SP10600-S001 Kollmorgen
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The Kollmorgen SP10600-S001 is part of the SP Servostar Servo Drives series and provides a continuous power output of 1.1 kW at 115 Vac single-phase and 2.2 kW at 230 Vac three-phase. This drive has a rated output current of 6 Amps and features a PWM switching frequency of 16 kHz. It also offers overtemperature protection at 118 degrees Celsius and a maximum current output of 12 Amps for 2 seconds.
Internal Product Review
The SP10600-S001 is a Kollmorgen SP Servostar servo drive with 2.2 kW continuous power on 230 Vac 3-phase input and a 6 A rated output current. A 16 kHz PWM switching frequency and 12 A peak current for 2 seconds support smooth motor control and strong short-term load response.
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Product Description:
The SP10600-S001 is a servo drive manufactured by Kollmorgen within the SP Servostar Servo Drives series. Designed for industrial automation, it interfaces with motion controllers to modulate three-phase motor windings, delivering precise torque and velocity commands to synchronous or induction servomotors. By regulating current through high-frequency pulse-width modulation, the unit converts single-phase or three-phase mains power into controlled DC bus energy that supports closed-loop positioning and speed regulation in packaging machines, pick-and-place gantries, and process lines.
When supplied from a 115 V AC single-phase source, the drive can deliver 1.1 kW of continuous mechanical power, while a 230 V AC three-phase input raises that capability to 2.2 kW. The inverter’s output stage supports a rated phase current of 6 A, generated at a PWM carrier frequency of 16 kHz to limit audible noise and minimize torque ripple. Analog command inputs use a scaling factor of 1.70 A per volt, and feedback currents are interpreted with a ratio of 2.12 A per volt for symmetrical loop tuning. The positive and negative reference inputs are energized by an internal ±15 VDC supply, isolating the command circuitry from the power stage. Logic electronics draw 0.2 A at 8 V DC, and the heat sink dissipates 84 W during continuous operation, which must be accommodated by cabinet airflow.
For short-term overloads, the current limit rises to 12 A for two seconds, while motor ripple is constrained by a 32 kHz internal sampling frequency. The analog interface requires only 320 mA, easing the load on external control supplies. Protective thresholds include an overvoltage trip at 430 VDC, a power-up undervoltage lockout at 90 V DC, and an overtemperature shutdown at 118 °C. The PWM monitoring system also tracks device junction temperatures to help protect the semiconductors from excessive thermal stress.
