SF-A5.0460.030-04.050
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-A5.0460.030-04.050 is a sintered flanged sleeve bearing with a bore diameter of 4 mm and an outside diameter of 6 mm. Manufactured by Bosch Rexroth Indramat, it is part of the SF Servo Motors series and weighs just 4.5 grams. This bearing is made of durable bronze with an operating temperature range of -20 degrees C to +120 degrees C.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Bosch Rexroth has made the SF-A5.0460.030-04.050 brushless servomotor for motion control applications that require precision and efficiency. It is intended to be compatible with automation systems that necessitate precise positioning and consistent torque delivery. The product is compatible with a variety of configurations to satisfy the specific requirements of industrial automation.
The SF-A5.0460.030-04.050 brushless servomotor can produce a consistent rotational output due to its rated speed of 3000 min-1. The torque of the locked-rotor is 46 Nm, and the current of the locked-rotor is 29 A. Stable operation under load is guaranteed by the torque constant of 1.58 Nm/A ^2. The retention brake is not required, as the mass is 35 kg, which enables a secure installation in motor assemblies. The motor is equipped with a smooth shaft that incorporates a feather key and keyway. It is also possible to incorporate a holding brake, which improves stability during power-off conditions. The motor is designed for applications that require precise feedback control, such as those that utilize STG or MTG encoders. It operates using sinusoidal electromotive force.
The SF-A5.0460.030-04.050 brushless servomotor does not have a stopping brake and can be as long as 383 mm. The servomotor has constant torque and a locked-rotor current; it always gives out the same amount of torque. The input current directly controls the output torque. The layout and design make it easier to connect to motion systems that need to be precisely in sync and able to reference their position. Because the motor comes without a connection that fits it, users can pick a connector type that works with their system. These requirements are consistent with the use of automation, which necessitates precise control over torque and position.
Frequently Asked Questions about SF-A5.0460.030-04.050:
Q: Does the SF-A5.0460.030-04.050 support encoder integration for precise motion control tasks?
A: Yes, it supports STG or MTG absolute value encoders that allow accurate position feedback for closed-loop operations.
Q: Why does the SF-A5.0460.030-04.050 use sinusoidal electromotive force for operation?
A: It improves torque smoothness and minimizes torque ripple that results in better control and motor efficiency.
Q: Do the shaft dimensions of 32 x 58 mm offer benefits in SF-A5.0460.030-04.050?
A: Yes, the specified shaft size ensures robust torque transmission and supports compatibility with standard couplings and mounts.
Q: How does the 1.58 Nm/A torque constant benefit the SF-A5.0460.030-04.050 motor?
A: It allows accurate torque output proportional to current input that improves control precision in various loads.
Q: Why is the locked-rotor torque rated at 46 Nm in SF-A5.0460.030-04.050?
A: It ensures the motor can handle high initial load resistance without stalling that is critical during system startup.
