GIDINGS&LEWIS M.1017.6083 Encoder Module

Brand:GIDDINGS & LEWIS
Model:M.1017.6083
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

GIDINGS&LEWIS M.1017.6083 Encoder Module

Product manual:

GIDINGS&LEWIS M.1017.6083 Encoder Module
Product Overview

M. 1017.6083 is an encoder interface module used in Giddings&Lewis control systems.
This module is mainly used to receive signals from rotary or linear encoders, providing high-precision position and speed feedback for CNC machine tools, motion control equipment, and automated production lines.

Technical characteristics (speculative summary)

Signal processing: Supports multi-channel encoder input, commonly consisting of three signals: A, B, and Z.

Function positioning: Implement position detection, speed feedback, and direction recognition.

Anti interference capability: Adopting isolation and shielding design to enhance signal stability.

Modular structure: can be directly inserted into the control system rack for easy replacement and expansion.

Compatibility: Compatible with Giddings&Lewis PLC, CNC control units, and PiC systems.

Application scenarios

Numerical Control Machine Tool Control

Receive feedback from the spindle or feed shaft encoder to achieve precise positioning and machining control.

Automatic production line

Collect position and speed feedback signals from conveyor belts and assembly machinery.

Servo and motion control

Used for motor servo circuits, forming closed-loop control to improve system stability and accuracy.

robot system

Receive feedback from joint position encoders to achieve multi axis coordination and path control.

Testing and measuring equipment

Provide displacement monitoring and position calibration to ensure that process parameters meet requirements.

Packaging and Printing Machinery

Realize synchronous control and precise alignment through encoder feedback signals.

Energy and Process Industry

In industries such as metallurgy, papermaking, and chemical engineering, it is used to monitor the position status of key moving parts on production lines.

Testing and Experimental System

Collect position changes in the experimental setup for control logic validation and performance testing.