R2AA04005FXP00M

Product Description:

The R2AA04005FXP00M servo motor is engineered for precise motion control in industrial automation applications. This motor offers reliable performance and is suitable for integration through a large variety of systems needing accuracy. The motor is built for reliable operation while delivering consistent results. It's designed especially to be effective in demanding environments where accuracy matters a bunch. It features rated output power of 50W, designed to deliver adequate power for different applications. It can achieve peak torque at stall of 0.59 N·m and provides a continuous torque at stall of 0.167 N·m, which ensures performance throughout rigorous operations. It's crafted for seamless integration through systems that need exact moves. It stands as a solid piece in the world of automation. It's built through quality. The rated speed of 3000 min⁻¹ allows for a stable speed that will in turn result in accurate control.

The R2AA04005FXP00M servo motor is designed with an emphasis on electrical characteristics, providing stable and controlled movements through complex operations. The motor has a rated armature current of 0.67 Arms and a peak armature current at stall of 2.8 Arms for quick starts and stops. This shows that it can handle difficult operational requirements along with constant and efficient control and also responsiveness through shifts in action. This makes it perfect in applications that need it to quickly adjust through variable conditions. It is also designed with a torque constant of 0.246 N·m/Arms ensuring that there is a precise correlation through current and torque. It also has a voltage constant per phase of 8.6 mV/min⁻¹, and phase resistance, coming in at 9 Ω, which is beneficial through system design through it's predictable electrical characteristics. The rated power rate of 6.7 kW/s offers a stable operation, and with its armature current at stall of 0.69 Arms it provides both efficient functionality through many industrial applications and long-term reliability.

The compact but strong design contributes to the servo motor’s suitability through a wide array of uses, mainly those that need precision. The rotor moment of inertia of 0.0376 ×10⁻⁴ kg·m² enables it to accelerate efficiently, that leads to more exact and prompt feedback through operations as a whole. Weighing in at only 0.39 kg (with encoder), it can easily be installed through many setups without sacrificing operational effectiveness. With its specifications, the R2AA04005FXP00M servo motor shows that it is robust, ready to provide the needed performance through important operations such as automation, and also accurate control through the most critical phases of industrial activity.