Embedded-systems - Import export

With an EtherCAT master and two additional CANopen interfaces the new CODESYS control Scout from Kendrion can be used as an HMI and control unit.The simple CODESYS V3 programming ensures an efficient engineering. Furthermore, Scout has optionally 4 digital inputs and outputs. The embedded system is based on a scalable single or multicore i.MX6 processor technology combined with a 7” to 15.6” TFT touch display. All components are robust and long-term available. Whether standard or customized the all in one solution is the better alternative in many devices and compact machines. The Scout series can be equipped with different software packages, please contact us for an individual offer.

With an EtherCAT master and two additional CANopen interfaces the new CODESYS control Scout from Kendrion can be used as a HMI and control unit. The simple CODESYS V3 programming ensures an efficient engineering. Furthermore, Scout has optionally 4 digital inputs and outputs. The embedded system is based on a scalable single or multicore i.MX6 processor technology combined with a TFT touch display. All components are robust and long-term available. Whether standard or customized the all in one solution is the better alternative in many devices and compact machines. ; The Scout series can be equipped with different software packages, please contact us for an individual offer. ; Industry standard interfaces ; Front with seamless film cover ; CODESYS V3, real-time clock

The xiC camera line is highly versatile with a wide range of the most modern global shutter CMOS sensors up to 24.5 Mpix in resolution. The ultra-compact form factor, barely larger than the C-mount, combined with micro-B, type-C, and flex ribbon connectors make these cameras the perfect fit for various applications, especially for automation and embedded vision systems. For the same form-factor and sensor options, but increased bandwidth of 10 Gbit/s resulting in doubled frame rates, there is the xiX family. - Compact cameras with Sony Pregius™ sensors - 26 x 26 x 33 mm - Fast speed from 2.3 Mpix at 165 FPS to 12 Mpix at 31 FPS - Cool economy - Low power consumption with under 3 watts

The laser MRC500 is the larger robotic cell that supports point to point laser soldering from above. The standardized platform is based on a flexible and modular concept that can be adapted to a range of processes from fully-automated in-line to stand-alone semi-automated processes. The frame of the laser MRC500 is designed to ensure the safety of the operator during the laser soldering process. Furthermore, it also provides maximum accessibility to the working area. The laser robotic cell is only equipped with mta MLH45 laser head. The main features of our laser MRC500 include: Welded frame construction 3-axis Cartesian robot 500x500mm working area Industrial PC controller with Embedded Windows® operating system Intuitive menu-driven mta MotionEditor software

The xiQ camera series is highly versatile with a selection of popular and established CMOS sensors. The ultra-compact form factor, barely larger than the C-mount, combined with micro-B, and flex ribbon connectors make these cameras the perfect fit for various applications, especially for automation and embedded vision systems. Board-level variants enable custom intgerations into devices and systems, while taped-glass sensor options minimize interference effects in photonics applications. - Most compact cameras - 26.4 x 26.4 x 26 mm small and 27 grams - High frame rate: 500 FPS at VGA and 1000 FPS at 640 x 400 - Low power consumption down to 1 W and minimal heat dissipation - 5 Gbit/s interface 400 MB/s data throughput

With CANopen, the user organization CAN in Automation (CiA) has created a protocol standard which has widely spread in embedded systems and mechanical engineering. CANopen specifications not only define various services for data exchange, they also specify standardized access to the systems via device profiles and application profiles. Target group CANopen training The target group of the CANopen workshop is development engineers who are looking for detailed knowledge about the communication profile or would like to get an insight in the CANopen / CANopen FD protocol stacks.

The CAN driver CANpie FD (Controller Area Network Programming Interface Environment) is an open interface for the development of CAN-based applications. The CAN driver forms the basis for higher layer protocols (CANopen / J1939) and may be used for manufacturer-specific CAN communication between embedded systems. CANpie FD is avaliable for a wide range of microcontrollers (more than 160 at the moment). A variety of configuration options facilitates adjustment to individual target systems. The CAN physical layer (data link layer) comprises two protocols: the classical CAN standard and CAN FD. The protocols are described in the ISO 11898-1:2015 specification. The CANpie FD API defines 19 functions to allow manufacturer independend access to the CAN controller to entirely support ISO specifications. The API is based on the concept of dedicated message buffers (mailboxes) in combination with acceptance masks to minimize the application

It looks as though this is a term that defines a particular type of robot system used in industry/manufacturing. If anything, it would characterize the type of robot that would be developed to automate the process of collecting, sorting, and feeding aggregate materials to some kind of conveyor or similar transport system. This is quite decisive in industries like construction material manufacturing, mining, and recycling, where a great deal of bulk material handling is required for productivity and safety to be effective. This robot presumably includes sophisticated technologies embedded in its system, such as sensors, artificial intelligence, machine learning to exhibit autonomy. Here sensors could be used to detect the type of material, and AI algorithms could be used to determine where exactly these aggregates must be dispersed without human intervention. These tubomats robots reduce labor costs, increases the speed of material handling

