PHOENIX CONTACT | Manual for the process industry - Solutions and components for efficient system operation

Contents Solutions for the process industry Asset monitoring Modular production Open Process Automation Redundancy concepts Power-to-X Communication from the sensor to the cloud Components for the process industry Industrial PCs Industrial Ethernet Fieldbus infrastructure Supply and protect Connection technology and marking Remote I/O systems Conventional signal connection 4 6 10 12 14 16 18 20 24 36 50 62 90 96 Key to success in energy efficiency 118 System cabling for distributed control systems Universal I/O CLIPSAFE 128 146 154 Find out more with the web code For detailed information, use the web codes provided in this brochure. Simply enter # and the four-digit number in the search field on our website. Web code: #1234 (example) Or use the direct link: phoenixcontact.net/webcode/#1234 Phoenix Contact 3

Individual solutions Capture, transfer, and process data: Benefit from our tailor-made solutions comprising connection, communication, and automation technology for the digitalization, monitoring, and modernization of your production plants and their infrastructure. Asset monitoring Modular production Open Process Automation With our monitoring and surveillance solutions, you can increase the safety of personnel and systems, prevent unexpected failures, and meet environmental and energy efficiency requirements. Increase the productivity, efficiency, and availability of your process plants with our modular automation solutions. Our module engineering tool also enables you to reduce your engineering times. The Open Process Automation (OPA) concept replaces proprietary automation technology with open hardware and software. Phoenix Contact is laying the foundations for OPA to become a reality. 4 Phoenix Contact

Asset monitoring Process plant operators face the challenge of implementing optimal maintenance with as few resources as possible. They must also satisfy increasingly complex functional and energy requirements and standards while lowering their operational costs. The key to success is gradual digitalization. Acquiring and transmitting the field data required for digitalization is a complex task and must not negatively impact operational safety. With our open, secure, and scalable connection and communication solutions, you can utilize the existing process data from the field for efficient system operation. NAMUR Open Architecture (NOA) The aim of the NAMUR Open Architecture is to enable the easy and secure use of production data for system and device monitoring as well as optimization. The NE 175 Recommendation presents the NOA concept, which provides an additional, secure communication channel for process plants. This NOA channel can be used to route data out of the plant in a secure manner. The data can thus be made available for added-value services such as predictive maintenance and for sustainable process optimization. M A A - N O N 6 Phoenix Contact n Architecture e p R O U Enterprise Resource Planning Manufacturing Execution Level Basic Automation Field level

Access security and impact-free characteristics Consistent data flow between OT and IT From a prototype to a scalable solution Based on the NAMUR Open Architecture (NOA) concept, the relevant monitoring information is made available to the control system via OPC UA. Data diodes ensure that high-availability processes are not compromised. Our automation solutions are certified in accordance with IEC 62443-2-4, thereby ensuring the confidentiality and integrity of the data. Since production plants vary with regard to runtime, the level of automation, and electrification, individual concepts are required for data acquisition and data transport. Whether HART, PROFIBUS, Modbus, PROFINET, or OPC UA – via cable or wirelessly – we will work with you to create the right solution concept for easily reading, transmitting, and providing the necessary field data. Scalability creates flexibility and reduces complexity as well as the budget in the introductory phase. Depending on your experience in the pilot phase, it is possible to adapt the concept for the next phase. We will be happy to assist you from concept development and construction of a prototype or proof of concept to scalable rollout and gradual expansion of your applications. NAMUR Open Architecture and PLCnext Technology Third-party tools such as Analytics, Central HMI, Historian, and Scheduling can be easily integrated into the cloud The open, Linux-based PLCnext Technology control platform enables HART data and other protocols to be read in parallel without impacting the process control system. This data can be transferred to a cloud solution (such as PROFICLOUD from Phoenix Contact, Azure from Microsoft, etc.) as raw data or preprocessed by the controller via the OPC UA server. Due to the openness of the control platform, apps from third-party providers, such as sensor and actuator manufacturers, can also be integrated into the system. Intelligent algorithms evaluate the acquired data and derive appropriate maintenance concepts. With the PLCnext Technology ecosystem, monitoring and optimization tasks, and even predictive maintenance, can be easily implemented without impacting the core process. Web code: #3130 Open control platform with direct connectivity to the cloud Recommendation Corporate management Operational management R Open Architecture U M A A – N O N Basic automation Field level Phoenix Contact 7

Consistent solution approaches from data acquisition through to the target system Different applications require a wide range of additional data from the field. From emergency showers and production site monitoring to creating a digital image of your production plant, the custom solution concept we develop for you will ensure the easy, secure, and impact-free reading and provision of the necessary field data. Examples of monitoring solutions Trace heating The temperature of a medium plays a crucial role in many processes. The temperature is controlled using steam, heat exchangers, or purely electrically. Older trace heaters are often only connected to the power grid via an on/off switch. Failures therefore often go unnoticed, and lead to system downtime. We help you implement an easy and cost-effective monitoring solution, e.g., by measuring the current. Depending on the situation, alerts are sent to the control room via a cable run, wirelessly, or even via cellular communication, enabling fast action to be taken before the failure can occur. Emergency showers Various different occupational safety standards require this safety equipment to be checked on a regular basis. Typically, the emergency shower is routinely triggered on site and its function checked in this way. Web code: #2033 With a central monitoring solution, we permanently ensure that the emergency shower is also working properly between routine inspections. This also increases the safety of plant personnel, as the nearest emergency response officer is alerted immediately. Web code: #2034 Production sites Production sites can vary greatly depending on the geology, geography, conveyed material, and quantity. In addition, they can be located several kilometers apart and it is often not possible to install cables or use GSM networks. Older production sites are not usually equipped with monitoring systems, and this results in expensive service calls. We provide you with robust comprehensive solutions for oil field digitalization, whether retrofitted or a new installation. This enables reliable and cost-effective monitoring and diagnostics, even over large distances. Web code: #2308 8 Phoenix Contact

Digital twin Construction work, expansion, repairs, and therefore improvisations are constantly being carried out in large-scale plants. As a result, piping and instrumentation diagrams are often out of date. Maintenance, planning, and purchasing processes all suffer the consequences; however, safety aspects can also be affected. The solution is an online comparison between software and field devices. State-of-the-art CAE tools enable data to be compared so that errors can be identified. Even in very old plants, we enable you to retroactively tap HART data and provide the necessary field data impact-free in OPC UA format, for example. Web code: #2320 Rotating equipment A large proportion of unplanned failures are caused by machinery and rotating equipment. Often these elements are either maintained in fixed time frames or not at all. And when maintenance is performed, it is carried out too soon or in some instances too late, thereby resulting in production stoppages. With permanent monitoring of critical pumps and motors, we enable you to perform maintenance at precisely the right time. Depending on the size and type of machine, hydraulic, mechanical, or electrical monitoring may be useful. Web code: #2036 Hand valves Depending on the production step, and especially in existing installations, hand valves have to be set to the correct position by plant personnel. Using checklists, employees go round the expansive plants and prepare for the startup, flushing, or cleaning of the production plant. Incorrect operation can result in anything from production stoppages to major accidents. Retrofitting NAMUR limit switches and the transmission of I/O information to the control system make it possible to use software interlocks. In this way, we ensure the safe operation of your plant in every production step. Web code: #2035 Pipelines Pipeline leaks can have dramatic consequences for people and the environment. Common causes are not just wear, but also unauthorized access to the fuel transported through the pipeline. In order to detect leaks, the pressure, temperature, and flow must be continuously determined and checked along the entire pipeline. Through appropriate control and communication technology, we ensure reliable transmission between the measuring stations and control center. Whether using cellular communication, local wireless, FO, or cables, you can detect errors at an early stage, report them, and shut down system parts selectively. Web code: #2264 Phoenix Contact 9

Modular production In order to adapt production plants quickly and flexibly to current market requirements, the modularization of process plants offers clear advantages for you as a plant operator or module provider. We provide solutions for developing and commissioning process engineering plants in record time based on our many years of industry expertise and co-development of the Module Type Package (MTP) interface standard. In addition, we can advise you on the implementation of NAMUR Recommendation NE 148. With our flexible module engineering tool, MTP Designer, you can create MTP-compliant modules in accordance with VDE 2658 at the click of the mouse with little engineering effort. Module Type Package (MTP) in automation Cross-manufacturer standards are required for the modularization of automation systems. MTP is one such standard that has become established. It provides a functional description of process modules and makes it easier to integrate them into higher-level automation platforms in the overall plant. With this in mind, standard VDE 2658 was developed jointly by the chemical industry and automation manufacturers. Web code: #2265 10 Phoenix Contact

Software solution for module planning Module engineering Modeling with a click of the mouse MTP function block library The module engineering describes parts of a process plant and is divided into smaller function units. In a fully automated process, our MTP Designer module engineering tool creates the program body for your module automation. In this process, all services and all automation objects are created in accordance with VDI/VDE/NAMUR 2658. In addition to module engineering and plant engineering, the local visualization is automatically created on the controller based on the piping and instrumentation diagram. At the same time that the visualization is generated, all interfaces (OPC UA tags) are defined for later data transmission. The MTP function block library conforms to the VDI/VDE/NAMUR 2658 MTP standard. The library contains interfaces for field devices, for local visualization systems, and for the integration of the modular plant into the higher-level Process Orchestration Layer (POL). We provide preconfigured function blocks in the PLCnext Store that enable you to implement the programming of modular plants as simply and cost-effectively as possible. Integration into the control system In the description file generated via MTP Designer, the interfaces are also described formally in accordance with VDI/VDE/NAMUR 2658 Part 3. The programmers of the distributed control system thus have access to all the necessary information at an early stage: a representation of this visualization as a derivation of the piping and instrumentation diagram, plus all the interfaces that are required to transfer the necessary data. Module engineering tool Based on existing process engineering flow charts, the MTP Designer tool is used to create a simple engineering option. Local visualizations, standard-compliant program bodies, and the connection to the control system can all be created easily. Process engineering flow chart MTP Designer software IEC 61131-3 MTP file Program Visualization Phoenix Contact 11

Open Process Automation Open Process Automation (OPA) deconstructs the traditional automation pyramid and creates cross-manufacturer standards for the automation of large-scale systems. We are actively working with the Open Process Automation™ Forum (OPAF) and its members to develop an open, interoperable, portable, and secure automation system of the future. Our open PLCnext Technology control platform represents the type of product and business model that the OPAF envisages for future industrial automation. Open Process Automation™ Standard (O-PAS™) OPAF has driven the development of O-PAS™ forward. The core element of the standard is a real-time bus via which all components communicate with each other at all times and in real time. End users can thus use interoperable components, portable software, and interchangeable hardware. 12 Phoenix Contact

Open automation Open Process Automation The aim of OPA is to reduce the complexity of control system migration by taking an open and standard-based approach. Our open control platform, PLCnext Technology, supports this open approach by assuming the role of the DCN (Distributed Control Node) with secure and redundant connections to the new real-time service bus and connection to existing and new field devices (I/Os). In addition, PLCnext Technology enables external software to be hosted and for it to be run on the same hardware, thereby satisfying the main requirement of OPA. High-availability, Real-time Advanced Computing Platform (RTAC) Manufacturing OT data center Enterprise IT data centers External data centers (L2 > L3 functions) (L4 functions) (L4 functions) Operations platform Real-time OT services • Abnormal event detection • Procedural automation • Advanced control • Process optimization App A App B Business platform Transactional IT services • Planning and scheduling • Enterprise data analytics Cloud services • Predictive maintenance • Global data analytics • Remote operations • Fleet services Real-time bus New Existing Eventual transition of functionality Network services Legacy device/ network gateway Distributed Control Node (L2 > L3 functions) • I/O processing • Regulatory control • Logic solver • Application hosting DCS N C D N C D PLC Analyzer Machinery monitoring Wireless gateway Safety systems Electrical systems Core real-time functions A standard of The Open Group, a global technology consortium from the USA, developed in the Open Process Automation™ Forum (OPAF). Source: O-PAS™ PLCnext Store Visit the PLCnext Store where the latest software solutions, such as protocol libraries and complete control applications, are available from Phoenix Contact and other providers. PLCnext Community In the PLCnext Community, you can exchange ideas with PLCnext Technology users and benefit from the experiences of other users. Web code: #1509 PLCnext Technology Along with the hardware, we also provide you with a tool landscape with limitless openness, which is designed to elevate automation technology to a new level. PLCnext Engineer Use PLCnext Engineer, our proprietary development environment, and experience the openness of this system in the implementation of programming in oil and gas applications. These can be coded both in the classic IEC 61131 languages as well as in various high-level languages, such as C++ or C#. Moreover, Simulink, a graphic user interface based on Matlab, can be integrated into the code generation. PLCnext Control PLCnext Control are the PLCs for your future automation applications. The device hardware is available in various performance classes. The PLCs are characterized by the support of proven as well as future transmission standards such as OPC UA and ready-prepared cloud communication, among other features. Phoenix Contact 13

Redundancy concepts The requirements placed on system availability and system safety in the process industry are often more stringent than those in other industries. To maintain the functionality of the processes under all circumstances, production processes are set up with either single or multiple redundancies. We would be happy to advise you, from planning right through to product installation. Design of redundant process plants We provide you with redundancy at all levels, starting with the redundant supply of auxiliary power, through redundant networks and controllers, all the way to overall concepts. Our concepts enable you to adapt the redundancy function to the individual requirements of your system type. By using redundancy mechanisms based on open industry standards, you can easily integrate third-party devices. 14 Phoenix Contact

High-availability systems Redundant power supplies Redundant remote I/O systems Redundant networks Benefit from a consistently redundant auxiliary power supply from the mains to every load. You can increase your system availability by monitoring all types of errors through the use of redundant power supply systems, including double overvoltage protection (OVP). In addition, our power supplies feature SIL 3 approval, a protective coating, and ATEX/IECEx approval. Our high-availability Axioline P I/O system consists of redundant PROFINET bus couplers as well as digital and analog I/O modules. With extended temperature ranges and hot-swappable intrinsically safe I/O modules, including HART and NAMUR standards, Axioline P is designed to meet the relevant demands. The system can be connected to DCS systems at a lower level. In addition, you can integrate PROFIBUS PA devices redundantly into your network. We provide you with suitable solutions, from simple media redundancy right through to parallel network redundancy. Our range includes suitable network components for setting up a failsafe communication solution, e.g., with RSTP (Rapid Spanning Tree Protocol) or MRP (Media Redundancy Protocol). High-performance Gigabit switches, modems, controllers, and media converters provide the basis for this. Redundant control systems Applicative system redundancy Visualization software The PLCs in our RFC (Remote Field Controller) family feature a diagnostic display that enables you to read status messages regarding the control system and fieldbus system. With the powerful processor, comprehensive automation tasks can be processed at maximum speed. Ensure the continuous operation of your automation applications with the PROFINET redundancy PLCs. Thanks to AutoSync Technology, the PLCs establish a redundant system automatically. Adapt the redundancy function to the individual requirements of your system type. Based on our PLCnext Technology control platform, we provide you with a redundancy system for using open industry standards that are accessible to any device manufacturer. In our PLCnext Store, you will find the applicative system redundancy to make the devices from the PLCnext Control family redundant. The visualization software with SCADA functionality is suitable for every application, from a touch panel to an industrial PC. In addition to standard functions such as trend and alarm management, Visu+ offers comprehensive functions for alarm distribution and data logging with a link to external databases. High-quality graphical reporting and audit trail functions in accordance with FDA 21 CRF, Part 11 complete the range of functions. Phoenix Contact 15

