Power Reliability Everything for high system availability

Contents Protection concepts Generate and protect auxiliary voltage Reliable supply concepts Reliable solution concepts Surge protection EMC filters AC/DC and DC/DC power supplies Redundancy modules and uninterruptible power supplies Device circuit breakers Energy monitoring Smart Services 4 6 8 10 14 16 18 20 22 24 26 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. ℹ Web code: #1234 (example) Or use the direct link: phoenixcontact.com/webcode/#1234 Phoenix Contact 3

Protection concepts Surge protection and lightning protection a way that conducted surge voltages are prevented. An effective protective circuit helps ensure seamless surge protection. Protect your systems and electrical devices against excessively high voltage peaks caused by switching operations and lightning strikes. Plan your protection concept for lightning and surge protection so that all cables, devices, and systems are protected. The protective circuit principle is easy to illustrate: Draw an imaginary circle around the object you want to protect. Surge protective devices must be installed at all points where cables intersect this circle. This ensures that the area within the protective circuit is protected in such Protection against mains interruptions Our AC/DC power supplies, DC/DC converters, redundancy modules, and uninterruptible power supplies enable you to supply your application reliably. Choose the ideal power supply that meets your needs from our wide range of different product families. We offer DC/DC converters and DC/AC inverters for voltage conversion needs. Our redundancy modules enable you to decouple two power supplies and ensure the high availability and productivity of your system. During mains interruptions, you can rely on our uninterruptible power supplies (UPS) and their corresponding battery modules. You thus avoid any risk of unplanned system downtime. In addition, energy measuring devices with the appropriate sensor technology enable you to record energy flows in detail and assess the grid quality. Protection against overload and short circuit process and minimize downtime by using our overcurrent protection. Device circuit breakers protect your equipment against overload and short- circuit currents. In the event of a fault, only the affected circuit is switched off. To provide the ideal protection, our circuit breakers therefore use various technologies: • Thermal device circuit breakers for overload protection • Thermal-magnetic circuit breakers for overload and short-circuit protection • Electronic circuit breakers for protection in the event of overload, short circuit, line attenuation, and high input capacitance. Optimize your production Phoenix Contact 5

Surge protection, device protection,­and­filters Reliably protect your systems and electronic devices from surge voltages, high-frequency interference, or short circuits with our protective devices. Power supplies and UPS Reliably supply your system with our AC/DC power supplies, DC/DC converters, inverters, redundancy modules, and uninterruptible power supplies. Energy monitoring Our energy monitoring portfolio enables you to record important electrical system parameters in order to detect faults at an early stage and derive efficiency measures. Phoenix Contact 7

Industry solutions Automotive industry Benefit from a reliable and highly functional power supply solution. Redundant or uninterruptible in design, combined with surge protection and device circuit breakers, the solution ensures uninterrupted system operations. With intelligent products and monitoring solutions, you are always kept up to date on the status of your system. Power generation Whether photovoltaic systems, wind turbines, or even power-to-X, continuous monitoring of the various system parts enables you to prevent failures and plan maintenance work more effectively. Tailored protection, supply, and monitoring solutions enable you to operate your system smoothly. Process industry To ensure that the failure of individual components does not result in system downtime, you need a reliable and safe power supply solution. Our solutions consist of surge protection, power supply, device protection, and energy monitoring. They meet all the requirements of the process industry and thus ensure very high system availability. Machine building Overload and short-circuit currents cause malfunctions and interrupt the operation of your system. To prevent a standstill of the entire system, you need to protect and monitor each individual device. With our product portfolio for protection, supply, and measurement, we offer you robust and quick-to-install solutions from the series production of machines to special systems manufacturing. Infrastructure A functional infrastructure influences people’s quality of life and their safety. That is why ensuring reliable power supply in harsh environmental conditions is just as crucial as exact data monitoring. We offer individually coordinated solutions for surge protection and power supply with high immunity. E-mobility In addition to a reliable power supply, protecting charging points and vehicles from damage caused by lightning and switching operations in the supply network is essential for stable operation. Energy meters that are MID-certified and compliant with calibration laws support you in the monitoring and billing of your charging processes. Phoenix Contact 9

