Exhibitor products

The DGUV V3 inspection is legally required and protects employees, equipment, and systems from electrical hazards. Our qualified electricians conduct your DGUV V3 inspection reliably, with documentation, and directly on-site – using state-of-the-art measuring technology and providing clear results. Why the DGUV V3 inspection is essential: The DGUV V3 inspection is mandatory for all companies that use electrical equipment or systems. It protects people, equipment, and property – and ensures legal compliance in the workplace. Legal compliance: Fulfillment of all operator obligations. Accident prevention: Protection against electrical risks. Documentation: Proof for employers' liability insurance associations and authorities. Operational safety: Prevention of breakdowns and damage. Our inspection process: 1. Visual inspection 2. Functional test 3. Measurement 4. Documentation. What is inspected during the DGUV V3 inspection: We inspect electrical equipment and systems according to current standards and regulations. - Portable equipment - Stationary equipment - Electrical systems and machinery. Quality & Traceability: Every DGUV V3 inspection is carried out exclusively by qualified electricians in accordance with TRBS 1203. Our measuring instruments are calibrated, regularly checked, and guarantee precise results. All tests are fully and transparently documented. You will receive: - Test report with identification of the equipment, - Date, scope of testing, and all measured values - Evaluation of the results and recommendations for action in case of deviations - Name and qualifications of the person performing the test - Legally valid documentation for authorities, insurance companies, and employers' liability insurance associations

ALTMANN bietet für jede Anwendung zuverlässige Dichtungstechnik, mit der Sie die Betriebssicherheit und Verfügbarkeit Ihrer Anlagen deutlich erhöhen können.

Our Services: - Consulting, project planning, and process planning - Analysis and evaluation of technical challenges - Plant planning - Feasibility studies and concept development - Preparation of specifications and requirements specifications - Risk analysis Design & Development - CAD-supported design of components and systems - Simulations for component optimization - Prototype development and validation Assembly & Mechanics - Manufacturing and assembly of mechanical assemblies according to "build-to-print" specifications - Maintenance and repair of mechanical systems - Optimization of existing mechanical structures Electrical Services - Planning and implementation of electrical installations - Control cabinet construction and wiring - Commissioning and maintenance of electrical systems - Testing and safety assessment of electrical systems - Troubleshooting and optimization of existing control systems - DGUV V3 testing Software Services - Development of customized software solutions for plants - Programming of control and measurement systems - Integration of data analysis and monitoring tools - Development and optimization of interfaces between hardware and software - Support with Implementation of Industry 4.0 solutions Training & Technical Education - Customized training programs for companies - Workshops for optimizing testing processes Our services are available to you flexibly – individually or as a complete package. Together, we develop solutions that sustainably improve your products and processes.

· Visible red light · Excellent background suppression · Large scanning range up to 1200mm · Rotatable M12 connector · Also available as laser button PT230320 (laser protection class 1)

Automatic Inspection and Colour Detection of test dishes. IEC 60350 is an international standard that specifies safety and performance requirements for household electric cooking appliances. The standard covers various types of appliances such as ovens, ranges, hobs, grills, and more. It addresses aspects such as electrical safety, temperature control, insulation, durability, and testing methods. The content of IEC 60350 focuses on ensuring the safe operation and reliable performance of these appliances while promoting user safety and product quality. For performance measurement, the standard describes detailed test procedures and requirements for digital measuring systems. Our FoodInspection System meets these requirements and peforms the required measurements. Target Group R&D departments of household appliances Independent testing institutes other users of the IEC 60350 standard

### Product description - Electronic module for hydraulic positioning drives This electronic module was specially developed for controlling cost-effective hydraulic positioning drives that use proportional valves without integrated electronics and piston position measurement. It offers optimized control functions for path-dependent braking and the NC control mode, with high accuracy and stability. **Main functions and features:** - **Control modes:** Control of the movement cycle via external position and speed specifications. Particularly robust and easy to parameterize in SDD mode, in NC mode via internal profile generator with constant speed. - **Optimized commissioning:** The integrated ACA function (Automatic Commissioning Assistance) scales the sensor, measures the valve and automatically adjusts the control parameters. - **Flexibility:** Simple script programming enables the input and output signals as well as the functionality to be adapted to special requirements. - **Intuitive parameterization:** Supported by the WPC-300 software, including a software wizard for quick commissioning and troubleshooting. **Areas of application:** The module is suitable for general positioning drives, process valve controls, fast transport drives, handling systems, speed-controlled axes and copy controls. **Technical highlights:** - Analog position and speed setting - Support for analog position sensors - Integrated power output stage - Internal profile definition (acceleration, speed, deceleration) - Path-dependent braking principle for the shortest stroke times - Error diagnostics and optimized parameter settings Thanks to its flexible configuration options, automated functions and precise control technology, this module is the ideal solution for versatile hydraulic applications.

The MDR-339-P-IO is an innovative digital pressure controller that is equipped with an integrated power amplifier, a commissioning assistant and an IO-Link interface. Typical applications: Pressure control in conjunction with proportional pressure valves and servo pumps. Speed ​​control using analogue speed sensors (tacho). Digital setpoint specification, parameterization and monitoring via IO-Link. Advantages: Versatile control circuits: Control of either one or two control circuits possible, can be used flexibly for various applications. Efficient commissioning: The commissioning assistant makes commissioning easier and helps optimize the settings. Optimal overall solution: Integrated power amplifiers ensure an optimal and efficient overall solution. Simple parameterization and monitoring: Convenient parameterization and monitoring either via IO-Link or WPC (USB interface). Data availability and diagnostics: Sensor signals and diagnostic data are easily accessible via IO-Link, which eliminates the need for analog inputs on the PLC. Technology and integration: The MDR-339-P-IO is ideal for applications that require precise and reliable pressure and speed control. With its advanced technology and integration, this pressure regulator offers a comprehensive solution for diverse industrial needs.

