Adjustable Capacitive Proximity Sensor DC10-30V NPN PNP Non Contact Object Detection Switch for Plastic Liquid Material Sensing
High sensitivity adjustable capacitive proximity sensor designed for non contact detection of metal and non metal materials. Supports NPN PNP output with stable DC10-30V operation for plastic, liquid and object sensing applications.
Capacitive Sensor: Detects object presence through electromagnetic fields for precise level monitoring.
NPN Normally Open Output: Provides a clean digital signal for easy integration into control systems.
Mainland China Origin: High-quality components made in China ensure durability and reliability.
Compact Design: Small size allows for seamless installation in tight spaces.
This adjustable capacitive proximity sensor provides reliable non contact detection performance for various industrial sensing applications. Using advanced capacitance sensing technology, it can detect both metallic and non metallic targets including plastic, glass, liquid, powder and other materials. The sensitivity adjustment function allows users to optimize detection distance according to different objects and installation conditions. With DC10-30V wide voltage compatibility and NPN PNP output options, this sensor offers flexible connection solutions for different control systems. Compared with traditional contact switches, this capacitive sensor reduces mechanical wear and improves operating stability with fast response and long service life. It is suitable for material presence detection, liquid level monitoring, packaging equipment, container inspection and general object detection applications. The stable electronic circuit design provides strong anti interference capability and consistent signal output. Manufactured with quality components and strict production control, this capacitive proximity sensor delivers accurate detection, convenient adjustment and dependable performance for global distributors, equipment manufacturers and industrial component buyers requiring efficient sensing solutions.














