Product Description:

The DT030CD1ANAA100 is produced by Sanyo Denki for its Linear Servo Motors series. It is an ironless linear motor stage used for point-to-point positioning and continuous transport in industrial automation lines. The direct-drive design eliminates mechanical transmissions, such as ball screws and belts, which reduces wear and simplifies maintenance. It supports high-speed positioning in packaging lines, semiconductor tools, and electronic assembly equipment where repeatability and limited downtime are important.

During operation, the coil can carry up to 30 A of continuous phase current, providing enough capacity for demanding acceleration profiles. The active armature measures 145 mm in length, while its copper-rich construction has a mass of 2.4 kg; these values assist with gantry balancing and thermal calculations. Because the design is ironless, magnetic attraction is 0 N, so the bearings experience no magnetic preload while the motor is stationary. The peak velocity is 2.5 m/s, and the 42.5 mm assembly height and 55 mm overall motor height help keep the carriage compact. The motor has an internal volume of 6.86 × 10⁵ mm³ and mounts through eight M4 threaded inserts, each with a thread depth of 8 mm. Two 5 mm diameter through holes provide dowel alignment for accurate installation on aluminum stages. Position feedback must be provided by an external scale because the coil does not include a Hall sensor.

The mover can produce up to 650 N of instantaneous thrust for rapid starts and acceleration. It sustains a rated speed of 1.9 m/s while producing a continuous thrust of 350 N. The coil measures only 86 mm in width, allowing adjacent axes to be installed closely on multicarrier platforms. The ironless configuration produces no cogging or induced normal force, helping the drive maintain smooth travel at low speeds and under lighter loads. Its low moving mass also supports rapid directional changes when the motor is paired with a compatible digital servo drive. An external guide system carries the moving assembly and maintains alignment throughout the available travel range.