Omron Inductive Threaded Barrel Proximity Sensor, M12, 4 mm Detection, PNP NO, 12 ? 24 V dc

E2A Standard CENELEC Length Stainless SteelPBTP sensing face materialLED indicationOperating temperature range -25 to +70°CSupply voltage 10 to 35VdcCurrent consumption 15mAMaximum switching current 200mAShort circuit and reverse polarity protectionOmron E2A Series Proximity Sensor, 4mm Detection Range, 200mA Switching Current - E2AS12LS04M1B1This proximity sensor is designed for precise detecting applications. Featuring an inductive sensing technology, it has a compact M12 threaded barrel design with a 4mm sensing range. The sensor operates effectively within a supply voltage range of 12 to 24V DC and is housed in robust stainless steel, ensuring durability in industrial applications.Features & Benefits• High-frequency switching up to 1 kHz for rapid responses• PNP output function simplifies integration into control systems• IP67/IP69K rating provides superior protection against dust and water• Reverse polarity protection safeguards against wiring errors• Short circuit overload protection enhances operational reliability• Flush mount design offers flexibility in installationApplications• Ideal for automation tasks in manufacturing processes• Used in assembly line equipment for object detection• Suitable for position monitoring in robotics• Employed in packaging machinery for presence sensing• Compatible with various machinery in electrical and mechanical fieldsWhat types of environments can this sensor operate in effectively?The sensor is built to withstand harsh conditions due to its IP67/IP69K rating, making it suitable for wet, dusty, and high-pressure environments commonly found in manufacturing and food processing industries.How does the inductive technology improve performance in metal detection?Inductive sensors detect the presence of metal targets without physical contact, which enhances durability and prevents wear over time, allowing for consistent performance in challenging applications.What wiring considerations should be observed for proper function?It is essential to properly connect the sensor's output according to its PNP configuration while ensuring that the supply voltage remains within the specified 12 to 24V DC to avoid operational issues.Can this sensor be used in temperature-extreme environments?