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Omron EE-SPY402, Retroreflective Photoelectric Sensor, Block Sensor, 5 mm Detection Range
Part Number : EE-SPY402
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Omron EE-SPY30/40 Series Photoelectric Sensor, 5mm Detection Range, Infrared Light Source - EE-SPY402 JPN
This photoelectric sensor is designed for precise detection in automation applications. With a detection range of 5mm and an NPN output configuration, it reliably responds to infrared light. Constructed in a block style, this IP50 rated sensor is suitable for various industrial environments, ensuring efficient operation even in challenging conditions.
Features & Benefits
• Utilises infrared light to enhance detection accuracy
• Features a detection range of 5mm for minimal object detection
• NPN output enables seamless integration with automation systems
• Non-solder connector for easy wiring and maintenance
• Features a detection range of 5mm for minimal object detection
• NPN output enables seamless integration with automation systems
• Non-solder connector for easy wiring and maintenance
Applications
• Used in automated assembly lines for object detection
• Ideal for positioning and counting in manufacturing
• Effective in packaging machines to ensure quality control
• Utilised in robotics for enhanced operational sensitivity
• Ideal for positioning and counting in manufacturing
• Effective in packaging machines to ensure quality control
• Utilised in robotics for enhanced operational sensitivity
What type of ambient conditions can this sensor operate in?
This sensor functions effectively in environments with ambient temperatures ranging from -10°C to +55°C, making it suitable for most industrial applications without risk of performance degradation.
How does the non-solder connector feature improve usability?
The non-solder connector allows for quick and easy installation or replacement, requiring no soldering tools and reducing potential errors during setup.
What is the maximum current this sensor can handle?
With a maximum current rating of 80mA, it ensures reliable operation without the risk of overload, suitable for integration into various industrial automation systems.
How does this sensor achieve resilience against external light interference?
The internal design incorporates light modulation technology that allows it to ignore fluctuating ambient light, ensuring accurate readings regardless of surrounding light conditions.
