Description
Part Number: A06B-0226-B000
Description: AC SERVO MOTOR MDL AC8/2000i, TPR, a1000
Product Series: A06B-0226
Availability: Available, call for lead time
Core Exchange: Optional
Repair: Yes
The A06B-0226-B000 is an AC servo motor that belongs to the MDL AC8/2000i product series. This motor features a TPR (Tapered Shaft) and is designed for use with the a1000 controller.
The A06B-0226-B000 is a reliable and high-performing servo motor that is suitable for a wide range of applications. With its Tapered Shaft design, this motor offers enhanced stability and precision, making it ideal for demanding industrial environments. The TPR design ensures smooth and efficient operation, allowing for precise control and accurate positioning.
This AC servo motor is part of the MDL AC8/2000i series, which is known for its excellent performance and durability. The MDL AC8/2000i series is designed to meet the needs of various industrial applications, providing reliable and efficient motion control solutions.
The A06B-0226-B000 AC servo motor is available for purchase, and customers can inquire about the lead time by calling our customer service team. Additionally, customers have the option to participate in a core exchange program, which allows for the exchange of their existing motor for a discounted price. This program provides customers with a cost-effective solution while ensuring access to high-quality and reliable products.
In the event of any issues or malfunctioning, the A06B-0226-B000 AC servo motor can be repaired. Our team of experts is equipped to handle any repairs and ensure that the motor is restored to its optimal performance.
Overall, the A06B-0226-B000 AC servo motor is a top-quality product that offers excellent performance and reliability. Its TPR design, combined with the a1000 controller compatibility, makes it a highly versatile and efficient choice for various industrial applications. With its availability and repair options, customers can be confident in their investment and rely on the motor to deliver exceptional results.
Description: AC SERVO MOTOR MDL AC8/2000i, TPR, a1000
Product Series: A06B-0226
Availability: Available, call for lead time
Core Exchange: Optional
Repair: Yes
The A06B-0226-B000 is an AC servo motor that belongs to the MDL AC8/2000i product series. This motor features a TPR (Tapered Shaft) and is designed for use with the a1000 controller.
The A06B-0226-B000 is a reliable and high-performing servo motor that is suitable for a wide range of applications. With its Tapered Shaft design, this motor offers enhanced stability and precision, making it ideal for demanding industrial environments. The TPR design ensures smooth and efficient operation, allowing for precise control and accurate positioning.
This AC servo motor is part of the MDL AC8/2000i series, which is known for its excellent performance and durability. The MDL AC8/2000i series is designed to meet the needs of various industrial applications, providing reliable and efficient motion control solutions.
The A06B-0226-B000 AC servo motor is available for purchase, and customers can inquire about the lead time by calling our customer service team. Additionally, customers have the option to participate in a core exchange program, which allows for the exchange of their existing motor for a discounted price. This program provides customers with a cost-effective solution while ensuring access to high-quality and reliable products.
In the event of any issues or malfunctioning, the A06B-0226-B000 AC servo motor can be repaired. Our team of experts is equipped to handle any repairs and ensure that the motor is restored to its optimal performance.
Overall, the A06B-0226-B000 AC servo motor is a top-quality product that offers excellent performance and reliability. Its TPR design, combined with the a1000 controller compatibility, makes it a highly versatile and efficient choice for various industrial applications. With its availability and repair options, customers can be confident in their investment and rely on the motor to deliver exceptional results.