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Robust, powerful and perfect for hygienic applications - our new stainless steel Panel PC redefines industrial efficiency.

HySpeedVision (HYV) – Full Performance with Just One Cable The All-in-One Connectivity Solution for Machine Vision in Automation and Robotics Modern machine vision systems in automation and robotics demand the highest performance in image processing. Camera systems must transfer large volumes of data in real time, ensure stable signal quality, and operate reliably around the clock – even under harsh industrial conditions. High-resolution cameras generate enormous data rates that cannot be transmitted seamlessly without a reliable connectivity solution. At the same time, the demand is growing for space-saving solutions that combine data and power transmission, minimize cabling complexity, and provide maximum flexibility in system design. HySpeedVision - Engineered for Machine Vision With HySpeedVision (HYV), Rosenberger offers an all-in-one connectivity technology designed specifically for machine vision: - High-speed data transmission in real time – for high-resolution camera signals - Multi-protocol compatibility – ensuring maximum flexibility in system design - Single-cable technology for data & power – significantly reducing cabling effort Rugged and EMV-safe – built for reliable continuous operation in industrial environments HySpeedVision combines superior signal quality with a space-saving design, ensuring smooth and efficient data flow between camera and computer. Product Portfolio - PCB connectors - Cable assemblies Benefits - High transmission performance with GMSL3 - Single-cable technology for data and power - Engineered for dynamic applications - Compact integration with minimal installation space - Industrial-grade reliability -Applications - Robotic - Automation - Quality Control - Safety - Medical Technology Protocols - GMSL1-3 - FDP-Link - APIX® - ASA Motion Link - USB - Further protocols on request

i-series motec The new decentralized frequency inverter generation Next level: i650 expands the solution space​ i650 motec offers additional new functions compared to the i550 motec. With the Logic PLC, the decentralized frequency drive solves stand-alone applications of single or multiple drives. ​This integrated intelligence makes solutions independent of a higher-level control system possible. This saves hardware and integration costs, and the overall machine design remains clearer. ​ The integrated positioning function of the i650 is ideal for turntables, corner transfer conveyors and lifting stations. ​Safety is also enhanced with STO via CIP Safety in addition to STO.

Decentralized peripherals for every application: Boasting more than 500 I/O modules, programmable controllers and fieldbus couplers, WAGO’s remote I/O system offers all the functions required for your automation needs – and for every fieldbus.

Decentralization with extended connectivity – the I/O System Field for IP67-rated cabinet-free automation features an impressive range of functions.

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i750 cabinet servo inverter The i750 cabinet servo inverter provides everything for precise and dynamic motion control in complex multi-axis applications. Advanced safety functions and One Cable Technology reduce wiring and control complexity. Intelligent data-based functions and IIoT enable innovative motion control concepts. As a single or double axis, the i750 cabinet with a matching supplier fits seamlessly into the Lenze automation system. The strengths of the inverter become apparent in numerous applications in combination with Lenze controllers and the FAST Application Software Toolbox. The scalable range of hardware, software, engineering services, and digital services supports the realization of integrated automation systems from the cloud to the drive shaft. As a power extension of the i750 cabinet servo inverter in the range of 22 ... 110 kW, the i950 cabinet servo inverter can be used. Highlights - Integrated Functional Safety and One Cable Technology (OCT) - Autotuning function for quick and easy controller adjustment - Axis modules capable of multiple overloads for peak output currents between 5 and 64 A, double axes up to 32 A - Integrated Functional Safety and One Cable Technology (OCT) - Autotuning function for quick and easy controller adjustment Technical data and features (axis modules) - Technical data Single axis: 1.1 ... 15 kW Double axis: 1.1 ... 7.5 kW - Connections DC supply range: 260 ... 775 V (central mains connection via supply modules) 2x digital input Holding brake control Motor temperature monitoring Resolver/multi-encoder input for feedback (motor) - Communication EtherCAT Technical data and features (supply modules) - Technical data Output voltage: DC Rated DC-bus current: 30 A and 60 A - Connections 3 AC 230 V 3 AC 400 V 3 AC 480 V Brake resistor 3x digital input (permanently assigned) 2 x digital output (permanently assigned)

