SF-A5.0460.030-00.015
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MPN: 1070000000
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The SF-A5.0460.030-00.015 linear shaft is crafted from durable steel, features a 6 mm diameter, a hardened surface with a hardness of 60 HRC, and a straightness tolerance of 0.01 mm/100 mm. Part of the SF Servo Motors series by Bosch Rexroth Indramat, it offers chamfered ends and a press fit/fixed mounting type.
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Product Description:
The SF-A5.0460.030-00.015 Servo Motor of Bosch smooth and low-contamination aluminum frame ensures both a lightweight structure and optimal heat dissipation, while its treated surface minimizes the accumulation of dust and dirt and makes it ideal for industrial automation environments.
The SF-A5.0460.030-00.015 servo motor has an inertia of 166 × 10?? kgm² which is the measure of the resistance to changes in the rotational speed of the motor's rotor and plays a significant role in the performance of the motor, particularly when it requires quick starts, stops or speed changes. It relies on natural convection for cooling which means heat is dissipated from the motor naturally through the surrounding air without the use of fans or pumps and it also offers the option of forced-air cooling through an external fan or blower if additional cooling is needed. It has a 1.58 Nm/A of torque constant value which means it can produce more torque for a given amount of current that is essential for high mechanical force requiring industrial automation applications. It will maintain 3000 revolutions per minute (rpm) during continuous operation without overloading which is important to note that it may be capable of running at speeds above or below this rating, but at 3000 rpm it gives its maximum operation.
This SF series module draws a continuous electrical current of 29 amperes during typical operation and it also includes 2 Negative Temperature Coefficient (NTC) thermistors which are temperature sensors that decrease their resistance upon the increase of temperature. Its physical dimensions and mounting configuration are determined by frame size of 5 and it is able to have a rotational force of 46 newton meters which determines the amount of load it can move or the amount of mechanical work it can perform.
Frequently Asked Questions about SF-A5.0460.030-00.015:
Q: What is the benefit of the 1.58 Nm/A torque constant in the SF-A5.0460.030-00.015 motor?
A: The 1.58 Nm/A torque constant enables the motor to produce more torque for the same current, ideal for high mechanical force applications. This enhances energy efficiency and performance.
Q: Why is the SF-A5.0460.030-00.015 motor designed with natural convection cooling?
A: Natural convection cooling eliminates the need for fans, reducing mechanical wear and noise. It provides effective cooling in environments with sufficient airflow for moderate heat dissipation.
Q: How does the inertia of 166 × 10?? kgm² affect the performance of the SF-A5.0460.030-00.015 motor?
A: The low inertia value allows for faster acceleration and deceleration, crucial for dynamic applications like robotics or CNC machines. It enables quicker response to control signals.
Q: What does the integrated encoder in the SF-A5.0460.030-00.015 motor provide for precise motion control?
A: The integrated encoder gives real-time feedback on the motor’s position and speed. This ensures accurate synchronization with the controller, making it ideal for precise positioning.
Q: How does the 29A continuous current affect the operation of the SF-A5.0460.030-00.015 motor?
A: The motor requires a continuous current of 29A for consistent operation, supporting high-power applications without overheating. This ensures stable performance in demanding environments.
