Procurement managers rarely finalize IFRM-05N15A5-Q without reviewing IFM Proximity Sensor, Baumer Proximity Sensor and Baumer Ifrm 08P17A1 S35L, ensuring that the chosen component meets budget, compliance, and delivery conditions.
Baumer IFRM 05N15A5/Q Proximity Sensor
The Baumer IFRM 05N15A5/Q Proximity Sensor offers a Cylindrical threaded design, 1 mm sensing distance, NPN make function (NO) output, Flush mounting type, and Wires, 0,5 m connection. Manufactured by Baumer under the Baumer Proximity Sensor category, this model belongs to the IF Series.

| Brand | Baumer |
| Product Type | Proximity Sensor |
| Product | IFRM 05N15A5/Q |
Baumer IFRM 05N15A5/Q Proximity Sensor β Technical Specifications
| Specification | Value |
|---|---|
| Mounting type | Flush |
| Nominal sensing distance Sn | 1 mm |
| Hysteresis | 2 β¦ 20 % of Sr |
| Switching frequency | 5 kHz |
| Voltage supply range +Vs | 6 β¦ 30 VDC |
| Current consumption max. (no load) | 12 mA |
| Output circuit | NPN make function (NO) |
| Voltage drop Vd | <2 VDC |
| Output current | 200 mA |
| Design | Cylindrical threaded |
| Material (sensing face) | LCP |
| Housing material | Stainless steel |
| Dimension | 5 mm |
| Housing length | 15 mm |
| Connection types | Wires, 0,5 m |
| Operating temperature | -25 β¦ +75 Β°C |
| Protection class | IP 67 |
The IFRM 05N15A5/Q: 10144462 from Baumer is part of the brandβs trusted line of miniature inductive sensors, offering compact design and dependable performance for proximity-based automation tasks. It features a flush-mountable, cylindrical threaded stainless steel housing just 5 mm in diameter and 15 mm in length, which makes it ideal for constrained mounting spaces in tight control panels or embedded assemblies.
At its core, the Baumer IFRM 05N15A5/Q operates on a 6β30 VDC supply voltage with a low idle current consumption of 12 mA. The sensor delivers rapid response through its 5 kHz switching frequency, enabling high-speed metal detection with excellent repeatability. It uses an NPN make (Normally Open) output configuration that supports up to 200 mA output current, suitable for most standard PLCs and controllers. The voltage drop is kept below 2 VDC, ensuring minimal signal loss and efficient current flow. A 0.5 m wire connection provides secure and direct wiring, eliminating the need for connectors in streamlined installations.
The robust construction of this sensor includes an LCP sensing face for improved durability against thermal stress and environmental exposure. With an operating temperature range of -25 to +75Β°C and IP67 protection rating, it withstands moisture, dust, and rough handling. This technical consistency, paired with the quality assurance of Baumer, makes the IFRM 05N15A5/Q a preferred choice among OEMs and MRO engineers alike. The Baumer IFRM 05N15A5/Q is built for high-precision applications where space, speed, and reliability intersect. This sensor excels in compact industrial automation setups such as pick-and-place systems, part feeders, or compact robotic arms. Its 1 mm sensing distance enables accurate detection of metal components even in close-tolerance assembly environments.
Due to its flush mounting design and threaded housing, the sensor integrates seamlessly into aluminum profiles, steel housings, or machine panels. Maintenance engineers often use this model in PCB handling units, textile automation setups, and micro-assembly machines where quick object presence verification is essential. The high switching frequency of 5 kHz ensures that even fast-moving parts are detected without signal dropout.
Additionally, the 0.5 m wire connection provides installation flexibility, making it a preferred sensor in control cabinets or environments where connectors are not suitable due to vibration or dust. Engineering teams choose the Baumer IFRM 05N15A5/Q when they need a long-lasting, compact inductive sensor that performs consistently in tight or enclosed mechanical environments. Its reliability in both new designs and retrofitting projects makes it a practical and widely used solution in precision-driven industries.