Cartesian Robots Systems IAI offers Cartesian-robots as 2- and 3-axis combinations, based on the well establish linear-axes of the RCP6-series. They are either equipped with a 24 V, or with 230 V servo motors in hundreds of different configurations as standard or precision types. All systems are compact, highly-stable units with a low weight and high rigidity. Each robot-system is delivered with the associated connecting parts and cabling and can be installed immediately in a production line. A wide range of configurations ensures that all the special requirements of every user can be met. The repeatability of all Cartesian robot systems is +/- 0.01 mm. The vertical installed axes can also be equipped with a brake, making sure that the slider is prevented from sinking down in the event of an unexpected interruption of the power supply. High-resolution battery-less absolute encoders All IAI Cartesian-robots also features of course high-resolution battery-less absolute encoders on all installed axes. So, these robots deliver all advantages of this technology as well: no need for homing operations or home sensors, no battery maintenance and problem-free restart after emergency stops. Small working envelope One of the key advantages of Cartesian-robots is their optimized working envelope which covers only the needed working space of the application. The individual combination of different length of all single axes, and even the number of axes, gives the maximum flexibility in designing exactly the handling system which is really and only needed. Complete Handling-Systems In combination of the Cartesian-robots with the electrical gripper and rotary-axes of IAI, it is indeed very simple to design complete compressed-air-free electrical handling-systems. Such Cartesian-robots doing a great job at all kind of handling applications, pick-and-place, palletizing or many other jobs in production, logistics or quality assurance departments in all industries.

The module IBH Link IoT together with TeamViewer allows easy access to controllers and their programming. It is a compact device for DIN rail mounting with four Ethernet ports and a 24V power supply. With the newly developed gateway IBH Link IoT and the pre-installed TeamViewer software, the possibility is offered to access almost all PLC systems anytime and anywhere. Complex modem solutions or the use of a PC on site are a thing of the past. IBH Link IoT with pre-installed TeamViewer software for secure access to almost all PLC systems On-site maintenance operations can be significantly reduced No PC required on site Encrypted data ensures high security Comfortable and simple configuration via web interface Support of all Ethernet capable controllers via the TCP and UDP protocols, e.g: S7 controllers addressable via S7 TCP/IP or IBH Link S7++ S5-controllers addressable via IBH Link S5++ SINUMERIK 840D/840D SL Mitsubishi controllers MELSEC IQR, FX5, QnA and L series Rockwell Controllogix and Compactlogix controllers Beckhoff TwinCAT controllers Omron controllers B&R control systems

The IBH link S5++ is a cost-efficient alternative solution for conventional PLC-PC-connections via Ethernet. If a PLC has to be connected via Ethernet with a PC, usually a CP communication processor needs to be applied to the PLCs rack. Due to the increasing integration in automation technology, more than ever a connection from a PLC to a PC is required. In general, the communication processors (e.g. CPs from Siemens, or Ethernet components from other manufacturers) are used for the connection to the PLC. As an alternative solution, IBHsoftec has recently introduced the IBHLink S5++ for connecting a PLC with a PC. The IBHLink S5++ is a compact and robust Ethernet-converter within a 15-pin Sub-D-housing for a connection via a switch, a hub or even directly to a PC with a common network adaptor. The used protocol is the standard TCP/IP protocol. In this way, the user can benefit from all the advantages of Ethernet like remote maintenance via a standard router or VPN-connections (Virtual Private Network). Likewise, a direct connection to the Internet is possible. All required drivers for the STEP5 V7.16 or higher and for S5 for Windows® are included . Of course you can also use it with the IBH OPC Server. S7-HMI devices can read and write variables from the S5 PLC using the RFC1006 protocol. Also the FETCH/WRITE protoccol is supported. Besides the programming capabilities also an application programming interface for HMI applications is included. For Windows operating systems there are samples in the languages Visual Basic, Visual C, Visual C++, VB.net, Visual C#, Delphi, Java, Excel included.

