[advertisement]

May 24, 2019



Product News

ACE Offers Regenerative Low-Voltage Drives for DC Motors

American Control Electronics (ACE) introduces the DCR300-60 and DCR600-60 Series, microprocessor based, low voltage PWM drives for brushed DC motors up to 24 and 48 VDC, respectively. The microprocessor allows for custom programming to fit specific OEM requirements, potentially eliminating the need for a PLC and supporting devices. Drives can be easily programmed for use in the field without trim pots, saving time and money on installation, calibration, and field support.

The drives are rated for 30 amps continuous operation or 60 amps for one minute. These regenerative controls are capable of braking or reversing on the fly, without the use of braking resistors or motor lead swapping. The drives are equipped with a brake output that can be used to power electromechanical brakes or an external run status LED. There are two on-board LEDs used to communicate run status and fault conditions. Jumpers are used to select between speed or torque mode operation, as well as unidirectional or bidirectional control with a 0 – 5 VDC analog signal. Protective circuitry helps shield the drive from shorts on the armature output, and a pre-charge circuit limits in-rush current to protect the power contacts.
Share and save:



[advertisement]

×

Like What You see?

Power Transmission Engineering magazinePower Transmission Engineering is THE magazine of mechanical components. PTE is written for engineers and maintenance pros who specify, purchase and use gears, gear drives, bearings, motors, couplings, clutches, lubrication, seals and all other types of mechanical power transmission and motion control components.

E-mail

Choose at least one from the options below:

 Power Transmission Engineering magazine, published 8 times per year (print or digital).

 Power Transmission Engineering e-mail newsletter, published weekly.

 Special Offers and promotions via e-mail from Power Transmission Engineering's advertisers and partners.

*Unsubscribe any time.
Full details in our privacy policy
Already a subscriber? Log in