Industrial remote communication – Worldwide remote access to machines and systems

Industrial remote communication – Worldwide remote access to machines and systems | Phoenix Contact

Industrial remote communication Machines and systems are often distributed over wide areas. Securely connecting distributed stations to the control room is made possible with the versatile possibilities of remote communication. Remote communication enables access as well as continuous process data monitoring from the central station. Phoenix Contact provides a broad portfolio of products for wireless and wired remote access for this purpose. Remote maintenance Remote control Maintenance and servicing work are performed quickly and efficiently with worldwide direct access to controllers and Ethernet networks. The secure and continuous transmission of process data to the control center means that even remote stations and substations can be monitored and controlled. ❯ More information starting on page 4 ❯ More information starting on page 10 2 Phoenix Contact

Remote access via 5G 5G, the new cellular standard, significantly extends the possibilities of industrial communication. In addition to high data rates, higher numbers of devices and low latencies are possible with high reliability. Communication over long distances is often required in classic remote maintenance and remote control applications. This is where the public cellular network comes in, because it is available worldwide and provides Internet access even in remote locations. With Industrial 5G, private networks that satisfy all of the prerequisites for flexible, sustainable network connections in mobile or highly flexible applications can also be established, for example. The advantages of a private network are that companies can track, analyze, and configure data traffic flexibly to suit their requirements. We will be happy to advise you on the new possibilities with 5G. Contents Remote maintenance Remote maintenance via the cloud Remote maintenance via in-house VPN infrastructure 4 6 9 Remote control 10 Remote control via the cellular network 12 13 Remote control via the cloud 14 Remote control via in-house cabling 15 Remote control via fiber optics Remote control via wireless systems 16 Remote control and remote monitoring Product overview Cloud-enabled products Cloud-independent products 18 20 20 26 Remote control and remote monitoring Errors are quickly eliminated and production downtimes minimized with proactive and precise early warning messages via SMS or email. ❯ More information starting on page 18 Find out more about the subject of remote communication: phoenixcontact.com/ remotecommunication Phoenix Contact 3

Structure of the remote maintenance concept Internet access Data transmission Depending on the wishes and possibilities on site, a remote maintenance connection is established via a wired Internet connection or with the help of a WLAN or cellular router. While the wired solution is simple and inexpensive to realize, a wireless solution features a high-level of flexibility, even in places where there is no Internet connection. Either a self-hosted VPN server or turnkey solutions such as the mGuard Secure Cloud are used for data transmission. Both versions feature different advantages (see table). VPN server Description mGuard Secure Cloud A secure, transparent communication channel is established between two devices over the Internet. A secure, transparent communication channel is established over the Internet between the service personnel/field device and the mGuard Secure Cloud. Internet connection Business Internet access required (fixed IP address). Any Internet access can be used. Advantages • Freely definable routing, firewall, and VPN functionalities • Complete self-control of VPN tunnels • Turnkey VPN solution • Easy commissioning with configuration assistants • Customized routing, firewall, and VPN functionalities for cloud operation Additional features • In-house encryption certificates necessary • Firewall rules switched on an event basis (conditional firewall) • Support for cellular devices such as iPad and iPhone • Logbook – all access is logged • Free basic account IT expertise           Ensuring data security To make your remote connection secure, keep the following points in mind: • Secure data transmission via VPN tunnel • All access is traceable • Connection only on demand (no permanent connection) • Remote maintenance initiation via key switch, I/Os, API, SMS, or call • No access to the superordinate network • Use of state-of-the-art encryption standards (IPsec, OpenVPN) Phoenix Contact 5

Remote maintenance via the cloud The mGuard Secure Cloud is your secure remote access ecosystem. It is perfect for companies of all sizes that neither have the time nor the knowledge to set up and operate a reliable remote access solution. The mGuard Secure Cloud makes it super easy to connect Phoenix Contact devices to the cloud infrastructure securely and enables remote access to machines and systems at the touch of a button. The mGuard Secure Cloud supports dynamic application adaptations with fine-grained cloud service subscriptions. The mGuard Secure Cloud is based on an advanced architecture that adapts intelligently to the relevant availability, latency, and speed requirements to deliver the best user experience. Functional components of the mGuard Secure Cloud Service personnel can use a free OpenVPN software client on the service computer or tablet and connect the workstation to the mGuard Secure Cloud. The machines are also equipped with industrial-grade remote maintenance routers or PLCnext Control and can establish your VPN connection to the Secure Cloud as necessary. VPN connections can be established locally via hardware (key switch) or via software controlled by the system operator. Machine 1 mGuard Secure Cloud Machine 3 TC Router TC Router Machine 2 Machine 4 Cloud Client Cellulink FL mGuard VPN connection Service technician with VPN client software 6 Phoenix Contact

