, and BS OHSAS 18001 is the result of our corporate philosophy of meeting the needs of our customers, staff, and environment as best as possible. This serves as the basis for innovative products with the familiar high Phoenix Contact quality standard, actively practiced environmental protection through efficient production and products that conserve resources, and responsibility in the field of occupational health and safety. It goes without saying that we integrate all further requirements of standards, international approvals or special customer requirements into our company processes. The result of this system is a building block for the success of the Phoenix Contact Group as well as its products and services. CE marking CE marking was introduced as an important instrument for the free movement of goods and services within the single European market. By applying the mark to a product, the manufacturer confirms its compliance with all EU directives applicable to this product. The EU directives describe the product characteristics with regard to device safety and the avoidance of risks. They have been incorporated in national legislation. 78 PHOENIX CONTACT Equipment and protective systems intended for use in potentially explosive atmospheres (ATEX Directive) – 2014/53/EU Radio equipment (RED) – 2011/65/EU Restriction of the use of certain hazardous substances (RoHS Directive) – 2012/19/EU Waste electrical and electronic equipment (WEEE Directive) The standards used as the basis for the aforementioned directives have been at the heart of our development standard for some time as a way of ensuring compliance with European directives. The numbers of the directives indicate their version at the time of publication. In the event of changes to directives and/or standards, our products will undergo conformity assessment again in good time and a new declaration of conformity will be issued promptly. The current declarations for each product can also be found in our download area. Among the aforementioned European directives, the EMC Directive plays a particularly important role. It uses a directive enshrined in national legislation as the basis for defining electromagnetic compatibility as a fundamental device property. European legislation therefore places great emphasis on the electromagnetic compatibility of devices and systems as a basic prerequisite for the error-free