108000084 | S18-DC2 PNP NO H1 Inductive proximity 8 MM SOCKET M8 AECO

Key Points About 108000084 | S18-DC2 PNP NO H1 Inductive Proximity Sensor with 8mm Sensing Range and M8 Socket AECO

1. Model Overview:
   The 108000084 | S18-DC2 is an inductive proximity sensor designed for non-contact detection of metallic objects. It features a PNP output with a normally open (NO) configuration, and it is equipped with an M8 socket for easy connection to control systems in various industrial applications.
2. Sensing Range:
   This sensor offers an 8 mm sensing range, making it ideal for applications where proximity detection of metal objects is needed at a moderate distance.
3. PNP Output:
   The sensor has a PNP output, which means it will provide a positive voltage signal when a metallic object is detected, making it suitable for systems requiring a positive trigger signal.
4. Normally Open (NO) Configuration:
   The normally open (NO) configuration ensures that the sensor remains inactive (no output signal) until a metallic object enters the sensing range. At that point, the sensor will activate and close the circuit, providing an output signal.
5. M8 Socket:
   The M8 socket connection type is a compact and widely used standard in industrial sensors, offering a reliable and secure connection. It facilitates easy installation and is ideal for applications where space is constrained.
6. Compact and Robust Design:
   The S18-DC2 sensor is designed to be compact, ensuring it fits into tight spaces while maintaining durability. It is engineered to withstand harsh industrial environments, providing reliable operation over time.
7. Power Supply:
   The sensor operates on DC voltage (typically 24V), which is compatible with most industrial automation and control systems, ensuring seamless integration into a variety of setups.
8. Applications:
   This sensor is typically used in automated systems, conveyor systems, machine safety applications, position sensing, and robotics, where detecting the presence of metallic objects is critical for system operations.