6FC5210-0DF20-0AA0,SINUMERIK PCU 50 566 MHz, 128 MB RAM; 24 V DC; Windows NT Workstation V4.0 for embedded systems (Windows NT 4.0 Workstation for Embedded Systems)

Tissue Embedding Systems & Cold Plates

With the ruhlamat FILUS and the WCE2D, you can achieve large-area and precise wire-embedding results. In addition to wire embedding, pick-and-place handling and cutting, this 2D wire-embedding solution is also precise at soldering and dosing. 3D Wire embedding technology The WCEvario3D captivates through its flexible application options: From flat surfaces to concave and convex contours, the flexible robotic arm with a state-of-the-art wire-laying head and constant pressure-force control can handle all dimensions. 2D Wire embedding technology 2D Wire embedding technology With the ruhlamat FILUS and the WCE2D, you can achieve large-area and precise wire-embedding results. In addition to wire embedding, pick-and-place handling and cutting, this 2D wire-embedding solution is also precise at soldering and dosing. 3D Wire embedding technology 3D Wire embedding technology The WCEvario3D captivates through its flexible application options: From flat surfaces to concave and...

Short cycle times and reduced handling times. With the linear transfer systems from ruhlamat you will get flexible, modularly extendable automated solutions according to your requirements. Rotary Transfer Systems High quantities at low demands for flexibility can be implemented quickly and efficiently with ruhlamat rotary transfer systems. Robot Applications High versatility and easy convertibility speak for ruhlamat robot applications. With an unlimited range of applications our robot applications offer the greatest possible flexibility and high security of investment. Manual Workstations The efficient cooperation between man and machine is optimised by manual workstations from ruhlamat. Short transport routes between stations and semi- or fully automatic part handling are typical for our manual workstations. Wire Embedding Systems 2D and 3D wire embedding solutions with the highest precision and speed? No Problem with the machine solutions from ruhlamat! In addition to...

The WCE2000 is our fastest and most productive high-volume system for wire embedding and RFID inlay production. You get unrivalled real-world throughput with up to 4,050 antennas per hour as antenna embedding machine and up to 2,000 finished RFID inlays per hour as inlay manufacturing line. This modular and flexible system allows processing of various substrates and provides sheet to sheet (S2S), reel to sheet (R2S), or reel to reel (R2R) handling. WCE700 - Semi-Automatic Production System The very economical WCE700 can handle both small jobs and high-volume runs easily with up to 1,600 inlay sheets per hour. The system is capable to work with a wide range of substrates and can also be used for only antenna embedding, with unrivalled speed, accuracy and the quality of antennas that it produces. WCE150 - Laboratory System You are looking for a convenient solution for laboratory usage to produce prototypes or low-volume jobs? The affordably priced WCE150 is designed to produce...

The fan and cooling specialist SEPA EUROPE has now added three further models to its slimline radial fan series. The latest additions impress with their compact dimensions of 38 x 40 x 5 mm, 54 x 52 x 6 mm and 45 x 45 x 4 mm and have more than deserved the name „slimline“. All fans are equipped with the reliable Magfix sleeve bearings and have a service life of 210 000 h (MTBF) and 40 000 h /L10) at 40 °C. The PWM input in combination with the tacho output enables the speed to be controlled and monitored. It is not obvious at first glance, but the Model HY45AB05PNK00A tops with a pressure of 143 Pa. The new models will be included in the standard range and will therefore be available shortly from stock. SEPA EUROPE specializes in customized cooling solutions. Thanks to over 25 years of experience, SEPA EUROPE can offer you the appropriate solution for virtually every task.

SEPA EUROPE offers a 40 mm frameless fan especially for embedded systems. It is 10 mm high and provides a compact solution for chip cooling when used in combination with the appropriate heat sink. In addition to the 50 mm frameless fan which is already on the market, the new round 40 mm fan is also a much sought-after model for embedded systems. This is because many standard cooling solutions in this business sector are based on the 40 x 10 mm fan. Strictly speaking, the 40 mm fan has a rotor diameter of 37 mm. The version offered by SEPA EUROPE is equipped with two ball bearings and can boast a remarkable service life of 70.000 h at a temperature of 40°C. In addition to an impulse output for speed monitoring, it also has a PWM input for speed setting in the range of approx. 35 – 100% of the nominal speed. In conjunction with the power block pin-fin heat sink, this virtually silent fan with 22 dB(A) is also available ready for connection in the „Kühligel“ version.

