E2E2-X7D15 2M

Product Overview

The E2E2-X7D15 2M belongs to the category of proximity sensors and is designed for use in industrial automation applications. This sensor is characterized by its high precision, durability, and reliability. It is typically packaged in a robust housing suitable for harsh industrial environments and is available in various packaging quantities to meet different application requirements.

Specifications

• Sensing Distance: 2mm
• Output Configuration: NPN
• Power Supply Voltage: 12-24V DC
• Current Consumption: 10mA
• Operating Temperature: -25°C to 70°C
• Protection: IP67

Detailed Pin Configuration

The E2E2-X7D15 2M features a standard 3-wire configuration with pins designated for power supply, ground, and output signal.

Functional Features

• High precision sensing
• Robust construction for industrial use
• Reliable performance in harsh environments
• Easy installation and setup

Advantages and Disadvantages

Advantages

• Accurate detection of objects at close range
• Suitable for use in demanding industrial settings
• Low maintenance requirements

Disadvantages

• Limited sensing distance
• Requires careful calibration for optimal performance

Working Principles

The E2E2-X7D15 2M operates based on the principle of electromagnetic induction. When an object enters the sensor's detection range, it disrupts the electromagnetic field, causing the sensor to trigger an output signal.

Detailed Application Field Plans

This sensor is ideal for use in various industrial automation applications, including: - Positioning and presence detection in manufacturing processes - Conveyor belt systems - Robotics and material handling equipment - Packaging and assembly lines

Detailed and Complete Alternative Models

• E2E-X7D1-N
• E2E-X7D1-N-Z
• E2E-X7D1-N-Z-B1

In conclusion, the E2E2-X7D15 2M proximity sensor offers high precision and reliability for industrial automation applications. Its robust construction and accurate sensing capabilities make it a valuable component in various manufacturing and processing environments.

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