INDUSTRY 4.0 SENSOR INTELLIGENCE FROM SICK. Networked reality: the future of the industrial value chain

INDUSTRY 4.0 SENSOR INTELLIGENCE FROM SICK Networked reality: the future of the industrial value chain

INDUSTRY 4.0 DRIVING YOUR INDUSTRY 4WARD MAKING GREAT STRIDES INTO THE FUTURE Networked production and control processes in complex machine environments will determine the future in Industry 4.0. SICK, however, is already laying the foundation for dynamic, real-time-optimized, and selforganized industry processes today. As providers of data, sensors are essential for Smart Factories. And as sensor experts, we at SICK understand the responsibility we bear. That is why the company has been committed to its tagline of Sensor Intelligence. since 2004. 2 INDUSTRY 4.0 SICK 8021162/2017-04-03

INDUSTRY 4.0 Networked reality Networked production and control processes in complex machine environments will determine the future in Industry 4.0. Application expertise Intelligent sensor technology must be suited to the task in question. SICK ensures this with industry and application knowledge. Data sovereignty Apart from humans, sensor technology is the only source of data in production. The security of this data determines the success of networked processes. Smart Factories supply tailored solutions Having access to a high volume of data provides the opportunity to produce more efficiently and more flexibly and to achieve higher standards of quality. However, the success in making this vision a reality is heavily dependent on the reliability of the data producers: the sensors which capture real-time situations and convert these into digital signals, forming the basis for the process chain. It is important to precisely define which data is required. SICK is able to draw on a wealth of industry and application knowledge in order to find the right solution for every customer. A solution is only intelligent if used in the right way. Targeted data collection by means of individual configuration provides a reliable basis for the design of application-specific production processes. The seamless networking of individual production steps means that these can be combined in any way required, with full traceability. This enables the creation of tailored products on request. Also, all production steps become fully traceable in real time: Comprehensive track and trace solutions provide exceptionally accurate information about each product s location. Consequently, quality controls can be carried out directly at each step; production faults are identified and corrected without delay. Flexibility and transparency are the hallmarks of the Smart Factory. Data sovereignty is essential In order to fully exploit the potential of Industry 4.0, the network of the parties involved must think and act beyond the boundaries of their own production systems. This is the only way to link up supplier, manufacturer, and customer processes seamlessly and automatically. Data security is the key to success in this regard. From collecting data to transferring, saving, and processing it, the network must be protected against failures and misuse: Data sovereignty must be ensured at all costs. Industry 4.0 requires a holistic approach: As a product, system, and service specialist, SICK lives up to this requirement and collaborates with its customers to develop tailored responses to future challenges. 8021162/2017-04-03 INDUSTRY 4.0 SICK 3

HUMAN-ROBOT COLLABORATION HUMAN-ROBOT COLLABORATION Producing companies want their production workflows to be highly automated yet flexible. This also includes closer interaction between humans and machines. The factories of tomorrow are increasingly set to blur the lines between humans and machines, with teams of robots and people working side by side. This calls for safety solutions which respond with absolute reliability and high levels of flexibility, even in unexpected situations. Our 70 years of experience in equipping numerous machines and plants are the foundation for our tailored solutions, safety systems, and services that are able to meet future requirements. As today s plants already contain elements that live up to the requirements of Industry 4.0 and are waiting for their full potential to be tapped. Flexible, safe, reliable It is already possible to adapt safety sensors accurately to the current machine process. Intelligent algorithms are making it possible to move away from digitally activated safety technology in favor of a continuous machine response based on the current position of the worker or on the plant. This means that the worker approaching the machine no longer triggers a complete shutdown, but that, instead, the working speed is being reduced appropriately or the directions of movement are being modified. This ensures the worker s safety at all times without having to interrupt the production process, thus minimizing downtime and unintended shutdowns, cutting down cycle times, and boosting efficiency and availability in machines and plants. Safety expertise in the portfolio The programmable safety controller with accompanying software, which can also be combined with a safe sensor cascade, makes it possible to protect a large number of hazardous points at the same time. The new generation of safety laser scanners reliably protects hazardous areas, access points, and hazardous points. High-performance safety light curtains can be used as compact muting alternatives without additional sensors and as hazardous point and area protection with high availability. SICK maximizes the availability of protective devices and keeps machine and plant downtime to a minimum with its products. 4 INDUSTRY 4.0 SICK 8021162/2017-04-03

