Noncontact detection for longlasting performance Detects objects without physical contact, eliminating wear and reducing maintenance. Ideal where repeated physical switching would cause failure or contamination; extends service life and keeps operation consistent. Rugged metal housing built for industrial use Strong metal construction protects internal components in demanding environments. Designed to withstand mechanical stress and regular handling typical of production and field installations. Multiple sensing ranges for flexible installation Detects objects at varying distances so a single sensor can be adapted to different tasks and layouts. Reduces the need to stock many different sensor types and simplifies installation planning. Dust and waterresistant for reliable operation in tough conditions Withstands exposure to dust and moisture to maintain performance in dirty, damp, or outdoor locations. Minimizes downtime and service interventions in challenging environments. Key attributes Function: Noncontact object detection for presence, proximity, or partcounting applications. Material: Durable metal housing for industrial durability. Performance: Multiple sensing ranges and robust environmental resistance for consistent detection. Compatibility: Suited for integration into industrial automation, production lines, and equipment monitoring setups. Practical applications Conveyor monitoring: Detect passing parts or count items without physical contact to reduce jams and wear. Robotic safety and positioning: Sense object presence near robotic cells or automated arms to improve reliability and reduce mechanical interactions. Outdoor or harshenvironment equipment: Monitor components or presence in locations exposed to dust, moisture, or regular cleaning. Why choose this sensor Solves common failure modes of contact sensors by detecting without touch. Metal housing and environmental resistance deliver dependable performance in industrial settings. Multiple sensing ranges make deployment easier and reduce the number of different sensors required.