Omron E2S-W23 1M Индуктивный датчик

Omron E2S Series Proximity Sensor, 2.5mm Detection Range, NPN Output - E2S-W23 1M

This proximity sensor is an inductive type designed for accurate detection in a compact block style. Measuring 23mm in length, 8mm in width, and 7.8mm in depth, it is ideal for various automation applications. With a detection range of 2.5mm, this non-flush mount sensor excels in environments requiring robust and reliable operation, with an IP67 rating ensuring resistance to dust and water.

Features & Benefits

• Offers a stable sensing distance of 2.5mm for reliable performance
• NPN digital output facilitates seamless integration into systems
• Operates at a supply voltage range of 12 to 24V DC for versatile use
• IP67 rating guarantees durability in harsh conditions
• High-frequency switching capability of up to 1 kHz enhances efficiency
• Compact block style design allows for easy installation in tight spaces

Applications

• Used for non-flush mounting in industrial automation
• Ideal for involving ferrous metal detection
• Utilised in assembly lines to ensure precise positioning
• Perfect for robotic systems requiring reliable object detection

What voltage levels are supported for operation?

The device operates effectively within a supply voltage range of 12 to 24V DC, accommodating various system requirements.

How does the sensor handle reverse polarity?

It includes built-in reverse polarity protection, safeguarding the unit from potential damage due to incorrect wiring.

What type of output does this sensor provide?

This proximity sensor provides an NPN digital output, making it compatible with a wide range of industrial control systems.

What is the ambient temperature range suitable for this sensor?

It functions optimally in environments with operating temperatures between -25 °C and +70 °C, ensuring reliability across conditions.

How does the sensor perform under mechanical stress?

It boasts a robust construction designed to withstand vibrations of 10 to 55 Hz, ensuring longevity even in dynamic environments.