operation of machines and systems. As an international leader in the field of surge protection, Phoenix Contact has extensive expertise in EMC. This expertise and the experience gained over many years in the development and application of industrial interface and communication technology have resulted in an extremely high standard of quality for our products when it comes to electromagnetic compatibility. Our independent laboratory, Phoenix Testlab, was founded in order to share this expertise with other companies. Phoenix Testlab GmbH is an

Index Alphabetical Type Order No. Page Type Order No. Page Type Order No. Page Type Order No. Page EV-TAG3PC-1AC20A-4,0M2,5EHBK01 1628025 EV-TAG3PC-1AC20A-5,0M2,5ESBK01 1628027 EV-TAG3PC-1AC32A-4,0M6,0EHBK01 1628026 EV-TAG3PC-1AC32A-5,0M6,0ESBK01 1628028 EV-TAG3PK-1AC20A-4,0M2,5EHBK01 1628020 EV-TAG3PK-1AC20A-5,0M2,5ESBK01 1628022 EV-TAG3PK-1AC32A-4,0M6,0EHBK01 1628021 EV-TAG3PK-1AC32A-5,0M6,0ESBK01 1628023 EV-TBG3JC-1AC32A-5,0M6,0ESBK01 1627688 EV-TCG3PK-1AC32A-5,0M6,0ESBK01 1050702 EV-TCG3PK-3AC32A-5,0M6,0ESBK01 1628001 EV-TDG3JK-1AC16A-5,0M2,5ESBK01 1627756 EV-TDG3JK-1AC32A-5,0M6,0ESBK01 1022285 32 32 32 32 32 32 32 32 33 33 33 33 33 S SD-FLASH-2GB-EV-EMOB 1624092 57 E 2902802 EM-CP-PP-ETH 2903246 EM-EV-CLR-12V EV-CC-AC1-M3-CBC-RCM-ETH 1018701 EV-CC-AC1-M3-CBC-RCM-ETH-3G 1018702 EV-CC-AC1-M3-CBC-SER-HS 1622452 EV-CC-AC1-M3-CBC-SER-HS-MSTB 1081341 1622453 EV-CC-AC1-M3-CBC-SER-PCB EV-CC-AC1-M3-CBC-SER-PCB-MSTB1627353 EV-CC-AC1-M3-CBC-SER-PCB-XC 1628393 EV-CC-AC1-M3-CBC-SER-PCB-XC-251627743 EV-CC-AC1-M3-CC-SER-HS 1622459 EV-CC-AC1-M3-CC-SER-HS-MSTB 1081335 EV-CC-AC1-M3-CC-SER-PCB 1622460 EV-CC-AC1-M3-CC-SER-PCB-MSTB 1627367 EV-CC-AC1-M3-CC-SER-PCB-XC 1628394 EV-CC-AC1-M3-CC-SER-PCB-XC-25X1627742 EV-CC-S-SUITE-CP10 EV-CC-S-SUITE-CP30 EV-CC-S-SUITE-CP50 EV-CC-S-SUITE-UPG10-30 EV-CC-S-SUITE-UPG30-50 EV-GBAC-PARK EV-GBDC-PARK EV-GBDC-PARK-R 1086929 1086921 1086920 1086891 1086889 1624142 1623770 1623496 EV-GBDC-PARK-SW 1623497 EV-GBG3C-1AC16A-5,0M2,5ESBK01 1627599 EV-GBG3C-1AC32A-5,0M6,0ESBK01 1627601 EV-GBG3C-3AC16A-5,0M2,5ESBK01 1627600 EV-GBG3C-3AC32A-5,0M6,0ESBK01 1627602 EV-GBG3JK-1AC16A-5,0M2,5ESBK011623515 EV-GBG3JK-1AC32A-5,0M6,0ESBK011623516 EV-GBG3JK-3AC16A-5,0M2,5ESBK011623517 EV-GBG3JK-3AC32A-5,0M6,0ESBK011624138 EV-GBG3K-1AC16A-5,0M2,5ESBK01 1623510 EV-GBG3K-1AC32A-5,0M6,0ESBK01 1623511 EV-GBG3K-3AC16A-5,0M2,5ESBK01 1623512 