Description
Part Number: A06B-1469-B123#0021
Description: AC SPNDL MDL AiT 15/10,000, FLANGE, REAR
Product Series: A06B-1469
Availability: Call for availability
Core Exchange: Required
Repair: Yes
Special Note: MUST SHIP FREIGHT.
A06B-1469-B123#0021 - AC SPNDL MDL AiT 15/10,000, FLANGE, REAR is a high-performance product designed for industrial applications. As part of the A06B-1469 product series, this AC spindle model offers outstanding functionality and reliability in various machining processes.
Featuring a tapered shaft (TPR), this AC spindle model provides enhanced stability and precision during operation. The inclusion of a brake (BRK) ensures safe and controlled stopping when needed. With a keyed shaft (Key), the spindle can securely transmit power from the motor to the machining components.
Equipped with a slick shaft (SLK), this AC spindle model minimizes friction and allows for smoother rotation, resulting in improved efficiency and performance. The straight (ST) design ensures ideal alignment, promoting accurate and consistent machining results.
The AC SPNDL MDL AiT 15/10,000, FLANGE, REAR incorporates an incremental encoder (INC) which enables precise feedback and control of speed and position. This feature is vital in applications where accurate measurements and synchronization are critical.
The product offers a rear flange mount (FLANGE), which provides secure and stable attachment to the machine structure. This ensures reliable performance while reducing vibration and movement during operation.
Please note that this product requires freight shipment due to its size or weight. Kindly contact us for availability as well as information regarding core exchange and repair services. We are committed to providing prompt and efficient assistance to meet your specific needs.
Choose the A06B-1469-B123#0021 - AC SPNDL MDL AiT 15/10,000, FLANGE, REAR for its exceptional performance, reliability, and versatility in industrial applications. Trust in its advanced features and precision engineering to enhance your machining processes and achieve superior results.
Description: AC SPNDL MDL AiT 15/10,000, FLANGE, REAR
Product Series: A06B-1469
Availability: Call for availability
Core Exchange: Required
Repair: Yes
Special Note: MUST SHIP FREIGHT.
A06B-1469-B123#0021 - AC SPNDL MDL AiT 15/10,000, FLANGE, REAR is a high-performance product designed for industrial applications. As part of the A06B-1469 product series, this AC spindle model offers outstanding functionality and reliability in various machining processes.
Featuring a tapered shaft (TPR), this AC spindle model provides enhanced stability and precision during operation. The inclusion of a brake (BRK) ensures safe and controlled stopping when needed. With a keyed shaft (Key), the spindle can securely transmit power from the motor to the machining components.
Equipped with a slick shaft (SLK), this AC spindle model minimizes friction and allows for smoother rotation, resulting in improved efficiency and performance. The straight (ST) design ensures ideal alignment, promoting accurate and consistent machining results.
The AC SPNDL MDL AiT 15/10,000, FLANGE, REAR incorporates an incremental encoder (INC) which enables precise feedback and control of speed and position. This feature is vital in applications where accurate measurements and synchronization are critical.
The product offers a rear flange mount (FLANGE), which provides secure and stable attachment to the machine structure. This ensures reliable performance while reducing vibration and movement during operation.
Please note that this product requires freight shipment due to its size or weight. Kindly contact us for availability as well as information regarding core exchange and repair services. We are committed to providing prompt and efficient assistance to meet your specific needs.
Choose the A06B-1469-B123#0021 - AC SPNDL MDL AiT 15/10,000, FLANGE, REAR for its exceptional performance, reliability, and versatility in industrial applications. Trust in its advanced features and precision engineering to enhance your machining processes and achieve superior results.