Examples of solution concepts Communicative­24 V­supply­system –­the­system­that­knows­more The modular system consists of the information on all relevant operating and communicative QUINT POWER power diagnostic data. This enables preventive supplies, CAPAROC circuit breakers, plus function monitoring for minimal downtime. the intelligent QUINT DC UPS. The system The power supply and circuit breakers can increases data transparency and provides be integrated and parameterized quickly and easily in your control environment either via fieldbus or IO-Link. The­protected­system –­power­supply­and­circuit­breakers Combine the QUINT POWER power supply with the CAPAROC circuit breaker system and benefit from the advantages of system integration. One central interface for QUINT POWER and CAPAROC enables simple and cost-effective integration of the power supply into the network protocol of the circuit breaker system: • The PROFINET interface enables The supply solution offers complete data consistency, from the primary side right through to the protected load circuits. • A web server enables on-site access to operating states, error messages, and setting details of the system solution complete transparency and access to the entire system The­uninterruptible­system –­power­supply­and­UPS Combine the QUINT POWER power supply with the intelligent QUINT DC UPS to create an uninterruptible 24 V supply system that provides all data from the power supply right through to the battery. • The QUINT DC UPS provides interfaces • The POWER MANAGEMENT SUITE software can be used for function monitoring and configuration of the entire system Studio 5000, and TwinCAT engineering environments are included and protocols for different industrial networks • The corresponding software packages for the PLCnext, TIA Portal, • Easy replacement of specially Direct­connection­to­the­controller –­power­supply­and­device­protection­with­IO-Link If your system already includes an IO-Link master, the QUINT POWER power supply and the CAPAROC circuit breaker system can be easily integrated into the control environment by means of the integrated IO-Link interface. • Complete data consistency from the primary side right through to the protected load circuits: energy monitoring, device identification, and status monitoring configured devices, as the PLC handles configuration device in the system needs to have a fieldbus interface • Cost-effective data access, as only one Phoenix Contact 11

Efficient­and­space-saving­12 V­supply­for­e-mobility The 12 V power supplies in the STEP POWER family offer maximum efficiency thanks to minimal no-load losses. The EMC-optimized devices ensure reliable operation in small spaces and are ideal for supplying charging controllers in home chargers. Additional surge protection protects operations against transient interference. For the monitoring and billing of charging processes, we offer direct measurement up to 40 A with our single-phase EMpro energy meters with MID approval. • Maximum energy efficiency with low no- load losses (<0.1 W/Efficiency Level VI) and high efficiency • Slim-line design saves space in the control cabinet • Straightforward integration in your charging solutions, as EMC requirements regarding external charging systems for electric vehicles (IEC 61851-21-2:2018) are met • Quick and easy commissioning ℹ Web code: #3293 Compact power supply solution for price-oriented applications Save space in the control cabinet with the narrow overall width. By combining a space-saving UNO POWER power supply, CBMC electronic circuit breaker, and EMD-BL monitoring relay, you can also ensure high system availability in a small installation space. Use the monitoring relay as an inexpensive solution for monitoring electrical and physical system parameters for early fault detection. • Efficient due to low no-load losses and high efficiency • Easy output voltage system diagnostics with the floating signal contact and DC OK LED • Flexible due to easy adjustment of the output voltage and the nominal current of the individual channels • Alignable without minimum clearance to neighboring modules ℹ Web code: #3294 Phoenix Contact 13

Surge protection Surge protection for power supply systems The power supply is the part of a system in which particularly high surge voltages occur. All system parts, from the incoming supply to the load, can be directly affected. A powerful surge protection system ensures an uninterruptible power supply, and thus also a higher level of system availability. The surge protective devices in the Safe Energy Control product family form a comprehensive easy-to-install package, combining maximum performance with high durability. Electronic loads are reliably protected and maintenance costs are reduced. Installing the surge protective devices is easy, cost-effective, and space-saving. ℹ Web code: #0291 Surge protection for measurement and control technology from simple protective devices in an ultra- slim design right through to items with testable protective plugs, signaling, and optional remote signaling modules. ℹ Web code: #0292 The interfaces in measurement and control technology are particularly sensitive. Even low surge voltages have the potential to disrupt the smooth operation of building control technology, production, and process technology. Surge protection systems specially tailored to the requirements enable the interference- free transmission of signals. The TERMITRAB complete product family is a tailored product range for all applications in measurement and control technology. The portfolio offers the ideal version for your requirements. Depending on your individual requirements, choose Surge protection for data and antennas voltages can reach the sensitive interfaces of systems via the cable paths and impair or even interrupt transmission. The DATATRAB and COAXTRAB product groups provide optimum protection here. ℹ Web code: #0146 Communication via data networks is a part of daily life in all areas of society. The interfaces operate with low signal levels at high frequencies. This makes them particularly sensitive to surge voltages and can lead to the destruction of electronic components in IT systems. ℹ Web code: #0145 Transceiver systems are also particularly sensitive to surge voltages. Antenna cables which extend beyond the building and the antennas themselves are directly exposed to atmospheric discharges. Surge Phoenix Contact 15

