GX-H15BI-C5

Proximity Sensors are used in a range of applications to detect the presence of people, objects, and materials within a specified range, and provide a signal which indicates the presence or absence of something. The GX-H15BI-C5 is one such proximity sensor, designed to detect specific objects located within the specified range. The purpose of this article is to explore the application field and working principle of the GX-H15BI-C5.

The GX-H15BI-C5 is a type of LDR (Light Dependant Resistor) proximity sensor, which is used in various industrial applications. It operates on the principle of detecting infrared radiation from an object, and in turn incorporates an on-chip phototransistor to acquire the signal and convert it into an electrical output. The GX-H15BI-C5 has a long nominal distance of 15 to 40 cm, which can be adjusted by adjusting the gain of the system. The GX-H15BI-C5’s accuracy and repeatability is at a tolerance of +- 0.5 cm.

The GX-H15BI-C5 is designed for applications that require accurate and repeatable measurements, such as robotics, automated assembly systems, and measurement and testing systems. The GX-H15BI-C5 is perfect for these types of applications due to its excellent accuracy and repeatability. For example, a robotic system can be programmed to detect objects within the specified range and then accurately and repeatedly operate machineries depending on the detected objects. Additionally, the GX-H15BI-C5 is designed to be compact and easy to install, making it an ideal choice for space-limited applications.

The GX-H15BI-C5 also has some unique features. For example, it has adjustable time delay and threshold, which can be easily adjusted to suit different application needs. Also, the GX-H15BI-C5 can be used in harsh environments such as dusty and wet conditions. Furthermore, it can withstand high-pressure washing and has excellent resistance to vibration and shock. Its temperature range is also wider compared to other types of proximity sensors, allowing for use in more demanding environments.

The working principle of the GX-H15BI-C5 can be explained as follows. When an object is placed within the specified distance range, the device will detect the infrared radiation emitted from the object and create an electrical signal. This signal is then processed and converted into an output signal, which can be used to trigger a response. It should be noted that the GX-H15BI-C5 is sensitive to the material of the detected object as well as its size and proximity. This means that the output signal from the GX-H15BI-C5 will vary depending on the material, size, and distance of the object.

In conclusion, the GX-H15BI-C5 is a versatile and accurate proximity sensor designed for a range of industrial applications. The device operates on the principle of detecting infrared radiation from an object, which is then used to generate an output signal. Additionally, the GX-H15BI-C5 has adjustable time delay and threshold, allowing users to customize the device for different applications and operating environments. The GX-H15BI-C5 also has excellent resistance to vibration, shock, and high-pressure washing, making it an ideal choice for harsh and unpredictable environments.