IBH Link S7++ features: - PROFIBUS nodes diagnostic via web browser - Master Class 2 for acyclic services (DPV1) - Configuration via web browser - Configuration via NetPro - Windows 8 64 Bit support - Windows 10 64 Bit support - STEP7 64 Bit support - Time synchronisation - PROFIBUS diagnostic - Slave diagnostic - Drive configuration - Setting of slave Parameter via DPV1 - Data set routing - Integration within the TIA portal - DHCP - S7 routing via RFC1006 - Fetch/Write via RFC1006 - PLC - PLC communication - Process data access with other PLC, Windows and Linux - Support for STARTER, S7-PCT, PDM, LifeList - Setting and diagnostic of field devices with TCI - Panel configuration - Online to SIMATIC S5 via SINEC L2 - Up to 16 parallel PC connections at the same time - Up to 32 parallel MPI / DP connections at the same time - Automatic bus profil detection - PG-connector - RJ45 with autonegotiation - Diagnostic LEDs - Power supply from the MPI/DP interface - External 24V supply

OPC UA Server for easy connection to MES, ERP and SAP systems and visualizations OPC UA Client functions for data exchange between different OPC UA Servers Certified from the OPC Foundation Integrated SoftPLC for data preprocessing 4 Ethernet Ports with Firewall for clean separation of machine and supervision level Scalable security levels through exchange of digitally signed certificates Connection to S7-PLCs over S7 TCP/IP or IBH Link S7++ Connection to S5-PLCs over IBH Link S5++ Comfortable configuration with the new IBH OPC UA Editor, Siemens STEP7 or the TIA Portal Administration via web browser Historical Data Alarms & Conditions Modbus connection MQTT connection Custom defineable address space Support for the SINUMERIK 840D/840D SL More information NEW: Support for the SINUMERIK ONE Support for the Mitsubishi controller MELSEC IQR, FX5, QnA and L series Support for the Rockwell controller Controllogix and Compactlogix Download and Upload of the configuration on a MicroSD card Support of data models and methods with Python AnyViz Cloud connection Remote Control via TeamViewer IoT

Embedded OPC UA server/client with integrated firewall for SIMATIC, Mitsubishi and Rockwell controllers. It is a compact device for DIN rail mounting with two 1Gbit Ethernet ports and a 24V power supply. The IBH Link UA Quad Core 64 Bit is a much more powerful device for demanding applications, as it works with a 64 bit 1.8 Ghz processor with 4GB RAM. (For comparison: The IBH Link UA Quad Core 32 Bit works with a 32 Bit 1 Ghz processor with 2GB RAM.) Furthermore, the IBH Link UA Quad Core offers the possibility to extend the functionality with Cloud Services by using an SD card. MQTT connection: User-defined OPC UA variables can be exchanged with an MQTT broker/server. The IBH Link UA can therefore be used as a layer between machines and control systems (MES, ERP...) independently of controllers. Support of data models and methods with Python: To link data models or companion specs with Python modules on the IBH Link UA, the desired companion spec or data model is integrated into the project on the IBH Link UA. The OPC Foundation has specified data models for a variety of industries. For industrial automation, for example, there are data models for the automation of production plants and machines, such as machine control, monitoring and diagnostics, as well as production process management and energy management. This means that all the possibilities offered by Python can be used. GDS - Global Discovery Service (Server/Client): A Global Discovery Server (GDS) provides mechanisms for the central administration of the following components: • CA-signed certificates and self-signed certificates • Trusted lists and certificate revocation lists (CRL) A GDS thus provides an access point for central certificate management. It therefore takes on the role of a security server within an OPC UA network. Optionally, it is possible to install a GDS server from Unified Automation as a Docker container.

BLC Series Premium Batch Vapor Phase The BLC series is an environmentally friendly and flexible system series for high-quality soldering. The Premium series can easily handle complex soldering applications. A mixture of large and small components can be soldered at the same time without them overheating. The "Intelligent Profiling System" gives the user full control over the temperature rise. Together with the "Soft Vapor Phase", there is no need to worry about the components' temperature increasing too high. The low energy consumption compared to other soldering systems leads to even lower operating costs. The system has excellent heat transfer in an inert oxygen-free atmosphere, without the need for expensive nitrogen. The two-chamber system with a large touch display makes this machine user-friendly, easy to set up and use. Soldering is possible regardless of the assembly weight with the same profile.