OVERVIEW

The Aeco SI30 CE 15 PNP is an inductive proximity sensor designed for detecting metal objects in various industrial automation applications. It is part of Aeco’s range of inductive sensors, offering robust and reliable performance in detecting metal without contact.

SPECIFICATION

• Type: Inductive Proximity Sensor
  • Specifically designed to detect metallic objects by creating and monitoring changes in an electromagnetic field.
• Model: SI30 CE 15 PNP
  • PNP Output: The sensor provides a PNP (Positive-Negative-Positive) type output, meaning it switches the positive supply voltage to the output when an object is detected.
  • NO (Normally Open): The sensor output remains open (OFF) until a metallic object is detected, at which point the output closes (ON).
• Sensing Distance:
  • The “15” in the model name indicates a typical sensing range of 15 mm, which may vary slightly depending on the size, shape, and type of metal being detected.
• Housing Material:
  • The CE in the model number suggests it is designed with durable housing for industrial environments.
  • Cylindrical Design: Typically, these sensors come in cylindrical metal or plastic housing, which is common for easy integration into machinery.
• Electrical Characteristics:
  • Operating Voltage: Usually operates within a standard industrial range, such as 10-30 V DC.
  • Output Current: Designed to handle up to 200 mA, suitable for most automation control systems.
• Mounting:
  • M30 Size: The sensor likely has a cylindrical design with a 30 mm diameter (M30 thread) for easy mounting and secure installation.
• Response Time:
  • Inductive proximity sensors typically have quick response times, ensuring fast detection of metal objects in high-speed environments.
• Connection:
  • Can feature either a cable or connector type output, depending on the variant, making it easy to integrate into different control systems.

FEATURES

• Industrial Automation: Used for detecting the position of metal objects in manufacturing lines or automated machinery.
• Conveyor Systems: To monitor and control the movement of metal components.
• Packaging Machines: Ensures that metallic parts are detected during various stages of packaging and handling.
• Robotics: For accurate detection of parts and positioning in automated robotic systems.

Benefits:

• Reliable: High precision in detecting metal objects, even in harsh industrial environments.
• Durable: Resistant to dust, moisture, and vibrations due to its rugged design.
• Fast Response: Capable of working in high-speed applications due to its quick switching capability.