Drives controls - Import export

Kendrion offers for its CODESYS-based controllers a library with blocks for motion control functions according to PLCopen for various drive controllers. The Kuhnke Motion Control library provides a wide range of function blocks for parameterization, positioning and diagnostics of the drive. The blocks are simple and intuitive to use and support in all phases of the workflow e.g. during programming, commissioning, diagnostics and maintenance. The motion task in the control system can thus be programmed simply, quickly and thus economically. A drive with only a few lines of code is put into operation via the corresponding visualization templates. The library supports drive controllers from various well-known companies and supplies a wide range of standardized functions. The communication between the drives and the control can take place via various fieldbuses such as EtherCAT®, CAN, Modbus or RS-485. Features

The robust OAC vibratory feeder coil series consists of a UI core and two excitation windings connected in series. Continuous controllability via drive voltage and/or frequency, high power ratings and optimally minimized eddy current losses characterize the electromagnet. The direction of oscillation is achieved by the geometric arrangement of the springs. The useful oscillation amplitude corresponds to twice the amplitude of the oscillation frequency of the overall system. OAC oscillating solenoids from Kendrion are used in spring mass systems to generate directional, linear oscillating movements.

The robust OAC vibratory feeder coil series consists of a UI core and two excitation windings connected in series. Continuous controllability via drive voltage and/or frequency, high power ratings and optimally minimized eddy current losses characterize the electromagnet. The direction of oscillation is achieved by the geometric arrangement of the springs. The useful oscillation amplitude corresponds to twice the amplitude of the oscillation frequency of the overall system. OAC oscillating solenoids from Kendrion are used in spring mass systems to generate directional, linear oscillating movements.

The robust OAC vibratory feeder coil series consists of a UI core and two excitation windings connected in series. Continuous controllability via drive voltage and/or frequency, high power ratings and optimally minimized eddy current losses characterize the electromagnet. The direction of oscillation is achieved by the geometric arrangement of the springs. The useful oscillation amplitude corresponds to twice the amplitude of the oscillation frequency of the overall system. OAC oscillating solenoids from Kendrion are used in spring mass systems to generate directional, linear oscillating movements.

The robust OAC vibratory feeder coil series consists of a UI core and two excitation windings connected in series. Continuous controllability via drive voltage and/or frequency, high power ratings and optimally minimized eddy current losses characterize the electromagnet. The direction of oscillation is achieved by the geometric arrangement of the springs. The useful oscillation amplitude corresponds to twice the amplitude of the oscillation frequency of the overall system. OAC oscillating solenoids from Kendrion are used in spring mass systems to generate directional, linear oscillating movements.

The robust OAC vibratory feeder coil series consists of a UI core and two excitation windings connected in series. Continuous controllability via drive voltage and/or frequency, high power ratings and optimally minimized eddy current losses characterize the electromagnet. The direction of oscillation is achieved by the geometric arrangement of the springs. The useful oscillation amplitude corresponds to twice the amplitude of the oscillation frequency of the overall system. OAC oscillating solenoids from Kendrion are used in spring mass systems to generate directional, linear oscillating movements. The vibratory feeder coil is available in 16 different sizes with universal mounting options and is supplied without a spring mass system. On request, the OAC series are also available with a base plate for mounting or a KTL coating for increased corrosion protection.

The basic version of the Citymaster 650, designed as a compact implement carrier, already sets new standards in the 2t class for example with articulated steering, permanent allwheel drive with a fully electronic control system and extensive features providing increased comfort and safety at work. Thanks to its multifunctional design, the Citymaster 650 can be retooled quickly and easily, for example as a professional sweeper or an efficient snowplough for winter service tasks, which makes this machine not only extremely versatile in use but also particularly economical as it provides multiple application options.

The Peter Wolters AC 2000 double-sided batch processing machine is designed for high-precision series production of workpieces. Thanks to its modular design, the AC 2000 can be used as a fine grinding, lapping, honing and polishing machine. Like all machines in the microLine© series, the AC 2000 relies on proven core components such as the high-precision pneumatic loading system, the non-contact micro-measurement control, the powerful drive technology and the PC-supported machine guidance. The software used for this is specially developed by Peter Wolters and enables complete menu-driven and intuitive operation of the machine. For optimum access to the working area, the entire upper part of the machine can be swung out.