ICB30L50F15NCM1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Proximity sensors detect the presence or absence of objects without physical contact with the object itself. ICB30L50F15NCM1 is a model of proximity sensors, which mainly used in automotive, industrial equipment and medical device industries. This type of proximity sensors are used to identify objects, measure the space between objects, detect liquid levels and limit switch in addition to detecting the presence of motion. Here, we will discuss application fields and working principle of ICB30L50F15NCM1 proximity sensors respectively.

Application fields:

ICB30L50F15NCM1 is a long-distance type of proximity sensors with a range up to 30 cm and is mainly used in automotive, industrial equipment and medical device industries. It is mainly used in sensing when objects are too large or too far away. For example, in automotive industry, the ICB30L50F15NCM1 is often used to detect the presence of obstacles or measure the space between objects, helping drivers to prevent potential accidents.

In industrial equipment industry, ICB30L50F15NCM1 is used in robotic automation and NC (Numerical Control) Machine systems where it can be used to sense the presence of objects too large for traditional sensor types. Engineers would use this type of sensors to identify objects, measure distances and trigger production line shutdowns in the event of serious flaws on the finished product. Besides, it is also useful in industrial limit switches, liquid level detection and conveyor belt tracking.

In medical device industry, the ICB30L50F15NCM1 is used in hospitals, doctor office and lab equipment. It is especially useful in prosthetic technology to aid in the sense of touch for those with limb amputations. It is also important in pathology equipment and lab testing for the detection of contaminants present in a sample.

Working Principle:

ICB30L50F15NCM1 proximity sensors are based on the phenomenon of electrostatic induction. It works by creating an electromagnetic field around the sensor’s electrode to detect objects within its range. When objects close to the sensor, the electrostatic induction principle in the proximity sensors will detect the object through the increase of capacitance in the solenoid coil configured around the electrode. The detected electric signals are sent to the control system to register a response.

In addition, ICB30L50F15NCM1 has adjustable sensitivity capabilities and will register objects with different shapes and sizes. It also detects objects through non-metallic materials including wood, plastic and glass. The ICB30L50F15NCM1 can also detect objects in monochromatic light.

Thanks to its adjustable sensing range and non-metallic material sensing capability, ICB30L50F15NCM1 proximity sensing has many applications in various industrial fields. Its extended sensing range and reliable performance make it an ideal choice for a variety of sensing needs.

The specific data is subject to PDF, and the above content is for reference