Page 5 - EngineerIT AugustSeptember Issue 2026
P. 5

SPONSORED











































                                                                    The AF1000 economy variable frequency drive provides a
                                                                    cost-effective solution for low-demand drive applications.

        AF1000: COST-EFFECTIVE DRIVE TECHNOLOGY

        FOR LOW-DEMAND APPLICATIONS



        Compact economy variable


        frequency drive for low to


        medium power





                ith the AF1000, Beckhoff now also offers a variable   DC link capacitors and a ballast circuit. The control voltage
                frequency drive, presenting a cost-effective   is generated by the integrated power supply from the DC
        Wsolution for basic drive applications, including      link. Both variable frequency drive versions are available
        conveyor systems, pumps and fans. The variable frequency   as a single-axis module as well as a cost-effective two-
        drive is fully integrated into the TwinCAT system via EtherCAT,   axis module. Supported motor types include synchronous
        providing the familiar convenience of commissioning and   servomotors, in addition to asynchronous and reluctance
        diagnostics found in servo drive technology.           motors without feedback that are operated in UF mode or
                                                               vector control.
        The AF1000 variable frequency drive is available in two
        versions: one for a single-phase supply of 1 x 230 V AC with   The AF1000 is commissioned using TwinCAT Drive Manager 2,
        a power range of 0.37 kW to 1.5 kW, and one for a      meaning users do not need to familiarise themselves with a
        three-phase supply of 3 x 400 V AC with a power range   new, additional tool.
        of 0.37 kW to 2.2 kW. Despite its compact dimensions, the
        AF1000 incorporates an integrated control power supply,   www.beckhoff.com/af1000



                                            5 | EngineerIT August/September 2026
   1   2   3   4   5   6   7   8   9   10