Smart solutions for the hydrogen industry Automation systems ready for the future New automation concepts need to be integrated in order to make power-to-X systems future-proof. The openness of automation concepts and the use of new industrial standards play an important role within the context of digitalization. The PLCnext Technology ecosystem is the basis for our openness and our standardized digitalization solutions. It allows you to realize concepts such as Open Process Automation (OPA) and to integrate modular system components into large-scale systems via Module Type Package (MTP). PLCnext Technology also supports the NAMUR Open Architecture (NOA) concept. This allows you to use production data easily and securely, to continuously optimize processes, and to introduce predictive maintenance. Controlling and monitoring electrolysis plants capacity. In addition, digitalization provides further opportunities, such as the use of the digital twin for process optimization and modernization. We enable the monitoring, automation, and digitalization of electrolysis with the associated processes and systems. To ensure the high availability of electrolyzers and thus secure your competitive edge, we provide you with the necessary technologies as well as many years of experience in equipping chemical process plants with automation technology. To further reduce system costs, principles such as Design To Cost are important, as is ramping up Monitoring pipelines and tank farms In addition to pipelines for transporting various gases, the power-to-X industry also requires pipeline systems for supplying buildings. We provide an effective pipeline leak detection system for detecting small leaks and precisely calculating the location of the leak. Our monitoring solution is suitable for both synthetic oil pipelines and synthetic gas pipelines as well as hydrogen pipelines. Additional tank farms are being built as part of the power-to-X supply chain. For efficient level control, we provide a wide range of SIL-certified technology products for functional safety, Ex i signal isolators, and modular controllers. Overfill protection prevents the overfilling of tanks thanks to appropriate valve circuits. Controlling and monitoring fuel cells and combined heat and power plants Today, combined heat and power plants already generate electricity and heat from natural gas. This natural gas can also be replaced by green fuels from the power-to-X industry. This makes this highly efficient process even more climate-friendly. Another way of converting green energy sources into electrical energy is to use hydrogen fuel cells, which are increasingly finding their way into vehicle technology and other applications. Phoenix Contact supports both of these concepts with automation and digitalization solutions, such as our open automation platform PLCnext Technology. Phoenix Contact 17

Communication from the sensor to the cloud New communication standards such as OPC UA, TSN, SPE/APL, and 5G will outperform existing systems in terms of cost, data throughput, latency, and deterministic aspects. As a technology leader with more than 30 years of experience in industrial communication technology, Phoenix Contact is actively involved in all of the key standardization committees. In these committees, we are helping to shape a new, cross-manufacturer communication standard for automation. The communication of the future – an overview Where previously just a few devices were networked via Ethernet, large networks are now the norm. Within the framework of digitalization, Industry 4.0, and the IIoT, many more field devices will be integrated in the future. In addition to control data, these devices will also transmit demand-oriented data to various destinations within the network and to the cloud. New technologies are necessary so that these data volumes can be managed and real-time-critical applications can continue to be operated: The new technologies, namely TSN, SPE/APL, 5G, and OPC UA, should not be considered independent of each other – rather, together they will form the communication of the future 18 Phoenix Contact

Common standards for automation OPC UA – the uniform communication standard, also in the field OPC UA is already used as the Ethernet- based communication standard in many systems. OPC UA is now being extended with standardized device models and application profiles in the field, e.g., for I/O, safety, and motion. OPC UA FX technology will thus enable uniform communication from the field to the cloud in the future. Furthermore, standardized device models are being defined for uniform device configuration and uniform device diagnostics in the network. The conformity tests necessary for a high degree of compatibility are also described. Taken together, this will enable the widespread connection of field devices to the cloud in the future, thereby permitting the consistent connection of IT and OT. OPC UA and TSN – convergent networks groups are based on the TSN profile for industrial communication (TSN-IA profiles), which is managed within the IEC/IEEE 60802 standardization committee. Time-Sensitive Networking (TSN) enables the control and prioritization of data streams in Ethernet networks. The requirements of individual applications, such as guaranteed bandwidth or low latency, are taken into consideration so as to ensure the real-time capability of the system. To ensure interoperability, all layers of communication are specified based on TSN and OPC in various working groups. To this end, all of the definitions set by the working Ethernet APL connection through to the sensor As one of the initiators of this project and as an industrial partner, Phoenix Contact is also involved with both financial resources and with human resources. Ethernet APL is based on Single Pair Ethernet technology. It enables the direct two-wire Ethernet connection of devices and sensors in the Ex zones of process technology applications (“Ethernet in the field”). This makes it possible to implement IP-based communication through to the sensor without system interruptions or gateways. The new communication infrastructure thus enables the consistent use of Ethernet in the process industry. Industrial 5G – wireless networking for efficient processes In the future, Industrial 5G will enable reliable, wireless networking with high data rates, high numbers of devices, and extremely low latency. As the 5th generation of wireless broadband technology, 5G enables users to establish reliable connectivity, which in turn allows for more flexible, autonomous, and efficient processes from production through to logistics. Furthermore, we are a founding partner, active participant, and board member of the 5G-ACIA (5G Alliance for Connected Industries and Automation). This association of companies strives to represent the interests of industry in the standardization and regulation of 5G. OPC UA TSN APL 5G Phoenix Contact 19

Industrial PCs As the interface between human and machine or as a central system controller, industrial PCs (IPCs) are an essential component in industrial applications. Phoenix Contact offers a broad portfolio of robust and reliable technology. Benefit from the advantages of a robust and configurable solution for acquiring, processing, measuring, controlling, and visualizing your data. We will provide you with an impressive package that delivers exceptional design, quality, and service. Design Our HMIs and industrial PCs offer an attractive and intuitive product design. Compact and functional, they can be incorporated seamlessly into your system or machine design and are the perfect interface between user and machine. Service Benefit from our comprehensive service. From product selection to retrofitting your existing industrial systems: we work with our customers to develop the perfect concept for individual automation tasks. Quality Made by Phoenix Contact – you can rely on our promise of quality. Our focus is to provide durable components that meet industry standards and stringent requirements. Our HMI and IPC portfolio is produced from high-quality and reliable components and always offers the best performance class. Ready for the future – open automation Our HMI and IPC portfolio is ready for open automation solutions. The runtime of our edge PCs features all the advantages of the PLCnext Technology ecosystem. Benefit from simple integration into an existing IT infrastructure through centralizing data in the cloud, closing the gap between the IT and OT worlds. 20 Phoenix Contact

Industrial PCs Operator panels for zone 2 Wherever liquids, gases, or powders are mixed, analyzed, or crushed, the devices used for operation and monitoring must be designed for these potentially explosive areas. Our industrial PCs with IECEx and ATEX zone 2/22 approvals have been specifically developed for this use. The robust panel PCs have widescreen displays with PCAP touch technology. Operator ICS, OPC, control server DCS RTU MES, APC, asset management Developed for use in potentially explosive areas Our devices have all the required approvals that permit use in potentially explosive environments around the globe: • UL C1D2 for use in North America • ATEX for use throughout Europe • IECEx for applications in potentially explosive environments around the globe Web code: #1999 Multi-touch With a projected capacitive touch screen (PCAP) for multipoint operation 22 Phoenix Contact

Panel PCs Web code: #2000 Type Item no. Touch technology Display size Resolution (W x H) Processor RAM (configurable) Data storage system Temperature range Operation with HDD: With SSD: Storage: Degree of protection Approvals Box PCs Web code: #2001 Type Item no. Processor RAM (configurable) Data storage system (configurable) Interfaces Temperature range Operation with HDD: With SSD: Storage: Degree of protection Approvals VL2 PPC 9000 EX 1050364 Projected capacitive, ten-touch control 47 cm (18.5") / 54.6 cm (21.5") 1366 x 768 (HD) / 1920 x 1080 pixels (Full HD) Intel® Core™ i7-6822EQ 2 GHz (quad-core) Max. 16 GB DDR4 HDD or SSD (configurable) 0°C … +45°C -20°C … +60°C -40°C … +70°C IP65 (front) / IP30 (back) ATEX, IECEx, UL VL2 BPC 9000 EX 1054023 Intel® Core™i7-6822EQ 2 GHz (quad-core) Max. 16 GB DDR4 HDD or SSD 1x COM (RS-232/RS-422/RS-485), optional: 2x COM (RS-232) + 1x COM (RS-232/RS-422/RS-485) 2x DisplayPort 2x (10 / 100 / 1000 Mbps), RJ45 0°C … +45°C -20°C … +60°C -40°C … +70°C IP30 (front/back) ATEX, IECEx, UL For more detailed information and additional approvals, go to: phoenixcontact.com/products Phoenix Contact 23

Industrial Ethernet for consistent, productive communication In order to make informed decisions, you need all the relevant information at your fingertips. This necessitates a company-wide uniform communication system, from the production department to company management. And it has never been more important to ensure that you have adequate protection against unauthorized access by people or malware across the entire network. Phoenix Contact provides an infrastructure suitable for industrial applications and with the required approvals for the stringent requirements of the process industry. Ethernet switches Modern firewalls Industrial routers Our high-performance managed switches combine IT functions with fast redundancy and real-time properties. You can thus ensure the reliable operation of your systems. Security products in the mGuard family protect your systems against unauthorized access by people or malware. Furthermore, the VPN-capable devices enable secure remote maintenance. Use the industrial routers to transmit your process data securely and continuously to the control center. Realize reliable data transmission via cables or cellular communication, as desired. 24 Phoenix Contact

Your advantages ǅ Support for various topologies and transmission media ǅ Optimum time response with high data throughput ǅ Comprehensive diagnostic features ǅ High immunity to mechanical strain, electromagnetic interference, vibration, and shock ǅ Extended temperature range Gateways and converters Wireless solutions Accessories Gateways and protocol converters convert various fieldbus and Ethernet protocols (e.g., PROFIBUS to PROFINET), thus enabling the easy integration of legacy serial devices and fieldbuses into modern Ethernet networks. The WLAN wireless modules ensure reliable communication even under harsh conditions and are optimized for fast and stable PROFINET and EtherNet/IP™ transmission. In addition to preassembled cabling systems, the comprehensive range of Ethernet accessories includes tools, software, and patch panels in various designs. Phoenix Contact 25

Network components for Industrial Ethernet High-performance, reliable networks Ethernet switches enable a variety of end devices to be connected to the industrial network and also ensure communication between them. Phoenix Contact offers a broad portfolio for every application, from simple unmanaged switches for the field level to high-performance managed switches for the process control level and connection to the office level. Integrated redundancy mechanisms ensure the high failsafe performance of your system. Cybersecurity components with integrated firewall and functions for secure remote maintenance enable you to create secure system networks in accordance with IEC 62443 and ISA 99. For additional protection against damage caused by lightning strikes or switching operations, Phoenix Contact offers reliable surge protection for Ethernet cables. Level 5 Internet, PC Level 4 Office network Level 3 Process control Level 2 Field control network Robust unmanaged switches for harsh ambient conditions: FL SWITCH 1000NT and 1100NT Features Copper ports FO ports Port speed Quality of Service Special features Item no. Supply voltage: 9 V DC … 32 V DC, 18 V AC … 30 V AC, temperature range: -40°C … +75°C, approvals: DNV, ATEX, IECEx, C1D2 5 x RJ45 4 x RJ45 8 x RJ45 5 x RJ45 – 1 x SFP – 2 x SFP 10/100 Mbps 12 x RJ45 2 x SFP 10/100 Mbps (RJ45), 10/100/1000 Mbps (SFP) – – – – – 5 x RJ45 2 x MM SC 8 x RJ45 – 10/100/1000 Mbps Jumbo frames, extended Quality of Service functionality (e.g., EtherNet/IP™, BACnet) 1085170 1085169 1085165 1085164 1249598* 1085163 1085162 Managed switches with real-time capability for Time-Sensitive Networking Supply voltage: 12 V DC … 57 V DC, temperature range: -40°C … +60°C, port outlet direction: front 16 x RJ45 – 10/100/1000 Mbps Frame preemption, gPTP (IEEE 802.1AS), streams (in acc. with PROFINET V2.4) 1232304 * DC supply only 26 Phoenix Contact

Features Copper ports FO ports Combo ports Port speed Special features Designation FL SWITCH… Item no. Managed switches for universal use: FL SWITCH 2200 and 2300 Supply voltage: 12 V DC … 57 V DC (redundant), temperature range: -40°C … +70°C, front port outlet direction, PROFINET Class B Approvals: DNV, BV, ABS, LR, RINA, NK, ATEX, IECEx 5 x RJ45 8 x RJ45 8 x RJ45 7 x RJ45 7 x RJ45 6 x RJ45 6 x RJ45 6 x RJ45 6 x RJ45 6 x RJ45 6 x RJ45 4 x RJ45 – – – 1 x MM SC 1 x SM SC 2 x MM SC 2 x MM SC 2 x SM SC 2 x MM ST 2 x SM ST 2 x SFP 2 x SFP 16 x RJ45 – 14 x RJ45 2 x MM SC 14 x RJ45 2 x SM SC 14 x RJ45 12 x RJ45 8 x RJ45 6 x RJ45 4 x RJ45 16 x RJ45 14 x RJ45 12 x RJ45 8 x RJ45 6 x RJ45 16 x RJ45 14 x RJ45 8 x RJ45 6 x RJ45 16 x RJ45 14 x RJ45 2 x SFP 2 x SFP – 2 x SFP 2 x SFP – 2 x SFP 2 x SFP – 2 x SFP – 2 x SFP – 2 x SFP – 2 x SFP – – – – – – – – – – – 2 x SFP/RJ45 – – – – 2 x SFP/RJ45 – – 2 x SFP/RJ45 – – 2 x SFP/RJ45 – – – – – – – – – Conformal coating – 2205 2208 2208C 2207-FX 2207-FX SM 2206-2FX Conformal coating 2206C-2FX 10/100 Mbps – 10/100/1000 Mbps 10/100 Mbps 10/100/1000 Mbps PROFINET preset, PROFINET status LEDs, PROFINET certified 2206-2FX SM 2206-2FX ST 2206-2FX SM ST 2206-2SFX 2204-2TC-2SFX 2216 2214-2FX 2214-2FX SM 2214-2SFX 2212-2TC-2SFX 2308 2306-2SFP 2304-2GC-2SFP 2316 2314-2SFP 2312-2GC-2SFP 2208 PN 2206-2SFX PN 2216 PN 2214-2SFX PN 2308 PN 2306-2SFP PN 2316 PN 2314-2SFP PN 2702326 2702327 1095627 2702328 2702329 2702330 1095628 2702331 2702332 2702333 2702969 2702334 2702904 2702905 2702906 1006188 2702907 2702652 2702970 2702653 2702909 1006191 2702910 1044024 1044028 1044029 1044030 1009220 1009222 1031673 1031683 Managed switches for infrastructure applications: FL SWITCH 3000 and 4000 Supply voltage: 24 V DC … 48 V DC (redundant), temperature range: -40°C … +75°C, approvals: ATEX, IECEx, C1D2 8 x RJ45 – 2 x MM SC 6 x RJ45 2 x MM ST 2 x SM SC 8 x RJ45 2 x SFP – – – – – 10/100 Mbps 10/100 Mbps (RJ45) 1000 Mbps (SFP) 3008T 2891035 3006T-2FX 2891036 – 3006T-2FX ST 2891037 3006T-2FX SM 2891060 4008T-2SFP 2891062 Phoenix Contact 27

