FANUC A06B-6079-H103

Fanuc A06B-6079-H103

The Fanuc A06B-6079-H103 stands as a linchpin in the world of CNC (Computer Numerical Control) machinery and industrial automation systems. As a servo amplifier, it plays a pivotal role in controlling and regulating the motion of servo motors, ensuring a level of precision that is paramount in various industrial applications.

Specifications:

Input Voltage:

Operating within the typical range of 200-230V AC and three-phase power, the Fanuc A06B-6079-H103 ensures a stable and powerful supply. This voltage range aligns with the demands of CNC machinery, providing the necessary energy to drive the intricate movements required for precision manufacturing processes.

Maximum Output Current:

With a maximum output current of up to 30A, this servo amplifier delivers robust power to servo motors. This capability is crucial for applications where substantial power is required, such as milling, cutting, and other processes in CNC machinery. The high output current ensures that the servo motors can perform with efficiency and accuracy.

Communication:

The Fanuc A06B-6079-H103 is typically equipped with various communication interfaces, facilitating seamless integration into CNC systems. The ability to communicate effectively with the broader control system enhances its versatility and compatibility. This feature is fundamental in ensuring that the servo amplifier becomes an integral part of a well-coordinated and efficient CNC setup.

Cooling Method:

The cooling method employed by the Fanuc A06B-6079-H103 adds another layer of flexibility to its design. Depending on the specific model, it may utilize different cooling methods such as natural convection or forced air cooling. This adaptability allows the amplifier to operate optimally in diverse environmental conditions, ensuring that it can maintain performance and reliability even in challenging industrial settings.

Dimensions:

The physical dimensions and mounting options of the Fanuc A06B-6079-H103 may vary depending on the specific model. This variability in design caters to the diverse spatial constraints and mounting requirements in different CNC and industrial automation setups. The ability to customize the physical configuration enhances the amplifier's versatility, enabling it to fit seamlessly into a wide range of applications.

This servo amplifier serves as the orchestrator of motion, ensuring that servo motors move with the utmost precision and control. Whether in milling, cutting, or other CNC applications, the Fanuc A06B-6079-H103 stands as a testament to technological sophistication, providing the essential link between control systems and the physical movements that drive industrial automation forward.

FAQ

Q: What is the typical input voltage range for the Fanuc A06B-6079-H103?

A: The amplifier operates within the range of 200-230V AC, harnessing three-phase power to meet the demands of CNC machinery and industrial applications.

Q: How much power can the Fanuc A06B-6079-H103 deliver to servo motors?

A: With a maximum output current of up to 30A, the amplifier provides robust power, ensuring efficient and accurate performance in applications like milling and cutting.

Q: How does the Fanuc A06B-6079-H103 integrate into CNC systems?

A: The amplifier is typically equipped with various communication interfaces, fostering seamless integration into CNC systems and enhancing overall system coordination.

Q: What cooling methods does the Fanuc A06B-6079-H103 employ?

A: Depending on the model, the amplifier may utilize different cooling methods such as natural convection or forced air cooling, adapting to diverse environmental conditions for optimal operation.

Q: Are the physical dimensions of the Fanuc A06B-6079-H103 standardized?

A: The physical dimensions and mounting options may vary based on the specific model, allowing for customization to fit different spatial constraints and mounting requirements in various industrial setups.

Q: What role does this servo amplifier play in CNC machinery?

A: The amplifier is designed to control and regulate the motion of servo motors, ensuring precise positioning and movement control in various industrial applications.

Q: Is the Fanuc A06B-6079-H103 compatible with motors from other brands?

A: While primarily designed for Fanuc servo motors, compatibility with other brands depends on the specific model and its characteristics.

Q: Can the Fanuc A06B-6079-H103 be used in applications other than CNC machines?

A: Yes, it can be utilized in other industrial automation systems requiring precise motion control, showcasing its versatility.

Q: What safety features does the Fanuc A06B-6079-H103 incorporate?

A: Depending on the model, it may include features such as overcurrent protection, fault detection, and alarms to ensure safe and reliable operation.

Q: Is it easy to program and integrate into a CNC system?

A: Integration and programming can vary based on the specific application and system, requiring expertise in CNC and automation technology.

FANUC products are manufactured in Japan and are designed for Commodity production, advanced machining, and CNC milling usage. They come with a 2-year warranty from MRO Electric. We also carry Servo Amplifiers from other manufacturers such as Siemens and Control Techniques.

Contact Us Today For More Information About FANUC Products

Check out the rest of our FANUC product line. Whether it's using our online instant quote feature, giving us a call at (800) 691-8511, or emailing us at sales@mroelectric.com, we strive for customer satisfaction first. This means lower prices and better service for you. For more products like A06B-6079-H103, take a look at more from our Servo Amplifiers line. If your current unit has gone bad, take advantage of our Core Exchange program for the most inexpensive route. You can learn more about this program on our FAQ page here. We offer a repair service on all of our A06B-6079-H103 products that keep your downtime to a minimum. To stay up to date on manufacturer news, as well as access any of our datasheets, manuals, or other documentation, we suggest you take a look at our blog.