Simple – secure – reliable Phoenix Contact’s mGuard Secure Cloud infrastructure supports secure Layer 2 and Layer 3 communication and globally meshes itself with complete redundancy to ensure increased availability. The comprehensive use of cloud services enables intelligent control of users, connections, machines, and systems. This means that you do not need to invest in your own hardware, and you save on local administration costs. The hosted cloud is always up to the latest standard and always available. Thus, you benefit from regular updates and patch management, low latency times, and a high-availability data center that is operated around the clock – a particularly convenient service offer, especially for small and medium-sized companies. Your advantages ✓ Turnkey remote maintenance infrastructure ✓ Secure and scalable ✓ Risk-free testing with free basic service ✓ Time and cost savings through remote services instead of expensive on-site service actions ✓ Easy commissioning with configuration assistants and intuitive-to-operate web interface ✓ Secure and reliable VPN connections, even to China Register for free now and test the mGuard Secure Cloud: secure.phoenixcontact.cloud mGuard Secure Cloud web interface The mGuard Secure Cloud web interface clearly displays the availability of the service target and controls the service personnel access to assigned locations and machines. New remote maintenance connections can be added conveniently via the assistant. You therefore have a good overview of all connected machines and systems. Furthermore, all administration tasks can also be performed via the web interface. This includes the convenient management of users, permissions, service subscriptions, and analyses. Phoenix Contact 7

Remote maintenance via the cloud Compact, independent machines The cloud clients from Phoenix Contact are ideally suited for the remote maintenance of individual, compact machines with a small IP network. They connect the machine to the mGuard Secure Cloud securely via VPN. The cellular network version is ideally suited for stand-alone machines without a network connection. Integration into the production network Protection against unauthorized access by people or malware is becoming increasingly more important for networked machines. The FL mGuard 2102 secures your machine network with a powerful, flexible, and easy-to-operate firewall. This enables the regulation of access to the machine in the production network, e.g. in ERP systems, and the secure connection of the machine to the mGuard Secure Cloud via VPN. High network availability When there is a high number of networked machines and systems, the availability of the machine network is of paramount importance. Here, the FL mGuard secures the communication between the production and machine networks. A firewall monitors the incoming and outgoing data traffic at each port. Thus, the machine cannot be accessed in the production network during maintenance work. 8 Phoenix Contact

Remote maintenance via in-house VPN infrastructure Would you like to freely define access rights and retain control over VPN connections yourself? Then operating your own on-premises VPN infrastructure is a good idea. With your own VPN infrastructure, everything is yours – including your data, hardware, and software platforms. You decide on the configuration, upgrades, and system changes. Also, you do not always have to rely on Internet connectivity and external factors to access your machines and systems. IT-savvy employees who take care of the on-premises infrastructure are indispensable. They have to take setup, operation, maintenance, back-up, and support into their own hands. Typical structure of an in-house VPN infrastructure All FL mGuard devices from Phoenix Contact can be connected to and operated on such a VPN infrastructure. The FL mGuard centerport in a 19″ design is recommended as the central VPN component. This guarantees perfect compatibility and high security standards. Router Internet VPN connection NAT CONFIGURATION ! O O VPN server FL mGuard centerport Machine HMI TC Router Service technician US US MODE MODE XF XF 1 1 XF XF 2 2 XF XF 3 3 XF XF 4 4 XD1 XD1 1 2 3 4 5 XF XF 5 5 XF XF 6 6 XF XF 7 7 XF XF 8 8 0 0 0 0 0 0 2 2 H H C C T T W W I I S S LNK ACT LNK ACT ACT 2 X2 X1 X3 LNK ACT X6 X5 UL a1 b1 a2 b2 AXC 3050 2700989 BF-C BF-D SF RUN FAIL DBG D E SD-CARD RUN/PROG STOP MRESET Switch Controller Phoenix Contact 9

Remote control technology from the control system through to the field level Remote control via various media Which transmission medium is the right one for your application? If you want to cover long distances, fiber optics (FO) is recommended. If installing cables is expensive or impossible, wireless solutions are an option. If no communication cables are available, existing cellular networks provide a good alternative. Phoenix Contact provides suitable components for every transmission medium: from media converters for converting to FO and (cellular) wireless modules through to the appropriate connectors, cables, and antennas. Scada system Network r i a p d e t s i w T O F Public cellular network 5 G Private 5G cellular network Cloud Wireless system Two-wire cabling Fiber optics Cellular network Properties of the transmission media Proficloud.io Wireless system 2-wire cable Fiber optics Cellular communication Range Worldwide Data throughput Depending on Internet access Latency      Up to 32 km Up to 20 km Up to 80 km Worldwide Up to 250 kbps Up to 1000 Mbps 1000 Mbps 150 Mbps (LTE) 1000 Mbps (5G)                     Phoenix Contact 11

