Product Description:

The DD035CC2ANAA100 belongs to the Linear Servo Motors series manufactured by Sanyo Denki. This moving-coil assembly is intended to ride over a fixed magnet rail and convert drive current directly into linear motion, removing ball screws or belts from fast, high-cycle automation lines. By acting as the primary thrust element, it supports machine builders that need precise, low-maintenance translation for pick-and-place devices, gantries, and semiconductor transport stages.

The coil mass is 5.0 kg, a value that determines inertia and influences servo response. When energized, the winding experiences a magnetic attraction force of 350 N toward the magnet track that must be counterbalanced in the carriage design. Under full voltage, the coil reaches a maximum speed of 3.0 m/s, while the drive can command a peak thrust of 1400 N for rapid acceleration. Mechanical integration is handled through 8 × M6 mounting threads, each cut to a minimum thread depth of 10 mm and paired with two dowel holes measuring 5 mm in diameter with a +0.01 mm tolerance for repeatable alignment. The recommended dowel penetration is at least 6.5 mm to secure the forcer to its platen, and the rail screw holes under the companion magnet bed have a center spacing of 90 ± 0.2 mm to maintain straightness over long strokes.

Rated operating limits include a continuous speed of 2.0 m/s and a sustained thrust capacity of 610 N, which are used to size the power amplifier and verify thermal margins. The recommended assembly height between the coil face and machine base is 70 ± 0.2 mm, providing the required installation clearance. Electrical routing is simplified because the unit includes a factory-terminated cable that measures 300 mm. This model does not include a Hall sensor, so absolute or incremental feedback must be supplied by an external linear encoder.