SICK IME12-06BPSZW2K Inductive Sensor

SICK IME12-06BPSZW2K Inductive Sensor – Compact 6 mm Metal Detection

The SICK IME12-06BPSZW2K inductive proximity sensor is built to deliver dependable metal detection within tight installation areas. With a 6 mm sensing range and a short M12 body, it offers precise switching for machines that require stable, non-contact feedback. Its rugged nickel-plated brass construction and sealed IP67 design allow it to perform reliably even when exposed to dust, vibrations, or moisture. The sensor operates using a PNP normally-open output and a 3-wire DC connection, making it simple to integrate into modern automation systems. It is an excellent fit for production lines that demand accurate part presence checking and consistent sensor behavior.

This model is designed for long-term performance, offering stable detection even when temperatures fluctuate. Its high switching frequency supports fast-moving processes, ensuring that components on conveyors or indexing stations are detected without delay. The quasi-flush mounting style provides flexibility when space is limited or when the sensor is installed near metal surfaces. A durable PVC cable, strong shock resistance, and an operating range spanning –25°C to +75°C allow it to handle continuous operation in challenging industrial environments. By reducing false triggers, maintaining repeatable detection, and supporting high-speed machine cycles, the IME12-06BPSZW2K helps improve productivity and system reliability.

Why IME12-06BPSZW2K?

The IME12-06BPSZW2K stands out because it delivers reliable metal detection in places where most sensors struggle. Its compact M12 body, extended sensing capability, and rock-solid stability make it a smart upgrade for equipment that demands consistent performance. It offers strong durability, fast response, and easy integration—perfect for modern machines seeking dependable, maintenance-friendly sensing.

What Problem Does It Solve?

This sensor eliminates inconsistent or unreliable detection in tight or harsh environments. It tackles issues like false triggers, misaligned parts, and fluctuating readings that slow down production. By providing fast, stable, non-contact detection even on rapid-moving lines, it solves the challenge of keeping automation accurate, efficient, and interruption-free.

Key Features & Specifications – SICK IME12-06BPSZW2K: Part Number 1071214

Download SICK IME12-06BPSZW2K (1071214) Datasheet

Commercial Information – SICK IME12-06BPSZW2K

The Applications of the IME12-06BPSZW2K Inductive Sensor

1. High-Speed Bottle Position Verification on Filling Lines

In fast-moving filling or capping systems, containers must arrive at the correct location before any dosing or sealing occurs. The IME12-06BPSZW2K makes this easier by detecting metal plates, holders, or indexing guides that travel beneath each bottle. Its short M12 design fits into crowded frames where larger sensors cannot be installed. The sensor reacts quickly enough to track rapid conveyor movement, allowing the controller to verify every bottle’s position before the next action is triggered. This reduces misfills, keeps the process synchronized, and prevents the minor alignment shifts that can occur when equipment vibrates or speed fluctuates.

2. Part Presence Detection in Compact Robotic Assembly Cells

Robotic stations often require sensors to confirm that components are correctly seated before the robot continues its operation. The IME12-06BPSZW2K suits this environment because it can be recessed close to metal fixtures without losing accuracy. Its short housing allows engineers to mount it between tight grippers, jigs, and moving robotic arms. When a small metal insert or bracket slides into place, the sensor instantly verifies its presence, helping the system avoid incomplete assemblies. Its vibration resistance ensures that feedback remains stable even when the robot moves quickly or produces sudden mechanical shock during fastening or press-fit actions.

3. Conveyor Gear Tooth and Shaft Rotation Monitoring

Many conveyors rely on gear teeth, sprockets, or metallic timing plates to confirm rotational movement. By positioning the IME12-06BPSZW2K close to these rotating elements, technicians receive clean, consistent pulses that represent each rotation. Even when dust, oil, or worn surfaces are present, the sensor’s stable 6 mm detection range maintains reliable feedback. This helps identify slipping belts or irregular motion before they become serious mechanical problems. Plants that run continuous processes—such as parcel sorting or product transfer lines—benefit from this early warning system, reducing downtime and ensuring that every station receives material at the expected pace.

4. Metal Tray Detection in Automated Heat-Treatment Lines

Heat-treatment systems depend on accurate tracking of trays as they move between stages. The IME12-06BPSZW2K is well suited for detecting these heavy metal carriers at loading and unloading points. Its sensing performance remains consistent even with temperature shifts that occur around industrial furnaces. The durable brass housing resists accidental knocks from trays entering the line, while the sensor’s quick response ensures every carrier is acknowledged before the system advances. By preventing overlapping movements and confirming that each tray is correctly positioned, facilities maintain consistent heating cycles, improve production safety, and reduce the risk of jams or misfeeds.

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