EV-GBG3K-3AC32A-5,0M6,0ESBK01 1624137 EV-GBG3PC-1AC16A-5,0M2,5ESBK011627603 EV-GBG3PC-1AC32A-5,0M6,0ESBK011627605 EV-GBG3PC-3AC16A-5,0M2,5ESBK011627604 EV-GBG3PC-3AC32A-5,0M6,0ESBK011627606 EV-GBG4C-DC125A-5,0M35ESBK01 1031381 EV-GBG4C-DC180A-5,0M50ESBK01 1085611 EV-GBG4C-DC250A-5,0M70ESBK01 1031379 1031383 EV-GBG4C-DC80A-5,0M16ESBK01 EV-GBM3SL12-1AC32A-0,7M6,0E10T 1039245 EV-GBM3SL12-3AC32A-0,7M6,0E10T 1050941 1627493 EV-GBM4I-DC-125A2,0M EV-GBM4I-DC-250A2,0M EV-GBSC EV-GBSCO EV-PLCC-AC1-DC1 1039550 1623416 1623415 1624130 EV-RCM-C1-AC30-DC6 1622450 1622451 EV-RCM-C2-AC30-DC6 EV-SET-T2AC-ADV-RCM2-32AC5MES 1628081 EV-SET-T2AC-ADV-RCM2-32ASE12 1628082 EV-SET-T2AC-BAS-RCM1-20AC5MES 1628077 EV-SET-T2AC-BAS-RCM1-20ASE12 1628080 1624139 EV-T1AC-PARK 1624143 EV-T1CCS-PARK EV-T1G2C-1AC15A-5,0M14ASBK01 EV-T1G2C-1AC32A-5,0M10ASBK01 EV-T1G2K-1AC15A-5,0M14ASBK01 EV-T1G2K-1AC15A-5,0M14ASBK11 1628014 1628422 1627757 1064753 EV-T1G2K-1AC32A-5,0M10ASBK01 1628419 1064755 EV-T1G2K-1AC32A-5,0M10ASBK11 EV-T1G3C-1AC20A-4,0M2,5EHBK01 1627345 EV-T1G3C-1AC20A-5,0M2,5ESBK01 1628013 EV-T1G3C-1AC30A-5,0M6,0JSBK11 1033865 EV-T1G3C-1AC32A-4,0M6,0EHBK01 1627344 EV-T1G3C-1AC32A-5,0M6,0ESBK01 1628096 EV-T1G3K-1AC20A-4,0M2,5EHBK01 1623238 EV-T1G3K-1AC20A-5,0M2,5ESBK01 1627362 EV-T1G3K-1AC20A-5,0M2,5ESBK11 1060405 EV-T1G3K-1AC30A-5,0M6,0JSBK11 1033864 EV-T1G3K-1AC32A-4,0M6,0EHBK01 1623239 80 PHOENIX CONTACT 61 61 60 60 62 62 64 64 64 64 63 63 65 65 65 65 76 77 77 77 77 45 43 43 43 27 27 27 27 31 31 31 31 27 27 27 27 31 31 31 31 13 13 13 13 37 37 53 53 47 47 57 67 67 71 71 70 70 44 42 26 26 26 26 26 26 24 24 25 24 24 24 24 25 25 24 EV-T1G3K-1AC32A-5,0M6,0ESBK01 1627356 EV-T1G3K-1AC32A-5,0M6,0ESBK11 1628126 EV-T1GBIE12-1ACDC-32A125A2,0M1 1627896 EV-T1GBIE12-1ACDC20A125A2,0M1 1624154 EV-T1GBIE12-1ACDC20A200A2,0M1 1018770 EV-T1GBIE12-1ACDC32A200A2,0M1 1627098 EV-T2AC-PARK 1624148 1085797 EV-T2CCS-MF-M4X10 EV-T2CCS-MF-M4X10-BIT 1085798 1085799 EV-T2CCS-MF-M4X10-BIT-CTS 1624153 EV-T2CCS-PARK EV-T2G3C-1AC20A-4,0M2,5EHBK01 1627126 EV-T2G3C-1AC20A-4,0M2,5EHBK11 1056548 EV-T2G3C-1AC20A-5,0M2,5ESBK01 1627354 EV-T2G3C-1AC20A-5,0M2,5ESBK11 1056696 EV-T2G3C-1AC32A-4,0M6,0EHBK01 1627127 EV-T2G3C-1AC32A-4,0M6,0EHBK11 1056575 EV-T2G3C-1AC32A-5,0M6,0ESBK01 1627366 EV-T2G3C-1AC32A-5,0M6,0ESBK11 1097298 EV-T2G3C-3AC20A-4,0M2,5EHBK01 1627128 EV-T2G3C-3AC20A-4,0M2,5EHBK11 1097295 EV-T2G3C-3AC20A-5,0M2,5ESBK01 1627365 