Exhibitor products

Compact DC worm gear motors from Seefrid, with an excellent price-performance ratio, are a good alternative to servo or three-phase motors for many motion processes. The drives from the DCGM 43 T50, DCGM 63 T50, and DCGM 63 T72 series offer high starting torque immediately available upon power-up, easy reversal of rotation direction by reversing the polarity of the supply voltage, and – thanks to operation with protective extra-low voltage – safety. A wide selection of speed, rated torque, and shaft designs ensures that the right drive is usually available for the respective application. Customer-specific adaptations are also possible depending on the quantity required. Many models also come with factory-installed incremental encoders. These encoders, located on the armature shaft, are usually designed as 2-channel Hall sensors. They can be used to measure the speed or solve simple positioning tasks with minimal effort. Further information, data sheets, 2D and 3D CAD models for the drives presented here and for all other Seefrid products can be found in the Drive Technology product area.

infrared cameras for autonomous operation with automatic spot finder and analog output

BR series multi-pole brushless motor, originally developed for direct drive use in exoskeletons, targeting a high torque-to-weight ratio.

The modular engine design is the basis for the wide range of standard models. The stator concept without slots results in outstanding technical properties such as high speed, high torque, no cogging, minimal ripple, high efficiency and high rigidity. This makes these motors very suitable for a wide variety of demanding servo tasks.

The synchronous servo motors are made entirely of stainless steel with a smooth housing. By avoiding corners and edges, they are particularly suitable for applications in the food and medical technology, pharmaceutical, chemical and similar sectors.

The XtrapulsPac HP is a compact and flexible 230 and 480V AC servo controller with excellent properties. With its functions and interfaces, a very large range of single and multi-axis applications can be covered. The device is available for wall, push-through and cold plate mounting. The XtrapulsPac can be configured as an independent servo drive for a wide variety of operating modes. In addition, it can be integrated into automation systems with PLC, CNC or motion controller via field buses. Libraries with known standard functions are available to the programmer for this purpose. On the basis of the flexibility, the device is suitable for servo applications in most machines and systems.

The XtrapulsEasy 60 VDC is a particularly compact, powerful and very user-friendly servo controller for applications with a voltage range from 24 VDC to 60 VDC. The device is optimized in terms of functionality and costs and is therefore particularly suitable for applications in which price is a decisive factor. The XtrapulsEasy 60 VDC servo controller can be easily integrated into automation systems with PLC, CNC or motion controller. The connection via fieldbus CANopen® or via RS-232 enables the use of all standard functions according to DS402 that are available in the XtrapulsEasy. The device can also be configured as a speed controller with an analog interface. This flexibility allows the embedded use of the device in a wide variety of machines and applications.

The XtrapulsEasy ™ 60 VDC DB is a plug-in version of the XtrapulsEasy ™ 60 VDC series as a system-on-module format and is operated with a voltage between 24 VDC and 60 VDC. This extremely compact and lightweight module also offers excellent vibration resistance and is therefore particularly suitable for embedded applications such as self-driving vehicles (AGV). The XtrapulsEasy ™ 60 VDC DB servo controller is plugged onto a main circuit board, which is equipped with all the components required for motion control. Thanks to this property, extended functions for controlling brushless motors can be adapted to a corresponding application board without special knowledge in the area of ​​motor control.

The XtrapulsEasy is a compact, powerful and very user-friendly 230 VAC servo controller. The device is optimized in terms of functionality and costs and is therefore particularly suitable for applications in which price is a decisive factor. The AC servo controller XtrapulsEasy can be easily integrated into automation systems with PLC, CNC or motion controller. The connection via fieldbus CANopen® or via RS-232 enables the use of all standard functions according to DS402 that are available in the XtrapulsEasy. The device can also be configured as a speed controller with an analog interface. This flexibility enables the device to be used in a wide variety of machines and applications.

The XtrapulsPac SF01 servo controller for the control of brushless motors complements the XtrapulsPac series with safety functions for the movements to monitor the motor behavior and thus protects users and machines against uncontrolled and dangerous movements. The monitoring of the motor movements by means of safety functions allows intervention in a stopped machine (safe stop) without switching it off. The resulting time savings shorten machine downtimes and increase productivity.

Everllence, headquartered in Augsburg, is a global leader in large diesel and gas engines. The company specializes in roomsized four-stroke engines delivering up to 26 megawatts for marine propulsion and stationary power generation. Production takes place at the main plant and several international sites. Each engine is started and run-in for the first time at the manufacturing location, then subjected to comprehensive testing equipped with advanced measurement technology. Before delivery, every engine undergoes a Factory Acceptance Test (FAT) to demonstrate compliance with customer requirements. This acceptance test involves extensive measurements of performance, fuel consumption, emissions, and other parameters. Results are documented in reports that require sign-off by both parties.

At XY-stages Series RQ the two sliding parts (interior- and exterior part) are supported by cross rollers. This shows positive effects to the frictional property and precision. The sliding parts can be produced in grey cast iron (standard). Other materials upon request. The XY-stages are available with one or two axis.

XynergyCY10 is a general purpose SO-DIMM module based on Intel's Cyclone 10 LP FPGA family. Scalable design allows using Cyclone 10 LP variants from 25k to 120k logic elements to meet required price, performance and power targets. With two internal 10/100 Ethernet PHYs it is designed for realtime Ethernet applications, like EtherCAT. All main supplies are generated on the board and a single 3,3 Volt rail is sufficient to power the module. Power consumption is heavily dependent on the chosen Cyclone variant and the users application. On-Board flash memory, EEPROM and a hardware reset controller allow for standalone use of the module on a minimal mainboard, providing only the required connectors and a single power supply. A mainboard for evaluation and boundary scan tests is available. Typical applications: • Industrial Automation • EtherCAT Slave • Image Processing • Artificial Intelligence • Data Mining • Embedded Computing • Interfaces and connectivity • Real time applications • Smart Gateways

XynergyXS2 combines STMicroelectronics‘ STM32H725 controller, based on ARM® Cortex™-M7, with a Xilinx Artix-7 FPGA XC7A50. The controller’s FSMC interface is used for parallel 16-bit connection to the FPGA ensuring high-speed data transfer between the two devices. The STM32H725 core can be clocked at up to 550 MHz and has up to 1 MB on-chip flash and 564 kB on-chip SRAM. In addition, the 1Gb (64M x 16) DDR-3 memory, which is connected to the FPGA, can be made transparent via the FSMC bus, allowing the controller to use it like external memory.

Linear Conveyor Module LCMR200 Yamaha's answer to the Next Generation of Production Line design. Convert transfer process into “value-added” assembly process. Max. Speed: 2500mm/sec Repeatability: ±5μm Max. Payload: 30 Kg Max. Acceleration: 1.3G - All the sliders can be operated /programmed independently. - High acceleration rate - Mechanical tolerance between sliders +/-30 µm (Dowel hole standard) - Built-in driver saves electrical wiring - No origin process needed - Optimal for traceability management - Variable speed control between work stations. - Assembly can be done while parts are on the conveyor