Servo Drive facilitates soft motion implementation.
March 13, 2003 -
Series DC201 digital drive allows users to implement multi-axis coordinated motion control system without need for dedicated motion controller. With built-in third-order interpolation and 5 kHz position loop, series has position set points sent from host via network. Able to be synchronized, drives are offered in encoder and resolver feedback models. Series include units with supply range of 80 Vdc to 460 Vac and max current output capability of 15-100 A.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release
Advanced Motion Controls, Inc.
3805 Calle Tecate
Camarillo, CA, 93012
USA
Digital Servo Drive Facilitates Soft Motion Implementation
Camarillo, California...Advanced Motion Controls announces the availability of its DC201 Series digital drive family, which allows users to implement a multi-axis coordinated motion control system without the need for a dedicated motion controller. The DC201 Series have built-in third-order interpolation and a 5kHz position loop. Position set points are sent from the host to each drive via a high-speed network. Further more, various drives can be synchronized in order to ensure proper coordination. All that is needed on the host controller side is a network interface. Both encoder and resolver feedback models are available. These fully digital drives are designed for use with brushed or brushless, rotary or linear servomotors. Drive configuration and tuning can be accomplished through a graphical and intuitive Windows based utility. Extensive drive protection and error handling are also fully configurable. Various models are available with supply range of 80VDC to 460VAC, and maximum current output capability in the range of 15A to 100A. Units with AC supply also incorporate a shunt regulator circuit with configurable turn on voltage.
To obtain additional information on this product, contact Product Manager Jan Bosteels (jbosteels@a-m-c.com) @ Advanced Motion Controls or visit our web site at www.a-m-c.com.
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