Network components for Industrial Ethernet Network security increases process availability Due to the Ethernet-based connection of distributed control networks to the IT level, protecting the entire system against malware is vital. The mGuard firewall/router solution provides optimum protection for the control engineering. Furthermore, secure VPN connections enable effective remote maintenance of the distributed control system via the Internet. The functions of the configurable managed switches also increase security. Mechanisms for disabling unused ports or restricting communication with end devices based on the MAC address reduce the risk of unauthorized local access to the network. Features Port configuration Port speed VPN Special features Designation FL MGUARD… Item no. High-performance security router for the DIN rail: mGuard 4300 Supply voltage: 12 V DC … 36 V DC (redundant), temperature range: -40°C … +60°C, IP20, network segmentation, NAT, VPN, advanced firewall, stealth mode 2 x RJ45 10/100/1000 Up to 250 parallel Mbps tunnels Extended temperature range 4302 1357840 High-performance security plug-in card for IPCs: mGuard PCI/PCIE Supply via PCI/PCIe bus, temperature range: 0°C … +60°C, IP00, network segmentation, NAT, VPN, advanced firewall, stealth mode 2 x RJ45 10/100/1000 Up to 250 parallel Mbps tunnels – 4102 PCI 1441187 4102 PCIE 1357842 Central device and patch management: mGuard Device Manager (MDM) The mGuard Device Manager provides support for the configuration, rollout, and management of all mGuard devices. Create and manage all security-related mGuard settings centrally and then transfer them to the desired devices. Language: English DM UNLIMITED 2981974 28 Phoenix Contact

Connecting the world with industrial telecommunications Global networking of machines and systems. Alerting, remote maintenance, and continuous data acquisition. From traditional two-wire transmission using an Ethernet extender or ADSL modem/router to broadband cellular routers. We offer the right system for every application. SCADA Ethernet/Internet t n e n a m r e P e n i l 4G/5G Features Function VPN tunnel Internet access (WAN) Special features Designation Item no. Easy remote maintenance via the Internet: Cloud client Supply voltage: 10 V DC … 30 V DC, temperature range: -40°C … +70°C Cloud client mGuard Secure Cloud 4G LTE EU 4G LTE Verizon, US 4G LTE AT&T, US 4G LTE EU + WLAN WLAN Operator network (RJ45) Device configuration via mGuard Secure Cloud, simplified web interface CLOUD CLIENT 2002T-4G EU TC CLOUD CLIENT 1002-4G VZW TC CLOUD CLIENT 1002-4G ATT CLOUD CLIENT 2102T-4G EU WLAN CLOUD CLIENT 2002T-WLAN CLOUD CLIENT 1101-TX/TX Universal cellular routers Supply voltage: 10 V DC … 30 V DC, temperature range: -40°C … +70°C, data rate of up to 150 Mbps, firewall function 4G LTE + operator network (RJ45) 4G LTE + operator network Direct VPN access or mGuard Secure (WLAN / RJ45) Cloud Industrial cellular routers 4G LTE For Verizon Wireless For AT&T TC ROUTER 4002T-4G EU European version TC ROUTER 4102T-4G EU WLAN TC ROUTER 4202T-4G EU WLAN TC ROUTER 3002T-4G VZW TC ROUTER 3002T-4G ATT 1234355 2702887 2702888 1234357 1234360 1221706 1234352 1234353 1234354 2702532 2702533 3 VPN connections via IPsec or OpenVPN 5G SA/NSA European version 5004T-5G EU 1439475 Phoenix Contact 29

Network components for Industrial Ethernet Solutions for creating distributed Ethernet networks In addition to communication at SCADA level, Ethernet is now increasingly being used to transmit video and I/O information for the field level. The physical limitations require alternative solutions for covering large distances. SHDSL technology allows simple 2-wire-cables to be used for data transmission up to 20 km. In contrast, fiber-optic technology can cover distances of up to 40 km and is also completely immune to electromagnetic interference. At the same time, the FO paths provide high-quality electrical isolation between the connected system parts. For retrofitting tasks concerning Modbus systems, the COM server can be implemented easily between Modbus/ RTU/ASCII systems and Modbus/TCP controllers. SCADA FF HSE / Modbus/TCP / PROFINET r e p p o C O F Remote I/O system Remote I/O system Features Managed/ unmanaged Ports Local diagnostics Topologies Surge protection Remote diagnostics Designation Item no. Easily connect Ethernet networks via in-house cables Supply voltage: 10 V DC / 18 V DC … 30 V DC / 60 V DC, temperature range: -20°C … +60°C, approvals: ATEX, UL, ISA S71.04-1985 G3 Harsh Group A Managed Unmanaged 2 x SHDSL (terminal) 4 x Ethernet 1 x SHDSL (terminal) 1 x Ethernet 2 x SHDSL (terminal) 1 x Ethernet Display Point-to-point, line, ring Point-to- point SHDSL, integrated, can be replaced Any location via IP TC EXTENDER 6004 ETH-2S 2702255 TC EXTENDER 4001 ETH-1S 2702253 LED Point-to-point, line, ring – Stationary connection via USB TC EXTENDER 2001 ETH-2S 2702409 Supply voltage: 18 V DC … 57 V DC, temperature range: -40°C … +60°C, approvals: ISA S71.04-1985 G3 Harsh Group A G.hn (BNC) 1x Ethernet G.hn (BNC) 1x Ethernet (PoE) – LED G.hn (terminal) 1x Ethernet G.hn (terminal) 1x Ethernet (PoE) Point-to-point, line, star, tree, ring – – EXTENDER 1010 ETH COAX-G 1319319 EXTENDER 2010 ETH COAX-G 1319320 EXTENDER 1010 ETH TP-G 1319321 EXTENDER 2010 ETH TP-G 1319322 30 Phoenix Contact

Features Transmission Connection method Range Light wavelength Special features Designation Item no. Media converters for standard requirements Supply voltage: 12 V DC … 48 V DC, temperature range: 0°C … +60°C, approvals: UL, cUL, for an easy entry-level solution for converting to FO technology Multimode fiberglass Multimode fiberglass SC duplex Up to 9.6 km FL MC 1000 SC 2891320 1310 nm Auto negotiation and MDI (x) B-FOC (ST®) Up to 9.6 km FL MC 1000 ST 2891321 Media converters for real-time protocols Supply voltage: 12 V DC … 48 V DC (redundant), temperature range: -40°C … +75°C, approvals: UL, cUL, EAC, robust metal housing Multimode fiberglass Multimode fiberglass Singlemode fiberglass Singlemode fiberglass SC duplex Up to 9.6 km FL MC 2000T SC 2891315 B-FOC (ST®) Up to 9.6 km 1310 nm SC duplex Up to 20 km SC duplex Up to 40 km Store-and-forward or pass-through mode with a very low latency of 835 ns can be selected via DIP switch. This enables use for real-time Ethernet protocols. FL MC 2000T ST 2891316 FL MC 2000T SM20 SC 2891317 FL MC 2000T SM40 SC 2891318 Media converters with special approvals for explosion protection or shipbuilding Supply voltage: 18 V DC … 30 V DC, temperature range: -40°C … +65°C, approvals: ATEX, UL, and DNV Multimode fiberglass Multimode fiberglass Singlemode fiberglass SC duplex Up to 10 km B-FOC (ST®) Up to 10 km 1310 nm SC duplex Up to 36 km LFPT and FEF diagnostic functions, auto negotiation and auto MDI (x), backplane bus for redundant or alternative power supply. FL MC EF 1300 MM SC 2902853 FL MC EF 1300 MM ST 2902854 FL MC EF 1300 SM SC 2902856 Media converters in accordance with IEC 61850-3 and IEEE 1613 Supply voltage: 12 V DC … 57 V DC (redundant), temperature range: -40°C … +75°C, approvals: EAC, UL, cUL Multimode fiberglass Singlemode fiberglass LC duplex Up to 9.6 km Up to 40 km 1310 nm 4 kV insulation voltage, high EMC protection FL MC 2000E LC 2891056 FL MC 2000E SM40 LC 2891156 Media converters for single-fiber transmission Supply voltage: 18 V DC … 30 V DC, temperature range: -40°C … +65°C, approvals: EAC, DNV GL, full duplex data transmission on one fiber for rotating applications or saving fiber Multimode and singlemode fiberglass SC simplex Up to 38 km 1310/1550 nm Converter A FL MC EF WDM- A SC 2902658 Converters A and B FL MC EF WDM- SET SC 2902660 Converter B FL MC EF WDM- B SC 2902659 Phoenix Contact 31

Network components for Industrial Ethernet Features Protocol Ethernet interface Serial interface (RS-232/RS-422/ RS-485) Special features Designation Item no. Conversion of serial data into Ethernet data: Serial device servers Supply voltage: 10.8 V DC … 30 V DC, temperature range: -40°C … +70°C 1 x RJ45 1 x D-SUB 9 FL COMSERVER BASIC 2313478 Protocol transparent ATEX, IECEx, UL (Class I, Division 2) GW DEVICE SERVER 1E/1DB9 2702758 2 x RJ45 2 x D-SUB 9 4 x D-SUB 9 GW DEVICE SERVER 1E/2DB9 2702760 GW DEVICE SERVER 2E/2DB9 2702761 GW DEVICE SERVER 2E/4DB9 2702763 Conversion of serial protocols into Ethernet protocols: Gateways Supply voltage: 10.8 V DC … 30 V DC, temperature range: -40°C … 70°C 1 x RJ45 1 x D-SUB 9 ATEX, UL (Class I, Division 2) FL COMSERVER UNI 2313452 1 x D-SUB 9 GW MODBUS TCP/RTU 1E/1DB9 2702764 Modbus/RTU to Modbus/ TCP RAW, ASCII to Modbus/ TCP RAW, ASCII to PROFINET RAW, ASCII to EtherNet/IP™ Modbus RTU/ ASCII/TCP to EtherNet/IP™ 1 x RJ45 2 x RJ45 1 x RJ45 2 x RJ45 1 x RJ45 2 x RJ45 1 x RJ45 2 x RJ45 1 x RJ45 2 x RJ45 2 x D-SUB 9 4 x D-SUB 9 1 x D-SUB 9 2 x D-SUB 9 4 x D-SUB 9 1 x D-SUB 9 2 x D-SUB 9 ATEX, IECEx, UL (Class I, Division 2) 4 x D-SUB 9 1 x D-SUB 9 2 x D-SUB 9 4 x D-SUB 9 1 x D-SUB 9 2 x D-SUB 9 4 x D-SUB 9 GW MODBUS TCP/RTU 1E/2DB9 2702765 GW MODBUS TCP/RTU 2E/2DB9 2702766 GW MODBUS TCP/RTU 2E/4DB9 2702767 GW MODBUS TCP/ASCII 1E/1DB9 2702768 GW MODBUS TCP/ASCII 1E/2DB9 2702769 GW MODBUS TCP/ASCII 2E/2DB9 2702770 GW MODBUS TCP/ASCII 2E/4DB9 2702771 GW PN/ASCII 1E/1DB9 1021080 GW PN/ASCII 1E/2DB9 1021058 GW PN/ASCII 2E/2DB9 1021056 GW PN/ASCII 2E/4DB9 1020882 GW EIP/ASCII 1E/1DB9 2702772 GW EIP/ASCII 1E/2DB9 2702773 GW EIP/ASCII 2E/2DB9 2702774 GW EIP/ASCII 2E/4DB9 2702776 GW EIP/MODBUS 1E/1DB9 1062540 GW EIP/MODBUS 1E/2DB9 1062423 GW EIP/MODBUS 2E/2DB9 1062380 GW EIP/MODBUS 2E/4DB9 1062388 32 Phoenix Contact

Features Protocol Ethernet interface Serial interface (RS-232/RS-422/ RS-485) Special features Designation Item no. Conversion of serial protocols into Ethernet protocols: Gateways Supply voltage: 10.8 V DC … 30 V DC, temperature range: -40°C … +70°C Modbus RTU/ ASCII/TCP to PROFINET 1 x RJ45 2 x RJ45 1 x D-SUB 9 GW PN/MODBUS 1E/1DB9 1105707 2 x D-SUB 9 ATEX, IECEx, UL (Class I, Division 2) GW PN/MODBUS 1E/2DB9 1105708 GW PN/MODBUS 2E/2DB9 1105709 4 x D-SUB 9 GW PN/MODBUS 2E/4DB9 1105710 PROFIBUS DP to PROFINET 1x RJ45 1 x D-SUB 9 up to 12 Mbps FDT/DTM GW PN/DP 1E/2DB9 1108712 Compact wireless module Features Function Frequency band Data rate Special features Designation Item no. Supply voltage: 9 V DC … 32 V DC, temperature range: -40 °C … +60 °C, WLAN access point and client WLAN access point and client with IP20 2.4 GHz and 5 GHz Up to 300 Mbps ATEX, IECEx FL WLAN 2010 1119246 C1D2, IECEx FL WLAN 2011 1119248 Phoenix Contact 33

