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Omron EE-SPX303N, Through Beam Photoelectric Sensor, Fork Sensor, 13 mm Detection Range
Part Number : EE-SPX303N
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Omron Series EE Photoelectric Sensor, 13mm Detection Range, IP50 - EE-SPX303N
This photoelectric sensor is designed for precise detection across various industrial applications. Utilising a through beam detection method, it maintains dependable operation in challenging conditions. With a detection range of 13mm, it is well-suited for precise automation tasks. Its polycarbonate housing, along with an IP50 rating, ensures durability against environmental factors.
Features & Benefits
• High-speed response time of 5ms improves detection efficiency
• Built-in amplifiers provide noise resistance, minimising interference
• Reverse polarity protection prevents issues from incorrect connections
• An infrared light source ensures performance in low lighting conditions
• NPN output sensor supports compatibility with various control systems
• Capable of operating in harsh conditions with a maximum temperature of +55°C
• Built-in amplifiers provide noise resistance, minimising interference
• Reverse polarity protection prevents issues from incorrect connections
• An infrared light source ensures performance in low lighting conditions
• NPN output sensor supports compatibility with various control systems
• Capable of operating in harsh conditions with a maximum temperature of +55°C
Applications
• Automation of production lines
• Object detection in machinery
• Implementation in packaging for quality control
• Precise positioning in assembly operations
• Object detection in machinery
• Implementation in packaging for quality control
• Precise positioning in assembly operations
Is it suitable for connecting with various control systems?
Yes, it features NPN output for broad compatibility.
What are the key benefits of the EE-SPX303N over previous models?
It offers significantly improved noise resistance, with at least 30 times better performance against common noise.
Can the sensor work in outdoor environments?
Yes, it is designed to operate effectively in ambient conditions typical of industrial settings.