EV-T2G3C-3AC20A-5,0M2,5ESBK11 1056697 EV-T2G3C-3AC32A-4,0M6,0EHBK01 1627130 EV-T2G3C-3AC32A-4,0M6,0EHBK11 1056698 EV-T2G3C-3AC32A-5,0M6,0ESBK01 1627355 EV-T2G3C-3AC32A-5,0M6,0ESBK11 1056700 EV-T2G3PC-1AC20A-4,0M2,5EHBK01 1627131 EV-T2G3PC-1AC20A-5,0M2,5ESBK01 1627982 EV-T2G3PC-1AC20A-5,0M2,5ESBK11 1097301 EV-T2G3PC-1AC32A-4,0M6,0EHBK01 1627133 EV-T2G3PC-1AC32A-5,0M6,0ESBK01 1627801 EV-T2G3PC-1AC32A-5,0M6,0ESBK11 1097306 EV-T2G3PC-3AC20A-4,0M2,5EHBK01 1627135 EV-T2G3PC-3AC20A-5,0M2,5ESBK01 1628348 EV-T2G3PC-3AC20A-5,0M2,5ESBK11 1097299 EV-T2G3PC-3AC32A-4,0M6,0EHBK01 1627136 EV-T2G3PC-3AC32A-5,0M6,0ESBK01 1627692 EV-T2G3PC-3AC32A-5,0M6,0ESBK11 1628125 EV-T2GBIE12-1ACDC-20A125A2,0M2 1624131 EV-T2GBIE12-1ACDC-20A200A2,0M2 1628340 EV-T2GBIE12-1ACDC-32A125A2,0M2 1628385 EV-T2GBIE12-1ACDC-32A200A2,0M2 1018771 EV-T2GBIE12-3ACDC-20A125A2,0M2 1628386 EV-T2GBIE12-3ACDC-20A200A2,0M2 1628387 EV-T2GBIE12-3ACDC-32A125A2,0M2 1627096 EV-T2GBIE12-3ACDC-32A200A2,0M2 1627097 EV-T2GBIE24-1ACDC-20A125A2,0M2 1004840 EV-T2GBIE24-1ACDC-20A200A2,0M2 1004802 EV-T2GBIE24-1ACDC-32A125A2,0M2 1018767 EV-T2GBIE24-1ACDC-32A200A2,0M2 1018762 EV-T2GBIE24-3ACDC-20A125A2,0M2 1018763 EV-T2GBIE24-3ACDC-20A200A2,0M2 1004842 EV-T2GBIE24-3ACDC-32A125A2,0M2 1004844 EV-T2GBIE24-3ACDC-32A200A2,0M2 1004841 EV-T2HPCC-DC400A-5,0M50ECBK11L1052443 EV-T2HPCC-DC400A-5,0M50ECBK11R1089664 EV-T2HPCC-DC400A-5,0M50ECBK11S1052444 EV-T2HPCC-DC500A-5,0M50ECBK11 1085638 EV-T2HPCC-DC500A-5,0M50ECBK11L1085637 EV-T2HPCC-DC500A-5,0M50ECBK11R1089665 EV-T2HPCC-DC500A-5,0M50ECBK11S1085631 EV-T2M3SE12-1AC32A-0,7M6,0E10 1628124 1628147 EV-T2M3SE12-1AC32A-0,7M6,0E12 EV-T2M3SE12-3AC20A-0,7M2,5E10 EV-T2M3SE12-3AC20A-0,7M2,5E14 EV-T2M3SE12-3AC32A-0,7M6,0E10 EV-T2M3SE12-3AC32A-0,7M6,0E14 EV-T2M3SE24-3AC20A-0,7M2,5E10 EV-T2M3SE24-3AC20A-0,7M2,5E14 EV-T2M3SE24-3AC32A-0,7M6,0E10 EV-T2M3SE24-3AC32A-0,7M6,0E14 1405213 1627985 1405214 1627693 1405215 1627986 1405216 1627987 EV-T2M4CC-DC150A-5,0M50ESBK11 1095767 EV-T2M4CC-DC200A-5,0M70ESBK11 1095775 EV-T2M4CC-DC80A-5,0M16ESBK11 1095764 1405217 EV-T2SC EV-T2SC-EM EV-T2SC-EMF EV-T2SF EV-T2SF-EM 1627635 1069199 1405218 1627637 24 25 52 52 52 52 45 41 41 40 43 22 20 22 20 22 20 22 20 23 21 23 21 23 21 23 21 28 28 30 28 28 30 29 29 30 29 29 30 50 51 50 51 50 51 50 51 50 51 50 51 50 51 50 51 16 16 17 17 16 16 17 36 36 36 36 36 36 36 36 36 36 12 12 12 46 46 46 46 46

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