Network components for Industrial Ethernet Features Connection method Description Shielding Cable shield connection Surge protection Designation Item no. Patch panels Temperature range: -40°C / -25°C … +70°C / +75°C, approvals: ATEX, UL, DNV, G3 Harsh Group A 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 Via RJ45 jack PP- RJ -RJ 2703015 Tool-free via shield contact spring No PP- RJ- SC 2703016 PP -RJ -SCC 2703018 PP- RJ- IDC 2703019 Via RJ45 jack PP- RJ -RJ-F 2703020 Directly on the DIN rail Tool-free via shield contact spring Integrated RJ45 / RJ45 RJ45 / screw RJ45 / Push-in RJ45 / IDC RJ45 / RJ45 RJ45 / screw RJ45 / Push-in RJ45 / IDC RJ45 / screw RJ45 / screw RJ45 / spring-cage connection RJ45 / LSA RJ45 / RJ45 RJ45 / RJ45 4-pos., 10/100 Mbps Directly on the DIN rail 8-pos., 10/100/1000 Mbps, ATEX 8-pos., 10/100/1000 Mbps 8-pos., 10/100/1000 Mbps, ATEX Clamp with screws Either directly on DIN rail or via RC combination Extended temperature range of -40°C … +85°C, narrow overall width Continuous shield Via RJ45 jack RJ45 / spring-cage Cable sharing module with connection front cable outlet RJ45 / spring-cage Cable sharing module with connection upward cable outlet Either directly on DIN rail or via RC combination Clamp with screws PP- RJ- SC-F 2703021 PP -RJ -SCC-F 2703022 PP- RJ- IDC-F 2703023 FL CAT5 TERMINAL BOX 2744610 FL-PP-RJ45-SC 2901643 FL-PP-RJ45-SCC 2901642 FL-PP-RJ45-LSA 2901645 No FL-PP-RJ45/RJ45 2901646 FL-PP-RJ45/ RJ45-B 2904933 FL-PP-RJ45-SCC/ SC041 2903532 FL-PP-RJ45-SCC/ SC045 2904577 Features Electrical isolation Approvals Connection method Transmission speed Features Designation FL ISOLATOR Item no. Ethernet isolators Temperature range: -40°C / -25°C … +75°C, approvals: G3 Harsh Group A, EAC, DNV, UL Up to 4 kV EN 50155 - rolling stock EN 50121 - rail M12 / M12 D-coded 10/100 Mbps Wall mounting 100-M12 2902985 – – – – Adapter for DIN rail mounting FL EPA RMS 2701133 Up to 4 kV Up to 4 kV EN 50155 - rolling stock EN 50121 - rail EN 50155 - rolling stock EN 50121 - rail RJ45 / RJ45 10/100/1000 Mbps 10/100 Mbps RJ45 / screw 10/100 Mbps – – – 1000-RJ/RJ 2313915 100-RJ/RJ 2313931 100-RJ/SC 2313928 34 Phoenix Contact

RJ45 INDUSTRIAL connectors Connect. technology Protocol Connection area Category Cable outlet Item no. RJ45 patch cables IDC terminal blocks PROFINET AWG 23 … AWG 22 Ethernet AWG 26 … AWG 24 Straight 1421126 CAT5 Upward 1421127 Downward 1421128 CAT6A Straight 1149847 Straight 1421607 CAT5 Upward 1421876 Downward 1421877 CAT6A Straight 1149846 Transmission Sheath material Cable design Shielding Length 0.3 m 0.5 m 1.0 m 1.5 m 2.0 m 3.0 m 5.0 m 7.5 m 10.0 m 12.5 m 15.0 m 20.0 m Surge protection CAT5 (up to 1 Gbps) CAT6A (up to 10 Gbps) LSZH 2 x 4 x AWG 26/7 S/UTP 1227558 1227559 1227560 1227561 1227562 1227563 1227564 1227565 1227566 1227567 1227570 1227571 S/FTP 1227572 1227573 1227575 1227578 1227580 1227581 1227583 1227585 1227588 1227590 1227591 1227593 SHDSL surge protection Telecommunications surge Surge protection for protection coaxial cables Surge protection Type Item no. DT-TELE-SHDSL 2801593 DT-TELE-RJ45 2882925 CSMA-LAMBDA/4-2.0-BS-SET 2800491 DT-LAN-CAT.6+¹ D-LAN-19"-24² D-LAN-19"-16² D-LAN-19"-8² PLT-SEC-T3-120-FM-UT PLT-SEC-T3-120-FM-PT PLT-SEC-T3-230-FM-UT PLT-SEC-T3-230-FM-PT 2881007 2838791 2880147 2880163 2907918 2907927 2907919 2907928 Description DATATRAB, surge protection for two signal pairs of the SHDSL telecommunications interface DATATRAB, surge protection for two signal wire pairs of the DSL telecommunications interface Surge protection for UTMS and quad-band GSM antennas, with SMA connector and SMA coupling DNV, SIL, UL ¹ DNV, UL ² No specific approvals Phoenix Contact 35

Fieldbus infrastructure: Genuine modularity in a fieldbus The modular fieldbus components in the fieldbus product range enable communication from the process controller to the field devices for PROFIBUS PA fieldbus applications. Phoenix Contact offers a comprehensive range of products for interference-free data transmission in remote or extensive networks and for worldwide system monitoring. Our high-performance interface devices support all leading bus systems and the various transmission media. PROFIBUS PA multiplexer PROFIBUS DP/PA interface Device coupler Using PROFIBUS PA I/O multiplexers, signals from the field can be integrated directly into PROFIBUS PA. The modular PROFIBUS interface enables transparent communication between PROFIBUS PA field devices and a higher-level PROFIBUS DP fieldbus. It can be extended to up to 10 segments. Block and modular device couplers enable infrastructure connection between the process fieldbus controller and the field devices. 36 Phoenix Contact

Your advantages ǅ Save time and money with needs-based installation, minimal planning effort, quick module replacement, and flexible expansion ǅ Universal data links – worldwide and controller-independent Copper-based data transmission Optical data transmission Wireless solutions Increase the availability and performance of your system through electrically isolated network segmentation. Fiber-optic data transmission via light waves is now implemented as standard for highly critical applications with very stringent requirements regarding system availability. Depending on the distance and the signals to be transmitted, different wireless technologies are available, such as Trusted Wireless or cellular communication. Phoenix Contact 37

Fieldbus components Integrating I/Os directly in PROFIBUS PA Analog and digital I/Os are integrated within a PROFIBUS PA system via a PA head station, Radioline I/O modules, and a four-channel NAMUR digital input module. Since all signals are transferred to the control room from the field via PROFIBUS PA, you can perform the entire installation with standard PROFIBUS PA cables. PROFIBUS PA I/O gateway All I/O modules in the familiar Radioline family are easily integrated into the PROFIBUS PA system. Your advantages: • No additional software is required, thanks to the preconfigured head station • Connection of all I/Os in the field via standard PROFIBUS PA cables • Integration in the host system via an EDD or GSD file • Corrosion resistance in accordance with ANSI-ISA 71.04-1985 – severity level G3 • Wide temperature range from -40°C to +70°C 38 Phoenix Contact DCS PLC PROFIBUS PA DI/AI/PT100/NAMUR PROFIBUS PA Field devices PROFIBUS PA head station Variable with six different profiles Radioline extension modules Can be integrated with a DIN rail connector

PROFIBUS PA IO multiplexer PROFIBUS PA head station Radioline extension modules NAMUR input module Type Item no. Valve controller: FB-MUX/HS/DIO-NAM/PA 2316270 Four digital inputs: RAD-DI4IFS Temperature and/or analog inputs: FB-MUX/HS/AIPA 1005331 Eight digital inputs: RAD-DI8-IFS Temperature and analog I/O: FB-MUX/HS/AIOTEMP/PA 1005330 Four digital outputs: RAD-DOR4-IFS Combination of digital and analog I/Os: FB-MUX/HS/DAIO/PA 1005329 Eight digital outputs: RAD-DO8-IFS 24 high-density digital inputs: FB-MUX/HS/DI24/PA 1005332 Four analog inputs: RAD-AI4-IFS Four Pt 100 inputs: RAD-PT100-4-IFS Four analog outputs: RAD-AO4-IFS Four NAMUR digital inputs: RAD-NAM4-IFS 2316275 2901535 2901539 2901536 2902811 2901537 2904035 2901538 Mixed module 2DI/2DO, 1AI/1AO: RAD-DAIO6-IFS 2901533 Description • Suitable for ATEX and IECEx zone 2 installations • Meets PA Profile 3.02 • Scalable and can be extended as needed • Connection to up to four NAMUR proximity switches • Meets standard EN 60947-5-6 • Monitors the short circuit and open circuit of every sensor • Up to 12 NAMUR inputs (valve controllers) • Up to 24 NAMUR inputs (high-density DI) Approvals ATEX, IECEx, G3, UL ATEX, IECEx, G3, UL ATEX, IECEx, G3, UL Product selection by inputs and outputs Functions Valve controller Temperature and/or analog inputs Temperature and analog I/O Combination of digital and analog I/Os 24 high-density digital inputs 24 high-density NAMUR digital inputs NAMUR DI 12 – – – – 24 Digital OUT 8 – – 6 – – Digital Analog IN – – – 6 24 – IN – 3 – – Analog OUT Pt 100 I/Os Total Type Item no. – – 8 3 – – – – – – 20 20 20 18 24 24 FB-MUX/HS/DIO-NAM/PA 2316270 FB-MUX/HS/AI/PA 1005331 FB-MUX/HS/AIOTEMP/PA 1005330 FB-MUX/HS/DAIO/PA 1005329 FB-MUX/HS/DI24/PA 1005332 FB-MUX/HS/DI24/PA 1005332 Phoenix Contact 39

Fieldbus components Solutions for the fieldbus Phoenix Contact offers a comprehensive solution for your fieldbus application, consisting of trunk line modules, device couplers, preassembled cables, appropriate surge protection, and ready-mounted field junction boxes that can be assembled according to your specific requirements. All surge protection products listed in Section “Conventional signal connection to distributed control systems” (page 96 onwards) are suitable for effective surge protection. • Connection of all I/Os in the field via standard PROFIBUS PA cables DCS PLC Zone 2 PROFIBUS PA FISCO Zone 1, 0 PROFIBUS PA for process automation We offer a tried-and-tested solution for process automation. It requires little space and offers many options for increasing reliability even further, giving you a decisive advantage when it comes to state-of-the-art process automation projects. The fieldbus couplers with block and modular designs enable you to meet all customer requirements. To network control systems with the field devices, we offer comprehensive fieldbus system architecture solutions along with DP/PA couplers, surge protection, and cables and lines. 40 Phoenix Contact

PROFIBUS DP/PA couplers PROFIBUS DP/PA interface Modular device couplers Block device couplers Block device couplers Zone 2 Zone 1 Type Item no. DP/PA gateway: FB-HSB-DP/PA 2316370 One trunk line: FB-ET/E 2316050 Six branch lines: FB-6SP 2316307 Eight branch lines: FB-8SP ISO 2316311 12 branch lines: FB-12SP 2316310 12 branch lines: FB-12SP ISO 2316312 Two branch lines: FB-2SP FB-2SP/E 2316051 2316052 One FISCO connection: FB-2SP/24DC 2316352 DP repeater: FB-DP-RPTR 2316373 DP repeater and scope: FB-DP-RPTR/SC 2316374 PA scope: FB-PA/SC 2316375 6 A power supply: FB-HSP-PLUG/24DC/6A 2316383 Approvals UL ATEX, IECEx, UL ATEX, IECEx, UL ATEX, IECEx, UL PROFIBUS PA redundant too The PROFIBUS DP/PA coupler enables eight PROFIBUS PA segments to be set up. The head station has a modular structure in line with the requirements of your system. A redundant setup is also possible and increases system availability further. A high-performance 6 A power supply is available as an option. The device couplers ensure the fast coupling of your field devices to the PROFIBUS PA strand and are approved up to zone 1. The powerful embedded web server enables configuration and diagnostics in the event of an error. PROFIBUS master 1 PROFIBUS master 2 PROFIBUS DP/PA coupler RDY ETH RDY RDY RDY SF IOF USB SD MENU INPUT RX ER RX ER RX ER SW NW0 NW1 RED H/S POW HWE AMP NWER SCOPE NW0 NW1 RED H/S SW NW0 NW1 RED H/S SD CARD PA + – S + – S + – S + – S PWR ERR 2 ERR 4 ERR 6 ERR 1 ERR 3 ERR 5 FB-6SP + – S + – S + – S Block device coupler PROFIBUS DP PROFIBUS PA Field devices Phoenix Contact 41

Fieldbus components Solutions for the fieldbus power supply A high-availability power supply is required for the safe and reliable operation of a FOUNDATION Fieldbus H1 segment. Phoenix Contact offers simple and redundant fieldbus power supplies for this purpose. Fieldbus host FOUNDATION Trunk line to the field Zone 2 FISCO Zone 1, 0 Diagnostics for FOUNDATION Fieldbus in the field The field diagnostics module is used to check the signal quality of the fieldbus directly in the field in environments that are potentially susceptible to interference. The diagnostics enable preventive measures to be taken to ensure optimum device availability and prevent the sudden loss of communication between the devices. Integration into the control level takes place via standard H1 communication and device management using DD (Device Description), EDDL (Electronic Device Description Language), and DTM (Device Type Manager). Due to use in the field, the measurements are not affected by long cable paths. The data is transmitted back to the control room in real time, where it can be evaluated directly by the system operator. This means that no maintenance authorizations or process interruptions are required. 42 Phoenix Contact

Components for the fieldbus power supply V I Type Item no. Power supply unit for Field diagnostics module redundant four-channel fieldbus power supply FB-PS-MB-… …Y/EX …I/EX …25DSUB/EX 2316148 2316149 2316146 Accessories: FB-PS-PLUG-24DC/ 28DC/0.5/EX 2316132 for FOUNDATION Surge protection Fieldbus FB-DIAG/FF/LI FB-DIAG/FF/NC 2316284 2316297 PT 2X2-FF-ST PT 4-BE PT 4+F-BE 2800755 2839402 2839415 S-PT-EX-24DC 2800034 S-PT-EX-24DC-1/2" 2800035 Redundant fieldbus power supply FB-PS-PLUG-24DC/ 28DC/0.5/EX 2316132 D-FB-PS 2316226 ZEC 1,5 / 4-LPV-5,0 C2,4 BK 1793260 ZEC 1,0 / 6-LPV-3,5 C1 1915699 UC-TM 16 UC-TMF 16 0819217 0819262 Approvals ATEX, IECEx, UL ATEX, IECEx, UL ATEX, IECEx, UL ATEX, IECEx, UL Device couplers, field connection boxes, and installation accessories Modular device couplers Block device couplers Block device couplers Zone 2 Zone 1 Type Item no. One trunk line: FB-ET FB-ET/E 2316048 2316050 Two branch lines: FB-2SP/E 2316052 One FISCO connection: FB-2SP/24DC 2316352 Six branch lines: FB-6SP 2316307 Eight branch lines: FB-8SP ISO 2316311 12 branch lines: FB-12SP 2316310 12 branch lines: FB-12SP ISO 2316312 V I I I Field connection boxes and installation accessories FB1-S1-6SP-T-0-10-00-0-0 FB1-S1-6SP-S-0-10-00-0-0 2316420 2316446 FB2-S1-12SP-S-0-16-00-0-0 FB2-S1-12SP-T-0-16-00-0-0 2316433 2316417 Approvals ATEX, IECEx, UL ATEX, IECEx, UL ATEX, IECEx, UL ATEX, IECEx, UL Phoenix Contact 43

