Microprocessor-based DCR Series From ACE Delivers Mobility and Extended Run Time for Battery-powered Devices

April 28, 2016
American Control Electronics (ACE) introduces the DCR Series, a low-voltage 4-quadrant drive that provides control of PMDC motors in a variety of applications.

American Control Electronics (ACE) introduces the DCR Series, a low-voltage 4-quadrant drive that provides control of PMDC motors in a variety of applications. The DCR Series is able to maintain variable speed control while batteries discharge, delivering an increased run time for battery-powered devices. A wide power range – 1/100 HP to 7.5 HP – makes the DCR Series ideal for mobile equipment and linear actuators. The DCR Series can also control portable or remote products that utilize solar power. The microprocessor-based design offers flexibility for customized OEM solutions with multiple I/O configurations, wired and wireless control capabilities and packaging options.

Key specifications of DCR Series:

  • HP Range: 1/100 to 7.5 HP
  • Input Voltage: 12 – 48 VDC
  • Wired or wireless control capabilities

>>For more information on this product, click here.

Sponsored Recommendations

Put the Plant Floor in Your Pocket with Ignition Perspective

Build mobile-responsive HTML applications that run natively on any screen.

Ignition: Industrial-Strength System Security and Stability

Ignition is built on a solid, unified architecture and proven, industrial-grade security technology, which is why industrial organizations all over the world have been trusting...

Iron Foundry Gains Competitive Edge & Increases Efficiency with Innovative Technology

With help from Artek, Ferroloy implemented Ignition to digitally transform their disconnected foundry through efficient data collection and analysis while integrating the new ...

Empowering Data Center Growth: Leveraging Ignition for Scalability and Efficiency

Data center growth has exploded over the past decade. Initially driven by organizations moving their computer assets to the cloud, this trend has only accelerated. With the rise...