SICK IME18-05BPSZC0S Inductive Proximity Sensor

SICK IME18-05BPSZC0S Inductive Proximity Sensor – Flush M18 with 5 mm Sensing Range

The SICK IME18-05BPSZC0S inductive proximity sensor is an M18, flush-mounted solution designed for accurate, non-contact detection of metallic objects in industrial automation systems. With a nominal sensing distance of 5 mm and a PNP normally open output, it delivers reliable switching performance in fast and repetitive processes. The compact cylindrical housing allows easy integration into tight machine layouts, while its rugged construction supports continuous operation in production environments where precision and operational stability are essential. This sensor is well suited for applications that demand consistent detection without mechanical wear or physical contact.

Designed for demanding automation tasks, the SICK IME18-05BPSZC0S provides stable metal detection even in high-speed applications thanks to its fast response capability. Its flush installation enables mounting in metal surfaces without affecting sensing accuracy, making it ideal for machinery, conveyors, and positioning systems. The durable metal housing and industrial-grade protection support long service life in environments exposed to vibration, dust, or moisture. Built-in electrical protection features help safeguard connected control systems, reducing unplanned downtime and maintenance effort while ensuring dependable operation across a wide range of industrial use cases.

Why SICK IME18-05BPSZC0S?
The SICK IME18-05BPSZC0S stands out as a dependable sensing solution where accuracy, speed, and durability must coexist. Its flush M18 design fits cleanly into metal structures without compromising performance, while fast switching supports high-cycle automation. Engineered for industrial reliability, it combines stable detection, strong electrical protection, and a rugged housing to deliver consistent results in real production environments, not just ideal laboratory conditions.

What problem does it solve?
This sensor solves the challenge of reliably detecting metal targets in fast-moving, space-constrained industrial systems. Mechanical switches wear out, and optical sensors struggle with dust or contamination. The IME18-05BPSZC0S eliminates these issues by offering non-contact detection that remains stable despite vibration, dirt, or moisture. It ensures precise positioning, counting, and presence detection, helping prevent misalignment, production errors, and costly downtime in automated machinery.

Key Features & Specifications – SICK IME18-05BPSZC0S: Part Number 1040934

Download SICK IME18-05BPSZC0S (1040934) Datasheet

Commercial Information – SICK IME18-05BPSZC0S

The Applications

1. High-Speed Conveyor Position Monitoring

In automated conveyor systems, accurate sensing of metal pallets or carriers is essential to keep movement and control systems synchronized. The IME18-05BPSZC0S is often installed at transfer points to confirm object presence before sorting or diversion takes place. Its fast switching capability supports high conveyor speeds without signal loss, while flush mounting allows secure installation in metal frames. The robust housing and high ingress protection help maintain stable performance despite vibration, dust, and routine washdown. This ensures smooth material flow, predictable cycle timing, and fewer interruptions in continuous production lines.

2. End-Position Detection in Pneumatic and Mechanical Actuators

For automated actuators, reliable end-position feedback is critical for safe and repeatable motion. This sensor can detect metal pistons or sliding components at defined stroke limits without physical contact. By eliminating mechanical wear, it extends service life compared to traditional limit switches. Consistent sensing behavior across temperature changes improves repeatability, while electrical protection reduces the risk of damage during startup or maintenance. These characteristics support stable motion control, improved machine safety, and reduced maintenance effort in industrial equipment.

3. Tool Presence and Position Verification in Machine Tools

Machine tools and automated workstations require dependable confirmation that tools and fixtures are correctly positioned before operation. The IME18-05BPSZC0S can be mounted close to metal tool holders or clamping elements to verify correct placement. Its compact, flush-mounted design fits into confined spaces, while resistance to vibration and contamination ensures reliable detection during machining. Fast response times support rapid tool changes, helping prevent machining errors, reduce scrap, and protect both tools and workpieces in demanding production environments.

4. Counting and Indexing in Automated Assembly Lines

In automated assembly processes, accurate counting of metal components is vital to maintain product quality and process consistency. This sensor is used on indexing tables or rotary systems to detect each passing metal part. High repeatability ensures dependable counts at fast cycle rates, while clear status indication simplifies setup and troubleshooting. Non-contact operation avoids mechanical degradation, supporting long-term stability. As a result, manufacturers achieve reliable part tracking, reduced miscounts, and sustained throughput across high-volume assembly operations.

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