IC11050A1P1106 Kollmorgen
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The IC11050A1P1106 is a direct drive by Kollmorgen, part of the ICD Ironcore Direct Drives series. It provides a continuous force of 263 Newtons at a continuous current of 4.4 Arms and a peak force of 533 Newtons. The coil assembly weighs 3.6 kg, while the magnetic way has a width of 50 mm and a weight of 7.5 kg per meter.
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Product Description:
The IC11050A1P1106 coil assembly is an iron-core linear motor element produced by Kollmorgen for the ICD Ironcore Direct Drives series. Used with a matching magnetic way, the part converts three-phase drive current directly into linear thrust, eliminating ball-screw or gearbox conversions in pick-and-place, gantry, and process-positioning axes. In industrial automation, it supplies precise, repeatable force along a straight path while keeping moving mass low and mechanical compliance minimal.
The coil can deliver a continuous thrust of 263 N while drawing 4.4 A rms; this steady-state rating indicates what the axis can sustain without exceeding its thermal limit. For short operating periods, it reaches a peak output of 533 N, providing additional force for acceleration or overcoming static friction. A force-to-current conversion ratio of 62.9 N/A rms indicates how efficiently input current translates into linear force. A back electromotive force constant of 51.4 V peak/m/s L-L indicates how much voltage is generated when the mover is driven externally. The motor has a constant of 32.0 N/√W, while the coil assembly weighs 3.6 kg and measures 85.0 mm wide. These values affect moving inertia and the space needed for installation. A preterminated cable extends 400 mm from the housing, simplifying its connection to the servo amplifier.
An inductance of 26.7 mH L-L and a phase resistance of 2.6 Ω L-L produce an electrical time constant of 10.3 ms. This value indicates how rapidly current can be established and how quickly the generated force can change. Thermal values include a coil-to-ambient thermal resistance of 0.99 °C/W and a maximum winding temperature of 130 °C. The mating magnetic way weighs 7.5 kg per meter and measures 50 mm wide. It supplies the magnetic field required for the coil to generate linear motion without a mechanical transmission.