Fieldbus components Solutions for the serial connection of distributed I/O devices DCS PROFIBUS DP / Modbus/RTU / RS-232 r e p p o C O F s s e e r i l W Remote I/O system Remote I/O system Remote I/O system • Wireless Trusted Wireless 2.4 GHz: Up to 800 m with omnidirectional antenna Up to 4.5 km with directional antennas Trusted Wireless 900 MHz: 32 km Trusted Wireless 868 MHz: 20 km • Cellular communication: Worldwide Various serial systems, such as Modbus/RTU or PROFIBUS, are used for connecting remote I/O (RIO) devices. Various interface devices are required in order to create high-performance and interference-free networks. These devices adapt to different interfaces and provide electrical isolation, as well as increasing the range and speed in the network. Data can be transmitted via copper, fiber optics, or wirelessly for a wide range of different requirements. Transmission ranges • Copper – standard: maximum 1,200 m (depending on cable type and data rate) • Copper – SHDSL: up to 20 km • FO converter 660 nm: 100 m (polymer fiber) 800 m (HCS fiber) 850 nm: 2,800 m (HCS fiber) 3,300 m (multimode fiberglass 62.5/125) 4,500 m (multimode fiberglass 50/125) 1,300 nm: 22 km (multimode fiberglass 62.5/125) 25 km (multimode fiberglass 50/125) 45 km (singlemode fiberglass 9/125) Can vary depending on the bus system used. 44 Phoenix Contact

Copper Standard Copper SHDSL extender Fiber optics Media converter Wireless WLAN Cu RAD-2400-IFS1 2901541 RAD-2400-IFS1 RAD-900-IFS 22 RAD-868-IFS3 2901541 2901540 2904909 RAD-2400-IFS1 RAD-900-IFS 22 RAD-868-IFS 2901541 2901540 2904909 PSI-MOS-PROFIB/FO 850 E PSI-MOS-PROFIB/FO 850 T PSI-MOS-PROFIB/FO1300 E PSI-MOS-PROFIB/FO1300 T 2708274 2708261 2708559 2708892 2708339 2708326 2708562 PSI-MOS-RS485W2/FO 850 E PSI-MOS-RS485W2/FO 850 T PSI-MOS-RS485W2/FO1300 E PSI-MOS-RS422/FO 660 E PSI-MOS-RS422/FO 660 T PSI-MOS-RS422/FO 850 E PSI-MOS-RS422/FO 850 T PSI-MOS-RS422/FO1300 E 2708342 2708384 2708355 2708397 2708575 PSI-MOS-RS232/FO 850 E PSI-MOS-RS232/FO 850 T PSI-MOS-RS232/FO1300 E 2708371 2708423 2708588 PROFIBUS DP Type Item no. 2708863 PSI-REP-PROFIBUS/12MB1 PSM-ME-RS485/RS485-P1 PSI-TERMINATOR-PB-TBUS SUBCON-PLUS-PROFIB/SC2 2708232 SUBCON-PLUS-PROFIB/PG/SC2 2708245 2744429 2702636 PSI-MODEM-SHDSL/PB 2313656 PSI-MODEM-SHDSL/SERIAL 2313669 Modbus/RTU/ASCII Type Item no. PSI-REP-RS485W21 PSM-ME-RS485/RS485-P1 FL COMSERVER UNI 232/422/4851 SUBCON-PLUS M1 SUBCON-PLUS F1 2313096 2744429 2313452 2761826 2744267 PSM-ME-RS232/RS232-P1 PSM-ME-RS232/RS485-P1 2744416 FL COMSERVER BASIC 232/422/4851 2313478 2744461 PSI-MODEM-SHDSL/SERIAL 2313669 RS-232 Type Item no. Approvals G3 1ATEX, G3, UL 2ATEX, G3 3G3, UL ATEX ATEX, G3, UL G3 1ATEX, IECEx, G3, UL 2G3, UL 3ATEX, G3 Phoenix Contact 45

Fieldbus components Solutions for the transmission of I/O and serial signals DCS PLC PLC RS-485 Remote control with wireless solutions With wireless solutions, you can easily record measurement data and system information from remote or poorly accessible areas and transmit it to central points. For remote control technology, this provides a reliable and inexpensive alternative to new cable paths. This is particularly true when installing new system components or replacing defective communication cables. The wireless modules have various interfaces and thus act as a gateway between local sensors and actuators of the process station and the control center. Trusted Wireless 2.0 Trusted Wireless technology is specifically designed for the reliable transmission of data and signals over long distances. The new version 2.0 offers adjustable data rates, encryption, extended diagnostics, and parallel operation of multiple networks. Distances of several kilometers can be achieved with the 2.4 GHz system and even greater distances can be covered with the 868 MHz system. Longer transmission paths are covered using repeater stations. The Radioline system – easy signal distribution with I/O mapping Radioline is Phoenix Contact’s transmission system for extensive systems and networks with up to 250 stations. Special features include easy input and output assignment by simply turning the thumbwheel – without requiring any programming. 46 Phoenix Contact

Radioline products Front modules I/O modules Accessories Type Item no. Europe 868 MHz: RAD-868-IFS 2904909 America, Canada 900 MHz: RAD-900-IFS 2901540 Australia 900 MHz: RAD-900-IFS-AU Worldwide 2400 MHz: RAD-2400-IFS Japan 2400 MHz: RAD-2400-IFS-JP 2702878 2901541 2702863 Four digital inputs: RAD-DI4-IFS Eight digital inputs: RAD-DI8-IFS Four analog inputs: RAD-AI4-IFS Four Pt 100 inputs: RAD-PT100-4-IFS Four digital outputs: RAD-DOR4-IFS Eight digital outputs: RAD-DO8-IFS Four analog outputs: RAD-AO4-IFS 2901535 2901539 2901537 2904035 2901536 2902811 2901538 America, Canada 900 MHz, NEMA 4X(IP66): RAD-900-DAIO6 2702877 Mixed module 2DI/2DO, 1AI/1AO: RAD-DAIO6-IFS 2901533 2902814 2902815 2902816 RF band 3: RAD-CONF-RF3 RF band 5: RAD-CONF-RF5 RF band 7: RAD-CONF-RF7 Freely configurable: RAD-MEMORY Configuration cable: RAD-CABLE-USB Configuration stick 868 MHz: RAD-868-CONF-RF1 Configuration stick 900 MHz: RAD-900-CONF-RF1 2902828 2903447 2702197 2702122 Approvals ATEX, IECEx, G3, UL ATEX, IECEx, G3, UL – One device – a wide range of applications Radioline transmits I/O signals as well as serial data and is therefore very versatile. Trusted Wireless technology also ensures reliable transmission in harsh industrial environments, whatever the protocol type. The Radioline function blocks for PC Worx enable easy I/O integration into the control level. Radioline features: • Adjustable data rates for the wireless interface • Easy module replacement, even during operation (hot-swap capability) • Channel-to-channel electrical isolation • Extended temperature range: N I l a t i g i D T U O g o l a n A I/O data mode -40°C to +70°C Modbus Serial Serial Serial data mode Modbus T U O l a t i g i D N I g o l a n A T U O l a t i g i D T U O l a t i g i D N I g o l a n A N I g o l a n A CNT pulses <100 Hz PLC/Modbus/RTU mode PLC/Modbus/RTU dual mode Phoenix Contact 47

Fieldbus components Create your own individual remote control system For a long time, remote control was synonymous with the use of expensive, self-contained systems. In particular, this meant that small remote stations were often not monitored. With Phoenix Contact’s flexible remote control system, you can now create a customized and inexpensive solution even for small stations. You can decide which functions you require. SCADA Ethernet e n i l t n e n a m r e P O F 4G/5G Flexible communication technologies Thanks to special protocols, you can transmit process data securely over wide area networks, even with low bandwidth and with poor transmission quality. Phoenix Contact offers remote control solutions for virtually all telecommunications networks, such as: • SHDSL • Classic network technology (Ethernet, WLAN) • Serial communication • Cellular networks (4G and 5G) 48 Phoenix Contact

TC MOBILE I/O and remote control software Alerting and switching Remote control libraries Type Item no. TC MOBILE I/O X200-4G TC MOBILE I/O X200-4G AC 1038567 1038568 APP-LIC-RESY-DNP3HL APP-LIC-RESY10X-REMOTE APP-LIC-RESY-DNP3 1462948 1270964 1226639 Description Monitor analog and digital values easily and securely via the cellular network. The TC MOBILE I/O X200 SMS relay keeps you up to date on the status or error state of your system, even in the field. You can send text messages via SMS or email and set switching outputs, for example, to disconnect machines. This helps you avoid costly on-site service calls – even if you don’t have an expensive broadband connection. Using these remote control libraries, you can upgrade a PLCnext Control to create a remote control station. Customize your remote control station yourself and tailor it precisely to your project. The remote control libraries enable communication via IEC 60870-5-101/104 or DNP3. I/O modules and controllers Type Item no. Description I/O modules Controllers – PLCnext Control AXL SE RS232 AXL SE RS485 AXL F BP SE4 AXL F BP SE6 AXL SE DO16/1 AXL SE DI16/1 AXL SE AI4 I 0-20 AXL SE AI4 I 4-20 AXL SE AO4 I 0-20 AXL SE AO4 I 4-20 1181787 1088128 1088135 1088136 1088129 1088127 1296378 1088062 1296372 1088123 AXC F 2152 AXC F 3152 2404267 1069208 Digital and analog Axioline Smart Elements cover all typical applications in the field of remote control technology. Depending on the number of channels, the I/O devices are connected by a backplane with either four or six slots. The PLCnext Control acquires and temporarily stores data, sends alerts, and controls the connected process. Supporting various performance classes and modular expansion with digital and analog inputs and outputs, you can find the optimum hardware solution for your remote control technology tasks. Approvals UL DNV, UL, IECEx Phoenix Contact 49

A B C Surge protection for power supply systems Surge voltages can cause significant damage. SEC Technology reliably protects systems and devices against surge voltage events, thus preventing production downtimes. ImpulseCheck is the world’s first intelligent assistance system for surge protection in the field of mains protection. The module enables you to measure the state of health of every single protective device via cloud connection. 24 V power supply Device protection Superior system availability with high-performance power supply systems. You can opt for our QUINT POWER power supplies from 1 to 40 A, or combine them for maximum availability. For a truly individual solution, we offer DC/DC converters for all voltage levels, active and passive redundancy modules, and uninterruptible power supplies with Ethernet interface. Whether alone or in combination – QUINT POWER delivers non-stop power. Selective device protection with a wide range of tripping mechanisms provides maximum safety for every load. This means that only the areas that are actually affected by an overload or short-circuit current are shut down. Different demands exist, depending on the area of application and task. You will find the right device circuit breaker for every application in the COMPLETE line portfolio. Prevent unplanned downtimes A powerful surge protection system safely discharges transient overvoltages on the AC side without causing system downtimes. Energy storage or redundancy solutions supplement the DC power supply when needed, thus safeguarding the 24 V supply even in critical situations. Device circuit breakers prevent negative effects on the overall system caused by interference in the field. In addition to supply and protection, future-proof monitoring solutions help save energy in the overall system. Monitoring Energy monitoring Safeguarding Overvoltage monitoring Supply UPS + energy storage A A B B Surge protection for power supply systems Power supply/ DC/DC converter A A B B C C Protection Device protection Distribution Power distribution Redundancy module B B Phoenix Contact 51

Components for device protection Data transparency for superior system availability The modular solution consists of the new QUINT POWER power supply with IO-Link, the CAPAROC circuit breaker system, and the intelligent QUINT DC UPS. In industries where high system availability is key, knowledge about system states and operating states is essential. Operating data can be used to identify, localize, and correct critical operating states and anomalies promptly – before they result in expensive production downtime. The new, communicative 24 V supply system understands your system better than you do: The intelligent solution increases the data transparency of the entire system and provides information on all relevant operating and diagnostic data. Preventive function monitoring helps you reduce downtimes to a minimum. Redundantly supplied circuit breaker system The CAPAROC system allows for a fully modular design, from the communication- capable power module and adjustable current rails to various circuit breaker modules. Integrable 0 V potential distributors round out the system. The current rails located in the DIN rail can be supplied via different paths. This allows redundant supply of the circuit breakers with two power supply units. Communication and power supply to the loads are thus ensured even if one power supply unit fails. Prevent failures and minimize downtimes Electrical isolation in the event of a fault prevents residual currents and simplifies measurements and troubleshooting. The pluggable design enables the easy adjustment of nominal currents or characteristics and also facilitates replacement and securing against reconnection – without intervention in the installation. In isolated supply systems, two-position fuse protection solutions are required. The products in the CB TM family are ideally suited for this purpose. The simple bridging of the positive and negative potentials minimizes wiring effort. 52 Phoenix Contact

Device circuit breakers and fuse terminal blocks Type Item no. Circuit breaker system Electronic circuit breakers Fuse terminal blocks CAPAROC PM PN CAPAROC PM S-R CAPAROC E1…1-10A CAPAROC E1…1-4A CAPAROC E2…2-10A CAPAROC E2…1-4A CAPAROC E4…1-10A CAPAROC E4…1-4A 1110986 1115661 1115649 1115415 1110984 1115655 1115658 1115657 PTCB E1 24DC/1-3A NO 2909909 PTCB E1 24DC/1-4A NO 2908261 PTCB E1 24DC/1-8A NO 2908262 PTCB E1 24DC/2A NO 2909903 2909904 PTCB E1 24DC/3A NO 2909906 PTCB E1 24DC/4A NO PTCB E1 24DC/6A NO 2909908 UT 4-HESI (5X20) 3046032 UT 4-HESILED 24 (5X20) 3046090 UT 4-HESILED 60 (5X20) 3046126 PT 4-HESI (5X20) 3211861 PT 4-HESILED 24 (5X20) 3211903 PT 4-HESILED 60 (5X20) 3207908 Web code: #2825 Web code: #1649 Web code: #0075, #1393 Approvals Channels Rated current Backup fuse UL 1-, 2-, and 4-channel 1 A … 10 A UL, GL 1-channel 1 A … 8 A Up to 15 A DC Up to 15 A DC Operating voltage 12 V DC / 24 V DC 24 V DC Connection method Push-in connection Push-in connection For more detailed information and additional approvals, go to: phoenixcontact.com/products Device circuit breakers and surge protection DNV 1-channel – – – Push-in or screw connection Multi-channel electronic circuit breakers Modular thermomagnetic device circuit breakers Type Item no. CBM E4 24DC/0.5-10A NO-R CBM E8 24DC/0.5-10A NO-R 2905743 2905744 CB TM1 2A F1 P CB TM1 4A F1 P CB TM1 4A SFB P CB TM1 6A SFB P CB TM2 2A SFB P CB TM2 10A SFB P CB 1/6-2/4 PT-BE 2800859 2800861 2800839 2800841 2800870 2800876 2800929 Web code: #1650 Web code: #1653 Approvals Channels Rated current Backup fuse Operating voltage Connection method UL, GL 4- and 8-channel 0.5 A … 16 A 15 A DC 24 V DC Push-in connection UL, GL 1-channel 0.5 A … 16 A – Up to 50 V DC Push-in or screw connection For more detailed information and additional approvals, go to: phoenixcontact.com/products Phoenix Contact 53