Remote control via the cellular network For the continuous acquisition of your process data, Phoenix Contact provides cellular network devices that support all technology standards (5G, 4G, 3G, and 2G). With the globally available cellular network, the devices can communicate reliably, even in areas with a weak infrastructure. The small remote stations and entire system parks, such as remote pumping stations, can be connected to the control center using methods ranging from text messaging, through remote control protocols at low data rates, all the way to broadband VPN connection, depending on the communication requirements. Broadband connection for decentral systems Cellular technology provides a secure communication solution for applications with a large data throughput. In 5G/4G networks, monitoring images and server functions are made available to the control center from around the world. The routers with VPN functionality enable closed communication over the Internet. The data traffi c is transmitted directly to the control room via VPN. Thus, for example, it is possible to connect wind turbine generators via camera applications, or to connect to the network of a sewage treatment plant. Ethernet VPN connection Control room Security router Internet Cellular network VPN-capable PLC Cellular outdoor router Switch Cellular router PLC Web panel Camera PLC 12 Phoenix Contact

Remote control via the cloud Proficloud.io is a plug-and-play IIoT platform that, with its smart services, enables devices to be connected to a cloud infrastructure easily and without extensive IT resources. With the various smart services, companies can monitor and analyze their data, for example, to optimize processes, improve quality, and reduce costs. The platform features maximum simplicity and transparency and supports companies in fully exploiting the advantages of digitalization: • Access to component data at any time and from anywhere • Access to data-based, future-oriented Smart Services such as the Time Series Data Service and the Energy Management Service • Secure and certified communication between the controller and Proficloud.io via TLS encryption Future-oriented Smart Services Smart, IIoT-capable components and controllers from Phoenix Contact allow data to be sent directly to Proficloud. io. The availability of component data is guaranteed, and users can access it at any time, anywhere. Proficloud.io allows access to data-based, future-oriented Smart Services, with functions such as device management, state-of-health, and other interactions with the components. Smart Services also enable increased transparency of measurement and component data through advanced analytics, such as future machine learning. TLS encryption guarantees secure and certified communication between the controller, the components, and Proficloud.io. HTTPS TC Router PLCnext Control ImpulseCheck IoT-enabled EMpro Phoenix Contact 13

Remote control via in-house cabling With extenders, you can connect Ethernet networks economically over large distances. In Gigabit applications, you can even achieve ranges of up to 20 km. Use existing cables for sophisticated network installations and minimize investment costs. Find the ideal extender for your application. Ethernet communication up to 20 km using any 2-wire cables Ethernet extenders With Ethernet extenders, you can connect Ethernet networks over distances up to 20 km via simple 2-wire cables. This allows data rates of up to 30 Mbps to be made a reality. Gigabit extenders Gigabit extenders enable broadband Ethernet applications up to 1 Gbps over distances up to 1 km. You can use both existing 2-wire cables and coaxial cables. Ethernet 2-/4-wire up to 30 Mbps/20 km 2-wire twisted pair up to 1 Gbps/1 km Coaxial cable up to 1 Gbps/1 km PoE PoE Ethernet extender Gigabit extender Gigabit extender 14 Phoenix Contact

Remote control via fiber optics FO media converters for Ethernet and fieldbus allow you to convert your copper interfaces to interference-free fiber optics without the need for complex surge protection, shielding, and equipotential bonding measures. Another advantage of optical data transmission is the increase in the maximum range to up to 80 km in a point-to-point connection. Communication to remote systems via fiber optics Ethernet media converters For high-level immunity to interference and long transmission ranges in industrial Ethernet applications, media converters transparently convert Ethernet data to fiber optics. Depending on the device and cable, they bridge distances of up to 80 km at data rates of up to 1 Gbps. Media converters for fieldbuses Media converters of the PSI-MOS product families convert copper-bound PROFIBUS interfaces to fiber optics. A transparent protocol is used to convert all data rates up to 12 Mbps. Ethernet FO Up to 80 km Ethernet Media converter Media converter RS-232 RS-485 RS-232 RS-485 FO Up to 45 km Media converter Media converter Phoenix Contact 15

Remote control via wireless systems With wireless systems, you simply record measuring data and system information from distant or poorly accessible areas and transfer it to central points. Remote control technology is a reliable and inexpensive alternative to new cable paths, particularly if new system components are to be installed or defective communication cables replaced. 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. Application example Within the peripheral, highly branched system structures, measured values and other operating information must be transmitted securely, fill levels must be monitored, and pump performance and flow rates must be logged continuously. Application • In the event of damaged grounding cables and extensive repair work • Networking of external buildings with the control system (no line of sight) • Recording standby messages, pump delivery volume, flow, fill level Advantages • Easy commissioning • Private wireless network – provider-independent • Time and cost savings compared to laying cables 16 Phoenix Contact 0.7 km Control room 1.7 km 1 km Pumping station Mesh network 868 MHz Transfer station River Elevated tank 0.7 km Local network station Mesh network 2.4 GHz Deep well Water treatment plant

