Transform Micro Detectors – Ssp/dn‑0e – M18 Tubular Diffuse Photoelectric Sensor (npn Outp Satisfaction Guaranteed [r64AdnW2]

Transform Micro Detectors – Ssp/dn‑0e – M18 Tubular Diffuse Photoelectric Sensor (npn Outp Satisfaction Guaranteed [r64AdnW2])

The Micro Detectors SSP/DN‑0E is a versatile and robust photoelectric sensor designed for precise object detection in industrial automation environments. This M18 tubular sensor boasts an IP67 stainless-steel housing, making it ideal for rugged conditions. With its diffuse (reflective) sensing capabilities and background suppression, the SSP/DN‑0E ensures reliable detection and minimal interference. Its NPN output further enhances its compatibility with various industrial systems.

Product Specifications and Features

The SSP/DN‑0E features a 10–30 V DC voltage supply and a 3-wire NPN transistor output, providing a light-ON signal (DN designation). Its detection range extends up to approximately 400 mm, making it suitable for a wide range of applications. The sensor offers a load current of up to 100 mA and a ripple of no more than 10%. Additionally, the output voltage drop is limited to 2 V at 100 mA, ensuring stable performance. With a supply current of 30 mA or less, the sensor is energy-efficient. Key features include:

• Model: SSP/DN‑0E
• Sensor Type: Diffuse (reflective) with background suppression
• Housing: M18 tubular, stainless steel, IP67 rated
• Mounting: Axial or M12 connector options

Practical Applications and Benefits

The Micro Detectors SSP/DN‑0E is an essential tool for various industrial automation applications. Its durable design and precise detection make it ideal for object counting, positioning, and material handling tasks. The sensor's versatility allows it to be used in environments ranging from food processing to automotive manufacturing. With its ability to withstand harsh conditions and provide reliable performance, the SSP/DN‑0E is a must-have for any industrial automation project. Its compact size and easy installation further enhance its appeal, making it a practical solution for businesses seeking to improve efficiency and accuracy.