Reliable SICK IME12-06BPSZWDK inductive proximity sensor with 6 mm range, fast response, and durable M12 design for stable metal detection in automation systems.
The SICK IME12-06BPSZWDK inductive proximity sensor is built for reliable metal detection in tight industrial spaces where consistent performance is essential. It offers a 6 mm sensing range in a short M12 housing, making it suitable for compact machine layouts. The rugged construction includes a nickel-plated brass body and a sealed design that withstands dust, moisture, vibration, and challenging temperature conditions. With its PNP normally open output, extended 7-meter cable, and stable DC 3-wire configuration, this model integrates smoothly into existing control systems. Its enhanced sensing capability helps maintain dependable switching accuracy during continuous machine operation.
Engineered for stable detection, the IME12-06BPSZWDK supports high-speed production thanks to its fast switching response, ensuring accurate detection when targets move quickly or when cycle times are tight. The quasi-flush mounting design provides installation flexibility and reduces exposure to accidental impacts. Its minimal voltage drop and rapid startup time help machines recover quickly after power interruptions, improving overall workflow efficiency. The sensor’s durable materials and strong resistance to shock and vibration contribute to long service life with minimal maintenance. With extremely high reliability and long operational expectancy, it is ideal for environments demanding consistent detection with reduced downtime.
The IME12-06BPSZWDK stands out because it delivers strong, consistent metal detection in a compact body that fits effortlessly into modern automated machines. Its fast response, long sensing capability, and tough construction make it a dependable choice for demanding production lines. This model is engineered for users who want worry-free installation, stable switching, and long operational life without constant adjustments.
This sensor eliminates missed detections and inconsistent switching that often disrupt automated processes. It overcomes issues like vibration, tight mounting spaces, harsh environments, and rapid machine movements that challenge standard sensors. By providing precise detection even in fast or dirty conditions, it keeps production stable, reduces manual intervention, and prevents costly stoppages.
| Feature | Details | Benefit |
|---|---|---|
| Sensing Range (Sn) | 6 mm | Reliable metal detection even in compact machine layouts |
| Safe Sensing Range (Sa) | 4.86 mm | Additional detection safety margin in dynamic environments |
| Housing Size | M12 short-body | Fits into tight spaces and small mechanical assemblies |
| Installation Type | Quasi-flush | Flexible mounting with reduced risk of accidental damage |
| Output Type | PNP, Normally Open | Easy integration with standard PLC inputs |
| Electrical Design | DC 3-wire | Widely compatible wiring style for industrial automation |
| Switching Frequency | Up to 800 Hz | Accurate detection in high-speed or rapid-cycling processes |
| Supply Voltage | 10–30 V DC | Works across a broad range of machine power systems |
| Startup Availability | ≤ 50 ms | Quick recovery after power interruptions |
| Voltage Drop | ≤ 2 V | Maintains stable switching even under load |
| Continuous Current | ≤ 200 mA | Suitable for driving various industrial control inputs |
| Cable Type & Length | PVC, 3-wire, 7 m | Long, durable cable simplifies flexible routing |
| Housing Material | Nickel-plated brass | Strong resistance to wear, fluids, and mechanical stress |
| Sensing Face Material | PA66 Plastic | Stable performance with good impact and chemical tolerance |
| Ambient Temperature | –25°C to +75°C | Reliable operation in cold rooms and hot factory floors |
| Protection Rating | IP67 | Sealed against dust and moisture for harsh environments |
| Shock & Vibration Resistance | Tested to 30 g | Maintains accuracy even on vibrating machinery |
| MTTFD | 1,735 years | Exceptionally long service life, ideal for maintenance-reduction goals |
| Special Feature | Triple sensing range | Enhanced detection strength compared to standard inductive sensors |
| Included Accessories | Mounting nuts (2×) | Easy installation and secure fastening |
Download SICK IME12-06BPSZWDK (1095533) Datasheet
| Commercial Data | Details |
|---|---|
| EAN Number | 4047084441370 |
| Weight | 176 g |
| Country of Origin | Hungary |
On beverage and condiment lines, metal caps travel quickly across conveyors, and any undetected cap can disrupt filling or sealing stages. The IME12-06BPSZWDK supports this environment well thanks to its high switching speed and short M12 housing that fits between tight guides. Even when the line vibrates or bottles bump into edges, the sensor maintains stable detection. Its durable design handles exposure to moisture, sticky liquids, and cleaning cycles. By reliably identifying each cap as it passes, it helps prevent jams, misaligned sealing heads, and costly stoppages caused by improperly positioned containers.
In automated assembly stations where robots handle small stamped metal parts, space is often extremely limited. The IME12-06BPSZWDK’s short-body design allows installers to place it close to grippers or fixtures without interfering with motion paths. Its enhanced sensing characteristic helps detect metal pieces with varied finishes or slight curvature. Robots depend on such confirmation to ensure parts are picked or seated correctly before performing the next operation. This reduces assembly defects, prevents double picks, and supports smoother task sequencing, especially in workcells where high speed and reliability are required.
Rotating indexing tables used in machining or inspection processes require precise confirmation that each station has rotated to the correct alignment. The IME12-06BPSZWDK excels in this environment due to its quick response time and consistent sensing of metal targets embedded in the table’s mechanism. Its resistance to vibration and temperature changes allows it to function reliably near heavy equipment. By verifying alignment before the next cycle begins, the sensor helps avoid miscuts, tool collisions, and mispositioned inspections, keeping the entire cell synchronized and efficient.
Welding jigs rely on metal clamps and location pins to secure components before the weld torch activates. The IME12-06BPSZWDK provides confirmation that these metal elements are fully engaged. Its sensing range performs reliably even when surfaces become dusty or darkened by heat. The robust housing and sealed construction allow it to withstand spatter, fumes, and temperature fluctuations common in welding environments. Ensuring fixtures are locked in position prevents part shift during welding, reduces rework, and maintains consistent weld accuracy across long production cycles.
| Accessory Type | Model Name | Part Number | Benefit |
|---|---|---|---|
| Clamping Block for M12 Sensors (with fixed stop) | BEF-KHF-M12 | 2051480 | Provides firm, repeatable mounting with built-in stop for consistent positioning |
| Mounting Plate for M12 Sensors | BEF-WG-M12 | 5321869 | Flat plate design for simple, stable sensor placement on machinery |
| Mounting Bracket for M12 Sensors | BEF-WN-M12 | 5308447 | Adjustable bracket for optimized sensor angle and alignment |
| Clamping Block for M12 Sensors (without fixed stop) | BEF-KH-M12 | 2051479 | Flexible mounting option for installations requiring customizable sensor depth |
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