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Flexi Soft Safety controllers Flexi Loop Safe sensor cascade Flexi Soft At a glance Expansion modules, Motion Control modules, and gateways for all common fieldbuses Configuration data stored in the system plug Safe networking of up to 32 Flexi Soft stations Scalable for an efficient and cost-optimized safety application solution Cost savings: Flexi Soft offers a modular structure that is in line with your requirements, and thus offers an ideal level of granularity Intuitive configuration software featuring comprehensive functions enables continuous monitoring of the configuration Rapid verification of the safety application: The configuration software provides documentation and a wiring diagram Integration of sensor cascade Multi-language, license-free configuration software: exceptionally simple operation, plausibility check, simulation mode, wiring diagram, parts list, documentation, and data recorder Safety logic is easy to create thanks to ready-made, TÜV-certified function blocks The main module s diagnostics interfaces and the configuration storage facility in the system plug enable rapid commissioning, component replacement, and troubleshooting, resulting in minimum downtimes www.sick.com/flexi_soft Flexi Loop At a glance Ability to cascade 32 sensors with up to 100 m per segment in compliance with performance level e Compatible with sensors from all manufacturers Detailed diagnostics information Integrated standard inputs and outputs Cascading of safety switches and safety sensors with OSSD outputs minimizes the wiring effort and the number of inputs of the safety controller, which saves costs Easy retrofitting of existing machines Simple calculation of the performance level saves time since the Flexi Loop node monitors each sensor individually User-friendly due to quick and easy configuration Voltage supply for sensors is included Unshielded standard cable featuring M12 connectivity Enclosure rating IP 65 and IP 67 Intelligent accessories for field diagnostics and commissioning Ability to be used over long distances increases application flexibility Detailed diagnostic information minimizes system downtime Seamless system integration and communication with other SICK safety controllers Detailed status information on Flexi Loop components, diagnostics accessories, and safety controller enable quick and easy field diagnostics www.sick.com/flexi_loop 6 INDUSTRY 4.0 SICK 8021162/2017-04-03

Safety laser scanners microscan3 Core Safety light curtains C4000 Fusion microscan3 Core At a glance Innovative safehddm scanning technology High reliability even when exposed to dust and ambient light Up to 8 freely configurable fields Up to 4 simultaneous protective fields safehddm : innovative scanning technology for an outstanding ratio between wide scanning range and compact design for simple integration in your machine Rugged design: developed for harsh industrial day-to-day work, the microscan3 is resilient and reliable, and increases productivity Protective field range 5.5 m; scanning angle 275 System plug with configuration memory and M12 plug connectors Safe communication via CIP Safety in EtherNet/IP network Smart connectivity: low cabling costs due to standardized interfaces, fast device change due to configuration memory, and safe integration into EtherNet/IP networks possible Intuitive operation: easy commissioning with the Safety Designer software and diagnostic options via the display, pushbuttons, or network www.sick.com/microscan3_core C4000 Fusion At a glance Type 4 (IEC 61496), SIL3 (EN 62061), PL e (EN ISO 13849) Self-teaching and dynamic blanking for access protection related to the application Hand and area protection in dirty environments Increased system productivity, since the safety light curtain is not shut down as a result of falling chips Available: skids are detected, interference objects such as cables are blanked Cost-effective due to the savings made on additional muting sensors or other protective measures Maximum safety for access protection with automated material transport the system reliably differentiates between man and material Multiple sampling Reduced resolution Fixed blanking 2 virtual photoelectric switches Integrated laser alignment Easy integration and quick commissioning save time and costs since secondary sensors are not required Safe: also offers protection in areas where there is no object, in contrast to conventional muting solutions The integrated laser alignment aid enables time-saving alignment of the sender and receiver www.sick.com/c4000_fusion 8021162/2017-04-03 INDUSTRY 4.0 SICK 7

