Baumer IFRD 12P17T3/S14 Proximity Sensor

Engineered with precision, the Baumer IFRD 12P17T3/S14 offers a nominal sensing distance of 4 mm and supports quasi-flush mounting for installations in metallic environments. It features a PNP make function (NO) output circuit, capable of reliably switching up to 100 mA of current. Operating within a 10–30 VDC voltage range, this sensor ensures stable performance with low current consumption of just 14 mA. The switching frequency of 100 Hz allows for rapid signal response, suitable for detecting fast-moving objects. Built to withstand mechanical and chemical stress, the sensor has a stainless steel 1.4404 (V4A) housing and sensing face, providing exceptional resistance to corrosion and impact. Its IP69K protection rating and temperature range of -25°C to +100°C make it ideal for washdown areas, outdoor operations, and harsh industrial sites. The compact 12 mm diameter and 50 mm housing length allow easy integration into tight machine assemblies. A standard M12 connector ensures quick, secure connections for minimal downtime.

What sets the IFRD 12P17T3/S14 apart is its ability to maintain consistent performance across variable industrial conditions. Its robust hysteresis control (2–20% of Sr) minimizes false triggering, ensuring precise activation points even in noisy electrical environments. This makes it a trusted choice for automation engineers, panel builders, and OEMs seeking high-reliability sensors with minimal maintenance needs. From automotive plants to bottling lines, Baumer’s attention to material quality and functional design helps ensure long-term durability and operational excellence.

The Baumer IFRD 12P17T3/S14 is widely applied in automated conveyor systems, packaging lines, robotic arms, and material handling setups. In bottling and FMCG production, it senses metallic containers moving at high speeds without contact. In CNC and metal fabrication units, it detects part presence precisely, even under coolant sprays or high-vibration conditions. Maintenance engineers prefer this sensor due to its quick installation, resistance to harsh cleaning agents, and consistent switching. For engineering students and field professionals, this model is a practical example of how advanced inductive sensing technology can be implemented in real-world automation challenges—bridging classroom concepts with factory floor execution.