Components for lightning and surge protection Solutions for lightning protection and equipotential bonding on pipelines In pipeline construction, pipes are assembled in segments and electrically isolated from one another in order to provide effective cathodic corrosion protection. When installed, the pipelines must be isolated from the ground potential due to the cathodic corrosion protection systems. This results in special requirements for lightning protection equipotential bonding. Direct grounding of the metallic pipe parts causes a high fault current for the cathodic corrosion protection system. For this reason, it is necessary to ground the pipeline segments indirectly. Isolating spark gaps are used for this purpose. The surge protection modules must be selected according to the system requirements and the grounding concept. This is only a schematic view. 230 V AC Cathodic corrosion protection DC Measuring circuit Anode Insulating flange Pipeline Insulating flange Protecting insulating flanges The isolating spark gap protects against damage to insulating flanges, which are vital for the segmentation of the pipeline. In the event of a surge voltage, the isolating spark gap becomes a low-resistance element and bypasses the insulation between the individual pipeline segments. The isolating spark gap discharges the surge voltage to ground at defined pipeline sections. Combining current carrying capacity Taking equipotential bonding into consideration The FLT isolating spark gap is characterized by its high discharge capacity and very low sparkover voltage. The product and accessories have been optimized for use with the most popular insulating kits for pipeline flanges. Consideration should be given to surge protection and equipotential bonding as early as the planning stage. Insulating flanges act as connecting elements between the individual pipe segments. It is important to provide indirect equipotential bonding here. 54 Phoenix Contact

Isolating spark gap, type 1+2 special combined lightning current and surge arrester, type 1+2 combined lightning current and surge arrester, and surge protective device Isolating spark gap lightning current and Type 1+2 special combined surge arrester Type 1+2 combined lightning current and surge arrester Type Item no. FLT-ISG-100-EX FLT-ISG-PL-11 FLT-ISG-PL-42 FLT-ISG-BR-11 FLT-ISG-BR-62 FLT-ISG-CA-100 FLT-ISG-CA-300 FLT-ISG-PL-26 FLT-ISG-BR-26 FLT-ISG-CA-300 2905579 2905584 2905756 2905580 2905765 2905589 2905591 2905745 2905757 2905591 FLT-SEC-T1+T2-1C-350/25-FM 2905465 VAL-MS-T1/T2 48/12.5 ST 2801242 DK-BIC-35 2749880 Surge protective device TTC-6P-2-HC-… …24DC-UT-I …M-24DC-UT-I …24DC-PT-I …M-24DC-PT-I 2906811 2906743 2906817 2906755 Web code: #0109 Web code: #0116 Web code: #2019 Web code: #1319 Approvals ATEX, IECEx, UL DNV, UL DNV, UL G3, DNV, SIL, UL For more detailed information and additional approvals, go to: phoenixcontact.com/products Phoenix Contact 55

Components for lightning and surge protection Solutions for surge protection in a process plant The system to be protected is divided into lightning protection zones (LPZs). The appropriate lightning and surge protective devices must be installed at the boundaries between zones. This applies to power supply, measurement and control technology, data processing, and telecommunications lines, and to transmitters and receivers as well. Surge protection for the power supply LPZ 0 LPZ 1 LPZ 2 Type 1 Type 2 Type 3 Equipment (potentially susceptible equipment) U0, I0 U1, I1 U2, I2 Proportionate lightning current Housing Type 1 Type 1 + type 2 Type 2 Type 3 surge protective device surge protective device surge protective device device protection Type Item no. FLT-SEC-P-T1-… …3S-350/25-FM …3C-350/25-FM FLT-SEC-H-T1-… …1C-264/25-FM …3C-264/25-FM 2905421 2905419 2801615 2905871 FLT-SEC-T1+T2-… …3S-350/25-FM …3C-350/25-FM …3IT-350/25-FM …2IT-350/25-FM 2905470 2905469 1044386 1044388 VAL-SEC-T2-… …3S-350-FM …3C-350-FM …3C-440-FM 2905340 2905339 2909968 PLT-SEC-T3-… …230-FM-PT …24-FM-PT …230-FM-UT …24-FM-UT 2907928 2907925 2907919 2907916 Web code: #0646 Web code: #0116 Web code: #0117 Web code: #1777 Approvals DNV, UL DNV, UL DNV, UL DNV, UL 56 Phoenix Contact

Surge protection for information and data technology Surge protective device for Gigabit Ethernet, Token Ring, FDDI/CDDI, ISDN, DS1 Type Item no. DT-LAN-CAT.6+ 2881007 Surge protective device for 19" applications D-LAN-19"-24 D-LAN-19"-20 D-LAN-19"-16 D-LAN-19"-12 2838791 2880134 2880147 2880150 Approvals UL – Web code: #0145 Web code: #0145 Surge protection for MCR technology Type Item no. Surge protection for Ex i applications Surge protection for non-Ex i applications Surge protection field devices TTC-6-… …1x2-M-EX-24DC-UT-I …2x1-M-EX-24DC-UT-I TTC-6P-… …1x2-M-EX-24DC-UT-I …2x1-M-EX-24DC-UT-I TTC-6-3-HF-F-M-EX-… …24DC-UT-I …12DC-UT-I TTC-6-FMRS-PT 2906820 2906821 2906824 2906825 2906823 2906822 2907811 TTC-6P-1X2-M-… …24DC-UT-I …24DC-PT-I TTC-6-1X2-… …24DC-UT …24DC-PT TTC-6-FMRS-UT TTC-6-FMRS-PT 2906738 2906750 2906798 2906804 2907810 2907811 Ex i: S-PT-EX(I)-24DC-1/2" Ex i/Ex d: S-PT-EX-24DC-1/2" S-PT-2XEX-24DC-1/2" S-PT-4-EX-24DC-1/2" 2882572 2800035 2800041 2800037 Web code: #1322 Web code: #1389 Web code: #0292 Approvals ATEX, IECEx, G3, DNV, SIL, UL G3, DNV, SIL, UL ATEX, IECEx, G3, DNV, SIL For more detailed information and additional approvals, go to: phoenixcontact.com/products Phoenix Contact 57

Components for the power supply QUINT POWER Plus versions for demanding applications With the protective coating and ATEX, IECEx, and HazLoc approval, use in zone 2 potentially explosive areas is also possible. The Plus versions are rounded out by a wide temperature range of -40°C to +75°C or +70°C for the DC/DC converter. The Plus versions of the QUINT POWER AC/DC power supplies and DC/DC converters increase your system availability and operational safety. The integrated MOSFET decoupling for 1+1 and n+1 redundancy ensures symmetrical load distribution. Faults can be detected early on by means of configurable output current signaling thresholds. In addition, integrated OVP (overvoltage protection) protects your system against voltage increases. Maximum operational safety is ensured by satisfying functional safety requirements (SIL). QUINT POWER Plus versions with OVP A stable 24 V supply is essential for the reliable supply of your system. Voltage dips and increases must be avoided at all costs. Redundant solutions prevent voltage dips at the load. Voltage increases are normally prevented by using additional overvoltage modules. The Plus versions of the QUINT power supplies independently protect loads from unpredictable overvoltages, eliminating the need for downstream voltage limitation. In order to protect the load in the event that voltage control fails, the devices switch off the output by means of integrated double OVP. If faults occur during voltage control, the Plus versions limit the output voltage to ≤30 V DC before the power supply shuts down in order to protect the load. In redundant operation, the loads will therefore still be supplied steadily, safely, and reliably. Functional safety with QUINT POWER (ACB Technology) or QUINT S-ORING active redundancy modules. All of the above solutions ensure consistent redundancy through to the load. QUINT POWER satisfies functional safety requirements (SIL) and ensures maximum operational safety. Whether in parallel operation or when connected to different phases, the load is reliably supplied even in the event of problems with the input voltage. Safety integrity level SIL 3 (IEC 61508) can be achieved in applications by using various QUINT POWER solutions. On the one hand, by using the Plus versions with integrated decoupling MOSFET. On the other hand, by combining QUINT POWER power supplies with QUINT ORING 58 Phoenix Contact Safe shutdown with the Plus version of the QUINT POWER power supply Fluctuations in the output voltage of a standard power supply

Power supplies Web code: #1513 Power supplies 1-phase Power supplies 3-phase Power supplies with protective coating Type Item no. QUINT4-PS… … 1AC/24DC/5 … 1AC/24DC/10 … 1AC/24DC/20 ¹ … 1AC/24DC/40 … 1AC/110DC/4 … 1AC/12DC/15 … 1AC/48DC/5 … 1AC/48DC/10 … 1AC/48DC/20 2904600 2904601 2904602 2904603 2904613 2904608 2904610 2904611 2904612 QUINT4-PS… … 3AC/24DC/5 … 3AC/24DC/10 … 3AC/24DC/20 … 3AC/24DC/20/IOL … 3AC/24DC/40 … 3AC/24DC/40/IOL … 3AC/48DC/20 2904620 2904621 2904622 1151048 2904623 1151047 2904627 QUINT4-PS… … 1AC/24DC/10/CO … 1AC/24DC/10/+¹ … 1AC/24DC/20/CO … 1AC/24DC/20/+¹ … 1AC/24DC/40/+¹ 2904625 2904616 2904626 2904617 2904618 QUINT4-SYS-PS… … 1AC/24DC/2.5/SC2 2904614 QUINT-PS… … 1AC/24DC/5/CO2 … 1AC/24DC/10/CO2 … 1AC/24DC/20/CO2 2320908 2320911 2320898 G3, DNV, UL, ANSI/ISA C1D2 ¹ ATEX, IECEx, CCC Ex, SIL 2 ATEX, IECEx, CCC Ex 85 V AC … 264 V AC / 90 V DC … 350 V DC Approvals Nominal input voltage Nominal output voltage ¹SIL 85 V AC … 264 V AC / 90 V DC … 350 V DC 12 V DC / 24 V DC / 48 V DC / 110 V DC G3, DNV, UL, UL ANSI/ISA C1D2 G3, DNV, UL, UL ANSI/ISA C1D2 3 x 320 V AC … 550 V AC, 2 x 360 V AC … 550 V AC, ±300 V DC 24 V DC / 48 V DC 24 V DC Output current 4 A / 5 A / 10 A / 15 A / 20 A / 40 A 5 A / 10 A / 20 A / 40 A 2.5 A / 5 A / 10 A / 20 A DC/DC converters and redundancy modules Type Item no. DC/DC converters DC/DC converters with protective coating Redundancy modules QUINT4-PS… … 24DC/24DC/5/PT/CO 2910132 … 24DC/24DC/10/PT/CO 2910133 … 24DC/24DC/20/SC/+¹ 1046881 QUINT4-PS… … 24DC/24DC/5/PT … 24DC/24DC/5/SC … 24DC/24DC/10/PT … 24DC/24DC/10/SC … 24DC/24DC/20/PT … 24DC/24DC/20/SC … 24DC/12DC/8/PT … 24DC/48DC/5/PT … 12DC/24DC/5/PT … 48DC/24DC/5/PT … 48DC/48DC/5/PT 2910119 1046800 2910120 1046803 2910121 1046805 2910122 2910123 2910124 2910125 2910128 QUINT4-S-ORING… … 12-24DC/1x40 … 12-24DC/1x40/VP2 … 12-24DC/1x40/+2 QUINT4-ORING… … 24DC/2x10/1x102* … 24DC/2x20/2x202* QUINT-ORING… … 24DC/2x40/1x80 QUINT4-DIODE… … 12-24DC/2x20/1x402 … 48DC/2x20/1x402 2907752 1043418 2907753 1088206 1088207 2902879 2907719 2907720 Approvals G3, DNV, UL, UL ANSI/ISA C1D2 G3, DNV, UL, UL ANSI/ISA C1D2 ATEX, IECEx, CCC Ex ¹SIL G3, DNV, UL 2ATEX, IECEx, CCC Ex Input voltage range 9 V DC … 57.6 V DC 18 V DC … 33.6 V DC 8 V DC … 56 V DC Nominal output voltage 12 V DC / 24 V DC / 48 V DC 24 V DC 12 V DC / 24 V DC / 48 V DC Output current 5 A / 8 A / 10 A / 20 A 5 A / 10 A / 20 A 1 x 20 A / 1 x 40 A / 1 x 80 A Phoenix Contact 59

Components for the power supply DC solution for increased availability with an uninterruptible power supply QUINT DC UPS uninterruptible power supplies bridge network interruptions and mains failures. IQ Technology detects all relevant energy storage states. IQ Technology ensures the crucial transparency required to guarantee supply stability and optimum utilization of energy storage at all times. Along with DC solutions, Phoenix Contact offers uninterruptible power supplies for AC applications. The various energy storage devices are characterized by their very different properties: • LI-ION (lithium iron phosphate technology): high life expectancy with long buffer times • VRLA-WTR (Valve Regulated Lead Acid-Wide Temperature Range): very long buffer times • PB (lead/AGM): long buffer times under normal conditions QUINT UPS for DC applications Reliably protect your DC loads against power supply failure. The QUINT DC UPS for 24 V DC with output currents of 5 A to 40 A is suitable for mains interruptions that last for up to several hours. Monitor and optimize your energy storage automatically with IQ Technology. The POWER MANAGEMENT SUITE configuration and management software and data cables from Phoenix Contact are available for this purpose. Substantial power reserve • For mains and battery operation • Power Boost static power reserve • SFB Technology Easy integration into industrial networks thanks to interfaces • PROFINET • EtherNet/IP • EtherCAT® • USB QUINT UPS for AC applications The QUINT UPS for AC applications reliably protects your system against power supply failure. The AC UPS delivers a pure sine curve at the output. The sine wave generated during battery operation is synchronized to the grid previously used for supply, allowing seamless transition. The intelligent IQ Technology monitors and optimizes the operation of your energy storage device. You will be warned at an early stage of possible failures, because your UPS detects the remaining expected life of the energy storage device. 60 Phoenix Contact Adaptive current management For fast recharging and high energy storage device availability Startup from the energy storage device Startup from the energy storage device Can be connected in parallel USB interface Convection cooling Comprehensive signaling Seamless transition thanks to online topology Optimized use of buffer time and monitoring of the energy storage device