TRACK AND TRACE SOLUTIONS TRACK AND TRACE SOLUTIONS As they move toward Industry 4.0, companies are facing the challenge of networking machines and overarching IT systems within their production processes. The aim of this concept is to gain an overview of all production and logistics processes along the entire supply chain, right through to order fulfillment and delivery to the customer. The seamless networking of individual production steps makes products traceable during complex production and logistics processes. Track and trace solutions provide exceptionally accurate information about the current location and condition of each product. This optimizes production and delivery networks as a whole. Intelligent sensor solutions generate data and information which enable complete detection, identification, and tracing in the networked process chain. 8 INDUSTRY 4.0 SICK 8021162/2017-04-03

TRACK AND TRACE SOLUTIONS Seamlessly networked: every product firmly in sight Track and trace solutions can be implemented using a wide range of different technologies. When it comes to achieving the best possible reading performance and system integration, the choice of identification technology varies depending on the respective requirements. In Smart Factories, RFID and programmable cameras are the most popular choice as Industry 4.0-compatible solutions. In the automotive industry, meanwhile, RFID data cards are increasingly being installed in components. The sensor technology along the production chain uses the data cards to directly detect which assembly steps are to be initiated. As a result, it ensures comprehensive transparency up until delivery. Transparency for every process Today s intelligent sensor solutions are not just about recording reality accurately, but also about processing the information in the sensor. For example, thanks to a flexible output format, the data output can be adjusted exactly to suit the requirements by setting and linking the logical conditions. This reduces the level of programming effort in the control unit. In light of all this, each technology will continue to have its place in the future: RFID makes it possible to read and write data and thus make use of data cards in many different ways. The transponders do not even need direct visual contact. Image-based code readers, on the other hand, are able to read 2D codes and plain text. All stored images can be archived and analyzed. The SICK AppSpace eco-system delivers maximum development flexibility to minimize complexity, costs, and risks in the implementation of custom-made image-based track and trace solutions. SICK AppSpace is based on SICK AppStudio, an open development system for customer-specific applications on programmable SICK devices. The SIM4000 Sensor Integration Machine part of the SICK AppSpace eco-system opens up new possibilities for application solutions. Data from SICK sensors and cameras can be merged into a point cloud, evaluated, archived, and transmitted. 8021162/2017-04-03 INDUSTRY 4.0 SICK 9

SICK AppStudio SICK AppSpace SIM4000 Sensor Integration Machine SICK AppStudio At a glance Overview illustrations of input windows and status information AppExplorer for displaying and managing sensor app components Graphical Flow Editor for block programming The editor with convenient autocompletion function makes program creation easier and quicker The emulator functionality makes programming possible even when no programmable SICK device is connected to the PC Save time when searching for programming errors using the debugger AppMonitor for visualizing system performance and usage ViewBuilder for easily creating a web GUI CPU and memory usage visualization provides information about the performance of the connected devices in the functioning state Quick integration and creation of sensor apps thanks to many example programs www.sick.com/sick_appstudio SIM4000 At a glance Wide range of connections with 25 interfaces for Ethernet-based fieldbuses, cameras, illumination, sensors, encoders, and more besides 8-gigabit Ethernet interfaces for rapid image transmission Tailored application development with SICK AppSpace High-performance, innovative application solutions through merging of sensor and camera data The integrated HALCON library opens up a whole host of image processing possibilities for every industrial field of application Recording, evaluation, and archiving of data from multiple cameras and sensors, enabling quality control, process analysis, and predictive maintenance for vertical integration in Industry 4.0 Precise synchronization of input and output signals Illumination control and supply IO-Link master connections Enclosure rating IP 65 Real-time-capable hardware reduces integration work in, for example, timecritical robotics applications Quick and easy commissioning thanks to prefabricated cables with M12 connections www.sick.com/sim4000 10 INDUSTRY 4.0 SICK 8021162/2017-04-03