Remote control solutions in application Power transmission and distribution Application Monitoring parameters is important for the expansion and reliable operation of power grids. The increasing use of decentral generation systems and the rapidly increasing number of new electricity consumers are leading to new challenges, such as fluctuating generation volumes and the increasing simultaneous consumption due to heat pumps and e-mobility. The solution The smartRTU platform from Phoenix Contact is an easy-to-configure remote control and automation solution specially developed for monitoring and controlling distribution grids. The software enables complex applications to be configured in a clear web interface. The acquisition of operating data and remote control of the power grid enable operational optimization and investment planning. Solar power Application Decentral power generation systems must contribute to grid stability. The feed-in controller ensures that the setpoints and control procedures of the grid operator are maintained at the grid connection point. Remote control technology transmits control specifications to the feed-in controller. The technical connection conditions of the grid operators determine the equipment of the systems that are subject to European and country-specific specifications. The solution Our feed-in controller, the Power Control Unit (PCU), is certified for three countries. The controller is a flexible solution based on PLCnext Technology. The PCU calculates the manipulated variables for the generating units based on the grid operator specifications and the permanently implemented control functions. The Resy10x function block library from Phoenix Contact supports grid operator communication. Water and wastewater treatment Application Wastewater pumping stations play an important role in reliable wastewater disposal. Municipal wastewater companies have decentral wastewater pumping stations spread throughout their entire distribution grid. These must, when necessary, transport the wastewater to the higher-level sewage systems and function correctly around the clock. Current operating data is transmitted to the higher-level control system. The solution The turnkey Pump Control control cabinet solution with integrated remote control interface takes over the control and regulation of decentral wastewater pumping stations. Along with switching pumps selectively and recording measurement values, the controller transmits important messages to the higher-level control system via a common remote control protocol (IEC 60870-5- 104, DNP3, OPC UA) and to the operating personnel via SMS. For additional use cases, please refer to phoenixcontact.com/applications Use of the remote control and automation system in a power grid Grid connection with the feed-in controller in a PV power station Use of the Pump Control solution in a wastewater pumping station Phoenix Contact 17

Remote control and monitoring via the cellular network One network via SMS In the case of autonomous remote stations, the few switching operations that are required and the system inspections are often still carried out by service personnel on site. Errors quickly lead to downtimes and high costs. With automatic alerts, immediate remote error detection is possible – without requiring a complex and costly broadband connection. Monitor analog and digital values easily and securely via the cellular network with the compact TC MOBILE I/O X200 signaling system. This ensures that you are always kept up to date on the status and errors in your system. You can send text messages via SMS or email, and set switching outputs, e.g., for disconnecting the machine. You can prevent damage and downtimes, and avoid costly on-site servicing. Pump E-Mail SMS DI1 DI2 DI3 DI4 – + Reset SIM Network Device Documentation TC MOBILE I/O X200 Ord.-No. 2903805 1 2 3 4 Digital IN Relay OUT USB SIM I E L B O M C T U1 I1 U2 I2 O1 UB1 O2 O3 UB2 O4 TC Mobile I/O Your advantages ✓ Reduced machine and system downtimes with automatic alerts via SMS and email ✓ Decreased communication costs, thanks to event-driven alerts ✓ A conventional mobile phone can serve as a peer ✓ Cellular networks are available worldwide ✓ Free switching by phone call Free app for the TC MOBILE I/O X200 signaling system The TC MOBILE I/O X200 also communicates with you via smartphone app (iOS and Android). The app allows you to switch your outputs conveniently and easily check the status of the device at any time. The TC Mobile I/O app makes it even easier to use the device and saves you having to write a text message. You will receive the alarm as usual via SMS and email. This ensures high-level accessibility in the field. Phoenix Contact 19

Cloud-enabled products For remote communication with worldwide industrial systems, Phoenix Contact provides a broad portfolio for wired and wireless remote access. The range is supplemented by our cloud solutions for remote maintenance and the digitalization and analysis of process data. Outdoor cellular routers Cellulink is a new product family of industrial outdoor cellular routers for connecting network-capable devices to the cellular network. The devices certified in accordance with IEC 62443-4-2 have integrated antennas and can be used worldwide. Security routers With the mGuard security routers, certified in accordance with IEC 62443-4-2, you can protect your machines and production cells from unauthorized access. A wide range of security functions as well as central management software help to easily increase the security level of your production facilities. Universal cellular routers The TC ROUTER cellular routers enable robust data connections over 4G or 5G networks. This allows you to establish a mobile broadband connection even in demanding environments where a wired Internet connection is not available. 20 Phoenix Contact

