SF-A4.0230.060-14.071
Wake Industrial LLC is not an authorized distributor of this product.
MPN: 1070000000
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The SF-A4.0230.060-14.071 from Bosch Rexroth Indramat is part of the SF Servo Motors series and features an alloy steel construction. It boasts a dynamic load rating of 2300 N, a nut length of 40 mm, and a ball nut diameter of 23 mm. The motor operates within a temperature range of 20°C to +80°C.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The SF-A4.0230.060-14.071 Servo Motor made by Bosch has a constant torque of 0.88 Nm/A that ensures the responsive and energy-saving work and its compact shell presents the ability to extend to a state of 341 mm without a holding brake that confines it to a place-bound industrial automation application setting.
The SF-A4.0230.060-14.071 servomotor has a physical weight of 25 kilograms when the optional braking mechanism is excluded and it is designed to function efficiently at a continuous rotational velocity of 6000min-1. Its resistance to rotational changes in angular velocity is quantified as the rotational inertia 0.0054 kg m 2, which measures the amount it will resist angular acceleration and deceleration with the internal encoder taken into account and it will consume an electrical current of 25 amperes when its shaft is not allowed to rotate. Its frontal mounting surface has a width or outer size of 142 mm which helps ensure compatibility with mechanical housings or couplings and its cylindrical shaft has a diameter of 24 millimeters and a usable length of 50 mm. Its operation does not need brushes because it operates on electronic steering (commutation) to create motions and it also features sinusoidal-shaped internal voltage waveform that makes accurate feedback and smoother torque output in a positioning control.
This SF series servo motor encoder, classified under the STG or MTG type, enables exact positioning without needing to recalibrate or home the system after startup and is able to provide precise angular position data even during power disconnection. It is capable of applying a maximum of 22 Newton-meters of twisting force on its shaft at stationary position which indicates the static capability of the torque and is critical where the high holding or breakaway force is stipulated in an application.
Frequently Asked Questions about SF-A4.0230.060-14.071:
Q: Why is a sinusoidal EMF waveform used in the SF-A4.0230.060-14.071 motor?
A: The sinusoidal EMF allows smoother torque production and reduces torque ripple. This improves accuracy in applications requiring stable and precise motion control.
Q: How does the absolute encoder benefit the SF-A4.0230.060-14.071 in power-loss scenarios?
A: It retains position data even when power is cut. This eliminates the need for homing at startup, ensuring uninterrupted accuracy in critical systems.
Q: What is the role of the 25 A locked-rotor current in system design?
A: Knowing this current helps engineers design appropriate drive and protection circuits. It also prevents overloading during startup or stall conditions.
Q: How does the 54 x 10?? kg·m² inertia affect servo responsiveness?
A: This inertia provides better load stability but slightly reduces responsiveness. It's ideal for applications needing smoother, damped movement rather than fast acceleration.
Q: Why does the SF-A4.0230.060-14.071 use a brushless design?
A: Brushless motors offer longer service life and reduced maintenance. They also allow for higher efficiency and cleaner, more precise control.
