Omron Fotoelektrický snímač, řada: E3Z Infračervená LED Blok, výstup: NPN Difuzní IP67

Omron E3Z Series Photoelectric Sensor, 1m Detection Range, NPN Output Type - E3Z-D62 2M

This photoelectric sensor is a compact device designed for automation and industrial applications, offering robust performance in detecting objects. With a diffuse detection type, it features a detection range of up to 1m and operates with an NPN output. This sensor also boasts an IP67 rating, ensuring durability in hostile environments. Constructed from PBT housing material, it can withstand a temperature range from -25 °C to +55 °C, making it suitable for various operational conditions.

Features & Benefits

• Compact design for easy installation in tight spaces
• Utilises infrared LED technology for enhanced detection
• NPN output for simple integration with control systems
• IP67 rating provides protection against dust and moisture
• High response time of 1ms ensures accurate object detection
• Low current consumption for energy-efficient operation

Applications

• Ideal for detecting small objects in conveyor systems
• Used for monitoring travel limits in automated equipment
• Suitable for sensing transparent PET bottles in packaging lines
• Effective in detecting items on manufacturing assembly lines
• Utilised for condition monitoring in electrical

How does the design of the product support its functionality in harsh environments?

The IP67 rating ensures it remains dust-tight and is submersible in water, making it effective in challenging environments. This durability allows for reliable operation in industries where moisture and debris can compromise sensor performance.

What is the significance of the NPN output feature?

The NPN output allows for easy integration into various control systems, making it suitable for a wide range of automation applications. This output type simplifies wiring and installation, contributing to a quicker setup process.

Can the sensor perform in varying light conditions?

Yes, the sensor is designed to work efficiently under ambient light conditions, with high immunity to electrical interference. This resilience guarantees consistent performance regardless of surrounding light levels, including high sunlight exposure.