E6C3-AN5C 32P/R 1M Encoder

Basic Information Overview

Category: Industrial Automation Component
Use: Position and motion sensing in industrial machinery
Characteristics: High precision, durable, reliable, compact size
Package: Enclosed in a protective housing
Essence: Provides accurate feedback for position and speed control in machinery
Packaging/Quantity: Typically sold individually or in small quantities

Specifications

Model: E6C3-AN5C 32P/R 1M
Resolution: 32 pulses per revolution (32P/R)
Cable Length: 1 meter
Output Type: Incremental quadrature signals

Detailed Pin Configuration

Pin 1: Power Supply +
Pin 2: Power Supply -
Pin 3: Channel A Output
Pin 4: Channel B Output
Pin 5: Index Pulse Output
Pin 6: Ground

Functional Features

High-resolution output for precise position feedback
Quadrature output for direction sensing
Compact design for easy integration into machinery
Durable construction for reliable operation in industrial environments

Advantages and Disadvantages

Advantages

Accurate position and speed feedback
Compact size for easy installation
Reliable performance in industrial settings

Disadvantages

Requires careful handling to avoid damage
Limited resolution compared to some high-end encoders

Working Principles

The E6C3-AN5C 32P/R 1M encoder utilizes optical or magnetic technology to detect the rotational position of a shaft. It generates incremental quadrature signals that can be used to determine both the position and direction of movement.

Detailed Application Field Plans

This encoder is commonly used in various industrial applications such as: - CNC machinery - Robotics - Conveyor systems - Packaging equipment - Printing machinery

Detailed and Complete Alternative Models

E6C3-AN5C 1000P/R 2M
E6C3-AN5C 500P/R 1.5M
E6C3-AN5C 64P/R 1M

Note: The alternative models listed above are examples and may vary based on specific requirements.

This comprehensive entry provides an in-depth understanding of the E6C3-AN5C 32P/R 1M encoder, covering its basic information, specifications, functional features, advantages and disadvantages, working principles, application field plans, and alternative models.