R2AA06040FXP11M

Product Description:

The Sanyo Denki manufactures the R2AA06040FXP11M servo motor. This device is designed for precise motion control in industrial automation. The 0.4 kW (400W) output means it can convert electrical energy into mechanical work. This power rating is for medium-load applications, balancing performance with energy efficiency. The 60mm flange is a mechanical specification, the physical footprint and integration. Smaller flange means compact machine design and installation in space-constrained areas. This dimensional characteristic affects the overall form factor and design flexibility. The 3000 min⁻¹ (revolutions per minute) rated speed is key for applications that need rapid and precise motion. This parameter the motor’s rotational velocity under nominal load, affects the speed and responsiveness of the controlled system. The IP67 protection code means it’s robust against environmental factors. This rating means complete protection against dust and can withstand temporary immersion in water, perfect for harsh industrial environments where contaminants are present. This protection level increases the motor’s reliability and lifespan and minimizes downtime and maintenance.

The electrical specifications of the R2AA06040FXP11M are important to its performance. The 2.8 Arms rated armature current, 2.8 Arms armature stall current, and 10.8 Arms peak stall current define the motor’s current handling. These values are important to understand the motor’s thermal behavior and torque delivery under different operating conditions. The torque constant 0.524 N·m/Arms means the motor’s efficiency in converting current to torque, which is important for applications that require force control. The voltage constant 18.3 mV/min⁻¹ relates the motor’s back electromotive force to its rotational speed and helps in speed regulation. The 1.27 N·m rated torque, 1.37 N·m continuous stall torque and 4.8 N·m peak stall torque are important to determine the motor’s ability to handle static and dynamic loads. Stall torque is the maximum torque the motor can produce when stationary, important for applications that require holding torque or rapid acceleration.

The motor’s high efficiency and low ripple, together with medium inertia, are key to smooth and precise motion control. High efficiency reduces energy losses, cost and thermal stress on the motor. Low ripple ensures constant torque output and reduces vibration and smoothness of motion. Medium inertia allows for a balanced response, adequate acceleration and deceleration without overshoot or oscillation. Plus, the motor is CE and UL certified to ensure compliance with international safety and performance standards to assure its quality and reliability in various industrial applications.