S61000-600 Kollmorgen
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The Kollmorgen S61000-600 is a servo drive in the S600 Servo Drives series. It features a current rating of 10 Amps RMS and supports a supply voltage range of 230 to 480 Volts. The drive offers a full-load dissipation of 90 Watts and a rated installed load of 7 kVA.
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Product Description:
The S61000-600 is a servo drive manufactured by Kollmorgen for the S600 Servo Drives series. It serves as the power stage between a motion controller and a synchronous or induction motor, providing the regulated phase current required for closed-loop speed and position control in automated machinery. By converting the incoming three-phase mains power into a high-bandwidth PWM output, the drive enables precise torque production while maintaining real-time feedback with the controller through standard fieldbus or analog command interfaces.
Electrical performance centers on a continuous output capability of 10 A rms, delivered from the supported 230 to 480 V supply bus. Current regulation is refreshed every 62.5 µs, and the digital outputs are latched at 250 µs, allowing the controller to synchronize external actuators with minimal lag. An auxiliary logic rail of 24 VDC is available, and it can supply up to 1 A when no holding brake is fitted. The integrated relay channel switches loads up to 500 mA with a residual voltage drop of 5 V. Command inputs have an input impedance of 20 kΩ, while the analog monitor channel presents an impedance of 2.2 kΩ to prevent excessive loading by downstream measurement equipment. The current form factor of 1.01 indicates nearly sinusoidal motor current, which helps minimize winding heat.
Static electronics consume 15 W during standby, and full-speed operation raises power dissipation to 90 W, which must be removed from the control cabinet. The converter supports an installed load of 7 kVA, so feeder protection and cabling should accommodate this apparent power. Motor windings connected to the drive must have an inductance of at least 4 mH. The winding inductance must not exceed 25 mH. Keeping the motor inductance within this range preserves current-loop stability and supports proper drive operation under static and dynamic loads. Adequate cabinet ventilation or another suitable heat-removal method is necessary to manage the specified dissipation during continuous service.
