Speed switches and sensors are designed to monitor the rotational or linear velocity of mechanical components. These devices identify under speed or over speed conditions in motors, conveyors, and fans. By providing real time feedback on shaft rotation, these sensors prevent mechanical damage caused by jams or belt slippage. They are available in both contact and non contact configurations to suit different mounting requirements.

Vision sensors integrate a camera and image processing logic within a single housing to perform complex inspection tasks. These units are utilized for presence detection, part orientation, and character recognition. Unlike standard sensors, vision systems can analyze multiple features of a target simultaneously, making them ideal for high speed sorting and quality assurance in packaging and electronics manufacturing.

Photoelectric sensors utilize light beams to detect the presence or absence of an object. This category includes through beam, retro reflective, and diffuse reflective models. These sensors are essential for long range detection and are commonly applied in gate automation, conveyor control, and pallet detection. They offer high immunity to electromagnetic interference and fast response times.

Miniature sensors are engineered for applications with severe space constraints. Despite their small form factor, these units maintain high performance characteristics and reliable sensing ranges. They are frequently used in medical equipment, robotic grippers, and precision electronics assembly where standard sized sensors cannot be accommodated.

Distance sensors provide precise measurement of the displacement between the sensor and a target. Utilizing laser or LED technology, these sensors output an analog or digital signal proportional to the distance. They are critical for level control, stack height monitoring, and positioning tasks in automated warehousing.

Contrast sensors are specialized photoelectric units designed to detect subtle differences in color or grayscale between a target and its background. They are primarily used in the printing and packaging industries to identify registration marks on moving webs, ensuring precise cutting and folding operations.

Area sensors, or light grids, utilize multiple light beams to monitor a two dimensional plane. They are used for detecting irregularly shaped objects or for guarding large openings. In access control, area sensors ensure that objects or personnel are detected regardless of their specific position within the monitored zone.

Optical fiber amplifiers are used in conjunction with fiber optic cables to provide sensing in high temperature or restricted access areas. The amplifier unit stays in the control cabinet while the flexible fiber probes are routed to the sensing point. This setup is ideal for detecting small parts in vacuum chambers or high temperature ovens.

Relay modules provide the interface between low power sensor signals and high power actuators. They provide galvanic isolation and allow for the switching of AC or DC loads. These modules are available in various contact configurations to support complex logic requirements in control panels.

Ultrasonic sensors utilize sound waves to detect objects and measure distances. They are unaffected by the color or transparency of the target, making them ideal for detecting clear glass, liquid levels, and highly reflective surfaces. They perform reliably in dusty or smoky environments where optical sensors may fail.

Vibration sensors monitor the mechanical health of rotating equipment by measuring acceleration or velocity. Early detection of abnormal vibration patterns allows for predictive maintenance, preventing catastrophic failure of motors, pumps, and gearboxes.

Time of Flight (ToF) sensors measure distance by timing how long it takes for a light pulse to travel to a target and back. This technology provides high accuracy over long ranges and is less affected by target surface characteristics than traditional triangulation sensors.

Focalisers are optical accessories used to narrow or shape the light beam of a photoelectric sensor. By focusing the light into a smaller spot, these accessories increase sensing precision and allow for the detection of extremely small objects or features.

Reflective accessories include high quality prisms and tapes designed for use with retro reflective sensors. The efficiency of the sensing path depends on the quality of the reflector. Our accessories are designed for various distances and environmental conditions, including high temperature and chemical washdown.