Uninterruptible power supplies for DC applications and energy storage Web code: #0154 Technical data QUINT DC UPS Energy storage Type Item no. Type Item no. Type Item no. Type Item no. Type Item no. Approvals Nominal voltage Input voltage range Output current PROFINET: QUINT4-UPS/24DC/24DC/…/PN EtherCAT®: QUINT4-UPS/24DC/24DC/…/EC EtherNet/IP™: QUINT4-UPS/24DC/24DC/…/EIP 2906993, 2907068, 2907073, 2907079 2906996, 2907070, 2907076, 2907081 2906994, 2907069, 2907074, 2907080 USB: QUINT4-UPS/24DC/24DC/…/USB 2906991, 2907067, 2907072, 2907078 No interface: QUINT4-UPS/24DC/24DC/… 2906990, 2907066, 2907071, 2907077 UPS-BAT/… … LI-ION/24DC/120WH 2320351 … LI-ION/24DC/924WH 2908232 … VRLA-WRT/24DC/13AH 2320416 … VRLA-WRT/24DC/26AH 2320429 … PB/24DC/1.2AH … PB/24DC/4AH … PB/24DC/7AH … PB/24DC/12AH … PB/24DC/20AH … PB/24DC/40AH 1274520 1274117 1274118 1274119 1348516 1354641 UL 24 V DC 18 V DC … 30 V DC 5 A / 10 A / 20 A / 40 A UL 24 V DC 19.2 V DC … 28 V DC 10 A / 20 A / 40 A Uninterruptible power supplies for AC applications and energy storage Web code: #0154 Technical data Type Item no. QUINT AC UPS Energy storage QUINT4-UPS/1AC/1AC/500VA/USB 1067327 QUINT4-UPS/1AC/1AC/1KVA 2320283 UPS-BAT/… … LI-ION/24DC/120WH 2320351 … LI-ION/24DC/924AH 2908232 … VRLA-WTR/24DC/13AH 2320416 … VRLA-WTR/24DC/26AH 2320429 … PB/24DC/4AH … PB/24DC/7AH … PB/24DC/12AH … PB/24DC/20AH … PB/24DC/40AH 1274117 1274118 1274119 1348516 13546415 Approvals Nominal voltage Input voltage range Nominal power UL UL 120 V AC / 230 V AC 120 V AC / 230 V AC UL 24 V DC 90 V AC … 264 V AC 90 V AC … 264 V AC 19.2 V DC … 28 V DC 400 W / 500 VA 900 W / 1 kVA For more detailed information and additional approvals, go to: phoenixcontact.com/products Properties of the different storage media Type Temperature Service life at 20°C Service life at 50°C UPS-BAT/LI-ION… -20°C … +60°C UPS-BAT/VRLA-WTR… -25°C … +60°C 15 years 12 years 2 years 1.5 years UPS-BAT/VRLA… 0°C … +40°C 6 years … 10 years 1 year Charging cycles at 20°C Weight, standardized 7000 300 250 0.45 kg 1.3 kg 1 kg Phoenix Contact 61

Connection technology and marking With CLIPLINE complete, the unique terminal block system from Phoenix Contact, you can freely select the connection technology. Whether you opt for Push-in, Push-X, screw, spring-cage, or insulation displacement connection technology, all of these connection technologies can be freely combined with each other using the same accessories thanks to the double bridge shaft. They are all tested in accordance with NE 95. Optimize all of the processes involved in the setup, installation, and maintenance of your control cabinets and systems in the field. We can help you achieve this with optimally coordinated products from our marking, tool, and mounting material ranges. Connection technology for signal marshalling Connection technology for measuring transducer circuits Marshalling panels and feed-through terminal blocks as well as function terminals with integrated disconnect zones or fuse-links are available depending on the application. The test-disconnect terminal blocks can be used to set up space-saving individual test strips for all measuring, testing, and protection tasks. 62 Phoenix Contact

Your advantages ǅ High degree of flexibility ǅ Easy and efficient marking options ǅ Diverse range of testing and function accessories ǅ Easy planning of terminal strips, assembled mounting panels, and junction boxes with the clipx ENGINEER engineering software MARKING system Tools and mounting material Engineering software Marking systems, marking software, marking materials, and marking services: MARKING system offers intuitive and user-friendly solutions for all applications from planning right through to the finished marking. Control cabinet installation is effortlessly easy with the professional tools and high-quality mounting material from Phoenix Contact. With the clipx ENGINEER software, you can plan your terminal strips, assembled mounting panels, and junction boxes easily and seamlessly transfer the data to production. Phoenix Contact 63

Components for the connection technology PTRV marshalling panels Marshal sensors and actuators easily and clearly with a compact solution. The configurable color coding ensures quick orientation and safe wiring. Large marker carriers that can be inserted individually enable matrix identification and provide the best possible overview in the control cabinet. Potential distributors of the same shape and a comprehensive range of accessories complete the product range. For the full range of marshalling panels for use in process technology and process engineering, go to: Web code: #0502 DCS Interface level Marshalling level Field level Signaling terminals Color coding for wiring level identification Many signals in a confined space For a better overview, easier mounting, and faster fault analysis, the guide ports of the PTRV can be color-coded. This saves time and increases wiring reliability by reducing sources of error. The compact design of the marshalling panels delivers maximum signal density. Due to the small dimensions, this results in significant potential space savings. Alternating color coding provides a better overview. A marking matrix can be set up easily with marking material and premarked covers. 64 Phoenix Contact

Marshalling panels Type Item no. Marshalling panels, Marshalling panels, Marshalling panels with Marshalling panels for Ex i 4-pos. 8-pos. VDE color coding 4-pos. and 8-pos. PTRV 4 / GY PTRV 4 / RD PTRV 4 / WH PTRV 4 / GN PTRV 4 / YE PTRV 4 / SENSOR 4POL 3270117 3270121 3270115 3270122 3270123 1162613 PTRV 8 / RDWH PTRV 8 / WHRD PTRV 8 / GY PTRV 8 / BU PTRV 8 / BK PTRV 8 / WH PTRV 8 / RD PTRV 8 / GN 3270137 3270133 3270140 3270233 1061722 1061721 3270231 3270232 PTRV 8 / VDE 0815 3270230 PTRV 8 / VDE 0815-WHBK PTRV 8 BU/VDE 0815 3270250 1049773 3270118 PTRV 4 BU/BU 3270120 PTRV 4 BU/RD 3270119 PTRV 4 BU/WH PTRV 8 BU/BU 3270136 PTRV 8 BU/RDWH 3270135 PTRV 8 BU/WHRD 3270134 Rated voltage 250 V 250 V 250 V 250 V Nominal current / cross-section 10 A / 1.5 mm² 8 A / 1.5 mm² 8 A / 1.5 mm² 4-pos. 10 A / 1.5 mm² 8-pos. 8 A / 1.5 mm² Cross-section range AWG 26 … 14 26 … 14 26 … 14 26 … 14 Potential distributors Potential distributors Potential distributors, can be bridged Potential distributors with 6 mm2 connection, can be bridged Protective conductor terminal Type Item no. PTRV 4-PV / BU 3270247 3270246 PTRV 4-PV / RD 3270125 PTRV 4-PV / BK PTRV 4-PV BU/BK 3270126 3270249 PTRV 8-PV / BU 3270248 PTRV 8-PV / RD PTRV 8-PV / BK 3270142 PTRV 8-PV BU/BK 3270145 PTRVB 4-PV / GY PTRVB 4-PV / BU PTRVB 4-PV / RD PTRVB 4-PV / BK PTRVB 8-PV / BU PTRVB 8-PV / RD PTRVB 8-PV / BK 1252660 3270223 3270222 3270157 3270227 3270226 3270159 PTRVB 4-FI / GY PTRVB 4-FI / BU PTRVB 4-FI / RD PTRVB 4-FI / BK PTRVB 8-FI / BU PTRVB 8-FI / RD PTRVB 8-FI / BK 3270138 3270221 3270220 3270158 3270225 3270224 3270160 PTRVB 4-PE 1070018 Rated voltage 250 V 250 V 250 V - Rated cross-section 17.5 A / 1.5 mm2 17.5 A / 1.5 mm2 Cross-section range AWG 26 … 14 26 … 14 For more detailed information and additional approvals, go to: phoenixcontact.com/products 17.5 A / 1.5 mm2 32 A / 6 mm2 26 … 14 24 … 10 - / 1.5 mm² 26 … 14 Phoenix Contact 65

Connection technology Marshalling patchboards PTMC Marshal sensors and actuators easily and clearly with a compact solution. The configurable color coding ensures quick orientation and safe wiring. Large marker carriers that can be inserted individually enable matrix identification and provide the best possible overview in the control cabinet. For the full range of marshalling panels for use in process technology and process engineering, go to: Web code: #0503 DCS Interface level Marshalling level Field level Signaling terminals 19" versions Marshalling patchboards with color code Marshalling patchboards suitable for 19" housing in accordance with standard DIN EN 60297-3-101 save time when mounting in a 19" rack. With the narrow 34.4 mm design, 448 connector panels can be installed in a rack with three rack units. Each panel has four connections and an additional test point. Standardized or customized color-coded marshalling patchboards simplify mounting and fault analysis. A choice of 11 different colors provides a good overview with high signal density. 66 Phoenix Contact

Marshalling patchboards Type Item no. Gray/white Blue VDE 0815 3270311 3270313 3270394 Gray/white Blue 3270319 3270321 Gray/white Blue 3270325 3270327 19" versions 32-pos. 19" versions 48-pos. 19" versions 80-pos. Width x length x height [mm] 44 x 111 x 30 66 x 111 x 30 110 x 111 x 30 Rated voltage 500 V 500 V 500 V Nominal current / cross-section 17.5 A / 1.5 mm² 17.5 A / 1.5 mm² 17.5 A / 1.5 mm² Cross-section range AWG 26 … 14 26 … 14 26 … 14 Marshalling patchboards with narrow design Type Item no. 19" versions extra narrow 3270316 PTMC 1,5/32-2H 19Z PTMC 1,5/32-2H / BU 19Z 3270317 PTMC 1,5/32-2H 19Z A-H 3270392 PTMC 1,5/32-2H VDE0815 19Z 3270395 Width x length x height [mm] 34.4 x 111 x 30 Rated voltage 500 V Nominal current / cross-section 17.5 A / 1.5 mm² Cross-section range AWG 26 … 14 For more detailed information and additional approvals, go to: phoenixcontact.com/products Phoenix Contact 67

Connection technology FIX distribution blocks The FIX distribution blocks save you time and space during potential distribution. The FIX portfolio consists of the two product families PTFIX and PTVFIX. The two families differ with respect to the connection direction of the Push-in connection. PTFIX features front conductor entry, while PTVFIX features lateral conductor entry. The distribution and collection blocks feature integrated bridging, thereby ensuring time-saving installation. The PTVFIX multi-blocks are an exception. These block versions enable multiple potentials to be connected in just one block. The FIX blocks come ready to connect and are available in various numbers of positions and mounting types. For the full range of distribution blocks, as well as further information and the complete technical data, go to: Web code: #1395 DCS Interface level Marshalling level Field level Signaling terminals Mounting accessories Online configurator The FIX distribution blocks provide a high degree of flexibility when mounting. You can install the blocks on a DIN rail, by direct screw mounting, or by simply attaching the adhesive versions directly onto the mounting panel. For space-saving and clearly arranged DIN rail mounting, various adapters are available that enable vertical and horizontal mounting. Using the online configurator for distribution blocks, you can easily configure your individual distribution block solution via drag and drop with 3D visualization. The configurator guides you through the configuration process step by step, thus ensuring an error-free configuration. Choose from fixed-position distribution blocks and collection blocks, as well as modular single blocks. In just a few clicks, the configurator creates the desired product in the required colors, mounting type, and with your specified printing. 68 Phoenix Contact

Distribution blocks The block versions with 6 distribution connections are illustrated. Example: PTFIX 6X1,5 GY Distribution blocks Collection blocks Type Item no. PTFIX 2x1,5 GY PTFIX 4x1,5 GY PTFIX 6x1,5 GY PTFIX 12x1,5 GY PTFIX 18x1,5 GY 1045923 1046608 3002757 3002758 3002760 1028067 3273264 PTFIX 2x2,5 GY PTFIX 6x2,5 GY PTFIX 12x2,5 GY PTFIX 18x2,5 GY PTVFIX 2X2,5 GY PTVFIX 6x2,5 GY PTVFIX 12X2,5 GY PTVFIX 18x2,5 GY 3273286 3273308 1019459 1019563 1019572 1019577 PTFIX 2x4 GY PTFIX 6x4 GY PTFIX 12x4 GY PTFIX 18x4 GY 1028360 3273790 3273812 3273834 PTFIX 6x10/S GY 1082387 1047466 PTFIX 4/6x1,5 GY PTFIX 4/12x1,5 GY PTFIX 4/18x1,5 GY 1046961 1047418 Rated voltage 450 V 450 V 800 V 450 V 450 V 17.5 A / 1.5 mm² 24 A / 2.5 mm² 32 A / 4 mm² 57 A / 10 mm² 24 … 14 26 … 12 24 … 10 20 … 8 17.5 A / 1.5 mm² 41 A / 4 mm² 26 … 14 24 … 10 Nominal current / cross-section Cross-section range AWG Distribution blocks The 1300612 version is illustrated for the multi-blocks Collection blocks Multi-blocks Disconnect blocks Fuse blocks Type Item no. 3273352 3273330 PTFIX 6/6x2,5 GY PTFIX 6/12x2,5 GY PTFIX 6/18x2,5 GY PTVFIX 6/6x2,5 GY PTVFIX 6/12X2,5 GY PTVFIX 6/18x2,5 GY 3273374 1019582 1019613 1019608 PTFIX 10/6x4 GY PTFIX 10/12x4 GY PTFIX 10/18x4 GY 3273856 3273878 3273900 1300609 1300608 PTVFIX 2,5/2 PTVFIX 2,5/3 PTVFIX 2,5/4 PTVFIX 2,5/5 1300611 PTVFIX 2,5-L/N/GNYE 1300612 PTVFIX 2,5-3L/N/GNYE 1300613 1300610 PTFIX 6/6X2,5-TG PTFIX 6/6X2,5-MT PTFIX 6/6X2,5-MTL 1130751 1130757 1130760 PTFIX 10/6X4-SI 1172135 (5X20) PTFIX 10/6X4-SILED 24 1172142 (5X20) PTFIX 10/6X4-SILED 60 1172146 (5X20) PTFIX 10/6X4-SILED 250(5X20) 1172150 Rated voltage 450 V 450 V 690 V 400 V 450 (in accordance with 250 V (determined by IEC 60998-2-2) the fuse used) Nominal current / cross- section 24 A / 2.5 mm² 41 A / 6 mm² 41 A / 4 mm² 57 A / 10 mm² Cross-section range AWG 26 … 14 20 … 10 24 … 12 20 … 8 24 A / 2.5 mm² 26 … 14 20 A / 2.5 mm² 57 A / 10 mm² 6.3 A / 4 mm² 37.8 A / 10 mm² 26 … 14 20 … 8 24 … 12 20 … 8 For more detailed information and additional approvals, go to: phoenixcontact.com/products Phoenix Contact 69

