FANUC A860-0315-T101 Servo motor pulse encoder

FANUC   A860-0315-T101  Servo motor pulse encoder

A860-0315-T101 is a servo motor pulse encoder under FANUC. It is often used as a high-precision position feedback device to adapt to 

FANUC servo motors and is widely applied in the field of industrial automation

Core parameters

Pulse count: This encoder has a pulse count of 2000P. The pulse count determines the feedback accuracy.

 The 2000P specification can meet the precise feedback requirements for motor position and speed in most industrial scenarios, supporting the high-precision operation of equipment.

Compatible object: Specifically matched with FANUC servo motors, it can form a stable compatibility with the corresponding model of FANUC servo motors,

 ensuring the precise execution of signal transmission and control instructions.

Origin and Quality: Originating from Japan, it is manufactured in accordance with industrial-grade high-quality standards and has undergone 100% quality testing. 

It can adapt to complex working conditions in industrial sites and has strong durability.

Core function

Its core function is to provide position and speed feedback for FANUC servo motors. By collecting the operation data of the motor in real time and feeding it back to the control system, 

the system can promptly adjust the output instructions, thereby achieving precise control of the servo motor. 

This is the key to ensuring the accurate operation of related equipment. For instance, when a motor is performing positioning or speed regulation operations, 

the feedback data from the encoder can prevent problems such as positioning deviation and unstable rotational speed of the motor.

Application scenarios

Because it is compatible with FANUC servo motors and has reliable precision, it is widely used in industrial equipment that relies on FANUC control systems. 

CNC machining equipment such as CNC lathes and milling machines can ensure the accuracy of cutting, processing and other procedures. 

In the field of industrial robots, it can assist in the precise movement of robot joint parts. 

It is also applicable to conveying equipment in automated production lines and various drive mechanisms in automated control systems, used to maintain the stable operation of the equipment.

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