Product Description:

The DD035CC2ANEA200 belongs to the Linear Servo Motors series manufactured by Sanyo Denki. It is a moving-coil linear servo motor that converts amplifier current directly into thrust along a straight path, eliminating the rotary-to-linear conversion commonly required in ball-screw stages. In precision automation systems, the motor positions gantries, pick-and-place heads, or inspection carriages by generating controlled linear force along the stator rails.

The motor is driven by an amplifier that can supply up to 75 A, and that current flows through a copper coil weighing 5.0 kg. Power is delivered through a preterminated cable measuring 600 mm, keeping the electrical leads short as the coil travels. Dual rare-earth magnets on the track create a fixed magnetic field, while peak force capability reaches 1400 N. At full excitation, the coil can travel at a maximum velocity of 3.0 m/s, enabling rapid indexing on production lines. A Hall sensor set mounted inside the coil reports coarse position to the drive so that fine-resolution feedback loops can initialize without separate reference routines. Because the mover has a laminated steel core, cogging is minimized and thermal conduction is improved compared with coreless movers.

The continuous operating point provides a rated thrust of 610 N at a rated speed of 2.0 m/s; operation within this range helps prevent overheating while maintaining stable force. Magnetic preload across the air gap is limited to 350 N, so the linear bearings must accommodate the resulting downward load. Mechanical attachment uses 8 × M6 tapped holes in the aluminum carriage plate, and each hole has a minimum thread depth of 10 mm. The dual-magnet track supplies the fixed magnetic field needed for linear movement. Integrated Hall sensors support initial position detection, while the cored construction provides a compact moving assembly for direct-drive applications.