Why IMP14-03BPSVC0S?
The IMP14-03BPSVC0S stands out as a compact inductive sensor built to handle punishing conditions that defeat ordinary models. Its pressure-proof stainless housing and ceramic face allow it to perform reliably inside hydraulic systems, delivering stable metal detection even when surrounded by oil, vibration, and extreme forces. It’s a small sensor with exceptional endurance.
What Problem Does It Solve?
This sensor eliminates detection failures in machinery exposed to high pressure, rapid motion, or harsh media. When standard proximity switches become unreliable or wear out quickly, the IMP14-03BPSVC0S provides consistent, long-life feedback for position, end-stop, or presence monitoring—ensuring machines run smoothly without unexpected downtime or signal loss.
Key Features & Specifications – SICK IMP14-03BPSVC0S (Part No. 6050137)
| Feature | Details | Benefit |
|---|---|---|
| Sensing Range | 3 mm (safe: 2.4 mm) | Accurate detection for compact setups |
| Installation Type | Flush-mountable | Easy integration into confined mechanical spaces |
| Pressure Resistance | Up to 500 bar | Ideal for hydraulic systems and high-force environments |
| Housing Material | Stainless Steel V4A / AISI 316L | Corrosion-resistant, long service life |
| Sensing Face Material | High-strength ZrO₂ ceramic | Withstands abrasion, pressure, and harsh fluids |
| Thread Size / Diameter | M14 × 1.5 / Ø14 mm | Standard industry fitment and secure mounting |
| Switching Output | PNP, Normally Open | Compatible with most industrial PLCs |
| Switching Frequency | 500 Hz | Precise detection in fast-moving equipment |
| Connection Type | M12 male, 4-pin | Quick installation and easy replacement |
| Electrical Wiring | DC 3-wire | Simple and reliable connectivity |
| Operating Voltage | 10–30 V DC | Wide voltage tolerance for diverse machines |
| Enclosure Rating | IP68 | Reliable operation in wet, dusty, or oily conditions |
| Temperature Range | –25°C to +80°C | Works in both cold and high-heat environments |
| Shock/Vibration Resistance | 30 g shock, vibration 10–55 Hz | Stable performance in harsh mechanical applications |
| Housing Length | 65 mm | Compact structure for tight installations |
| Vacuum Resistance | 10⁻⁸ Torr | Suitable for equipment exposed to vacuum conditions |
| Short-Circuit Protection | Yes | Prevents damage and increases operational safety |
| Special Application | Hydraulic applications | Built specifically for high-pressure motion systems |
| MTTFD | 156 years | Extremely long expected operational lifetime |
Download SICK IMP14-03BPSVC0S (6050137) Datasheet
Commercial Information – SICK IMP14-03BPSVC0S
| Commercial Data | Details |
|---|---|
| Weight | 72 g |
| Country of Origin | Sri Lanka |
The Applications of the IMP14-03BPSVC0S
1. Hydraulic Cylinder End-Position Monitoring
Hydraulic cylinders in presses and clamping systems operate under extreme internal pressure, making ordinary sensors unreliable. The IMP14-03BPSVC0S is well-suited for this environment because it continues to sense accurately even when surrounded by hot oil, pressure surges, and continuous shock. Positioned at the cylinder’s end cap, it detects the piston’s arrival with stable precision thanks to its ceramic sensing surface and robust metal housing. This consistent feedback helps machines maintain uniform clamping force and reduces cycle variation during high-speed operations. Its fast response time also ensures that rapid strokes in industrial presses are monitored without delay, improving overall productivity.
2. High-Pressure Pump Stroke Feedback
Industrial pumps used for lubrication, dosing, and chemical transfer rely on components that move rapidly under pressure. In these settings, misalignment or inaccurate stroke feedback can affect flow consistency. The IMP14-03BPSVC0S withstands the internal forces around injection plungers, allowing it to provide dependable position signals with each cycle. Its compact threaded design enables secure mounting close to the moving parts, while the pressure-resistant construction prevents sensor deformation. As a result, production systems maintain controlled dosing, minimizing wastage and ensuring stable output. This reliability is especially valuable in processes where fluid quality, viscosity, or temperature regularly changes.
3. Pneumatic and Hydraulic Robotic Gripper Sensing
Robotic grippers that operate using pressurized fluid often need precise position verification to avoid damaging parts or losing items during handling. The IMP14-03BPSVC0S offers stable detection even when exposed to fluctuating pressure inside the gripper mechanism. Its ceramic sensing face handles repeated contact and fluid exposure, while the rigid housing prevents accuracy loss during high-speed gripping cycles. Engineers use it to confirm open and closed positions, ensuring the robot applies consistent force without relying on mechanical limit switches. This enhances picking accuracy in automated assembly and reduces unplanned downtime caused by worn-out or inconsistent sensors.
4. Valve Position Feedback in Pressurized Process Systems
Valves in food production, chemical processing, and fluid distribution must withstand cleaning agents, heat changes, and continuous internal pressure. Many sensors lose reliability under these conditions, leading to incorrect valve-state reporting. The IMP14-03BPSVC0S offers a durable solution with its corrosion-resistant stainless steel body and stable sensing characteristics. Installed near the actuator or stem, it provides clear confirmation of open or closed status without direct contact. The sensor’s resilience against temperature swings and vibration ensures dependable performance throughout long production shifts, supporting consistent flow regulation and safer operation of high-pressure pipelines and mixing systems.