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Kollmorgen LE06260

Product Name:​ Likely a Servo Component or Drive Variant (Possible S-series or Linear Encoder reference)
Product Introduction:​ Based on industrial listings, LE06260​ is frequently associated with Kollmorgen ServoStar​ series drives (such as SC1R06260) or potentially a Linear Encoder/Feedback module​ within specific Kollmorgen systems. The “LE” prefix often denotes “Linear Encoder” in motion control contexts, or it is a specific sub-model in the S300/S400 era drives.

Detailed content

Technical Specifications (If Drive context):
  • Power Range:​ Typically associated with 2.2 kVA or similar low-power drive classes if related to SC1R06260.
  • Voltage:​ 115/230 VAC 1/3 phase observed in related models.
    Technical Specifications (If Encoder context):
  • Type:​ Incremental or Absolute Linear Scale
  • Signal:​ Sin/Cos or Digital Quadrature
  • Resolution:​ Dependent on interpolation (commonly micron-level in Kollmorgen linear stages)
    Functional Features:​ If a drive, supports basic servo loops; if an encoder, provides sub-micron position feedback for direct drive linear motors.
    Application Scenarios:​ Semiconductor wafer handling, precision metrology stages, flat panel display inspection.
    Material Composition:​ Glass scale (encoder) or standard drive electronics (metal/PCB).
    Structural Features:​ Low profile for linear encoder; protective lip seals; anodized aluminum extrusion for scale housing.
    Working Principle (Encoder):​ Optical or magnetic reading head traverses a graduated scale, interpolating sine waves into position counts. (Drive): Standard PWM inversion of DC bus.
    Installation Requirements:​ Linear encoders require extreme parallelism during mounting (<0.1mm tolerance); drives require standard panel mounting.
    Usage Precautions:​ Protect linear scales from coolant, chips, and dust with bellows covers; avoid flexing the scale during installation which induces Abbe error. For drives, verify model compatibility as “LE06260” is a less common standalone designation and may be a sub-component code.

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