RFID RFU65x 2D vision InspectorP65x RFU65x At a glance Compact UHF RFID read/write device in accordance with ISO/IEC 18000-63 Positioning and angle detection by RFID transponders Integrated algorithms deduce the direction of entry and movement based on numerous measured values UHF RFID transponders demonstrate outstanding reading reliability thanks to correct transponder assignment, including integrated entry detection plus direction output. Space-saving, compact device that does not require any additional antennae Easy to integrate into industrial fieldbuses with 4Dpro connectivity Supports data and fieldbus interfaces that are typically used in the industry Fulfills the requirements of the IP67 enclosure rating ( outdoor ) and is rugged and durable Compatible with other SICK RFID read/write devices, making it highly flexible Additional software functions for the device can be programmed in the SICK software environment and integrated into the device www.sick.com/rfu65x InspectorP65x At a glance 2.1 and 4.2 MP programmable 2D cameras Flexible C-mount lens and integrated illumination 4Dpro interfaces SICK AppSpace development framework offers full software flexibility for tailored solutions World-leading HALCON 12 library runtime license included Fast, high-resolution programmable 2D cameras ensure maximum performance Flexible optical design and high-power lighting enable long-distance and large FOV setups Aiming laser, beeper and feedback spot Powered by HALCON 12 library Scripted in SICK AppStudio Web operator interface Unique operator interaction possibilities thanks to powerful set of convenience features Smooth commissioning with customized operator interface and SICK AppManager www.sick.com/inspectorp65x 8021162/2017-04-03 INDUSTRY 4.0 SICK 11

FLEXIBLE MANUFACTURING FLEXIBLE MANUFACTURING Low quantities and individualized mass products are the key words of Industry 4.0. To make this a reality, a machine or plant must be able to handle variable product infeed and adapt to different formats. This is the only way to ensure that goods can be produced individually to suit customer needs right down to batch size 1, or be adapted to suit fluctuations in demand as flexibly and efficiently as possible. Intelligent sensor technology goes hand in hand with a new standard of quality in flexibility. This technology makes it possible to collect production data in real time. SICK sensor intelligence supports and relieves data processing tasks by using intelligent functions to evaluate measurement data directly in the sensor and transferring the relevant user data in the form of prepared information. Well equipped for the future In practice, transforming existing plants and systems so that they are fit for this new world is a considerable challenge. This is why, at SICK, we place great emphasis on ensuring that our concepts are backwardly compatible. As a result, our products can be integrated into existing machines or even be connected to higher-quality data systems. SICK offers a large range of application-specific sensor and system solutions including those for identifying and tracing materials and products thus making it possible to reduce stock levels and throughput times. Sensor solutions for process monitoring and quality control offer added flexibility and autonomous adaptation when it comes to variations in quality or product changes. As a result, they offer resource efficiency, a lower reject rate, and a high level of throughput. Flexible production in the starting blocks As the level of automation in a plant increases, the tasks of the individual components increase as well: Photoelectric sensors with flexible sensor settings and diagnostic functions, for example, are already used in applications across a range of industries. Inductive, IO-Link-enabled proximity sensors perform complex tasks directly in the sensor. Contrast sensors, level sensors, and electronic pressure switches communicate parameter settings via integrated IO-Link interfaces. Measuring automation light grids reduce the amount of cabling in production environments and enable access to diagnostic functions and format changes. Encoders with EtherNet/IP feature an active web server as well as function blocks for fieldbus integration. Compact 2D LiDAR sensors (also 2D laser scanners) provide reliable object detection in the field of surface monitoring. Our application specialists use this portfolio to develop tailored concepts for optimizing production processes. SICK enables Industry 4.0 in every field. 12 INDUSTRY 4.0 SICK 8021162/2017-04-03

