Laser Distance Sensor XKC-KL200 | IP67 Industrial Automation

The XKC-KL200 laser distance sensor offers a precise option. It's more focused than a typical ultrasonic sensor. It uses a visible laser to measure distances up to 2 meters. Its IP67 rating means it's fully waterproof and suitable for outdoor or factory use. Features and Benefits - Laser-Based Measurement - It uses a narrow laser beam to detect things. This works well for small targets or exact positioning. - IP67 Waterproof Housing - The sensor is fully sealed against dust. It can also be submerged in water, making it reliable in tough conditions. - Adjustable 2-Meter Range - You can set the detection distance from 10cm to 200cm. This matches your specific requirements. - Flexible NPN Output - The NPN output can be set to activate when an object enters or leaves the detection area. It works like a proximity switch. Applications - Factory automation for finding parts on a conveyor belt - Obstacle avoidance for outdoor robots and self-guided vehicles - Non-contact liquid level sensing in tanks How It Works An ultrasonic sensor operates by emitting a sound wave and then measuring the time it takes for that wave to reflect off an object and return to the sensor. This sensor is an infrared sensor, which typically uses infrared light to detect objects. For industrial automation robots, this allows for the detection of obstacles without physical contact. The device, model XKC-KL200, is designed for obstacle avoidance applications, providing a non-contact method of detecting nearby objects in its path. The Formula While specific formulas for this particular infrared sensor (XKC-KL200) are not provided, ultrasonic sensors generally rely on the speed of sound and the time taken for an emitted sound wave to return. The fundamental principle for ultrasonic sensors involves calculating distance based on the equation: Distance = (Speed of Sound × Time) / 2. This allows the sensor to determine the proximity of objects. As an infrared sensor, it utilises light rather than sound waves, and its "measurement type" is laser distance, indicating it uses laser technology for precise distance calculation. Key Components This product is an infrared sensor, specifically an optical sensor, which means it uses light for detection. Although not explicitly detailed for this model XKC-KL200, such sensors typically comprise an emitter to send out the infrared light and a receiver to detect the reflected light. The "measurement type" is laser distance, indicating a laser is the light source. The entire unit functions as an ultrasonic sensor, despite its internal infrared technology, providing a complete solution for obstacle avoidance in industrial settings. Common Applications This avoidance ultrasonic sensor is designed for industrial automation and obstacle avoidance. In industrial settings, it can be integrated into robots to prevent collisions with other machinery, personnel, or products on a production line. Its laser distance measurement type makes it suitable for applications requiring precise object detection. The sensor's ability to detect obstacles without physical contact is crucial for maintaining operational efficiency and safety in automated environments. Advantages & Limitations A key advantage of this ultrasonic sensor, an infrared sensor by theory, is its ability to perform non-contact obstacle avoidance, which is vital for industrial automation robots. The laser distance measurement type offers precise detection. However, as an optical sensor, its performance can be affected by environmental factors such as dust, fog, or direct sunlight, which might interfere with the infrared light. Understanding these limitations is important for optimal placement and integration within an industrial setup.