Skip to main content

Kollmorgen Support Network

Operating Induction Machines with S400-S600 >

Valid for S400, S600 with FW 582...5.99, 7.xx

Instructions for Selecting a Stepper Motor >

The Basics of Selecting a Stepper Motor The vast majority of stepper applications are fairly simple in terms of selecting the motor and drive.  Most applications have one or more of a few criteria, usually including torque, speed,…

Inductance Range of the P7000 Stepper drive >

The P7000 was designed primarily for high inductance motors.  The AC model has two ranges of inductance based on bus voltage, and the DC model has its own inductance range. AC power (P70360): 160VDC bus - optimal motor inductance…

Operating Induction Machines (S300-S700) >

To enable the servo amplifier to also operate induction machines with the exact speed, the control structure had to be extended. For the additional elements, you must adjust the corresponding parameters. In all sensorless modes, the output…

Operating Induction machines in AKD, using a closed-loop field oriented control >

Firmware version: M-01-12-01-000 This article explains how to set an AKD for driving an asynchronous machine, using a closed-loop field oriented control (FOC) strategy. The article contains:

Operating Induction machines in AKD, using an open-loop Volts/Hz speed control >

Firmware version: M-01-12-01-000 This article explains how to set an AKD for driving an asynchronous machine, using an open loop V/Hz strategy. The article contains:

Motor Inductance >

Valid for S300, S400, S600, S700

Induction Machines >

General A three-phase asynchronous machine (also called induction machine) can be used either as motor or as generator. It has a passive rotor, that is either is permanently (squirrel-cage rotor, cage rotor) or from case to case (dragging…

Induction Machine - General >

Table of Contents Design Rotor Stator Control Start-up circuit
Subscribe to Induction