EMC­filters Filters with integrated surge protection EMC filters with integrated surge protection in metal housing for an improved filter effect and EMC-optimized installation. They provide protection against high-frequency interference and transient overvoltages on the input and output side of the filter. ℹ Web code: #0149 Filters with additional terminal points With the additional PE terminals for the separate connection to the local protective bonding, the EMC filters provide an improved filter effect against the ground potential. This means that a good level of protection against high-frequency interference can be achieved even with filters in plastic housing. ℹ Web code: #0149 Filters with surge protection for MCR technology With an overall width of just 6 mm, the filters in the TERMITRAB complete family provide the ideal protection against high- frequency interference for applications in measurement and control technology. Due to the integrated surge protection circuit, the narrow filters enable additional fine protection against transient overvoltages. ℹ Web code: #0149 Interference from frequency converters Robots are used in many industrial applications and their drive motors are controlled by frequency converters. The high-frequency interference generated by frequency converters can influence sensitive equipment. For example, this may include programmable logic controllers, operation and monitoring devices, and other automation technology equipment. FIL-1S-1 type mains filters are used to protect against high-frequency conducted interference on power supply cables. Due to the parallel installation of energy technology cables with MCR circuits, high-frequency interference can be coupled into MCR circuits. TTC-6-SFP type EMC filters are used to protect MCR circuits against high-frequency interference. Power subdistribution Frequency converter FIL Lʼ NʼPE PE 1ʼ 2ʼ OUT/LOAD EMC/EMI FILTER IN/IL : 10 A (40 °C) UN/VN : 120 V AC 230 V AC 220 V AC Switched-mode power supply unit 24 V T P - C A 0 3 2 - A 0 1 - 1 - S 1 - L I F 9 1 3 2 9 2 1 IN/LINE 1 2 L N PE PE Automation PLC 6 5 4 6 5 4 SPD SPD 24V SFP 24V SFP 1 2 3 1 2 3 Signal lines Phoenix Contact 17

Power supplies QUINT POWER Powerful and space-saving – our power supplies for high demands up to 1,000 W. ℹ Web code: #1513 and #0152 TRIO POWER The power supplies with optional device protection are optimized for use in machine building. For power up to 1,000 W. ℹ Web code: #0497 UNO POWER Their high power density makes them the ideal choice for use in compact control cabinets. They cover loads from 25 to 960 W. ℹ Web code: #1512 STEP POWER The power supply for building automation in distribution boards and flat control panels. ℹ Web code: #1930 IP67 POWER The robust power supplies with IP67 degree of protection are ideally suited for distributed supply in the field. ℹ Web code: #3192 For demanding environments Reliable protection for people, the environment, and the system. We offer devices with protective coating, and with ATEX, IECEx, and SIL3 approvals. AC/DC and DC/DC power electronics and scalable solutions for DC charging with high voltages and currents right through to High Power Charging (HPC). ℹ Web code: #2529 Our highly efficient power electronics CHARX power facilitate the cost-effective operation of your charging infrastructure for the fast charging of electric cars. Other areas of application include charging buffer batteries in the DC industry or charging mobile battery containers on construction sites. Whether individual charging modules for installation in a charging station or entire system cabinets for supplying charging parks in the megawatt range – depending on the requirements, we provide modular Phoenix Contact 19

Redundancy modules and UPS Active and passive redundancy modules QUINT ORING The active redundancy module provides permanent monitoring of the input voltage, output current, and decoupling section. The ACB (Auto Current Balancing) Technology ensures balanced utilization of the power supplies, thus extending their service life. ℹ Web code: #1993 QUINT S-ORING The active redundancy module decouples supply networks with MOSFET and keeps cables separated up to the load. In combination with the new QUINT POWER power supply, the input voltage and decoupling section are monitored continuously. ℹ Web code: #1993 DIODE The passive redundancy modules reliably decouple power supplies operating in parallel. They ensure absolute security of supply, both at the output of one of the power supply units and in the supply line from the power supply unit to the diode. This means that a short circuit no longer affects the load. ℹ Web code: #2304 Uninterruptible power supplies Supply of DC loads Our DC UPS ensure very high system availability due to their uninterruptible power supply. The DC UPS continues to supply your application reliably even if the supply network fails. This prevents system failures and downtime, as important processes keep running. ℹ Web code: #1992 Supply of AC loads Our AC UPS ensure high-level failsafe performance and high system availability in the event of voltage failures or fluctuations. The AC UPS continues to deliver a pure sine curve at the output and supplies AC loads with alternating current without interruption. ℹ Web code: #1986 Battery modules Constant communication between the battery module and the QUINT UPS ensures the continuous monitoring and intelligent management of your system. Our battery modules have different characteristics so that we can always offer you the right energy storage solution for your system. ℹ Web code: #3156 Phoenix Contact 21