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W4S-3 Miniature photoelectric sensors IMC Inductive proximity sensors W4S-3 At a glance Best background suppression sensor in its class Universal use of PinPoint LED technology in all models BGS proximity sensor with laser-like light spot for precise detection tasks Application versatility due to reliable detection of shiny, transparent or jetblack objects Very quick and easy alignment due to the highly visible, intense PinPoint LED light spot Rugged mounting system with M3 threaded metal inserts reduces maintenance costs due to a long service life Reliable setting via 5-turn potentiometer, teach-in pushbutton, teach-in via cable or IO-Link Flexible sensor settings, monitoring, advanced diagnostics, and visualization thanks to IO-Link Background suppression sensors with a laser-like light spot reduce costs and installation of additional protective measures by replacing laser sensors IO-Link provides easy data access from the PLC Quick and easy configuration Quick and easy integration using function blocks www.sick.com/w4s-3 IMC At a glance Types: M8 to M30; IQ10 and IQ12 Four programmable switching points or windows at an Sn of up to 20 mm Freely programmable output function Enclosure rating: IP 68, IP 69K Temperature range: 40 C to +75 C Advanced diagnostic options ensure stable processes Programmable switching thresholds and windows make predictive maintenance easier and reduce machine downtimes Switching point teaching enables precise object positioning without the need for time-consuming adjustment Rugged stainless-steel or VISTAL housing Logic, counter, time measurement, or temperature monitoring function IO-Link 1.1 Reduced costs as fewer sensors or sensor variants are required Stable signals thanks to integrated debounce function Reduced project planning and cabling work as complex tasks are easy to implement directly in the process Future-proof thanks to IO-Link 1.1 communication www.sick.com/imc 14 INDUSTRY 4.0 SICK 8021162/2017-04-03

Contrast sensors KTX Prime Measuring automation light grids MLG-2 ProNet KTX Prime At a glance TwinEye-Technology for increased depth of field and sensing distance tolerance 50 khz switching frequency and 5 μs jitter Large dynamic range means reliable detection of contrasts on glossy materials 1:1 replacement for existing KT series - assembly compatibility TwinEye-Technology for better performance on glossy or jittering materials - less machine downtime and more process stability Multi-functional sensor adjustment for individual sensor adjustment Excellent contrast resolution and a large dynamic range for good performance on complex materials 7-segment display Color mode Assembly feedback IO-Link and automation functions Flexible sensor setting thanks to various sensor parameters High flexibility thanks to a range of teach-in processes Integrated color mode - stable detection even with complex color differences Job storage in sensor - flexible process design and format change Diagnostics and visualization as well as easy format change via IO-Link www.sick.com/ktx_prime MLG-2 ProNet At a glance System self-diagnosis possible High-resolution light grid with 2.5 mm, 5 mm, 10 mm, 20 mm, 25 mm, 30 mm and 50 mm beam separation High speed scan function with three scan speeds Reduced cabling work saves time in planning and installation. Acyclic data communication enables access to diagnostic functions and format conversion. Integrated interfaces and suitable function blocks reduce commissioning work High measurement accuracy function for reliable detection of small objects Transparent mode function for reliable detection and measurement of transparent objects Transparent mode function for detection of transparent objects Measuring cross-beam, measuring 4 x zones, 2 x holding functions Data compression: Run length coding Configuration software SOPAS for more functions and direct access to MLG-2 ProNet High speed scan function offers fast response time for safe detection of fast objects Extensions or adjustments are easily carried out, guaranteeing flexibility and future viability www.sick.com/mlg-2_pronet 8021162/2017-04-03 INDUSTRY 4.0 SICK 15

