DE0BC005A05CX00 Sanyo Denki
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The Sanyo Denki DE0BC005A05CX00 is part of the Linear Servo Motors series and features a drive method of sinusoidal excitation with a permanent magnet. It provides a rated thrust of 15 Newtons and a rated speed of 0.7 meters per second, with a maximum thrust of 50 Newtons. This motor has an optical incremental encoder with 1 micron resolution and an armature size of 20 by 195 by 25.5 millimeters.
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Product Description:
The DE0BC005A05CX00 linear servo motor is produced by Sanyo Denki for the Linear Servo Motors series. The unit consists of a moving coil assembly and a magnetic rail that form a direct-drive actuator used to position loads along a single axis in automated pick-and-place handlers, electronic assembly gantries, and inspection transporters. Because thrust is generated without rotary conversion, the motor delivers high precision and fast response while lowering wear and lubrication demands inside compact machinery.
The armature measures 20 × 195 × 25.5 mm, and this footprint determines the required mounting space and thermal path for continuous current. The drive employs sinusoidal commutation and permanent-magnet excitation, allowing a controller to supply a rated phase current of 1.0 A rms to achieve a continuous thrust of 15 N. Under that load, the mover travels at a rated linear speed of 0.7 m/s, which is suitable for pick cycles and conveyor handoffs. A magnetic pole pitch of 27 mm establishes the electrical wavelength that the amplifier must track, while the optical incremental encoder provides 1 µm feedback after four-times interpolation to close the velocity and position loops. The mover weighs 120 g, keeping reflected mass low for dynamic axes and supporting rapid changes in direction during repetitive positioning cycles.
When higher throughput is required, the actuator can produce a peak force of 50 N and reach a top velocity of 1.4 m/s for short bursts, provided its thermal limits are observed. With a total motor mass of 450 g, the system attains a no-load acceleration of 42.5 G, allowing shorter travel times across tooling spans. The available 50 mm stroke accommodates compact transfer and positioning tasks without requiring rotary-to-linear transmission components. A minimum placement interval of 20 mm allows multiple movers to share the same track without crosstalk or sensor overlap. The optical encoder supplies fine position feedback, while sinusoidal drive control minimizes cogging throughout the available travel. These operating characteristics help the mover maintain repeatable motion during rapid acceleration, steady travel, and controlled deceleration.