Cloud services mGuard Secure Cloud The complete turnkey VPN solution for easy remote maintenance. Unlimited possibilities of a cloud-based solution for the digitalization and analysis of process data. ❯ More information starting on page 22 ❯ More information starting on page 23 PLCnext Technology Designed by Phoenix Contact Simple remote maintenance routers Cloud clients connect machines securely to the mGuard Secure Cloud using cables via the operator network. They are the inexpensive entry into scalable remote maintenance of machines, without the need for specific expertise in networking and VPN technology. Any Cloud: Open controllers PLCnext Control, the controllers of the open PLCnext Technology ecosystem, can be connected to any cloud. Whether it’s Phoenix Contact’s Proficloud.io, Amazon’s AWS, Microsoft’s Azure, or your own cloud solution on site. Take advantage of individual cloud services to optimize your processes. Phoenix Contact 21

Cloud-enabled products mGuard Secure Cloud v3 mGuard Secure Cloud Global availability mGuard Secure Cloud v2 No (EMEA, AMER) mGuard Secure Cloud V3 Yes (EMEA, AMER, APAC) Unique decentral infrastructure No (separate instances) Layer 2 support Any large machine networks Public and private IP addresses Identity provider support No No No (private only) No Software VPN clients IPsec (Win, iOS/iPadOS, macOS, Linux) Yes Yes Yes Yes Yes (via OpenID) OpenVPN (Win, iOS/iPadOS, macOS, Linux, Android) Free software VPN clients Business model Data transfer analyses Service analyses Remote access control via supervisor Guaranteed VPN availability to China Two-factor authentication (2FA) Number of users Number of machines and systems Number of service workstations Free concurrent service connections Transfer volume per service connection No Yes BASIC (limited) and PREMIUM editions Flexible service subscriptions (monthly, yearly) No Yes No Yes (mGuard) Yes (TOTP, email) Unlimited Unlimited Unlimited 1 4 GB/month Yes Yes Yes Yes (mGuard, TC Router, Cloud Client) Yes (TOTP, email) Unlimited Unlimited Unlimited 2 (can be extended freely) 4 GB/month 22 Phoenix Contact

Proficloud.io and Smart Services Smart Services at a glance Smart Service Perfectly integrated cloud services for the smart route to industrial automation • Reduction of manual and redundant work steps with cross-location remote monitoring • Data visualization and analysis: Making decisions based on data • Increase in system availability with early error detection and automated warnings • Full transparency of the status of the systems – at any time, from anywhere All Smart Services in detail Device Management Service The standard for all smart devices from Phoenix Contact DMS Basic Add-on The Basic Add-on for the device management service: extended innovative hardware management Time Series Data Service All process data available centrally – at any time, anywhere Impulse Analytics Service The world’s first intelligent assistance system for surge protection in the field of mains protection Energy Management Service Energy Management Service Energy Monitoring, Management, Analytics: Smart energy management any time, anywhere Further information, connection of hardware, and booking options at Proficloud.io • Overview of all devices • State of health of devices • Firmware update from the cloud • Digital nameplate and device logs • Grouping devices and adding separate floor plans • Direct notifications via email when the device status is changed • Easy implementation of remote application updates • Automatic and remote activation of firmware updates • Access to process data from any location • Downtimes and workloads can be planned • Increased product quality through data • Warnings in the Smart Service or via email indicate impending problems • Expert knowledge accessible to every employee • Improved workflows with remote monitoring • From reactive to proactive maintenance • Detailed information on overcurrent events (State of Health reports) and remaining service life of the surge protective device (SPD) • Greater availability and improved process stability • Visualization and analysis of energy data and uncovering potential savings • Draw conclusions about processes and energy consumption • External data sources can be integrated for additional data transparency • Export of data for further processing in other systems possible • Warning about limits that will be violated imminently • Visualization of the key indicator “Energy Performance Indicators (EnPI)” displayed with the reporting feature Phoenix Contact 23