AFS/AFM60 EtherNet/IP Absolute encoders TiM1xx 2D LiDAR sensors AFS/AFM60 EtherNet/IP At a glance High-resolution, 30-bit absolute encoder Integrated web server and FTP server DLR (Device Level Ring) Function module Integrated web server for easy configuration without the need for specialized interface knowledge FTP server for firmware updates directly on site and in existing systems DLR (Device Level Ring) for enhanced system throughput thanks to redundant network communication Status display via five duo LEDs on the sensor for a quick initial indication of the operational status Comprehensive diagnostic functions IP addressing via software or hardware Round axis functionality (transmission calculation) Comprehensive diagnosis via the 32- bit fault header Round axis functionality for full scalability for binary and non-binary resolutions as well as not complete multiturn revolutions (transmission calculation) Individual IP address via DHCP or predefined IP address via DEC switches www.sick.com/afs_afm60_ethernet_ip TiM1xx At a glance Small, simple, and cost-effective sensor for area monitoring Monitoring of an area of up to 15.7 m² Low weight of just 90 g Field evaluation using integrated software algorithms Low installation effort thanks to monitoring of a 200 field of view Low overall operating costs Low space requirements thanks to compact dimensions Rapid commissioning thanks to simple configuration of the detection zone with teach-in or software Low power consumption of typically 2.2 W Configuration and cloning using IO- Link Industrial design Low installation costs and rapid replacement thanks to rotatable connector, IO-Link, and parameter cloning Particularly suitable for use in batteryoperated vehicles thanks to low power consumption www.sick.com/tim1xx 16 INDUSTRY 4.0 SICK 8021162/2017-04-03

Pressure sensors PAC50 Level sensors LFP Inox PAC50 At a glance Electronic pressure switch for pneumatic applications Large display shows system pressure, output states and set switching points Three large function keys and intuitive menu navigation Measuring range for gauge pressure (vacuum and overpressure) Bi-color display (green/red) clearly shows the output state to recognize whether the pressure is within the target range Quick overview of important system parameters due to advanced display functions Intuitive operation allows simple and quick commissioning Pressure connections on the back and bottom, various mounting options and configurable output signals provide installation flexibility Individually programmable switching outputs and optional analog output Installation on a mounting rail, wall or in a control panel IO-Link High reliability due to the rugged design (IP 65/IP 67 enclosure rating) and proven technology Low storage costs since a few product variants are able to meet a broad range of application requirements Reduced downtime when changing the format or replacing the sensor thanks to IO-Link www.sick.com/pac50 LFP Inox At a glance Level measurement in hygienic applications Rod probe can be cut to length manually up to 4,000 mm long with Ra 0.8 µm Process temperature up to 180 C, process pressure up to 16 bar CIP/SIP-resistant High enclosure rating: IP 67 and IP 69K, autoclavable Rugged design increases service life High flexibility rod probe can be cut to length and connection concept is interchangeable Cost savings as a result of multiple output signals: one system for both point level and continuous level measurement Interchangeable hygienic process connections 3 in 1: combines display, analog output, and binary output Remote amplifier with process connection IO-Link 1.1 Maintenance-free and easy to commission without calibration, saving time and money Remote display of measured values and saves space www.sick.com/lfp_inox 8021162/2017-04-03 INDUSTRY 4.0 SICK 17

