The Aprique Automation Inductive Proximity Sensor is designed for precise and reliable detection of metallic objects without physical contact. Operating on 6–36VDC, it ensures stable performance, fast response, and extended service life. Its compact, threaded housing allows secure installation in industrial environments. Resistant to dust, oil, and vibrations, this sensor is ideal for automation, machinery, and process control applications where durability and accuracy are essential.
AP-1204-NC 12×60 Inductive Proximity Sensor, 10-30VDC, 4mm
Aprique AP-1204-NC 12×60 Inductive Proximity Sensor with 4mm sensing, NPN NC output, and 10–30VDC operation. Compact 12x60mm design ensures reliable metal detection in automation.
AP-1805-NO 18×30 Short Length Inductive Proximity Sensor, 10-30VDC, 5mm
Aprique AP-1805-NO 18×30 Short-Length Inductive Proximity Sensor with 5mm sensing, NPN NO output, and 10–30VDC operation. Compact design ensures reliable metal detection in automation.
AP-401-NO | 1mm | NPN NO | DC 3-Wire
Aprique AP-401-NO Plain Type Inductive Sensor with 1mm sensing distance, NPN NO output, and 6–36VDC operation for precise and reliable metal detection.
AP-401-SPO | 1mm Sensing Distance | PNP NO | 10–30V DC | Flat Type |
Aprique AP-401-SPO Plain Inductive Proximity Sensor with 1mm sensing distance, PNP NO output, and 6–36VDC operation for precise, reliable, and compact metal detection in automation.
AP-401-TNO | 1mm | NPN NO | DC 3-Wire
Aprique AP-401-TNO Threaded Inductive Sensor with 1mm sensing distance, NPN NO output, and 6–36VDC operation, designed for precise metal detection and easy threaded mounting
AP-501-NO Plain Sensor, 6-36VDC, 0.8mm
Aprique AP-501-NO Plain Inductive Proximity Sensor with 0.8mm sensing distance, NPN NO output, and 6–36VDC operation for precise, reliable, and compact metal detection.
AP-501-PO Plain Sensor, 6-36VDC, 0.8mm
Aprique AP-501-PO Plain Inductive Proximity Sensor with 0.8mm sensing distance, PNP NO output, and 6–36VDC operation for accurate, compact, and reliable metal detection.