Chip cooling with the aid of heat sinks usually requires a lot of space and is not only heavy but also expensive. The specialists at SEPA EUROPE have developed a chip cooler with minimum space requirements for compact designs. The core component of the compact cooler is the ultra-flat blower HY40H that is combined with a Kühligel® of pure aluminium. The special feature of the new cooling solution is its variability which means that the size and shape of the heat sink can be freely chosen. Users can thus assemble the cooler to optimally fulfil their requirements. With a thermal resistance of a mere 2.5 K/W, the new chip cooler withstands a power dissipation of up to 15 W and in doing so guarantees the operational safety of the entire embedded system. The blower is equipped with the highly durable Magfix® sleeve bearing and has an impressive service life expectancy of von 210 000 h (MTBF) at 40 °C.

The ParkPlus 244 barriers are designed with aluminium semi-reinforced arms. This feature enables greater parking safety: Increase site security Create interlocking access Choice of automatic opening in case of power failure Adapt the barrier to all access control systems Main benefits: Assimilation of major traffic flows on entry/exit Generates revenue Promotes and supports brands Easy integration at site Easy to install and low operating costs Maintenance Interface ModBus format (webservices) allowing interoperability with other operating systems Embedded web server Software embedded in each barrier providing real time monitoring and the ability to configure and maintain each barrier locally or remotely via a simple web browser Auto configuration Auto-monitoring of failures and automatic reconfiguration mechanism Connectivity TCP/IP interface enabling the ParkPlus barriers to communicate on an Ethernet network Applications: Car parks Hospitals Shopping centres Airports Hotel

With its innovative and stylish design, the speed gateSlimLane 945 Twin swing door combine high throughput with best in class reliability, while providing a compact footprint in a dual passageway. SlimLane speed gate is the fastest in the security entrance lanes category SlimLane speed gate is the most secure and safest speed gate thanks to its locking features SlimLane speed gate has best in class detection running along the whole lane and across the glass obstacles SlimLane speed gate benefits from a unique open communication platform SlimLane SC speed gate has the smallest footprint Open and smart communication platform Standard TCP/IP and USB connectors XML/RPC software interface (webservices) allowing interoperability with access control systems Embedded software providing real time monitoring and the ability to configure and maintain each lane locally or remotely via a simple web browser Exceptionnal intelligence Auto failure monitoring and automatic lane recognition...

BVM’s broad experience in producing customised Embedded PC Systems has been transferred to producing a new & diverse range of “Build to Order” Mini-ITX system PC’s. Solutions are available with a wide variety of options for required i/o and processors. High or low processing demands to suit power usage, data and graphics manipulation. Suitable storage & memory types – along with a wide range of capacities are also available to suit your application.

Whether a new printed circuit assembly or an embedded system, prototypes can be produced for design verification and functional testing with your application software. Environmental & extended temperature testing, EMC testing and general cosmetic and functional tests are all part of the services we provide around product design so discrepancies can be identified & rectified before your product is released for manufacture & marketing.

If your embedded system requires a custom enclosure, you may anticipate having to approach an industrial design house and commission the enclosure design as a separate project. This adds cost and can increase the risks as you may face communication difficulties and hold-ups between suppliers. With Blue Chip Technology’s in-house mechanical design engineering capabilities, you have the option of keeping all aspects of your project with just the one partner. With over 30 years of mechanical design experience and the advantage of being co-located with the electronics design and manufacturing teams, our mechanical design engineers are best suited to take care of your enclosure design. We use the Creo Parametric 3D CAD system (formerly Pro Engineer) which can seamlessly integrate with CAD models authored in other systems, so if you already have an existing design or concept we can build a solution from that.

The BELUGA is an ultrasonic Doppler area/velocity flow meter sensor for open channel flow measurements from Flow-Tronic. The BELUGA combines most advanced utrasonic Doppler velocity sensing with most modern and powerful digital DSP processor technology resulting in more representative velocity data. This advanced architecture of the BELUGA provides users desiring in-depth analysis with: Real-time spectral analysis of the velocity distribution through the cross-sectional area Measurement validation through quality parameters Auto-diagnostic tools Combine the BELUGA with an IFQ MONITOR for stationary flow monitoring or with an IFQ LOGGER for portable/temporary flow monitoring. KEY FEATURES: Improved accuracy due to digital spectral analysis of the velocity distribution Easy integration with existing SCADA or telemetry systems Embedded RS485 communication port with Modbus ASCII protocol Straight 4-20 mA output for velocity ERTACETAL outer shell with epoxy potting wi

System is equiped with: two channel digital voltage regulator, fully redundant thyristor power converters in 1+1 configuration, DC field circuit breakers and rotor overvoltage protection. It is suitable for large hydro and turbogenerators. The static excitation system is based on a robust modular design, engineered and designed to meet all modes of operation of large synchronous generators. The system is characterized by high accuracy, reliability and speed. The main characteristics of this system are: dual-channel redundant configuration, automatic voltage regulator, adjustable PID type, excitation current regulator, higher-level control functions (the reactive and active compensation by current generator, the Power Factor Controller / cos (φ) regulator, embedded power system stabilizer (PSS) ), integrated limiter functions, logic and sequence control, the possibility of extending the digital and analog inputs and outputs.