E52-CA15A D=3.2 2M

Product Category

The E52-CA15A D=3.2 2M belongs to the category of proximity sensors.

Basic Information Overview

• Use: Proximity sensing in industrial automation applications.
• Characteristics: High precision, non-contact sensing, and reliable performance.
• Package: Typically comes in a durable housing suitable for industrial environments.
• Essence: Utilizes electromagnetic or capacitive principles for proximity detection.
• Packaging/Quantity: Usually packaged individually, quantity varies based on manufacturer.

Specifications

• Model: E52-CA15A D=3.2 2M
• Detection Distance: 3.2mm
• Cable Length: 2 meters
• Operating Voltage: [Specify voltage range]
• Output Type: [e.g., NPN or PNP]

Detailed Pin Configuration

• Pin 1: [Function and description]
• Pin 2: [Function and description]
• Pin 3: [Function and description]
• ...[Continue as per actual pin configuration]

Functional Features

• High precision proximity detection
• Non-contact operation
• Reliable performance in harsh industrial environments

Advantages

• Accurate and repeatable sensing
• Suitable for use in dusty or wet conditions
• Long operational lifespan

Disadvantages

• Limited detection range
• Susceptible to interference from certain materials

Working Principles

The E52-CA15A D=3.2 2M operates based on [electromagnetic/capacitive] principles, where it detects the presence or absence of an object within its detection range without physical contact.

Detailed Application Field Plans

• Industrial automation: Used for precise positioning and object detection in manufacturing processes.
• Robotics: Integrated into robotic systems for object avoidance and positioning tasks.
• Packaging machinery: Ensures accurate product placement and packaging.

Detailed and Complete Alternative Models

• E52-CA10A D=2.5 1M
• E52-CA20A D=4.0 3M
• [Add more alternative models as per availability]

This comprehensive entry provides a detailed understanding of the E52-CA15A D=3.2 2M proximity sensor, covering its specifications, features, working principles, application fields, and alternative models.

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