? SL-305NA-E Micro Electric Photo Sensor | High-Precision Infrared Proximity Sensor

The SL-305NA-E Micro Electric Photo Sensor is a high-precision, compact, and reliable infrared proximity sensor designed for accurate object detection in industrial automation, robotics, and control systems. Utilizing advanced photoelectric sensing technology, this sensor provides fast and stable detection of objects without physical contact, reducing wear and increasing equipment lifespan.

This infrared sensor operates by emitting a focused beam of light that detects changes in its path caused by nearby objects. The SL-305NA-E offers exceptional detection accuracy, making it suitable for use in conveyor systems, packaging lines, counting applications, security gates, and smart automation projects.

With its miniature size, durable housing, and simple wiring configuration, the SL-305NA-E is easy to install in tight spaces or integrated into custom devices. It is ideal for both indoor and light industrial environments.

✅ Key Features:

• Model: SL-305NA-E

• Type: Infrared Photoelectric Sensor

• Detection Method: Diffuse reflective (infrared beam)

• Detection Range: Typically 5–30 cm (depending on object)

• Response Time: Fast switching speed (<1 ms)

• Output Type: NPN / Normally Open (NO)

• Power Supply: 10V–30V DC

• Wire Type: 3-wire configuration

• Mounting: Panel or surface mount with compact design

• Build: Shock-resistant plastic body with LED indicator

• Applications: Object detection, automation systems, counting, sorting, smart robotics

? Applications:

• Conveyor belt object detection

• Packaging and labeling systems

• Robotic arms and smart machines

• DIY electronics and industrial automation

• Security and access control systems

• Manufacturing process automation

? Why Choose SL-305NA-E?

• High accuracy and quick response time

• Compact design fits in limited spaces

• Reliable operation in various lighting conditions

• Easy to install with standard wiring

• Affordable and durable for long-term projects