QS1W05AM0XXXXC13 Sanyo Denki
Wake Industrial LLC is not an authorized distributor of this product.
The QS1W05AM0XXXXC13 is a servo amplifier manufactured by Sanyo Denki and is part of the Q SANMOTION Servo Amplifiers series. It features an amplifier capacity of 50 Amps and supports a main circuit class of AC200V. The unit has a rotary motor structure, operates with a frequency characteristic of 600 Hz, and weighs 2.2 kg.
Internal Product Review
The QS1W05AM0XXXXC13 is a high-performing Sanyo Denki servo amplifier with an AC200V main circuit class and 50 A amplifier capacity. Technical performance is especially strong, with a 1:5000 speed control range and 600 Hz frequency characteristics supporting precise response. A 5M pulse/s maximum pulse frequency makes the amplifier a very appealing choice for high-response rotary motion control.
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Product Description:
The QS1W05AM0XXXXC13 is a servo amplifier module built by Sanyo Denki for the Q SANMOTION Servo Amplifiers series. Designed to drive rotary servo motors in automated equipment, the unit conditions command signals and supplies regulated current so a matched motor can follow velocity or torque references with high fidelity. Within an industrial control loop, the amplifier converts low-level analog commands from a position controller into power for the motor phases. This process enables precise speed and torque regulation in machinery such as pick-and-place stations and packaging lines.
The power stage of the amplifier can deliver a continuous output of 50 A, and it operates from an AC 200 V main-circuit supply, making it compatible with common three-phase factory power systems. The current-limit reference is DC ±2.0 V ±15%, and remaining within this range helps prevent overcurrent trips. The frequency response reaches 600 Hz, indicating that torque commands within this bandwidth are reproduced without significant phase lag. Leakage current toward protective earth is limited to 1.5 mA, allowing the chassis to meet typical safety thresholds for cabinet-mounted electronics. The amplifier is tuned for rotary motors, and its velocity loop accepts a DC ±2.0 V command. A speed-monitor output scales at ±2.0 V per 1,000 rpm, allowing shaft speed to be correlated with analog measurements.
High-speed interfacing is supported by a maximum encoder follow-up rate of 5 million pulses per second. The closed-loop design maintains accurate motion over a 1:5000 speed range, permitting slow teaching movements and full-rate production from the same unit. Diagnostic access is supported by a monitor output that reaches ±8 V, providing sufficient signal range for oscilloscopes connected through high-impedance probes. The housing weighs 2.2 kg, so it fits dense multi-axis panels without imposing excessive load on the mounting structure. Torque control uses a DC ±2.0 V command, and a dedicated monitor produces ±2.0 V at rated torque. This output allows the drive to report real-time motor load to supervisory systems through an analog signal.