ANALYSIS AND PROCESS MEASURING TECHNOLOGY ANALYSIS AND PROCESS MEASURING TECHNOLOGY Industry 4.0 offers new opportunities for data-based analysis and process measuring technology as well: In this field, reliable data which is communicated in real time is essential. As any discrepancies, e.g. in emissions, can have serious consequences. SICK provides intelligent solutions for waste incineration plants, power, steel, and cement plants, oil and gas industry applications, as well as for chemical and petrochemical plants and refineries. Together, these solutions make an important contribution to protecting our environment. Secure remote access As we move toward Industry 4.0, SICK is focusing on data management and remote maintenance services beside its products: Quick and secure Internet connections, tamper-proof authentication methods, and intelligent sensors and controls are the cornerstones of individual online support for sensors and plants. Industry 4.0 will boost the potential of these networked services. Quick and secure networks not only enable specialists to intervene for maintenance purposes, but also allow them to supervise an application continuously from a distance and monitor processes in real time. Reliable data for networked process control The emission data management solutions from SICK collect, save, visualize, and evaluate emission data on a continual basis. When it comes to gas measurements, SICK provides options for gas flow conversion, event logging, parameter logging, and reports by using state-of-the-art technology. Each module combines high-precision measurement technology, fast digital signal processing, abundant processing power, versatile data communication, and high storage capacity. 18 INDUSTRY 4.0 SICK 8021162/2017-04-03

CEMS solutions MEAC Flow computer Flow-X MEAC At a glance Evaluations according to 1, 2, 13, 17, 27, 30, 31 BImSchV and TA Luft Analog and digital data collection saved at 5 s/1 min intervals with auto-backup Distributed visualization, operation in the network and automatic e-mail alarms Time savings through simulation mode for installation and functions checks Savings on service costs through flexible parameterizing interface for users, e.g for device calibration High availability through automatic synchronization service for data and parameters Parallel calculation of greenhouse gas emissions in the same system Fewer limit violations due to special CO evaluation Flexible data presentation also in process images Analog and digital data to the customer system at 5 s/1 min intervals Recording of QAL3 cycles User can draft own reports in MS Excel format, to which data are then added automatically Customer network can be used to connect to process control systems, no need for new cabling Continued use of existing data and parameters from earlier MEAC versions www.sick.com/meac Flow-X At a glance MID approved configuration for gas metering streams with FLOWSIC600 Powerful modules for demanding applications Each module features CPU, memory and equal in/outputs Compelling 7 graphic display with touch operation Reduced planning and installation costs through standard configurations Very accurate volume conversion with multiple calculation cycles per second High reliability through independent modules with their own volume conversion and storage of measured values, counter readings and events Easy extension of installations with modules featuring equal in/outputs and 100% software configuration Intuitive user interface for graphics display and web browser True remote access via Ethernet Station computer for multiple streams Very simple operation through intuitive user interface featuring identical menus and displays on the device and in the control room Reduced service and maintenance costs with tamper-proof remote maintenance Cost-efficient and flexible system integration of multiple streams C US www.sick.com/flow-x 8021162/2017-04-03 INDUSTRY 4.0 SICK 19

8021162/2017-04-03 DM_CDGMC/GV Pre USmod en46 SICK AT A GLANCE SICK is a leading manufacturer of intelligent sensors and sensor solutions for industrial applications. With more than 7,400 employees and over 50 subsidiaries and equity investments as well as numerous agencies worldwide, we are always close to our customers. A unique range of products and services creates the perfect basis for controlling processes securely and efficiently, protecting individuals from accidents and preventing damage to the environment. We have extensive experience in various industries and understand their processes and requirements. With intelligent sensors, we can deliver exactly what our customers need. In application centers in Europe, Asia and North America, system solutions are tested and optimized in accordance with customer specifications. All this makes us a reliable supplier and development partner. Comprehensive services round out our offering: SICK LifeTime Services provide support throughout the machine life cycle and ensure safety and productivity. For us, that is Sensor Intelligence. Worldwide presence: Australia, Austria, Belgium, Brazil, Canada, Chile, China, Czech Republic, Denmark, Finland, France, Germany, Great Britain, Hungary, India, Israel, Italy, Japan, Malaysia, Mexico, Netherlands, New Zealand, Norway, Poland, Romania, Russia, Singapore, Slovakia, Slovenia, South Africa, South Korea, Spain, Sweden, Switzerland, Taiwan, Thailand, Turkey, United Arab Emirates, USA, Vietnam. Detailed addresses and further locations - www.sick.com SICK AG Waldkirch Germany www.sick.com