Digital guide

You are here:

Kollmorgen AKD-P00606-NCE

Product Description:
The AKD-P00606-NCE is a panel-mount AKD servo amplifier from Kollmorgen’s AKD platform. “P” = Position indexer (built-in motion tasks), “00606” = 6 A continuous / 18 A peak @ 120/240 VAC (85–265 VAC input), “N” = Standard I/O, “C” = EtherCAT® communication, “E” = 24 VDC logic supply included in standard, last “N” = no extra options.

Detailed content

Specifications:
  • Input Supply:​ 1Ø or 3Ø 85–265 VAC (120/240 VAC nominal), 50/60 Hz
  • Continuous Output Current (RMS):​ 6.0 A
  • Peak Output Current:​ 18.0 A (5 s)
  • Continuous Output Power:​ ≈ 2000 W
  • DC Bus Capacitor:​ Internal; regen resistor connectable externally
  • Control Logic:​ 24 VDC (supplied externally)
  • Communication / Motion Bus:​ EtherCAT (CoE — CANopen over EtherCAT)
  • Feedback Devices Supported:​ SFD, SFD3, EnDat 2.1/2.2, BiSS-C, Hiperface, Hiperface DSL, sin-cos, incremental A/B/Z, resolver
  • Position Loop Bandwidth:​ up to 250 Hz
  • Velocity Loop Bandwidth:​ up to 1000 Hz
  • Current Loop Update:​ 0.67 µs (1.5 MHz sampling)
  • Onboard Memory:​ NVRAM for parameters & programs
  • Safe Torque Off (STO):​ Included, SIL3 / PLe
  • Dimensions (H×W×D):​ approx. 196 × 72 × 187 mm
  • Weight:​ ≈ 2.0 kg
Features:
  • Plug-and-play motor recognition with Kollmorgen AKM / AKM2G / MSK
  • Wizard-based autotuning, Bode plot analysis
  • Built-in indexer for stand-alone motion (no PLC needed)
  • Kollmorgen WorkBench GUI for setup, oscilloscope, and diagnostics
  • TCP/IP service channel for PC connection alongside EtherCAT
Applications:
  • High-speed pick-and-place, labeling, converting, electronics assembly, printing, medical device manufacturing
Installation & Notes:
  • Mount vertically on DIN rail or panel with adequate clearance for airflow (≥50 mm above/below)
  • Use shielded motor & feedback cables, terminated to PE
  • Connect 24 VDC logic before enabling mains
  • Set node address via DIP switches or EtherCAT master
  • Regen resistor sizing required if decelerating large inertias frequently

You may also like