R2AA06040FCR11M6
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The Sanyo Denki R2AA06040FCR11M6 servo motor is part of the R SANMOTION Servo Motors series and features a nominal power of 400 Watts. It delivers a nominal speed of 3000 rpm with a nominal torque of 1.270 Nm. Its flange size is 60mm, and it supports safe torque off (STO) functionality for increased safety.
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Product Description:
The servo motor R2AA06040FCR11M6 is made by Sanyo Denki. The Sanyo Denki R2AA06040FCR11M6 servo motor is used in industrial automation for precise motion control. The motor's 400W nominal power indicates how much work it can do over time. The power rating, which indicates the greatest load the motor can support when operating at speed, is crucial in determining if the motor is appropriate for your application. The motor speed under nominal load is shown by the 3000 rpm nominal speed. The nominal torque of 1.270 Nm indicates the maximum rotational force that the motor is capable of producing. The motor torque at zero speed, or 1.370 Nm stall torque, is necessary for beginning acceleration and position retention against static load. The motor's highest rotational force, which is necessary for dynamic operation and abrupt load changes, is indicated by the 4.80 Nm maximum torque.
The motor's physical specifications are also crucial. Because the 60mm flange size indicates that the motor mounting dimensions are typical, it is simple to integrate and compatible with a wide range of industrial equipment. The motor's resistance to a change in speed is indicated by the moment of inertia, which is 0.412x10^-4 kg·m²>>. A motor with a reduced inertia value will accelerate and decelerate more quickly and respond better. A 17-bit resolution is shown by the encoder's resolution of 131072 impulses per revolution. For high-accuracy applications, precise positioning and fluid movement are crucial, and its high resolution ensures both. In an industrial setting, the motor's safety characteristics are essential.
An essential safety element that keeps people and equipment safe is the Safe Torque Off (STO) function, which turns off the motor power stage and stops accidental operation. The choice of cable is crucial. The motor receives electricity via the CVABRAXXM cable. The encoder signal is sent to the control system via the CVMBRARXXM connection. The holding brake is controlled by the CVFRPMXXM cable, which allows the motor to maintain position while it is not moving. A servo motor with low cogging torque will operate more smoothly and consistently with less torque ripple and vibration. In low-vibration and precision applications like robotics and precision machining, this decrease in mechanical noise is crucial.
Frequently Asked Questions about R2AA06040FCR11M6:
Q: What is the Sanyo Denki R2AA06040FCR11M6 servo motor used for?
A: The R2AA06040FCR11M6 is used in industrial automation systems for precise motion control. It is ideal for applications requiring high-speed operation, accurate positioning, and reliable torque output.
Q: What are the key specifications of this servo motor?
A: This motor has a nominal power of 400 W, a nominal speed of 3000 rpm, and a nominal torque of 1.270 Nm. It features a 60mm flange size and supports Safe Torque Off (STO) for enhanced safety.
Q: What safety features does the R2AA06040FCR11M6 include?
A: One of the key safety features is the Safe Torque Off (STO) function, which prevents unintended motor activation and ensures safe operation in case of an emergency or fault.
Q: How does the encoder resolution affect performance?
A: The motor has a high-resolution 17-bit encoder (131072 imp/rev), which ensures precise positioning and speed control, making it ideal for applications requiring accuracy and smooth operation.
Q: What cables are compatible with this servo motor?
A: The motor uses different cables for various functions: CVABRAXXM for power, CVMBRARXXM for the encoder, and CVFRPMXXM for the holding brake. Using the correct cables ensures optimal performance.
