FANUC A06B-0257-B100 servo motor

FANUC A06B-0257-B100 servo motor introduction

I. Product overview

FANUC A06B-0257-B100 servo motor is a high-performance servo motor produced by FANUC in Japan. As a key driving element in industrial automation, CNC machine tools, robots and other fields, servo motors are responsible for precisely controlling the movement of mechanical parts.

Second, product characteristics

High precision control:
The FANUC A06B-0257-B100 servo motor uses advanced servo control technology and algorithms to provide extremely high position, speed and torque control accuracy, ensuring that the mechanical parts can move precisely according to the predetermined trajectory and speed.
Quick response:
The servo motor has excellent dynamic response performance, can quickly respond to the control signal, realize fast start, stop and commutation, and meet the needs of high-speed motion control.
High reliability:
FANUC A06B-0257-B100 servo motor has undergone strict quality control and reliability testing, and can operate stably in a variety of harsh working environments for a long time to ensure the continuous and efficient operation of the equipment.
Low failure rate:
Fanuc servo motors are known for their low failure rate and long life, reducing equipment maintenance costs and the risk of production disruptions.
Iii. Technical parameters (reference information)

Please note that the specific technical parameters may vary by batch and specific configuration, and the information provided below is for reference only:

Power parameters: Depending on the model and application requirements, there may be different power output capabilities.
Rated speed and torque: It has a high rated speed and torque to meet the needs of various high-speed and high-load motion control.
Drive mode: May be equipped with drivers such as αi SV for efficient motor control.
4. Application field

FANUC A06B-0257-B100 servo motors are widely used in industrial automation, CNC machine tools, robots and other fields, especially in the need of high precision, high reliability and high dynamic performance.