Exhibitor products

Cost calculation at design stage. Up to 80 percent of the manufacturing costs of products are already determined during development. With our software, you know exactly how high these are: All geometric and topological information is taken directly from your 3D CAD model and automatically analyzed. In seconds, the software determines routings, calculates production costs and detects cost drivers at an early stage. The basis for the calculation is an intelligent combination of many years of experience and the individual cost factors of your company.

The CMS-10R IoT messaging system is an innovative and reliable remote monitoring and control solution for industrial and building applications. Thanks to the use of mobile technology, the system is versatile. Connected to the IoT platform, the CMS-10R device can be configured and controlled from any location. It is suitable for use in remote, poorly difficult accessible locations, it can be added to new installations or integrated into existing systems. From monitoring to alerts to control • Integrated switching functionality to remotely turn devices ON/OFF • Reliable operation even in remote locations without local internet or Wi-Fi • Multi-channel notifications: voice call, push, email, pager, and SMS • IoT cloud portal as a central access point • Intuitive dashboard with time-based data logging and clear visualization • Event-driven alerts with timestamp and detailed event logging • API and webhook integration for seamless connectivity with external systems and services • Remote configuration and maintenance of connected devices — anytime, anywhere • Real-time monitoring and control via mobile app (smartphone & tablet) • Over-the-air (OTA) updates for continuous system improvements • Fallback mode ensuring continued operation even during cloud downtime

Benefits ■ Achieve accurate and uniform detection across the entire object by scanning multiple points, using both static and dynamic teach-in methods. ■ Benefit from intelligent diagnostics, visualization, quick job format change, and remote configuration, all made possible by the integrated IO-Link functions. ■ Save time and money with quick and seamless integration into existing applications, thanks to the miniature housing. Features ■ Stable color detection, regardless of distance ■ Determine the colour of the target object ■ Detect objects with different shapes and surface characteristics ■ Different sensing distance from 18 to 150 mm ■ Possibility to choose between IO-Link or standard mode ■ IP67, IP69K and ECOLAB ■ Compact format with metal body material ■ Response time from 50 to 180 μs ■ Switching frequencies between 3 Hz to 3 KHz ■ IO-Link

Visible at all times. The control and signalling devices are designed for industrial applications with a high visibility factor. They are mounted either on a control panel or a control desk and the attractive, ergonomic design makes the control and signalling devices the ideal solution for various control circuits.

Introduction to and training at a system is very important for the commissioning process. ELPEX AG supports customers comprehensively until a level of full satisfaction is achieved. Any occurring deficiencies are quickly and cost-efficiently remedied by remote access (remote maintenance). Typical procedure: Factory Acceptance Test (FAT) with the customer Hardware IO and functionality test Software functionality test Procedure test up to customer acceptance Commissioning documentation in the form of a journal Staff training Operating instructions

The CC100 starter kit with the WAGO Compact Controller 100 offers a simple, quick and cost-effective way to get started in the WAGO control world. To get to know and test the WAGO CC100 (751-9301), WAGO now offers the WAGO Compact Controller 100 starter kit. This starter kit offers a simple, quick and cost-effective way to get started in the WAGO control world - specifically in dealing with the WAGO Compact Controller 100, CODESYS and the Industrial IoT world (open automation). Another advantage: The starter kit is "ready to use" - that is, users can get started and wire up straight away. The starter kit is therefore particularly suitable for getting started in the WAGO control world and for smaller automation solutions, regardless of the user's level of knowledge. Your advantages: ✔️ Easy and quick introduction to using the WAGO Compact Controller 100, CODESYS and Industrial IoT ✔️ Ready to work: wire up and get started ✔️ Start of a series of starter kits for WAGO Compact Controller The new WAGO Compact Controller 100 with integrated I/Os offers maximum performance with minimal space. WAGO is thus optimally rounding off its automation portfolio below the proven PFC200 family. As is usual in the WAGO controller family, the CC100 works with a real-time Linux operating system and supports the common fieldbus protocols - a clear commitment to openness and interoperability. Your advantages: ✔️ Controller with real-time Linux operating system ✔️ Compact controller with I/Os in a REG housing ✔️ Manufacturer-independent engineering environment CODESYS V3

The EWIO2 device families are high-performance data loggers and mini controllers (see variants) with numerous interfaces for applications in energy monitoring and energy management systems in accordance with DIN EN ISO 50001, as well as for automation tasks in buildings, machines, and systems. Small control tasks can be created intuitively and easily with the graphic programming interface “Node-RED”, integrated in the web server via drag & drop. In the process, prefabricated nodes are linked together to form program flows. Countless flows and nodes from different manufacturers and categories (palettes) can be loaded from the large Node-RED community into the development environment and used. Two Ethernet-Ports with Daisy Chain function and the WLAN interface* are predefined for connection to a LAN or WLAN network and for daisy chaining several network participants. The EWIO2 features the communication protocols Modbus TCP and BACnet/IP (*variants) for connection to the management (e.g., building management system) or automation level (e.g. controllers). Sensors and consumption meters of different media (e.g., energy, water, gas and heat) can be connected and read out via the interfaces M-Bus, S0, Modbus RTU and Modbus TCP. The consumption values of individual data points are stored in the database of the EWIO2 with a time stamp. This data can be sent (push) or read (pull) as a CSV file from the database via e-mail (SSL) or FTP (SFTP). The EWIO2 can also be accessed via Modbus TCP, BACnet/IP, and TCP/IP, and the database queried. A REST-API interface enables direct access to the device from higher-level systems. The configuration, parameterization, and programming of the EWIO2 is done by the web browser directly on the device, meaning no additional software is required. The integrated digital and analog inputs and outputs of the EWIO2-M are designed to connect sensors and actuators from different applications in building or industrial automation.

