E2A-M12KS04-M1-B3 Product Overview

Basic Information Overview

• Category: Proximity Sensor
• Use: Detecting the presence or absence of an object without physical contact
• Characteristics: High precision, reliable performance, compact design
• Package Essence: Sealed in a rugged housing for industrial environments
• Packaging/Quantity: Typically packaged individually

Specifications

• Model: E2A-M12KS04-M1-B3
• Sensing Distance: 4mm
• Output Configuration: PNP
• Connection Type: M12 Connector
• Operating Voltage: 10-30V DC
• Current Consumption: <10mA
• Housing Material: Stainless steel
• IP Rating: IP67

Detailed Pin Configuration

• Pin 1: V+
• Pin 2: Output
• Pin 3: 0V

Functional Features

• High precision sensing
• Short-circuit and reverse polarity protection
• LED indication for easy setup and diagnostics
• Resistant to vibration and shock

Advantages and Disadvantages

Advantages

• Reliable detection in harsh environments
• Compact size for easy installation
• LED indication for quick troubleshooting

Disadvantages

• Limited sensing distance
• Requires compatible mounting hardware

Working Principles

The E2A-M12KS04-M1-B3 proximity sensor operates based on the principle of electromagnetic induction. When an object enters its sensing range, it disrupts the magnetic field around the sensor, causing a change in output state.

Detailed Application Field Plans

• Industrial automation: Used in assembly lines for part presence detection
• Packaging machinery: Ensures proper positioning of packages on conveyor belts
• Material handling: Detects the presence of objects in loading/unloading processes

Detailed and Complete Alternative Models

• E2A-M12KS04-M1-B2: Similar specifications with different output configuration
• E2A-M12KS08-M1-B3: Longer sensing distance variant for specific applications

This comprehensive overview provides detailed insights into the E2A-M12KS04-M1-B3 proximity sensor, including its basic information, specifications, functional features, advantages, disadvantages, working principles, application field plans, and alternative models.

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