ADVANCED Motion Controls releases 3 AxCent servo drive models | Automation.com

ADVANCED Motion Controls releases 3 AxCent servo drive models

ADVANCED Motion Controls releases 3 AxCent servo drive models

May 20, 2016 - ADVANCED Motion Controls announced three additions to the AxCent servo drive platform from.  Models AB15A100, AB25A100 and AB20A200 are panel mount servo drives that operate with brushless (3Φ) permanent magnet motors as well as brushed (1Φ) motors and inductive loads.

Features include:

  • Application flexibility
  • More modes of operation in each unit
  • Built-in brushed and brushless compatibility
  • Expanded DIP-Switch tuning
    • Solderless solution to achieve performance
    • Available for both current loop and velocity loop tuning
  • Encoder Velocity, Duty Cycle Feedback, and Current Modes on the same model

The 3 models weigh 249g (8.8oz), are controlled with +/-10V analog command signals and use trapezoidal commutation when driving brushless motors, all in a panel mount package that’s approximately 3” x 5” x 1” (75.8mm x 129.3mm x 25.1mm). The AB15A100 outputs 15A peak and 7.5A continuous with up to an 80VDC bus. The AB25A100 outputs 25A peak and 12.5A continuous with up to an 80VDC bus. The AB20A200 outputs 20A peak and 10A continuous with up to a 175VDC bus. 

Models AB15A100, AB25A100 and AB20A200 feature expanded DIP Switch tuning capabilities for current loop and velocity loop tuning. This solderless solution is designed to allow greater flexibility and optimization of system behavior.

The current loop integrator features switch settings for 16 distinct values, while the current loop proportional gain features 32 values.  Together the current loop integrator and proportional gains can be adjusted to match the motor’s electrical characteristics to ensure the maximum power transfer from the drive to the motor for increased performance and efficiency.

The velocity loop integrator features 16 distinct tuning values and works together with a proportional gain potentiometer to achieve the performance and stability desired for each machine’s unique inertia and resonance characteristics.

MORE PRODUCTS

VIEW ALL

RELATED