SICK IME30-15BPSZW2S Inductive Proximity Sensor

The Applications

1. Conveyor Position Verification for Metal Carriers
In automated conveyor systems handling metal pallets or fixtures, accurate position feedback is essential to avoid collisions and timing errors. The SICK IME30-15BPSZW2S is typically mounted flush within steel conveyor frames to detect the arrival of carriers without exposed components. Its 15 mm sensing range allows reliable detection even when mechanical tolerances vary due to vibration or long-term wear. The high switching frequency supports fast-moving lines where precise timing is critical. Because detection is contactless, there is no mechanical fatigue, making the sensor well suited for continuous operation in logistics, sorting, and automated material handling environments.

2. Metal Container Presence Monitoring in Packaging Equipment
In packaging and filling machines, metal cans, lids, or transport plates must be detected accurately before filling or sealing operations begin. The SICK IME30-15BPSZW2S can be integrated directly into compact machine structures using its flush M30 design, minimizing the risk of impact from moving parts. Its sealed housing protects against moisture, splashes, and cleaning processes commonly found in packaging environments. Stable output signals ensure dependable communication with PLC systems, helping machines verify correct container positioning and reducing product waste caused by missed or incorrect detection during high-speed operation.

3. Stroke and End-Stop Monitoring in Mechanical Presses
Mechanical presses and forming machines require precise end-position feedback to maintain process consistency and protect tooling. The SICK IME30-15BPSZW2S is used to detect metal reference points on moving press components, confirming that each stroke reaches the intended position. Its resistance to shock and vibration allows reliable operation despite repeated mechanical impact. The non-contact sensing method avoids wear common with limit switches, while the rugged metal housing withstands oil mist and debris. This helps manufacturers maintain consistent forming quality, improve machine safety, and reduce downtime caused by sensor failure.

4. Metal Part Verification in Automated Assembly Cells
In automated assembly lines, verifying the presence of metal components before fastening or welding is critical to avoid incomplete products. The SICK IME30-15BPSZW2S is mounted directly into metal fixtures to confirm part placement before the assembly cycle proceeds. Its flush installation protects the sensor during tool changes and maintenance activities. The stable sensing range ensures reliable detection even when parts are slightly misaligned. By providing consistent feedback to the control system, the sensor helps prevent assembly errors, reduces rework, and supports high-quality output in demanding, high-volume manufacturing environments.