Our digital gearboxes combine high-precision, backlash-free strain wave gear technology with smart sensor technology and artificial intelligence - without any change in size. The strain wave gears meet all the requirements for integration into intelligently networked and digital production processes and make a decisive contribution to increasing efficiency, optimizing performance, conserving resources and improving cost-effectiveness. All in all, this results in potential savings in the double-digit percentage range.

The LASAL software development environment from SIGMATEK supports model-based development and virtual commissioning with the Digital Twin. In this process, together with 3D models of the mechanics, a complete digital twin is created for the physics-based 3D simulation. It acts as a valid basis for the detailed software development, electrical planning and design of a machine or plant. This makes it possible to virtually represent, simulate, test and validate all development steps from planning to commissioning - whether individual machine functions or complete systems.

By linking functionality and data, a significant improvement in system quality is achieved even before delivery. Visit our booth to learn what this means for you

Our understanding of Industrial IoT and Industry 4.0: At FEGA & Schmitt, we have been intensively engaged with Industrial IoT for several years and have a wide variety of solutions in use ourselves. These range from a MindSphere application for determining the overall equipment availability (OEE) of our own machines to a visualization solution (augmented reality) to support our logistics and maintenance staff. All these applications have one thing in common: they are extremely cost-intensive and require extensive consulting, as well as a high level of project management expertise for seamless integration into production. These are resources you need to consider when implementing such a solution in your company.

The apra Rail DB top hat rail housing impresses with its stable and modular design. Whether on the top hat rail or on a wall - the housings can be used flexibly. The individual parts can be put together without tools. The housing is available in different versions. On the one hand there is a closed basic version, on the other hand an open version that is prepared to accommodate a front panel. Both basic types are available in different sizes and designs. The versions differ in that, in addition to the standard version without additional cutouts, versions with ventilation slots and / or cutouts for terminals are also available as an option. The apra Rail DB housings can be customized. For example, there is the option of designing the color scheme yourself or adding printing. By adapting the tools or mechanically processing existing housings, various technical requirements, such as plug cutouts, ventilation gills or displays, can also be realized. NEW: apra Rail FMH As an extension, we offer you the apra Rail DB 6 and DB 4 series with a stepless upper shell in 3 different designs (flat, medium, high). For more information, please see the data sheet New apra Rail DB6 / DB4 housing series. Highlights Stable, modular structure Design in accordance with DIN EN 43880 Tool-free assembly Base material polycarbonate Fire-classified according to UL 94 V-0 Basic version closed or open Available in different sizes / designs Optionally with ventilation slots, cutouts for terminals Different installation positions for circuit boards Individual coloring / printing possible The following video shows the processing of apra Rail DB top hat rail housings: Matching

Blume Elektronik, your trustworthy distributor for electronic components in the B2B sector. If you are a designer or buyer in the electronics industry, then you know how important discrete components such as diodes, rectifiers and MOSFET transistors are to your projects. Read more about the versatility and advantages of these essential components here. Essential elements in electronics Discrete components form the foundation of every electronic circuit. Whether in automation, communication technology or energy supply - they are the backbone of your projects. Their area of ​​application is versatile and their function is indispensable. The variety of applications diodes rectifier MOSFET transistors Efficiency and performance The constant development of discrete components has led to an impressive increase in performance. Modern diodes, rectifiers and MOSFETs can be used to create circuits that are not only efficient, but also compact and cost-effective. Advantages of discrete components at a glance High efficiency and low power loss Flexibility in application and design Wide range of available components for a wide range of requirements Cost efficiency thanks to low material and space requirements Blume Elektronik is at your side as a competent partner. We support you not only with an extensive product portfolio, but also with sound advice and technical support. Our goal is for you to feel like you are in good hands with us and for us to work together to find the best solutions to your challenges.

Displays are indispensable in many applications The rapid development of display technology is easy to understand with the most striking examples such as television and smartphones. In many other areas of technology, advanced displays have opened up many new possibilities. The applications may not be as visible to the public, but they are a great improvement for users. With us you will find products for the following displays/display categories: IPS displays TFT displays OLED displays Character display modules Graphic display modules LCD glass LED displays Controllers and interface boards From consumer electronics to automotive and industrial applications In order to enable use in the automotive sector, the temperature range had to be expanded and the contrast rate increased. FSTN technology already represents a major leap forward here. It uses an additional film and other temperature-stable liquid crystals. The rapid development was by no means over yet. In order to achieve the long-term goal of using LCD as a replacement for picture tubes in televisions, the problem of screen size and color had to be solved. The use of STN graphic modules with color filters enabled the first so-called passive color graphic displays to find their way into laptops. The development of TFTs into displays suitable for televisions and notebooks was possible within a few years and also provided the first color displays for cell phones. Parallel to the developments in the "large" area of ​​consumer electronics, TFTs also continued to develop in the areas of industrial automation, medical technology and the automotive industry, consistently replacing all picture tube applications or only enabling the use of a display, such as in a car radio, due to their compact design.