HL-C108F

Optical sensors are electromagnetic components that detect light and electrical signals and convert them into meaningful data to be analyzed. In this article, we will discuss the HL-C108F application field and working principle in terms of optical sensing for industrial and photoelectric applications.

HL-C108F Technical Specifications

The HL-C108F is an analog output reflective photoelectric sensor with a built-in infrared LED emitter. The device operates at both 24V and 12V DC power supply, with the appropriate transferable currents. The device is also designed to be resistant to moisture, oil and dust. The HL-C108F has an infrared detection distance ranging from 6mm to 30mm. This detection range makes the HL-C108F suitable for short distance, non-contact sensing applications that require accurate detection of targets in ambient light conditions.

HL-C108F Applications

The HL-C108F is suitable for a variety of industrial and photoelectric applications. The HL-C108F allows up to six different operating modes, making it a versatile sensor. The sensor has a broad range of applications, including robotic obstacle avoidance, platform control, industrial automation, and phase-shift detection. The device is also suitable for ultra-short distance “follow the line” applications in robotics, materials handling and surface detection. Optical sensing applications such as optical polymer detection and optical inspection are also possible with the HL-C108F.

HL-C108F Working Principle

The HL-C108F utilizes infrared light to detect objects. As the light sensitive surface of the photocell is triggered by the emission from the IR LED, it produces an output voltage signal in response. The output voltage is then conditioned, amplified, and compared with adjustable reference voltage for detection. The output voltage signal can be used to detect objects and textures or to measure distances. The device can also measure the change in light intensities and generate an analog output voltage signal proportional to the measured changes.

Conclusion

The HL-C108F photoelectric device offers a reliable, high performance solution for short distance, non-contact sensing applications. The device is suitable for both industrial and photoelectric applications, with its wide range of operating modes and adjustable reference voltage. Its infrared light capacity also allows for measuring the changes in light intensities and generating appropriate output voltage signals.