High-quality R2aa08075fxpf6 Limited Time 35% Off [PfhbWRd4]

Sanyo Denki R SANMOTION Servo Motor

The High-quality R2aa08075fxpf6 Limited Time 35% Off [PfhbWRd4] from Sanyo Denki is a high-performance servo motor that stands out in the R SANMOTION series. This robust motor delivers a rated output of 750 W and operates on an AC200V input voltage, making it a reliable choice for industrial automation. Its compact 80 mm flange size streamlines mounting and reduces the footprint in control cabinets, while its lightweight construction of approximately 2.7 kg includes an encoder for precise position feedback and stable speed regulation.

• High-performance rated output of 750 W
• Compact 80 mm flange size for easy installation

Technical Specifications and Features

The High-quality R2aa08075fxpf6 Limited Time 35% Off [PfhbWRd4] is equipped with a control power supply of 40 VA and a rated main circuit power supply of 1.7 kVA, ensuring ample energy delivery for demanding motion profiles. The motor features a 17-bit encoder resolution (131072 P/R) and a pulse encoder system for high-density position feedback and improved responsiveness. Electrical characteristics include a phase resistance Rφ and a rated armature current of 4.6 Arms, providing predictable thermal behavior. The motor achieves a rated speed of 3000 r/min and can accelerate up to a maximum speed of 6000 r/min, supported by its rotor inertia of 1.82 × 10^-4 kg·m².

• 40 VA control power supply for energy-efficient operation
• 17-bit encoder resolution for precise feedback

Applications and Benefits

The High-quality R2aa08075fxpf6 Limited Time 35% Off [PfhbWRd4] is designed for various industrial applications, including robotic assembly, packaging, and material handling systems. Its durable insulation classification of Type F allows continuous operation at elevated internal temperatures, reducing the risk of thermal overload. The specified operating temperature range of 0 to 40°C ensures reliable performance in standard factory environments. The motor's compact form and optimized thermal management deliver low acoustic noise and extended service life, reducing operating costs and enhancing system uptime. Engineers can leverage the motor's balanced rotor inertia and precise feedback for high-precision tasks.

• Robust insulation classification for durability
• Low acoustic noise for quiet operation