Cloud-enabled products Routers Internet access (WAN) VPN tunnel Ports Special features Type Item no. Outdoor cellular routers IEC 62443 device certification, Network Address Translation (NAT) or Exposed Host, outdoor housing: IK10, IP66/IP69K, temperature range: -40 … +70°C, Device and Update Management, dual SIM, GNSS: positioning and time synchronization 4G LTE CAT1 4G LTE CAT1 4G LTE CAT4 4G LTE CAT4 5G 5G - - - - - - - - - - 1x RJ45, PoE in European version, Panel/mast mounting CELLULINK 2401- 4G EU M25 1x RJ45, PoE in European version, control cabinet mounting, 10 … 30 V DC CELLULINK 2401- 4G EU M40 1x RJ45, PoE in Worldwide version, Panel/mast mounting CELLULINK 4401- 4G GL M25 1x RJ45, PoE in Worldwide version, control cabinet mounting, 10 … 30 V DC CELLULINK 4401- 4G GL M40 1x RJ45, PoE in Worldwide version, Panel/mast mounting CELLULINK 6501- 5G GL M25 1x RJ45, PoE in Worldwide version, control cabinet mounting, 10 … 30 V DC CELLULINK 6501- 5G GL M40 - 2x RJ45 Wall adapter for mounting the M25 versions on a wall CELLULINK WALL MOUNT ADAPTER Passive PoE injector for CELLULINK ETH POWER ADAPTER 1503433 1503487 1637527 1637627 1637531 1637530 1513259 1679314 Security routers Integrated firewall for the protection of the machine network, Network Address Translation (NAT), VPN tunnel to the mGuard Secure Cloud, central device management Operator network (RJ45) 2 2 Up to 250 Up to 250 2x RJ45 5x RJ45 2x RJ45 5x RJ45 – – Extended firewall for complex security FL MGUARD 2102 1357828 FL MGUARD 2105 1153078 FL MGUARD 4302 1357840 FL MGUARD 4305 1357875 Universal cellular routers Temperature range: -40°C ... +70°C, up to four digital inputs and two digital outputs and serial interface (depending on version), device and patch management (TC Router Online Manager) 4G LTE 3 VPN connections via IPsec or OpenVPN 2x RJ45 Worldwide version 3002T-4G GL 1632697 + operator network 4G LTE (RJ45) 4G LTE + operator network (WLAN / RJ45) No limit, limited by system resources and available bandwidth 2x RJ45 (2x LAN or 1x WAN 1x LAN) 5G SA/NSA 3 VPN connections via IPsec or OpenVPN 4x RJ45 24 Phoenix Contact European version European version 4002T-4G EU 1234352 4102T-4G EU WLAN 4202T-4G EU WLAN 1234353 1234354 5004T-5G EU 1439475

Routers Internet access (WAN) Simple remote maintenance routers VPN tunnel Ports Special features Type Item no. Configuration and operation via mGuard Secure Cloud, simplified web interface, two digital inputs, and one digital output Operator network (RJ45) 1 tunnel to mGuard Secure Cloud 2x RJ45 (1x LAN, 1x WAN) Worldwide CLOUD CLIENT 1101T-TX/TX 1221706 Cellular communication accessories Phoenix Contact offers a variety of antenna and cable accessories for its products. ℹ Web code: #3803 Controllers Controllers Processor clock frequency Main memory (RAM) Number of tasks (min. cycle) Security Type Item no. PLC based on a Linux kernel. Real-time capable for IEC 61131-3 as well as for high-level languages such as C/C++ and Matlab® Simulink® ARM Cortex A9, 2x 800 MHz 0.5 GB 32 (1 ms) IEC 62443-4-1 ML 3 Full AXC F 2152 2404267 Intel Atom E3930, 2x 1.3 GHz 2 GB 32 (500 µs) IEC 62443-4-1 ML 3 Full AXC F 3152 1069208 Description Extension... Type Item no. PLC extensions Artificial intelligence Safety 1000 Safety 3000 ...to a machine learning module ...to a safety-related controller ...to a safety-related controller Ethernet ...with an additional Ethernet interface PROFIBUS ...for connecting a PROFIBUS network Expansion ...with up to three further PLCnext Control extensions INTERBUS ...for the connection of an INTERBUS remote bus Extension kit ...with a universal miniPCIe interface AXC F XT ML1000 1259849 AXC F XT SPLC 1000 AXC F XT SPLC 3000 AXC F XT ETH 1TX AXC F XT PB AXC F XT EXP AXC F XT IB AXC F XT KIT 1159811 1160157 2403115 1091657 1139999 2403018 1383116 Phoenix Contact 25

Cloud-independent products With our cloud-independent products, we enable the possibility of transmitting data securely and over long distances. End-to-end solutions for industrial remote communication – whether via cellular communication, Ethernet, or state-of-the-art wireless systems. SMS relays 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. Ethernet extenders With Ethernet extenders, you can connect Ethernet networks economically over large distances. In Gigabit applications, you can even achieve ranges of up to 20 km. Use existing cables for sophisticated Ethernet installations to minimize investment costs. 26 Phoenix Contact

