Dat Cam Automation

AKD2G Servo Drive

AKD2G features include dual-axis, expandable I/O (without increasing the size), removable memory, dual-channel STO, and the first drive-resident graphic display in the industry. The AKD2G is optimized for single-connector AKM2G and AKM (with or without brake) reducing wiring with single hybrid cable technology. AKD2G also offers an option for secondary feedback to support legacy feedbacks.

AKD2G Servo Drive

AKD2G features include dual-axis, expandable I/O (without increasing the size), removable memory, dual-channel STO, and the first drive-resident graphic display in the industry. The AKD2G is optimized for single-connector AKM2G and AKM (with or without brake) reducing wiring with single hybrid cable technology. AKD2G also offers an option for secondary feedback to support legacy feedbacks.

Features

One and two axis variants

One-click auto-tuning

Servo on a Chip™ includes Dual-Core ARM™A9, 800 MHz

Plug-and-Play with all Kollmorgen motors

Flexible

  • Modular design allows the user to specify only the features needed
  • Optional Feedback Port for
    • EnDAT 2.2
    • BiSS
    • Resolver
    • A-QUAD-B Encoder
    • Encoder emulation
    • Dual-loop
  • Multiple bus choices for system optimization, including EtherCAT® FSoE, and CANopen®
  • Over-voltage, current, and temperature detection provided for added dependability
  • Dual-channel STO for each axis
  • Industry-leading power density for greater flexibility in mounting
    • Fits into a 10” deep control panel
  • Removable Memory
  • I/O

Easy to Use

  • Plug-and-play compatibility with Kollmorgen controls and motors
  • WorkBench GUI, acclaimed for customer experience and usability
  • Hybrid Motor-Power connector is optimized for single-cable motors:
  • No adaptors, no D-subs, no splitters
  • Cage-clamp spring terminal connectors on I/O allow for fast and easy installation
  • Optically-isolated I/O reduces noise, and eliminates need for additional hardware

Fast

  • Servo on a Chip™ includes Dual-Core ARM™A9, 800 MHz + 1.5M additional FPGA gates
  • Accommodates changing load conditions immediately:
    • Current loop: 1.28us
    • Velocity loop: 62.5us
    • Position loop: 250us
  • Wizard-based tuning uses advanced Bode Plot tool to help you efficiently manual-tune when desired
  • Fast data acquisition with TCP/IP Ethernet service channel

Specifications