$ 47.84
SICK IMB12-08NPOVU2S inductive proximity sensor with 8 mm sensing range, M12 design, stainless steel housing, ideal for harsh industrial environments.
The SICK IMB12-08NPOVU2S inductive proximity sensor is a compact M12 sensor engineered for accurate and stable detection of metal targets in harsh industrial environments. With an 8 mm sensing range and non-flush mounting design, it addresses the common challenge of reliable object detection where space constraints, vibration, or contamination can affect sensor performance. Its robust stainless-steel construction and high-speed switching capability make it well suited for automation systems that demand consistent feedback, long operating life, and minimal maintenance in continuous production settings.
Designed for demanding applications, the SICK IMB12-08NPOVU2S delivers dependable operation in environments exposed to coolants, lubricants, and frequent washdown. The sealed housing protects internal electronics from moisture and debris, while the wide temperature tolerance supports both indoor machinery and outdoor equipment. Fast response times enable precise detection of moving components, improving process accuracy and throughput. A built-in visual status indicator simplifies alignment and troubleshooting, helping maintenance teams reduce setup time and maintain stable operation across complex industrial installations.
Why SICK IMB12-08NPOVU2S?
The SICK IMB12-08NPOVU2S stands out when reliability is non-negotiable. It is designed for engineers who need a sensor that continues to perform accurately despite vibration, temperature extremes, moisture, or aggressive media. Its compact M12 form factor fits tight machine layouts, while the stable sensing behavior ensures repeatable detection over long operating cycles. This makes it a dependable choice for systems where downtime, false signals, or frequent recalibration would be costly and disruptive.
What problem does it solve?
The SICK IMB12-08NPOVU2S solves the challenge of inconsistent metal object detection in harsh or space-restricted industrial environments. In many machines, standard sensors fail due to coolant exposure, shock, or thermal stress, leading to missed detections and process interruptions. This sensor delivers stable switching performance and clear status indication, helping operators maintain precise control, reduce troubleshooting time, and ensure continuous, predictable machine operation even under demanding conditions.
| Feature | Details | Benefit |
|---|---|---|
| Housing Size | M12 cylindrical, non-flush mounting | Ideal for compact machine designs requiring extended sensing distance |
| Sensing Range | 8 mm (nominal), 6.48 mm (safe sensing range) | Ensures stable and repeatable detection, reducing false switching |
| Switching Output | PNP, Normally Closed (NC) | Fail-safe behavior suitable for safety-conscious control logic |
| Switching Frequency | Up to 2,000 Hz | Supports fast-moving processes and high-speed automation |
| Supply Voltage | 10–30 V DC | Compatible with common industrial power systems |
| Output Current | Up to 200 mA | Directly drives PLC inputs and control circuits |
| Housing Material | Stainless steel V2A (AISI 303) | Excellent resistance to corrosion, impact, and mechanical stress |
| Protection Rating | IP68 / IP69K | Reliable operation in washdown areas and harsh environments |
| Temperature Range | –40 °C to +100 °C | Stable performance in extreme hot or cold conditions |
| Resistance to Media | Coolants and lubricants resistant | Maintains accuracy in machining and processing applications |
| Visual Status Indicator | Integrated LED | Faster installation, alignment, and troubleshooting |
| Connection Type | 3-wire cable, 2 m length | Simple integration into existing control cabinets |
| Shock & Vibration Resistance | High resistance to shock and vibration | Suitable for mobile machines and high-dynamic equipment |
| Service Life (MTTFd) | Approx. 1,971 years | Long-term reliability with reduced maintenance requirements |
Download SICK IMB12-08NPOVU2S (1072744) Datasheet
| Commercial Data | Details |
|---|---|
| EAN Number | 4047084349393 |
| Weight | 80 g |
| Country of Origin | Hungary |
In CNC machining operations, sensors must remain accurate despite constant exposure to vibration, metal chips, and coolant mist. The IMB12-08NPOVU2S is commonly used to monitor tool positions, fixture locations, or axis end points because it delivers stable switching even in contaminated environments. Its non-flush mounting design allows consistent sensing of metal components without complex mechanical spacing. High switching speed supports rapid tool movements, while the stainless-steel housing withstands aggressive cutting fluids. This reliability helps manufacturers maintain machining accuracy, minimize unexpected stoppages, and reduce maintenance interventions during continuous production cycles.
Mobile equipment such as lifting systems, agricultural machines, and construction vehicles often operate under heavy shock loads, dust, and wide temperature fluctuations. In these applications, the sensor is used to confirm end positions of moving arms, supports, or locking mechanisms. Its wide temperature tolerance ensures consistent performance in both cold starts and high-heat operation. The robust mechanical design resists vibration and impact, while the normally closed output supports fail-safe control strategies. This enables machine builders to improve operational safety and reliability without frequent sensor replacement.
Automated conveyor systems rely on precise timing to manage pallets, carriers, and mechanical stops. The IMB12-08NPOVU2S is well suited for detecting metal fixtures or transport elements moving at high speed. Its fast response enables accurate synchronization with drives and actuators, reducing timing errors during sorting or indexing. The compact cylindrical design fits easily into crowded conveyor frames. A clear visual status indicator simplifies alignment during commissioning and troubleshooting. These advantages contribute to smoother material flow, fewer jams, and improved overall system throughput.
In automated assembly lines, it is critical to confirm that fixtures and clamps are fully engaged before a process step begins. This sensor is often installed close to clamping mechanisms to verify correct metal part positioning in restricted spaces. Its compact M12 form allows integration without major tooling changes. Resistance to oils and lubricants ensures reliable operation in mechanically intensive stations. By providing consistent confirmation signals, the sensor helps prevent assembly errors, reduces scrap, and protects downstream equipment from damage caused by improperly secured components.
| Category | Model Name | Part Number | Benefits |
|---|---|---|---|
| Mounting Plate | BEF-WG-M12N | 5320950 | Enables stable surface mounting of M12 sensors in fixed machine layouts |
| Mounting Bracket | BEF-WN-M12 | 5308447 | Steel bracket for angled or side mounting in confined spaces |
| Mounting Bracket (Stainless Steel) | BEF-WN-M12N | 5320949 | Corrosion-resistant bracket suitable for washdown or harsh environments |
| Universal Clamp Plate | BEF-KHS-N05N | 2051621 | Flexible mounting solution for modular machine frames and retrofits |
| Female Connector, Straight | DOS-1204-GN | 6028357 | M12 connector for hygienic and washdown zones with secure wiring |
| Female Connector, Angled | DOS-1204-WN | 6028358 | Space-saving connector for tight cable routing conditions |
| Male Connector, Straight | STE-1204-GN | 6028359 | Reliable M12 connection for control cabinet or extension wiring |
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