R2AA06040FXH11M
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The R2AA06040FXH11M servo motor delivers a rated output of 400W and operates at 200 VAC. Manufactured by Sanyo Denki under the R SANMOTION Servo Motors series, it features a 60mm flange size and an IP67 protection code. The motor has an absolute encoder for incremental systems and complies with CE and UL standards.
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Product Description:
Sanyo Denki makes the high-performance R2AA06040FXH11M servo motor, which is made for industrial automation tasks that need accuracy and dependability. The motor has a standard flange connection that makes it easy to attach. It has a strong case that is probably made of metal or steel and has a black coating that protects it and makes it last.
The R2AA06040FXH11M servo motor can work at high speeds, and it has a maximum speed of 3000 RPM. It helps passive cooling by letting heat escape through the motor housing, which keeps the performance stable. The motor can handle 2.8A of power, and the Class F insulation will keep it cooler for longer. There isn't much electrical noise because the power and encoder wires are shielded. The motor responds dynamically at its best, with a moment of inertia of 18.3 kg. m2. Due to its IP67 rating, it can withstand being soaked in water and dust. Sealed joints and a cable gland with a secure wire end protect it even more. The motor's output shaft is shaped like a cylinder, which makes it simple to connect to things outside the motor.
The 400W power output of the R2AA06040FXH11M servo motor makes sure that it works well even in difficult situations. The motor works with a 3-phase AC 200V input and has a torque of 1.27 N ·m, so it can be used in situations where precise motion control is needed. The standard flange mounting makes it more stable structurally. The servo motor works well and lasts a long time because it meets strict standards. With a durable design, it was made to meet the needs of the industry.
Frequently Asked Questions about R2AA06040FXH11M:
Q: Does the R2AA06040FXH11M support passive cooling efficiently?
A: Yes, the passive cooling system uses the motor housing for heat dissipation, preventing overheating. This design eliminates the need for additional cooling mechanisms, improving efficiency.
Q: Do the cables of R2AA06040FXH11M provide noise protection?
A: Yes, the shielded power and encoder cables minimize electrical noise interference. This improves signal integrity, ensuring stable and precise motor control.
Q: How does the R2AA06040FXH11M ensure secure mounting?
A: The standard flange mounting provides a secure attachment that minimizes misalignment. This enhances structural stability and ensures consistent performance in industrial applications.
Q: Why does the R2AA06040FXH11M use a cylindrical output shaft?
A: The cylindrical shaft design ensures seamless coupling with external loads. This allows efficient torque transfer and reduces mechanical wear over time.
Q: Does the R2AA06040FXH11M support high-speed operation?
A: Yes, with a maximum speed of 3000 min⁻¹, the motor enables high-precision motion control. This makes it ideal for applications requiring fast and accurate movement.