Cloud-independent products SMS relays Power supply Analog inputs Digital inputs Relay outputs Type Item no. Compact signaling system 4G/LTE cellular interface, European version, switching via phone call and SMS, alerting via SMS and email, message in the event of power failure DC supply (10 V DC … 60 V DC) AC supply (93 V AC … 250 V AC) 2 – 4 4 4 4 TC MOBILE I/O X200-4G 1038567 TC MOBILE I/O X200-4G AC 1038568 Extenders Managed/ unmanaged Ports On-site diagnostics Topologies Surge protection Remote diagnostics Type Item no. Ethernet extenders Overcome long ranges of up to 20 km with any 2-wire cables, plug-and-play commissioning Managed 2x SHDSL 4x Ethernet Display Point-to-point, line, ring SHDSL, integrated, can be replaced Any location via IP ... 6004 ETH- 2S 2702255 Unmanaged 2x SHDSL 1x Ethernet LED Point-to-point, line, ring – Stationary connection via USB ... 2001 ETH- 2S 2702409 Range Bandwidth Cable type Topologies Connection Supply function Type Item no. Gigabit extenders Realize Gigabit applications over twisted pair/coaxial cable up to 1 km, plug-and-play commissioning Coaxial cable BNC female connector Up to 1 km Up to 1 Gbps Point-to-point 2-wire cable Push-in terminal block PoL PoL and PoE PoL PoL and PoE … 1010 ETH COAX-G … 2010 ETH COAX-G … 1010 ETH TP-G … 2010 ETH TP-G 1319319 1319320 1319321 1319322 28 Phoenix Contact

Wireless modules Function Inputs Outputs Usage Type Item no. Wireless modules, extension modules, and outdoor boxes Range up to 32 km, suitable for long distances with obstacles, transmission time typically 100 ms up to a few seconds, provider-independent Outdoor box Can be extended with up to three selectable I/O Can be extended with up to three selectable I/O extension modules extension modules 2 digital 1 analog 2 digital 1 analog Wireless module – – – – – 4 digital 4 digital (NAMUR) 8 digital – – Extension module 2 digital 1 analog 4 analog (0/4…20 mA) 4 analog (0-5/10 V) PT100 temperature module – – – – – – – – 4 digital 8 digital 2 digital 1 analog – – – – 4 analog Worldwide (wireless module selectable): 868 MHz, 900 MHz, or 2400 MHz RAD-RUGGED-BOX-CONF 1091638 America 900 MHz Europe 868 mHz RAD-900-DAIO6 2702877 RAD-868-IFS 2904909 North America 900 MHz RAD-900-IFS 2901540 Australia 900 MHz Worldwide 2400 MHz Japan 2400 MHz Can be combined with 2901536 Can be combined with 2902811 Can be combined with 2902811 Can be combined with 2901535 Can be combined with 2316275 and 2901539 Can be combined with 2901533 Can be combined with 2901538 Can be combined with 2901538 Can be combined with 2901538 Can be combined with 2901537, 2904035, and 2702290 RAD-900-IFS-AU 2702878 RAD-2400-IFS 2901541 RAD-2400-IFS-JP 2702863 RAD-DI4-IFS 2901535 RAD-NAM4-IFS 2316275 RAD-DI8-IFS 2901539 RAD-DOR4-IFS 2901536 RAD-DO8-IFS 2902811 RAD-DAIO6-IFS 2901533 RAD-AI4-IFS 2901537 RAD-AI4-U-IFS 2702290 RAD-PT100-4-IFS 2904035 RAD-AO4-IFS 2901538 Phoenix Contact 29

