DD035CC2ANAA200 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The Sanyo Denki DD035CC2ANAA200 is part of the Linear Servo Motors series and features an armature coil length of 253 mm and a motor width of 105 mm. This servo motor delivers a maximum thrust of 1400 N, with a rated thrust of 610 N and a maximum speed of 3.0 m/s. It has a coil mass of 5.0 kg and operates with a servo amp capacity of 75 A.
Internal Product Review
The DD035CC2ANAA200 is a Sanyo Denki linear servo motor that delivers 610 N rated thrust at 2.0 m/s rated speed. Peak performance is equally impressive, with 1400 N max thrust and 3.0 m/s max speed supporting fast, forceful positioning. A 75 A servo amp capacity adds strong drive compatibility, making the motor a very capable choice for demanding linear motion systems.
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Product Description:
The DD035CC2ANAA200 is a moving-coil element produced by Sanyo Denki for the Linear Servo Motors series. Designed to pair with the manufacturer’s magnet tracks, the product converts electrical current into direct linear force for high-precision positioning tasks in industrial automation. By driving loads without gearboxes or ball screws, the unit reduces mechanical compliance and supports the rapid acceleration required in pick-and-place gantries, surface-mount lines, and optical inspection stages. It is intended for indoor cabinet or open-frame integration where compact coil assemblies simplify multi-axis layouts.
The armature coil measures 253 mm in length and fits beneath an assembly height of 70 ±0.2 mm, making clearance predictable when the rail and carriage are stacked with cable carriers. When energized, the winding experiences a magnetic attraction force of 350 N, which must be considered during bearing selection. Under optimized current and commutation, the coil reaches a maximum speed of 3.0 m/s, and it can generate a peak thrust of 1400 N for short-duration moves. Thermal and mass requirements are aided by a coil weight of 5.0 kg. The enclosed copper and epoxy occupy a volume of 1.86 × 10⁶ mm³ within the machine envelope.
The power and temperature leads exit through a 600 mm cable, allowing direct routing to the cabinet without intermediate junctions. There is no Hall sensor on the coil, so commutation signals must originate from an external drive or position transducer. The motor has an overall width of 105 mm, which supports integration into compact linear-axis assemblies. During continuous operation, the coil supports a rated speed of 2.0 m/s while maintaining a steady thrust of 610 N. The selected servo amplifier must supply up to 75 A of phase current to meet the coil’s drive requirements.
