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

Why Go Beyond Traditional HMI/SCADA

Traditional HMI/SCADAs are being reinvented with today's growing dependence on mobile technology. Discover how AVEVA is implementing this software into your everyday devices to...

4 Reasons to move to a subscription model for your HMI/SCADA

Software-as-a-service (SaaS) gives you the technical and financial ability to respond to the changing market and provides efficient control across your entire enterprise—not just...

Is your HMI stuck in the stone age?

What happens when you adopt modern HMI solutions? Learn more about the future of operations control with these six modern HMI must-haves to help you turbocharge operator efficiency...

AVEVA™ System Platform: Smarter, Faster Operations for Enhanced Industrial Performance

AVEVA System Platform (formerly Wonderware) delivers a responsive, modern operations visualization framework designed to enhance performance across all devices with context-aware...