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OMRON EE-SPY302 | Retroreflective Photoelectric Sensor | 5 mm, NPN, Non-Solder Connector
Part Number : EE-SPY302
OMRON's EE-SPY302 retroreflective photoelectric sensor offers a sensing distance of 5 mm and an NPN output, housed in a block body. The unit connects through a non-solder connector, works with an infrared light source and meets IP50.
- Up to 24 V DC supply
- 80 mA maximum current
- Responds in 5 ms
- Temperature range -10 °C to +55 °C
- Body material: PC (polycarbonate)
- EE-SPY30/40 series
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Omron EE-SPY30/40 Series Photoelectric Sensor, 5mm Detection Range, NPN Output Type - EE-SPY302 JPN
This photoelectric sensor is a versatile industrial automation solution designed to meet various sensing needs. With a detection range of 5mm, this block style sensor utilises infrared technology to ensure accurate performance in diverse environments. It operates effectively within a temperature range of -10°C to +55°C and is rated IP50, making it suitable for several applications in the automation and electronics fields.
Features & Benefits
• Utilises infrared light for reliable detection performance
• NPN output configuration ensures compatibility with various systems
• Compact block design simplifies integration into existing setups
• Fast response time of 5ms enhances operational efficiency
• Robustly designed with an ambient operating range of -10°C to +55°C
• NPN output configuration ensures compatibility with various systems
• Compact block design simplifies integration into existing setups
• Fast response time of 5ms enhances operational efficiency
• Robustly designed with an ambient operating range of -10°C to +55°C
Applications
• Ideal for retroreflective sensing in conveyor systems
• Often used in automated assembly lines for object detection
• Suitable for packaging machines requiring precise positioning
• Effective in robotic for proximity sensing
• Utilised in material handling equipment to enhance operational safety
• Often used in automated assembly lines for object detection
• Suitable for packaging machines requiring precise positioning
• Effective in robotic for proximity sensing
• Utilised in material handling equipment to enhance operational safety
How does the infrared technology enhance the sensor's performance in challenging environments?
The infrared technology allows the sensor to maintain reliable operation in environments with varying light conditions, minimising interference from ambient light sources. This ensures consistent detection performance, even in bright conditions.
What installation considerations should be taken into account with a non-solder connector?
When using a non-solder connector, ensure that the connection method complies with specified cable lengths and conductor sizes. This ensures optimal performance and minimises the risk of signal degradation over extended distances.
What benefits does the block style design offer in terms of installation flexibility?
The block style design enables easier mounting in tight spaces and provides adaptability to various equipment configurations, facilitating quick and efficient installation processes in industrial automation applications.