Cloud-independent products Ethernet media converters FO connection Range Data rate Special features Type Item no. MC 1000 – media converters for applications with basic requirements Temperature range: -10°C … +60°C, for an easy introduction to FO technology MM SC MM ST MM LC SM SC SM ST MM WDM A MM WDM B MM SC Up to 10 km Up to 20 km Up to 10 km SFP Depending on module • Automatic switching between store-and-forward and cut-through mode • Short latency times for real- time protocols • Link Fault Pass Through (LFPT) – activated via DIP switch 10/100 Mbps 10/100/1000 Mbps MC 1000T – media converters for applications in demanding industrial environments Temperature range: -40°C ... +75°C, robust metal housing, shipbuilding approval, redundant power supply MM SC MM ST MM LC SM SC SM SC SM ST SM WDM A SM WDM B MM WDM A MM WDM B SFP MM SC SM SC Up to 10 km Up to 20 km Up to 40 km Up to 20 km Up to 40 km Up to 10 km 10/100 Mbps Depending on module Up to 10 km Up to 20 km 10/100/1000 Mbps • Automatic switching between store-and-forward and cut-through mode • Short latency times for real- time protocols • Link Fault Pass Through (LFPT) – activated via DIP switch • Redundant power supply • Digital output for reading out alarm messages • DNV-GL approval MC 1000E – media converters for applications with requirements on special approvals Temperature range: -40°C ... +75°C, robust metal housing, extended approval package, redundant power supply MM SC MM ST MM LC SM SC SM SC SM ST SM LC SM WDM A SM WDM B MM WDM A MM WDM B SFP MM SC SM SC Up to 10 km Up to 20 km Up to 40 km Up to 20 km Up to 40 km Up to 10 km 10/100 Mbps Depending on module Up to 10 km Up to 20 km 10/100/1000 Mbps • Automatic switching between store-and-forward and cut-through mode • Short latency times for real- time protocols • Link Fault Pass Through (LFPT) – activated via DIP switch • Redundant power supply • Digital output for reading out alarm messages • Increased resistance to EMI • DNV-GL, ATEX, IECEx, and UL HazLoc approval • IEC 61850 and IEEE 1613 for applications in the energy sector MC 1000-MM SC MC 1000-MM ST MC 1000-MM LC MC 1000-SM20 SC MC 1000-SM20 ST MC 1000-MM WDM A MC 1000-MM WDM B MC 1100-MM SC MC 1100-SFP MC 1000T-MM SC MC 1000T-MM ST MC 1000T-MM LC MC 1000T-SM20 SC MC 1000T-SM40 SC MC 1000T-SM20 ST MC 1000T-SM40 WDM A MC 1000T-SM40 WDM B MC 1000T-MM WDM A MC 1000T-MM WDM B MC 1100T-SFP MC 1100T-MM SC MC 1100T-SM20 SC MC 1000E-MM SC MC 1000E-MM ST MC 1000E-MM LC MC 1000E-SM20 SC MC 1000E-SM40 SC MC 1000E-SM20 ST MC 1000E-SM40 LC MC 1000E-SM40 WDM A MC 1000E-SM40 WDM B MC 1000E-MM WDM A MC 1000E-MM WDM B MC 1100E-SFP MC 1100E-MM SC MC 1100E-SM20 SC 1329817 1329818 1329819 1329820 1329821 1329822 1329823 1330888 1330903 1329827 1330244 1330259 1330262 1330276 1330282 1330293 1330296 1330494 1330509 1330902 1330900 1330898 1330507 1330504 1330611 1330728 1330725 1330723 1330722 1330885 1330892 1330588 1330890 1331375 1330896 1331377 30 Phoenix Contact

Serial media converters Transmission FO port Range Light wavelength Type Item no. FO converters for PROFIBUS PROFIBUS applications up to 12 Mbps, bit retiming, bit oversampling, PROFIBUS Start Delimeter detection, redundant ring function, bar graph diagnostics of the optical link Polymer / HCS Multimode fiberglass Singlemode fiberglass 1x FSMA 2x FSMA 1x BFOC (ST) 2x BFOC (ST) 1x SC 2x SC Up to 400 m 660 nm Up to 3.3 km 850 nm Up to 45 km 1300 nm PSI-MOS-PROFIB/ FO 660 E PSI-MOS-PROFIB/ FO 660 T PSI-MOS-PROFIB/ FO 850 E PSI-MOS-PROFIB/ FO 850 T PSI-MOS-PROFIB/FO 1300 E PSI-MOS-PROFIB/FO 1300 T FO converters for RS-485 RS-485 applications and Modbus, automatic data rate detection up to 500 kbps, bar graph diagnostics of the optical link Polymer / HCS Multimode fiberglass Singlemode fiberglass 1x FSMA 2x FSMA 1 ST port 2 ST ports Up to 800 m 660 nm Up to 4.2 km 850 nm 1 SC duplex Up to 45 km 1300 nm PSI-MOS-RS485W2/ FO 660 E PSI-MOS-RS485W2/ FO 660 T PSI-MOS-RS485W2/ FO 850 E PSI-MOS-RS485W2/ FO 850 T PSI-MOS-RS485W2/ FO1300 E FO converters for RS-232 RS-232 applications, automatic data rate detection up to 115.2 kbps, bar graph diagnostics of the optical link 2708290 2708287 2708274 2708261 2708559 2708892 2708313 2708300 2708339 2708326 2708562 Polymer/HCS Multimode fiberglass Singlemode fiberglass 1x FSMA 2x FSMA 1 ST port 2 ST ports Up to 800 m 660 nm Up to 4.8 km 850 nm 1 SC duplex Up to 45 km 1300 nm PSI-MOS-RS232/FO 660 E 2708368 PSI-MOS-RS232/FO 660 T 2708410 PSI-MOS-RS232/FO 850 E 2708371 PSI-MOS-RS232/FO 850 T 2708423 PSI-MOS-RS232/FO 1300 E 2708588 Phoenix Contact 31

Open communication with customers and partners worldwide Phoenix Contact is a global market leader based in Germany. We are known for producing forward-thinking products and solutions for the comprehensive electrification, networking, and automation of all sectors of the economy and infrastructure. With a global network, we maintain close relationships with our customers, something we believe is essential for our common success. You can find your local partner at phoenixcontact.com 4 0 / 1 0 - 3 0 - 5 2 0 2 / 6 7 7 0 3 0 1 R N M 2 0 4 0 0 2 2 1 0 3