Kollmorgen AKD-B00606-NBSQ-0000

Product Overview The AKD-B00606-NBSQ-0000 is a base drive version from Kollmorgen’s AKD series digital servo drives. It provides 6.0 Amps RMS continuous output current with 18.0 Amps RMS peak capability, operating from 120/240 VAC single-phase or three-phase input. The base drive configuration offers analog torque and velocity control with comprehensive feedback support, serving as a direct replacement for obsolete analog servo amplifiers.

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Description

Kollmorgen AKD-B00606-NBSQ-0000

Technical Specifications

  • Series: AKD Series Digital AC Servo Drive
  • Drive Variant: Base Drive (AKD-B)
  • Continuous Output Current: 6.0 Amps RMS
  • Peak Output Current: 18.0 Amps RMS for 5 seconds
  • Drive Continuous Output Power: 2.0 kW / 2000 W
  • Rated Supply Voltage: 120 VAC to 240 VAC, single-phase or three-phase, 50/60 Hz
  • Control Type: Analog torque and velocity control with digital current loop
  • Feedback Support: Sine/cosine encoder, EnDat, BiSS, HIPERFACE, resolver, incremental encoder
  • Communication: CANopen via dual RJ25 connectors, Ethernet via RJ45
  • Digital Inputs: 8 digital inputs, 24 VDC, source/sink configurable
  • Digital Outputs: 3 digital outputs, 24 VDC, floating
  • Analog Inputs: 1 analog input, minus 10 to plus 10 VDC, 16-bit conversion
  • Analog Outputs: 1 analog output, minus 10 to plus 10 VDC, 16-bit
  • Safety Function: Safe Torque Off (STO) integrated
  • Protection Rating: IP20
  • Operating Temperature: 0 degrees Celsius to plus 40 degrees Celsius
  • Weight: 1.1 kilograms

Functional Features

  • Direct replacement for obsolete Kollmorgen BDS4A-203J-0001/202A24 ServoStar amplifiers and Servo Dynamics DSSA0510-34 DigiDrive units
  • Plug-and-play commissioning for instant seamless access to machine parameters
  • Industry-leading servo performance with high-bandwidth current loops
  • Universal multi-feedback evaluation supporting absolute and incremental encoders
  • Compact footprint saving valuable panel space
  • Detachable screw terminals for power, brake, and input/output connections
  • 9-pin D-sub connector for feedback
  • 15-pin D-sub connector for secondary feedback

Application Scenarios

  • CNC router machinery retrofits
  • Industrial automation requiring analog command interface
  • Packaging and printing equipment upgrades
  • General industrial motion control with 120/240 VAC supply
  • Systems requiring replacement of legacy analog servo amplifiers

Performance Parameters

  • 6 Amp continuous current supports motors up to 2 kW output
  • 3:1 peak-to-continuous current ratio for dynamic acceleration
  • 16-bit analog input and output resolution for precise command and monitoring
  • High-speed digital current loop ensuring smooth torque delivery
  • Fast settling time and low following error for accurate positioning

Material Composition and Structure

  • Compact aluminum heatsink chassis with IP20 protection
  • Industrial-grade power electronics and IGBT output stage
  • Conformal coated circuit boards for environmental reliability
  • Detachable screw terminals for field wiring
  • D-sub connectors for feedback devices
  • RJ45 and RJ25 connectors for network communication
  • Internal cooling fan for thermal management

Working Principle The base drive receives analog command signals for torque or velocity through the 16-bit analog input. Digital signal processors execute high-bandwidth current loop control while analog circuitry processes velocity commands. The IGBT-based three-phase PWM output stage delivers precisely controlled current to the servo motor. Feedback devices provide closed-loop position and velocity information. The Safe Torque Off safety circuit disables the PWM output when activated, ensuring safe machine states without external contactors.

Installation Requirements

  • Mount in electrical enclosure with IP20 protection minimum
  • Connect to 120/240 VAC supply with appropriate overcurrent protection
  • Use shielded cables for motor power and feedback connections
  • Configure analog command signal range to match controller output
  • Ensure proper grounding of chassis and cable shields

Operating Precautions

  • Verify input voltage selector settings match local supply before energizing
  • Configure motor parameters to match connected servo motor ratings
  • Monitor STO safety circuit integrity during operation
  • Maintain parameter backups before firmware updates or reconfiguration
  • Use Kollmorgen WorkBench software for commissioning and diagnostics