Device­circuit­breakers CAPAROC­–­the­electronic­circuit­breaker­system CAPAROC is your individual modular system for overcurrent protection. With many combination options, easy operation, and rapid design-in, you receive your own personal benchmark in device protection. Customizable standard With a wide range of individual modules and many combination options, CAPAROC lets you create a customized solution. The modular system offers interchangeability. Easy operation Use CAPAROC and experience particularly easy operation with tool-free assembly, uninterrupted installation, and transparent operating states. Intuitive design-in The online configurator helps you design a system that perfectly suits your needs. With your personal item number, you can reorder your solution at any time. ℹ Web code: #3288 Electronic­circuit­breakers Electronic circuit breakers feature high functionality and take up little space. They offer many advantages, such as adjustability, signaling, evaluation, and controllability. They can be used flexibly in a wide variety of applications. ℹ Web code: #2803 Single-channel circuit breakers With single-channel electronic circuit breakers, you can configure your system protection to meet your specific needs. Starting at an overall width of 6 mm and currents <1 A, the circuit breakers offer a high level of flexibility. Compact multi-channel circuit breakers Multi-channel electronic circuit breakers can be adjusted individually for each channel. The four- or eight-channel devices are a functional and space-saving solution for any application. Thermal-magnetic­and­thermal­device­circuit­breakers Thermal-magnetic device circuit breakers Due to the various tripping characteristics, the device circuit breakers can be used in a wide range of applications. Integrated remote signaling enables you to permanently monitor the operating state of your system. ℹ Web code: #1647 Thermal device circuit breakers These circuit breakers provide optimum protection against overload for loads in power distribution systems. When the circuit breaker trips, the integrated switch function enables immediate reactivation. The higher the overload, the faster the thermal device circuit breaker trips. ℹ Web code: #2604 Phoenix Contact 23

Energy monitoring Energy meters for billing purposes EMpro energy meters make it possible to calculate and communicate energy data for the exact cost center. AC versions with MID approval record currents, voltages, power factors, powers, and energy values in all four quadrants. The DC energy meter offers direct measurement of up to 650 A/1,000 V DC. ℹ Web code: #3508 Multifunctional energy measuring devices Our EMpro energy measuring devices acquire energy data and communicate it to higher-level control and management systems. Benefit from the user-guided installation wizard, the simple, direct connection of conventional Rogowski coils, and from the many practice-oriented web server and device functions. ℹ Web code: #1267 IoT-capable energy measuring devices EMpro energy measuring devices with a direct connection to the cloud give you access to energy data and component information from anywhere, and at any time. Benefit from cloud-based data acquisition and digital services featuring intuitive, flexible functions for targeted visualization. ℹ Web code: #1267 Current transformers Our PACT current transformers for new installations offer a complete portfolio for converting high alternating currents into currents of 1 A or 5 A. Rogowski coils and split-core current transformers simplify retrofitting in existing systems. The direct connection to our energy measuring devices is especially practical. ℹ Web code: #1263 Current and voltage measuring technology Use our current measuring transducers to measure direct and alternating currents of any waveform, as well as distorted alternating currents, and convert them into standard analog signals. Our voltage measuring transducers acquire DC voltages and sinusoidal AC voltages and convert them into standard analog signals as well. ℹ Web code: #3505 Monitoring relays Our monitoring relays are an inexpensive solution for monitoring electrical and physical system parameters for early fault detection. As soon as the set limit value is exceeded or not reached, system parts can be shut down selectively or messages can be sent to a controller. ℹ Web code: #3582 Phoenix Contact 25

00005266 Device Management Services The Device Management Service provides standardized, application-independent device information in real time on Proficloud. io for Phoenix Contact and third-party devices. User Management Services This Core Smart Service ensures comprehensive management of users, roles, and permissions. It can be used by all Proficloud.io users. Proficloud.io­IIoT­platform Maximum simplicity, maximum transparency: the industrial cloud for companies without any or with just limited IT resources – featuring a pay-per-use model. Phoenix Contact 27