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Kollmorgen P01206-NBC

  • Product Name: AKD Series Servo Drive (Position Indexer Type)
  • Product Introduction: The P01206-NBC is a high-performance Ethernet-based servo drive from the AKD series, designed for precision position control in industrial automation. It supports seamless integration with Kollmorgen servo motors and offers plug-and-play commissioning via WorkBench software.

Detailed content

  • Technical Specifications:
    • Input Voltage: 120–240 VAC, single/three-phase (85–265 VAC range)
    • Rated Output Current: 12 Arms
    • Peak Output Current: 30 Arms
    • Continuous Output Power: 4000 W
    • Control Modes: Position, Velocity, Torque
    • Communication Interfaces: Ethernet TCP/IP, compatible with EtherCAT, Modbus TCP
    • Feedback Support: SFD, EnDat 2.2, BiSS, Sin/Cos encoder, Resolver, Hiperface
    • Cooling Method: Natural convection (NB suffix indicates no fan)
    • Protection Rating: IP20
  • Functional Features:
    • Built-in 24V brake control for safe motor holding
    • Graphical tuning and diagnostics via Kollmorgen WorkBench
    • SIL-certified over-current, over-voltage, over-temperature detection
    • High bandwidth current loop (up to 2.5–4 kHz)
  • Application Scenarios: Automated assembly lines, packaging machinery, labeling equipment, small-scale robotics requiring precise positioning.
  • Performance Parameters:
    • Velocity Loop Bandwidth: 0–1000 Hz
    • Position Loop Bandwidth: 1–250 Hz
    • Torque Loop Update: 0.67 µs
  • Material & Structure: Compact metal housing with screw-terminal I/O connectors; optically isolated digital I/O; DIN-rail or panel mountable.
  • Working Principle: Converts AC input to regulated DC bus, then synthesizes sinusoidal PWM output to control motor phases based on real-time feedback and host commands.
  • Installation Requirements: Requires adequate clearance for airflow; secure mounting on non-vibrating panel; proper grounding per IECstandards.
  • Usage Precautions: Ensure input voltage matches supply; verify motor insulation class (F or higher); avoid operating beyond 40°C ambient without derating.

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