Baumer IFRM 08N1701/KS35L Proximity Sensor

The IFRM 08N1701/KS35L: 10160313 from Baumer is a highly efficient M8 inductive sensor built for precise metal detection where compact size and fast response are essential. It features a flush mounting design and a nominal sensing distance of 2 mm, ensuring reliable operation even in tight metal housings. Operating within a 6–36 VDC voltage range, the sensor has a low current consumption of just 12 mA and can handle up to 200 mA output current through its NPN make function (NO) output circuit. One of its standout features is the exceptionally high switching frequency of 5 kHz, making it suitable for high-speed automation lines, pick-and-place units, or rotary equipment where every millisecond matters. The 8 mm cylindrical threaded stainless steel housing delivers solid durability and vibration resistance, while the PBT sensing face offers strong resistance to wear and chemicals. The M8 flylead connection ensures flexible wiring in tight control cabinets, and the built-in red LED output indicator provides quick visual confirmation of sensor activity during setup or troubleshooting.

With a compact housing length of just 30 mm, the Baumer IFRM 08N1701/KS35L easily fits into small-scale systems without compromising performance. It operates reliably in temperatures from -25°C to +75°C and carries a protection rating of IP67, making it suitable for wet, dusty, or moderately harsh industrial environments. This model's flush mounting ability, rapid switching, and rugged design make it a preferred choice for engineers handling micro-automation, robotics, or lightweight mechanical assemblies. Its ease of installation, combined with long-term reliability, helps reduce downtime and ensures consistent signal output over extended operational cycles.

Applications of Baumer IFRM 08N1701/KS35L

The Baumer IFRM 08N1701/KS35L is widely used in robotic arms, miniature conveyors, electronics assembly lines, and compact detection units. In electronics or PCB manufacturing, it detects the presence of small metallic components during high-speed assembly. In compact packaging equipment, its small size and flush design prevent accidental damage from mechanical interference. Engineers also deploy this model in automated testing machines, tool positioning systems, and indexing mechanisms where speed and space efficiency are critical. For both senior maintenance engineers and students entering industrial automation, this model serves as a clear example of how precision, performance, and durability can be achieved in miniature sensor form factors.