Aerotech 1210-01-1601-03 1000DC Permanent Magnet Servo

Aerotech 1210-01-1601-03 1000DC Permanent Magnet Servo

General Information

Model: 1210-01-1601-03 1000DC

Brand: Aerotech, a globally recognized leader in the motion control industry, known for its high-precision motion control and positioning solutions

Type: Permanent Magnet Servo, which utilizes permanent magnet technology to provide efficient and precise motion control

Technical Specifications

Torque: The continuous torque of the motor is 35 oz-in, and the peak torque can reach 260 oz-in4.

Motor Constant: The motor has a kt value of 8.5 oz-in/amp, which indicates the relationship between current and torque output4.

Tachometer Constant: The tachometer has a value of 3 V/krpm, providing a certain voltage output per unit of rotational speed for speed feedback and control4.

Weight and Dimensions: Weighs 5.1 lbs, with dimensions of 12×8×6 inches4.

Features

Smooth Operation: It may have a dynamically balanced skewed rotor like other motors in the 1000 series, which helps reduce torque ripple and achieve smoother velocity control7.

High Reliability: Constructed with high-quality materials such as a stainless-steel shaft and double-shielded bearings, ensuring long-term reliable operation7.

Standardized Design: Likely comes with a standard NEMA frame, facilitating easy installation and integration with other equipment7.

Customization Options: There might be options for custom mechanical or electrical configurations to meet specific application requirements7.

Applications

Machine Tool Industry: It can be used in CNC machine tools to provide precise motion control for tool positioning and workpiece processing, ensuring high machining accuracy.

Medical Equipment: In medical imaging devices such as CT scanners and MRI machines, it helps to accurately position the scanning components. It may also be applied in surgical robots to achieve precise movement of the robotic arms.

Semiconductor Manufacturing: Used in processes like wafer handling and lithography, where it provides accurate positioning and movement for wafers and semiconductor components, contributing to the production of high-quality semiconductors.

Optical and Photonics: In optical manufacturing and testing equipment, it precisely controls the movement of optical elements such as lenses and mirrors, enabling the production and adjustment of high-precision optical systems.