CR10260-000000 Kollmorgen
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MPN: CR10260
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The Kollmorgen CR10260-000000 is part of the CD Servostar CD Drives series and belongs to the Compact Drive product family. It supports 3-phase input, has a rated current of 10 Amps, and features a resolver for feedback. The drive is equipped with overtemperature and overvoltage trip points of 80 °C and 430 VDC, and has a heat dissipation of 132 Watts.
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Product Description:
The CR10260-000000 is a servo drive produced by Kollmorgen for the CD Servostar CD Drives series and classified within the Compact Drive family. It operates from a three-phase mains supply and modulates that power through pulse-width control to run compatible brushless servomotors in automated machinery. Resolver feedback is accepted for closed-loop velocity and position regulation, making the unit suitable for material handling, packaging, and general motion platforms that require precise torque control. The compact format supports installation in control cabinets where available mounting space is limited.
The power section delivers a continuous output of 10 A and can supply up to 20 A RMS for two-second overloads without tripping. Apparent power draw at 230 VAC mains reaches 4.6 kVA, so the feeder and transformer must be sized accordingly. A protective line fuse rated at 25 A limits fault current, while the internal inverter switches at 8 kHz to balance audible noise and switching losses. Logic electronics draw 1.5 A from a separate control supply. The control board monitors the DC bus and disconnects the drive if the voltage rises to 430 VDC or falls to 90 VDC, helping protect the drive and connected motor. The standard configuration includes a 24 V logic input interface for the enable and fault-reset signals.
Current filtering is aided by a ripple frequency of 16 kHz, which minimizes torque pulsations experienced by the motor. Thermal loading on the cabinet is predictable because the drive dissipates 132 W as heat during rated operation. Integrated sensors shut down the drive when the heat sink temperature reaches 80 °C, preventing excessive thermal stress on internal components. The control supply must maintain 24 VDC to keep the gate drivers and microprocessors active during brownout events. The “No Comp” motor compatibility setting permits operation without an added motor compensation profile. Separate power and control connections allow the logic circuitry to remain available when mains power conditions fluctuate.
