SICK

The SICK NANS3-AAAZ30AN1 is a high-precision inductive proximity sensor designed for non-contact detection of metallic objects in demanding industrial environments. It offers reliable operation with extended sensing ranges and robust construction, making it suitable for automation, material handling, and machinery applications.

3992

SICK

The SICK KT3G-N1116 is a compact, background suppression (BGS) photoelectric sensor designed for high-precision object detection at a fixed range. It utilizes advanced optics to detect objects within a specific distance while ignoring backgrounds, ensuring reliable performance across varying surface colors and reflectivities.

218

SICK

The SICK KT3W-P1115 is a compact, short-range photoelectric proximity sensor designed for precise object detection in high-speed automation applications. It emits a focused light beam to detect small objects or marks at close distances, ensuring reliable performance in space-constrained environments.

7641

SICK

The SICK CS81-P3612 is a heavy-duty capacitive proximity sensor designed for non-contact detection of solid and liquid materials through non-metallic containers. It detects objects by measuring changes in capacitance, making it ideal for level sensing and material presence applications in harsh industrial environments.

3809

SICK

The SICK CS81-P3612 is a heavy-duty capacitive proximity sensor designed for non-contact detection of solid and liquid materials through non-metallic containers. It detects objects by measuring changes in capacitance, making it ideal for level sensing and material presence applications in harsh industrial environments.

4049

SICK

The SICK KT5G-2N1111S16 is a compact, background suppression (BGS) photoelectric sensor designed for precise object detection at a defined range. It uses advanced optics to detect objects within a specific distance while ignoring backgrounds, ensuring reliability across varying colors and surfaces.<br /> <br />

1524

SICK

The SICK KT8L-P3656 is a long-range, high-performance photoelectric sensor designed for reliable object detection in demanding industrial environments. It utilizes through-beam technology with a focused infrared light beam to detect objects over extended distances, ensuring stability against ambient light interference and harsh conditions.

8769

SICK

The SICK KT5W-2N1316 is a compact, short-range photoelectric proximity sensor designed for high-precision object detection in automated systems. It utilizes a through-beam principle, where a separate transmitter and receiver pair detect objects by interrupting the light beam, ensuring reliable operation even for small or fast-moving targets.

2953

SICK

The SICK KT5W-2N1116 is a compact, short-range photoelectric proximity sensor designed for high-precision object detection in automated systems. It utilizes a through-beam principle, where a separate transmitter and receiver pair detect objects by interrupting the light beam, ensuring reliable operation even for small or fast-moving targets.

2633

SICK

The SICK KT5W-2P2116 is a compact, short-range photoelectric proximity sensor designed for precise object detection in high-speed automation applications. It emits a focused light beam to detect small objects or marks at very close distances, ensuring reliable performance in space-constrained environments.

8284

SICK

The SICK WL18X-3P930 is a miniature cylindrical photoelectric sensor with background suppression (BGS) technology, designed for high-precision object detection in confined spaces. It reliably detects objects within a defined range while ignoring backgrounds, making it ideal for applications requiring consistent performance across varying colors and surface reflectivities.

9003

SICK

The SICK WT18X-3P920 is a miniature cylindrical photoelectric sensor designed for high-precision object detection in tight spaces. It uses background suppression (BGS) technology to accurately detect objects at a fixed range while ignoring surfaces beyond that distance, making it ideal for applications requiring reliable sensing regardless of color or reflectivity.

5626