Description
Part Number: A06B-2114-B503
Description: AC SERVO MDL BiS 0.4/5000, ST, KEY, BRK, BiA 1000
Product Series: A06B-2114
Availability: Available, call for lead time
Core Exchange: Required
Repair: Not offering at this time
Product Name: A06B-2114-B503 - AC SERVO MDL BiS 0.4/5000, ST, KEY, BRK, BiA 1000
Product Description:
The A06B-2114-B503 is an AC SERVO MDL with a BiS 0.4/5000 rating. It features a straight (ST) configuration with a keyed (KEY) shaft and a brake (BRK) mechanism. Additionally, it includes a BiA 1000 incremental encoder for precise positioning.
Part of the A06B-2114 product series, this AC SERVO MDL is designed to deliver top-quality performance in a variety of applications. Featuring a tapered shaft, it offers enhanced stability and durability for reliable operation. The brake allows for secure and controlled stopping, ensuring safety and preventing unintended movements.
With its BiA 1000 incremental encoder, this AC SERVO MDL provides accurate and reliable feedback for precise positioning. This is particularly beneficial in applications that require high precision and repeatability, such as robotics, CNC machining, and automated manufacturing systems.
The A06B-2114-B503 AC SERVO MDL is built to meet strict quality standards, ensuring its long-lasting performance and reliability. It is compatible with a range of industrial equipment and machinery, making it a versatile choice for various applications.
Please note that this product is currently available for purchase, but lead times may vary. For more information on availability and delivery times, please contact our sales department.
Please be informed that at this time, repair services for the A06B-2114-B503 AC SERVO MDL are not available. However, our team is committed to providing excellent customer support and can assist you with any technical inquiries or alternative solutions you may require.
Enhance your industrial applications with the A06B-2114-B503 AC SERVO MDL - a reliable and high-performing product that meets the demands of precision positioning and control.
Description: AC SERVO MDL BiS 0.4/5000, ST, KEY, BRK, BiA 1000
Product Series: A06B-2114
Availability: Available, call for lead time
Core Exchange: Required
Repair: Not offering at this time
Product Name: A06B-2114-B503 - AC SERVO MDL BiS 0.4/5000, ST, KEY, BRK, BiA 1000
Product Description:
The A06B-2114-B503 is an AC SERVO MDL with a BiS 0.4/5000 rating. It features a straight (ST) configuration with a keyed (KEY) shaft and a brake (BRK) mechanism. Additionally, it includes a BiA 1000 incremental encoder for precise positioning.
Part of the A06B-2114 product series, this AC SERVO MDL is designed to deliver top-quality performance in a variety of applications. Featuring a tapered shaft, it offers enhanced stability and durability for reliable operation. The brake allows for secure and controlled stopping, ensuring safety and preventing unintended movements.
With its BiA 1000 incremental encoder, this AC SERVO MDL provides accurate and reliable feedback for precise positioning. This is particularly beneficial in applications that require high precision and repeatability, such as robotics, CNC machining, and automated manufacturing systems.
The A06B-2114-B503 AC SERVO MDL is built to meet strict quality standards, ensuring its long-lasting performance and reliability. It is compatible with a range of industrial equipment and machinery, making it a versatile choice for various applications.
Please note that this product is currently available for purchase, but lead times may vary. For more information on availability and delivery times, please contact our sales department.
Please be informed that at this time, repair services for the A06B-2114-B503 AC SERVO MDL are not available. However, our team is committed to providing excellent customer support and can assist you with any technical inquiries or alternative solutions you may require.
Enhance your industrial applications with the A06B-2114-B503 AC SERVO MDL - a reliable and high-performing product that meets the demands of precision positioning and control.