Allen Bradley 872C-A15N30-A2 Proximity Switch

# Capacitive Proximity Switch The **Allen Bradley 872C-A15N30-A2 Proximity Switch** is a high-performance capacitive sensor designed for precise detection in various industrial automation applications. Engineered by the trusted brand Allen-Bradley, known for its commitment to quality and innovation, this proximity switch ensures reliable performance and operational efficiency across manufacturing processes. ## Key Features • **Detection Range:** Capable of detecting objects up to 30 mm away, enhancing accuracy in material handling and monitoring. • **Output Type:** Features a PNP output for seamless integration with various control systems, ensuring compatibility with existing setups. • **Voltage Rating:** Operates within a voltage range of 10 to 30V DC, providing flexibility for different industrial environments. • **Construction:** Housed in a robust plastic enclosure, designed to withstand harsh conditions, ensuring long-term durability and reliability. • **Response Time:** Fast response time of < 1 ms, allowing for quick detection and processing in automated systems. ## Applications • **Manufacturing Automation:** Ideal for use in assembly lines, packaging machines, and conveyor systems where precise object detection is crucial. • **Material Handling:** Suitable for applications requiring non-contact sensing of various materials, including liquids, granules, and solids. • **Safety Systems:** Can be integrated into safety circuits to monitor the presence of objects or materials, enhancing operational safety. ## Benefits • **Enhanced Efficiency:** Reduces downtime by providing accurate detection, allowing for smoother operations in automated manufacturing processes. • **Versatility:** Compatible with a wide range of materials and environments, making it an ideal solution for diverse industrial applications. • **Reliability:** Built to withstand challenging conditions, ensuring consistent performance and reducing the need for frequent replacements. --- *Product information compiled with AI assistance for reference purposes.*