R2AA13050HXSHPM
by Sanyo Denki
The Sanyo Denki R2AA13050HXSHPM AC servo motor from the R SANMOTION Servo Motors series delivers 0.5 kW of precise motion control for demanding industrial automation tasks. Designed by Sanyo Denki, this robust unit combines high dynamic response with reliable feedback systems to ensure smooth and repeatable performance. Its forced air cooling mechanism effectively maintains optimal thermal conditions during continuous operation. The motor’s flange mounting design offers secure installation with minimal vibration. Built for variable environments, it supports a wide operating temperature range and high overload capacity for transient load events.
The R2AA13050HXSHPM’s technical specifications encompass a comprehensive set of performance and interface parameters. It operates at a Rated Power of 0.5 kW with a Rated Voltage of 200 VAC and draws a Rated Current of approximately 2.6 A at Frequency of 50 Hz. The unit employs a Resolver/Absolute Encoder for precise position feedback and features Forced Air Cooling to dissipate heat. Mounting is accomplished via a Flange Mounted interface in a Compact design that optimizes footprint. The motor delivers an Efficiency greater than 85%, ensuring minimal energy loss during operation. It can tolerate an Operating Temperature range of approximately -10 °C to 50 °C and withstand an Overload Capacity of around 150% for short bursts. With a Weight of approximately 8 kg, it balances structural rigidity with ease of integration.
In operational contexts, the R2AA13050HXSHPM achieves smooth, stable motion with rapid acceleration and deceleration profiles. The high-resolution encoder enables real-time position monitoring, reducing overshoot and improving repeatability. Its air-cooled system sustains performance over extended duty cycles without thermal derating, while the robust overload tolerance handles dynamic torque spikes. Flange mounting minimizes mechanical resonance and supports precise alignment within multi-axis configurations. The motor’s construction maintains consistent torque output even under fluctuating ambient conditions.
System integration is streamlined through standard electrical interfaces and encoder feedback compatible with most industrial drives and controllers. Its compact dimensions facilitate installation in space-constrained machine layouts, and the durable build meets the rigors of factory automation. Ideal applications include CNC machine tools, robotic articulations, packaging equipment, and precision assembly lines where responsiveness and reliability are critical. The R2AA13050HXSHPM represents a balanced solution for engineers seeking efficient, high-performance servo control in industrial environments.
