The IFM IE5318 is a compact inductive proximity sensor designed for precision detection in industrial automation. With its 2 mm sensing range, normally open output, and energy-efficient design, it provides engineers with a dependable and long-lasting solution for applications that require accuracy, reliability, and low power consumption.

At the core of the IE5318 is its increased sensing system, which ensures stable and repeatable performance even in challenging environments. With a 2 mm sensing distance, it is ideally suited for applications that demand precision, such as detecting small metallic components, monitoring machine positions, or providing feedback in compact assembly systems. This short yet accurate sensing range makes the IE5318 a reliable choice for fine positioning and quality-critical tasks.

The normally open (NO) output ensures that the sensor activates only when a metallic target enters the detection zone. This simplifies integration into automation systems, providing clear and reliable switching signals for tasks such as part detection on conveyors, position verification in assembly lines, or interlock monitoring in safety-related applications.

The sensor is housed in a threaded M8 x 1 tubular body with a length of 60 mm, offering a slim and durable design. This makes it easy to mount in confined or restricted spaces, using standard locknuts or brackets. Despite its compact size, the rugged housing is engineered to withstand vibration, shock, and other environmental stresses commonly encountered in industrial settings.

Operating within a voltage range of 10…30 V DC, the IE5318 is compatible with most standard automation power supplies. A key advantage is its low current consumption of less than 10 mA, making it highly energy efficient. This not only reduces the overall power demand in systems where multiple sensors are used but also contributes to reduced heat generation and improved long-term reliability.

As with all inductive sensors, the IE5318 employs non-contact detection, which eliminates mechanical wear and tear. This results in a maintenance-free, long service life, helping to reduce downtime and lower operating costs. Its robust performance ensures consistent operation, even in environments exposed to oils, dust, or light mechanical stress.

Applications for the IE5318 include robotics, electronics manufacturing, packaging machinery, automotive assembly, and precision machine building. In robotics, it provides accurate feedback for fine positioning tasks. In electronics, it ensures reliable detection of small metallic parts. In packaging and general automation, its slim design and precision sensing enhance system efficiency by ensuring accurate process monitoring.

In summary, the IFM IE5318 is a versatile and precise inductive proximity sensor tailored for demanding automation applications. With its 2 mm sensing range, normally open output, slim M8 x 1 housing, and ultra-low power consumption, it offers engineers a reliable, energy-efficient, and maintenance-free solution for accurate object detection in modern industrial systems.