Description
Part Number: A06B-0163-B676#7008
Description: AC SERVO MDL AM9/3000, ST, KEY, BRK, a64+S.C.
Product Series: A06B-0163
Availability: Call for availability
Core Exchange: Optional
Repair: Not offering at this time
The A06B-0163-B676#7008 is an AC servo model that provides reliable and efficient performance for various applications. This product is part of the A06B-0163 series, ensuring compatibility and high-quality construction. With this AC servo model, you can expect exceptional precision and control to meet your specific needs.
Featuring a Straight (ST) design, the A06B-0163-B676#7008 is built with a Tapered Shaft (KEY) for enhanced stability and power transmission. The inclusion of a Brake (BRK) ensures quick and secure stopping when needed, adding an extra layer of safety to your operations. With these features, this AC servo model is suitable for a wide range of industrial applications.
Equipped with a superior incremental encoder (INC), the A06B-0163-B676#7008 provides accurate and reliable positioning feedback. This feature allows for precise control and monitoring of the servo motor's rotational movements, ensuring optimal performance and efficiency.
The A06B-0163-B676#7008 is designed with durability in mind. Its robust construction and Slick Shaft (SLK) design guarantee long-lasting performance and minimal maintenance requirements. Additionally, the Flange Mount (FLANGE) allows for easy installation and integration into existing systems.
Please note that availability may vary, and we recommend contacting us for further details. We also offer core exchange options, allowing you to trade in your old servo motor for a cost-saving solution. However, at this time, we regret to inform you that repair services are not currently available for this product.
In conclusion, the A06B-0163-B676#7008 AC servo model is a reliable and versatile solution for your industrial automation needs. With its exceptional performance, precise control, and durable design, this servo motor is a valuable addition to any application requiring high levels of precision and stability.
Description: AC SERVO MDL AM9/3000, ST, KEY, BRK, a64+S.C.
Product Series: A06B-0163
Availability: Call for availability
Core Exchange: Optional
Repair: Not offering at this time
The A06B-0163-B676#7008 is an AC servo model that provides reliable and efficient performance for various applications. This product is part of the A06B-0163 series, ensuring compatibility and high-quality construction. With this AC servo model, you can expect exceptional precision and control to meet your specific needs.
Featuring a Straight (ST) design, the A06B-0163-B676#7008 is built with a Tapered Shaft (KEY) for enhanced stability and power transmission. The inclusion of a Brake (BRK) ensures quick and secure stopping when needed, adding an extra layer of safety to your operations. With these features, this AC servo model is suitable for a wide range of industrial applications.
Equipped with a superior incremental encoder (INC), the A06B-0163-B676#7008 provides accurate and reliable positioning feedback. This feature allows for precise control and monitoring of the servo motor's rotational movements, ensuring optimal performance and efficiency.
The A06B-0163-B676#7008 is designed with durability in mind. Its robust construction and Slick Shaft (SLK) design guarantee long-lasting performance and minimal maintenance requirements. Additionally, the Flange Mount (FLANGE) allows for easy installation and integration into existing systems.
Please note that availability may vary, and we recommend contacting us for further details. We also offer core exchange options, allowing you to trade in your old servo motor for a cost-saving solution. However, at this time, we regret to inform you that repair services are not currently available for this product.
In conclusion, the A06B-0163-B676#7008 AC servo model is a reliable and versatile solution for your industrial automation needs. With its exceptional performance, precise control, and durable design, this servo motor is a valuable addition to any application requiring high levels of precision and stability.