Connection technology Feed-through terminal blocks and ground terminals for marshalling and field distribution Single terminal blocks and double-level terminal blocks in various colors and sizes support a wide range of possible marshalling applications. Designed in accordance with Ex i (EN 60079-11) and/or approved in accordance with Ex e (EN 60079-07), all terminal blocks meet the requirements of process technology. Comprehensive documentation of approvals and installation notes complete the portfolio. In addition to marshalling process signals, grounding is also necessary to ensure the signal quality and therefore error-free operation of the system. Phoenix Contact offers a comprehensive range of ground terminals with snap-on PE foot for this purpose. For the full range of terminal blocks, as well as further information and the complete technical data, go to: Web code: #0567 DCS Interface level Marshalling level Field level Signaling terminals Junction boxes with explosion protection Clearly arranged signal connection in the field The CLIPSAFE stainless steel enclosures provide comprehensive protection for your applications in industrial environments and in process technology areas. The enclosures can also be supplied ready assembled with terminal blocks and cable glands upon request. The enclosures are supplied with corresponding component approval in accordance with ATEX and IECEx. Terminal blocks from Phoenix Contact offer various options for marking terminal points. Marking provides a clear overview and safety during installation, startup, and maintenance. 70 Phoenix Contact

Feed-through terminal blocks Feed-through terminal blocks with Push-in connection Double-level Feed-through Double-level terminal blocks with Push-in connection terminal blocks with terminal blocks with screw connection screw connection Type Item no. PT … …1,5/S …1,5/S BU 3208100 3208126 PT … …2,5 …2,5 BU …2,5 FE 3209510 3209523 1077080 PTTB … …2,5 …2,5 BU …2,5-PV 3210567 3210570 3210583 UT … …2,5 …2,5 BU …2,5 FE 3044076 3044089 3245121 UTTB … …2,5 …2,5 BU …2,5-PV 3044636 3044649 3044652 Width x length x height [mm] 3.5 x 45 x 32 5.2 x 48.6 x 36.5 5.2 x 68 x 47.5 5.2 x 47.7 x 47.5 5.2 x 69.9 x 65 Rated voltage 500 V 800 V 500 V 1000 V 500 V 17.5 A / 1.5 mm² 24 A / 2.5 mm 22 A / 2.5 mm² 24 A / 2.5 mm 24 A / 2.5 mm 26 … 14 26 … 12 26 … 14 26 … 12 26 … 12 Nominal current / cross-section Cross-section range AWG Ground terminals Ground terminal with Push-in connection Protective conductor double-level terminal block with Push-in connection Ground terminal with screw connection Protective conductor double-level terminal block with screw connection Type Item no. PT 1,5/S-PE 3208139 PT 2,5-PE 3209536 PTTB 2,5-PE 3210596 UT 2,5-PE 3044092 UTTB 2,5-PE 3044665 Width x length x height [mm] 3.5 x 45 x 32 5.2 x 48.5 x 36.5 5.2 x 68 x 47.5 5.2 x 47.7 x 47.5 5.2 x 69.9 x 65 Rated cross-section 1.5 mm 2.5 mm 2.5 mm 2.5 mm 2.5 mm Cross-section range AWG 26 … 14 26 … 12 26 … 14 26 … 12 26 … 12 For more detailed information and additional approvals, go to: phoenixcontact.com/products Phoenix Contact 71

Connection technology Knife-disconnect terminal blocks for marshalling Single-level or double-level terminal blocks with knife disconnection are used for marshalling and isolating input and output signals. Measurements are taken on the signal path using integrated test sockets. For the full range of knife-disconnect terminal blocks, as well as further information and the complete technical data, go to: Web code: #0070 DCS Interface level Marshalling level Field level Signaling terminals Space-saving wiring in the signal cabinet Simple signal isolation Double-level terminal blocks with 3.5 mm pitch enable the space-saving wiring of signals up to 1.5 mm² in the control cabinet. It is thus possible to incorporate up to 570 signals (+/- connection) on a vertically installed terminal strip in a standardized signal cabinet. With the knife-disconnect terminal blocks, simple isolation is possible using a conventional screwdriver. Furthermore, testing can be performed via the 2.3 mm test opening at any time. 72 Phoenix Contact

Knife-disconnect terminal block Knife-disconnect terminal block with Push-in connection Double-level knife-disconnect terminal block with Push-in connection Type Item no. PT 1,5/S-… …MT …MT BU 3210301 3210302 PT 2,5-… …MT …MT BU 3210156 3211650 PTTB 4-… …MT …MT BU 3211913 3211915 PTT 1,5/S-2MT PTT 2,5-2MT BU 3210351 3210265 PTTBS 2,5-2MTB PTTBS 2,5-2MTB BU 3210401 3210400 Width x length x height [mm] 3.5 x 58.9 x 32 5.2 x 62 x 36.5 6.2 x 102.9 x 49 3.5 x 86 x 42.6 5.2 x 127.5 x 64.3 Rated voltage 400 V 400 V 500 V 400 V 400 A Nominal current / cross-section 10 A / 1.5 mm2 20 A / 2.5 mm2 28 A / 6 mm² 9 A / 1.5 mm2 16 A / 2.5 mm2 Cross-section range AWG 26 … 14 26 … 12 24 … 12 26 … 14 26 … 14 Double-level knife-disconnect terminal block Web code: #0070 Knife-disconnect terminal block with screw connection Double-level knife-disconnect terminal block with screw connection Type Item no. UT 2,5-… …MT …MT BU 3046362 3046553 UT 4-MT …EX …P/P-EX 3046141 3046173 UTTB 2,5-MT-P/P UTTB 2,5-MT-P/P BU 3044640 3044641 3044670 UTT 2,5-2MT-P/P 3101113 UDMTK 5-P/P BU UDMTKB 5-P/P 3024478 UTT 2,5-2MT-P/P BU 3044671 Width x length x height [mm] 5.2 x 57.8 x 49.1 5.2 x 57.8 x 49.1 5.2 x 69.9 x 65 5.2 x 80.1 x 65 Rated voltage 400 V 500 V 400 V 400 V Nominal current / cross-section 20 A / 2.5 mm2 20 A / 4 mm2 22 A / 2.5 mm2 16 A / 2.5 mm2 Cross-section range AWG 26 … 12 26 … 10 26 … 12 26 … 12 For more detailed information and additional approvals, go to: phoenixcontact.com/products Phoenix Contact 73

Connection technology Fuse terminal blocks and function terminals Fuse terminal blocks and function terminals are suitable for use in applications that require Ex approval. Depending on the terminal type, the terminals enable the integration of disconnect knives, fuses, or components such as diodes or LEDs. In addition to the functions, certain terminal versions have a PE connection on one side that automatically establishes contact with the DIN rail when the terminal is snapped on. For the full range of fuse terminal blocks and function terminals, as well as further information and the complete technical data, go to: Web code: #0567 DCS Interface level Marshalling level Field level Signaling terminals Signal fuse protection Added value with function Fuse terminal blocks for accommodating 5 x 20 mm cartridge fuses with and without PE connection for convenient signal path protection. Can be implemented with a universal screw terminal block or time-saving Push-in connection. Simple indication of fuse tripping possible with red LED at 24 V/60 V/250 V. Function terminals with a standardized disconnect zone offer a convenient option for isolating, protecting, and testing signals and for connecting modules. This is possible thanks to a comprehensive range of accessories. 74 Phoenix Contact

Lever-type fuse terminal block Lever-type fuse Double-level fuse Double-level fuse Lever-type fuse Double-level fuse terminal block with Push-in connection terminal block with Push-in connection terminal block with Push-in connection terminal block with terminal block with screw connection screw connection Type Item no. PT 4-HESI (5X20) PT 4-HESILED 24 (5X20) PT 4-HESILED 60 (5X20) PT 4-HESILA 250 (5X20) 3211861 3211903 3207908 3211907 PTTB 4-HESI-EX (5X20) 3211895 PTTB 4-HESILED 24-EX 3211897 (5X20) PTTB 4-HESILED 60-EX 3211899 (5X20) PTTB 4-HESILED 250-EX 3211901 (5X20) PT 4-PE/L/HESI 3002602 (5X20) PT 4-PE/L/HESILED 24 3002603 (5X20) PT 4-PE/L/HESILED 60 (5X20) 3002604 PT 4-PE/L/HESILED 250 3002605 (5X20) UT 4-PE/L/HESI 3214320 (5X20) UT 4-PE/L/HESILED 24 3214321 (5X20) 3046032 3046090 3046126 3046100 UT 4-HESI (5X20) UT 4-HESILED 24 (5X20) UT 4-HESILED 60 (5X20) UT 4-HESILA 250 (5X20) UT 4-HESILED 24 (5X20) 820KOHM 3036826 Width x length x height [mm] 6.2 x 56 x 64.8 6.2 x 75.5 x 102.9 6.2 x 83.9 x 118.5 6.2 x 57.8 x 75.6 6.2 x 92.7 x 88.9 Rated voltage 400 V 500 V 500 V 24 V … 500 V 28 V … 500 V Nominal current / cross-section 6.3 A / 4 mm2 6.3 A / 4 mm² 6.3 A / 4 mm² 6.3 A / 4 mm2 6.3 A / 4 mm2 Cross-section range AWG 24 … 10 24 … 12 24 … 10 26 … 10 26 … 10 Fuse terminal blocks and function terminals Basic disconnect terminal block for fuse plug Double-level terminal block with disconnect zone Basic disconnect terminal block for Basic disconnect terminal block for fuse plug fuse plug Double-level terminal block with disconnect zone Type Item no. 3211922 PT 4-TG PT 4-TG BK 1067752 PTTB 4-TG PTTB 4-TG BU 3211909 3211911 UT 4-TG-EX 3046143 UT 4-TG-P/P-EX 3046169 UT 6-TG-EX 3046486 UT 6-TG-EX BU 1291262 UTTB 4-TG 3044720 UTTB 4-TG P/P 3044801 Width x length x height [mm] 6.2 x 36.5 x 56 6.2 x 102.9 x 47.4 6.2 x 57.8 x 47.5 8.2 x 57.8 x 47.5 6.2 x 69.9 x 65 Rated voltage 500 V 500 V 500 V 500 V 500 V Nominal current / cross-section 20 A / 6 mm² 28 A / 6 mm² 20 A / 4 mm2 20 A / 4 mm² 30 A / 6 mm² Cross-section range AWG 24 … 10 24 … 12 26 … 10 24 … 8 26 … 10 For more detailed information and additional approvals, go to: phoenixcontact.com/products Phoenix Contact 75

Connection technology Shielding Shield clamps protect your systems against electromagnetic interference. This interference can lead to malfunctions or even failure of entire systems. To prevent these scenarios, the shield clamps consist of standard-compliant components. In addition to protecting your systems, the shield clamps are used to satisfy the EMC Directive with respect to CE conformity. For the full range of fuse terminal blocks and function terminals, as well as further information and the complete technical data, go to: Web code: #1962 DCS Interface level Marshalling level Field level Signaling terminals Shield clamps with spring-cage connection Shield clamps with screw connection The SCC shield clamps feature quick and easy handling and provide an optimum shield that safely discharges interference. All shield clamps can be mounted with just one hand, without the need for tools. The force of the spring-cage technology is finely tuned so that the largest possible contact area is created without excessive deformation of the conductor. This ensures high contact quality and low transmission impedance. The large marking areas can be marked clearly to indicate which cables are to be connected. The SK shield clamps are the screw version of the shield clamp portfolio. The knurled screw clamps the cables in place. The slot on the top of the knurled screw allows it to be tightened to a higher torque using a standard screwdriver. The pressure plate of the shield clamps enables optimum cable clamping. High contact quality is ensured by the elasticity and resulting flexibility. The large contact facing of the SK clamps enables optimum shield attenuation, as is also the case with the SCC clamps. 76 Phoenix Contact

Terminal blocks with spring connection Type Item no. SCC 5 1019420 SCC 10 1019421 SCC15 1019422 SCC 20 1019423 Mounting type Cable diameter Neutral busbar Neutral busbar Neutral busbar Neutral busbar 2 mm … 5 mm 3 mm … 10 mm 8 mm … 15 mm 10 mm … 20 mm Type Item no. SCC 5-F 1019420 SCC 10-F 1019421 SCC15-F 1019422 SCC 20-F 1019423 Mounting type Cable diameter Direct mounting Direct mounting Direct mounting Direct mounting 2 mm … 5 mm 3 mm … 10 mm 8 mm … 15 mm 10 mm … 20 mm Type Item no. SCC 5-NS35 1019420 SCC 10-NS35 1019421 SCC 15-NS35 1019422 SCC 20-NS35 1019423 Mounting type Cable diameter NS 35/7,5 NS 35/7,5 NS 35/7,5 NS 35/7,5 2 mm … 5 mm 3 mm … 10 mm 8 mm … 15 mm 10 mm … 20 mm Terminal blocks with screw connection Type Item no. SK 5 3025338 SK 8 3025163 SK 14 3025176 SK 20 3025189 Mounting type Cable diameter Neutral busbar Neutral busbar Neutral busbar Neutral busbar 2 mm … 5 mm 3 mm … 8 mm 3 mm … 14 mm 5 mm … 20 mm Type Item no. SK 28 3026997 SK 35 3026463 SK 5-D 3025406 SK 8-D 3026861 Mounting type Cable diameter Neutral busbar Neutral busbar Direct mounting Direct mounting 5 mm … 28 mm 20 mm … 35 mm 2 mm … 5 mm 3 mm … 8 mm Type Item no. SK 14-D 3026874 SK 20-D 3026887 SK 28-D 3027006 SK 35-D 3026890 Mounting type Cable diameter Direct mounting Direct mounting Direct mounting Direct mounting 3 mm … 14 mm 5 mm … 20 mm 5 mm … 28 mm 20 mm … 35 mm Phoenix Contact 77

Connection technology Test-disconnect terminal blocks for power distribution The ME series test-disconnect terminal blocks enable the easy and individual configuration of measuring transducer terminal strips. The plug-in accessories for testing and short-circuiting the current transformers as well as the potential distribution are placed inside the terminal strips according to the specific application. All switching states within the terminal strip are clearly identifiable. Feed-through terminal blocks and ground terminals of the same shape as well as up to six function shafts in the series offer ideal application options in measurement and control engineering. The transformer terminal blocks are available in both screw and Push-in connection technology versions. For the full range of test-disconnect terminal blocks, as well as further information, go to: Web code: #0071 Application-specific test terminal strips Plug-in accessories, such as current transformer short-circuit bridges, test sockets, and plug-in bridges, enable the easy and individual configuration of test terminal strips. Covers with sealing options are also installed. Power distribution Switch Motor connection Motor 78 Phoenix Contact