RS2A05AAAL004EB2PL1 Sanyo Denki
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The Sanyo Denki RS2A05AAAL004EB2PL1 is a servo drive in the R SANMOTION Servo Drives series with a 50 Amp amplifier capacity, designed for a single axis. It supports position control mode using optical encoder measurement and 10000 pulse per revolution resolution. The input type is analog or pulse, and it operates with an AC200V power class.
Internal Product Review
The RS2A05AAAL004EB2PL1 is a Sanyo Denki servo drive configured for single-axis position control. Analog/pulse input architecture and an AC200V power class make this unit a practical choice for streamlined motion integration. Optical encoder feedback with 10000 P/R resolution is a standout feature for precise command tracking.
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Product Description:
The RS2A05AAAL004EB2PL1 is a servo drive module produced by Sanyo Denki for the R SANMOTION Servo Drives series. It interfaces between a motion controller and a matched servo motor, converting command signals into a regulated three-phase output that governs rotor position in automated machinery. By integrating current regulation and encoder feedback, the unit provides precise shaft control for pick-and-place heads, indexing tables, and packaging axes within multi-station production lines.
This model belongs to the one-axis class, so one amplifier section energizes a single motor. The power stage is rated for 50 A of continuous current and operates within the 200 VAC supply range, matching common factory power systems without a step-down transformer. A dedicated position loop supports position control, with velocity and torque calculated internally from encoder data. Command signals are accepted through an analog or pulse input, enabling ±10 V analog references or differential step-and-direction pulses from CNC or PLC hardware. The onboard counter provides a resolution of 10,000 P/R, resulting in a mechanical position increment of 0.036 degrees per pulse for precise staging. Protective algorithms monitor overcurrent, overvoltage, and regeneration to keep the unit within its thermal and electrical limits during rapid indexing and deceleration cycles.
Feedback integration uses an optical sensing method that minimizes jitter and long-term drift. Both the motor and an auxiliary linear scale can use pulse encoders, allowing the drive to compare multiple position sources in applications that require precise positioning over extended travel. Parameter sets are stored in nonvolatile memory, allowing identical axis configurations to be copied across multiple machines. Cable connectors use a keyed layout compatible with matching accessories, simplifying installation and reducing wiring errors in semiconductor handling, electronic assembly, and other precision equipment.