The SICK LUTM-UP81162P is a high-performance ultrasonic sensor designed for precise non-contact detection and distance measurement in industrial automation applications. Utilizing advanced ultrasonic technology, this sensor provides reliable operation in challenging environments where optical sensors may fail. The "UP81162P" suffix indicates specific performance characteristics and output configuration.

The SICK SRS50-HWA0-K21 is an advanced safety radar sensor designed for area monitoring and collision avoidance in industrial automation and mobile vehicle applications. Utilizing 24 GHz frequency-modulated continuous wave (FMCW) radar technology, this sensor provides reliable detection and protection in challenging environmental conditions where optical sensors may be limited. The "HWA0-K21" suffix indicates specific performance characteristics and configuration.

The SICK KTM-WP11182P is a high-precision programmable limit switch designed for position monitoring and motion control in industrial automation applications. Combining an absolute encoder with programmable logic capabilities, this system provides flexible and accurate position control for various mechanical systems. The "WP11182P" suffix indicates specific configuration and performance characteristics.

The SICK TIM510-9950000S01 is a compact 2D LiDAR sensor designed for area monitoring and object detection in industrial automation and safety applications. Utilizing advanced time-of-flight measurement technology, this sensor provides reliable detection and measurement capabilities for various industrial scenarios. The "9950000S01" suffix indicates specific performance characteristics and configuration.

The SICK LL3-TB01 is a compact laser light grid designed for presence detection and object monitoring in industrial automation applications. Utilizing advanced laser technology, this device creates a protective curtain of light beams for precise detection and safety applications. The "TB01" suffix indicates specific configuration and performance characteristics.

The SICK LUTM-UN81162P is a high-performance ultrasonic sensor designed for precise non-contact detection and distance measurement in industrial automation applications. Utilizing advanced ultrasonic technology, this sensor provides reliable operation in challenging environments where optical sensors may fail. The "UN81162P" suffix indicates specific performance characteristics and output configuration.

The SICK GRTE18-N1142 is a heavy-duty safety interlock switch designed for robust guard door monitoring and access protection in demanding industrial environments. This switch provides safety-rated position monitoring of guards, doors, and access points, ensuring compliance with international safety standards (ISO 13849-1, IEC 62061). The "N1142" suffix indicates specific actuator and connection configurations for heavy-duty applications.

The SICK IME12-04BNSZW2S is a high-performance inductive proximity sensor designed for reliable non-contact detection of metallic objects in industrial automation applications. Featuring a 12 mm diameter cylindrical housing and 4 mm sensing range, this sensor offers precision detection with enhanced environmental resistance. The "04BNSZW2S" suffix indicates specific electrical characteristics including NPN output configuration and boosted sensing technology.

The SICK GTB10-N1212 is a safety hinge switch designed for guard door monitoring and access protection in industrial machinery. This device provides safety-rated position monitoring of hinged guards and access points, ensuring compliance with international safety standards (ISO 13849-1, IEC 62061). The "N1212" suffix indicates specific coding and connection configurations.

The SICK WL100-2N1429 is a high-precision photoelectric fork sensor designed for accurate object detection and positioning in automated systems. This through-beam sensor features a compact U-shaped design and provides reliable detection of objects passing through the fork. The "2N1429" suffix indicates specific electrical characteristics and output configuration.