The SICK WLL190T-2P434 is a premium-grade, ultra long-range retro-reflective photoelectric sensor from the advanced WLL190T series. It represents the cutting edge of photoelectric sensing technology, specifically engineered for extreme-distance applications in the most demanding industrial and outdoor environments. This sensor operates by emitting an intense, focused light beam towards a high-performance reflector, providing reliable object detection when the beam path is interrupted.

The SICK WLL190T-2M434 is a premium-grade, ultra long-range retro-reflective photoelectric sensor from the advanced WLL190T series. It represents the cutting edge of photoelectric sensing technology, specifically engineered for extreme-distance applications in the most demanding industrial and outdoor environments. This sensor operates by emitting an intense, focused light beam towards a high-performance reflector, providing reliable object detection when the beam path is interrupted.

The SICK WLL170-2P330 is a high-performance, long-range retro-reflective photoelectric sensor from the robust WLL170 series. It is engineered for reliable object detection over substantial distances in demanding industrial environments. This sensor operates by emitting a powerful light beam towards a dedicated reflector; an object is detected when it interrupts this beam path, preventing the light from returning to the receiver.

The SICK WLL180T-M434 is an ultra long-range, self-contained retro-reflective photoelectric sensor from the premium WLL180 series. It represents the highest standard in long-distance detection technology, specifically engineered for extreme-range applications in the most challenging industrial and outdoor environments. This sensor operates by emitting a powerful, focused light beam towards a high-performance reflector, detecting objects when they interrupt this beam path.

The WLL180T-E232 is a fiber-optic amplifier expansion unit in the SICK WLL180T series. It’s designed to complement a base unit and enhances fiber-optic sensing systems by enabling additional functionalities such as deactivating the sender, executing test logic, adjusting sensing range, or synchronizing signals—depending on the specific fiber cable setup used

The WLL180T-P432 is a stand-alone fiber-optic photoelectric sensor (fiber-optic amplifier) from SICK's WLL180T series. It features a high-precision LED-based system, with dual 4-digit displays that simultaneously show set and actual values (green and red indicators, respectively), making it highly adjustable and user-friendly

The SICK WL100-2P4400S38 is a long-range, self-contained retro-reflective photoelectric sensor from the robust WL100 series. It is engineered for reliable object detection over extended distances in demanding industrial environments. This sensor operates by emitting a light beam towards a dedicated reflector; an object is detected when it interrupts this beam path, preventing the light from returning to the receiver.

The SICK WLL180T-M432 is an ultra long-range, self-contained retro-reflective photoelectric sensor from the premium WLL180 series. It represents the highest standard in long-distance detection technology, specifically engineered for extreme-range applications in the most challenging industrial and outdoor environments. This sensor operates by emitting a powerful, focused light beam towards a high-performance reflector, detecting objects when they interrupt this beam path.

the SICK WLL180T-P434
standalone fiber-optic photoelectric sensor from the WLL180T series with visible red LED light. It features advanced digital displays, teach-in capabilities, and flexible timing functions

The SICK WLL180T-L434 is an ultra long-range, self-contained retro-reflective photoelectric sensor from the high-performance WLL180 series. It is engineered for extremely demanding long-distance object detection in challenging industrial and outdoor environments. This sensor operates by emitting a powerful light beam towards a dedicated reflector; an object is detected when it interrupts this beam path.