The new 1016…SR series from FAULHABER expands the proven motor family to compact DC motors with precious-metal commutation. Together with the already introduced 0816…SR and 1024…SR series, these drives, combinable with suitable FAULHABER drives and encoders, are ideally suited for applications where maximum power is required in the most compact spaces. The new 1016…SR motor series reaches a continuous torque of 0.92 mNm at a length of only 16 mm and a diameter of 10 mm. Its Δn/ΔM characteristic curve has an especially flat slope of 5953 rpm/mNm ,3 V and therefore makes it possible to have extremely soft transitions during a load change. Further strengths of the motor are its low power consumption, high energy-efficiency and minimal vibration and low audible noise. It is therefore suited as a drive for applications with small dimensions and very high requirements, such as for precision tools, optical devices or active prostheses. The 1016…SR DC-micromotor with a wide range of gearheads can be combined like the other motors in the SR family. It reaches a torque of up to 300 mNm with the 12/4 planetary gearhead. For applications where high-precision positioning is essential, zero backlash spur gearheads are available as a compact alternative. With these, undesirable play can be reduced or eliminated. Optical and magnetic encoders with a resolution of up to 256 pulses per motor shaft revolutions make highly precise control of the drive possible. In addition, it can be combined with numerous controllers, from the miniaturised SC 1801 speed controller up to the MC 3002 motion controller for a complete solution.

A wide range of interfaces despite limited space _ Remote mounting for encoders of the series 582, 802, 1102, and 362, as well as AEV70 _ A cable between the rotary encoder and the interface box – up to 15 m in length _ Ideal for ATEX zones and aggressive environments Compact & versatile _ Wide range of interfaces, including for 36 mm encoders _ Mounting the box in an accessible location _ Relief for Industrial Ethernet and multiple connections _ Easy integration of encoders in stainless steel or protective housings Many plugs, little space? The Compact Interface Box CIB2X from TR Electronic provides a solution. Instead of routing multiple cables directly to the rotary encoder, the interface box is mounted separately and connected via a single cable. This reduces cabling requirements and enables more compact installation situations – even with 36 mm rotary encoders. The CIB2X supports ATEX applications and aggressive environments and facilitates the integration of Industrial Ethernet. This preserves full interface diversity, regardless of the available installation space.

The CompactMark G8 allows machining on an area of 700x450mm (with an FFL160 lens). This large machining area is achieved thanks to the movement of the X and Y axes. This marking system is suitable for engraving individual parts as well as for marking dozens of small parts in part holders or pallets, with the precise axes always perfectly centering the marking.

Flexible, Fully Networked Vacuum Generation Lean: • Central compressed air and power supply for up to 16 ejectors with just one connection each • Compact design and low weight make it suitable for a wide range of applications Modular: • Modular design means various vacuum circuits can be installed to handle different parts with ease • Each ejector can be selected based on nozzle size, NO, NC or nozzle type Networked: • Can be integrated in a wide range of field-bus systems • Process and device parameters can be easily configured via Ethernet or NFC Intelligent: • All vacuum circuits can be separately controlled • Process transparency, energy consumption control and a variety of diagnostic functions for use in intelligent factories

Fully Networked and Flexible Vacuum Generation Lean •Central compressed air and energy supply for up to 16 ejectors with just one connection each •Compact design and low weight make it suitable for a wide range of applications Networked •Can be integrated in a wide range of field-bus systems •Process and device parameters can be easily configured via IO-Link or NFC Modular •Modular design means various vacuum circuits can be installed to handle different parts with ease •Individual ejectors can be selected based on nozzle size, NO, NC or nozzle type Intelligent •All suction circuits can be separately controlled •Process transparency, energy consumption control and a variety of diagnostic functions for use in intelligent factories

The new generation of inductive encoders from Kübler offers precise incremental and absolute position and speed detection – reliably even under the toughest conditions. The inductive measuring principle is insensitive to dust, oil, moisture, and vibrations and ensures permanently stable measured values. The extremely compact design consisting of only two circuit boards allows maximum design freedom. Stator and rotor boards can be flexibly adapted to almost any geometry and installation space. Large radial and axial mounting tolerances ensure simple, fast, and safe integration into a wide variety of systems. The encoders are available in various designs: incremental, absolute singleturn, absolute multi-turn, or as a combined solution. All variants deliver high-precision, contactless data and are ideal for applications with minimal space available. Whether in drives, positioning systems, or demanding automation applications, inductive sensor technology enables greater precision, robustness, and freedom in design. The new generation of inductive encoders sets new standards for modern industrial sensor technology.

Compact GuardLogix5380 Safety Controller, SIL2/PLd, 2.0MB Standard & 1.0MB Safety Memory, 40 nodes, 16 I/Os, 8 axis Enhanced performance and troubleshooting Provides up to 20% more capacity Dual gigabit (Gb) embedded Ethernet ports enable high-speed I/O and motion control Optimized to enable maximum system performance Display provides enhanced diagnostics and troubleshooting Dual configurable port supports Device Level Ring/Linear topologies or multiple IP addresses Provides additional Ethernet connectivity for versions >2MB starting with V31 Added security and capabilities Energy storage module removes the need for a battery Controller-based change detection and logging enable added security Digitally-signed controller firmware adds another layer of security Provides role-based access control to routines and Add-On Instructions Ability to enable and disable all embedded ports

Technology: - Siemens (S7, Sinumerik and Simotion) - Beckhoff (XPlanar technology, ...) - B&R - Rockwell - Codesys - CNC - Vision - Motion - robotics - EDGE Systems - Industry 4.0 - Continuous integration Specialty: - Complex machine/system controls - High-precision & high-speed drives - Machine safety