CN12168_LENA-M-DL

Optics - Reflectors

CN12168_LENA-M-DL is a digital laser distance measuring device designed to provide digital input to systems, such as software, for real-time data monitoring. It is characterized by its high accuracy, reliability, and long service life. The device is divided into three parts: the main body, the reflector, and the mirror. The reflector is designed to absorb laser energy and direct it towards the laser source, and the mirror is designed to reflect this laser energy back to the laser source.

The main body of the CN12168_LENA-M-DL consists of a digital transducer, a digital receiver, and an output conversion unit, all of which work together to provide continuous real-time data. The transducer is responsible for detecting the return of the laser signal back from the reflector. It then converts this signal into electrical signals, which are then further processed by the digital processor and converted into digital information. The digital processor then processes this digital information and produces the measurement data as output.

The reflector is composed of an upper and lower half, both of which are coated with a highly reflective-coated layer. This reflective layer is designed to absorb and redirect the laser energy towards the reflector and back towards the laser source. The mirror, on the other hand, is designed to reduce the laser energy, letting only a fraction of energy pass through back to the laser source. This reduces the laser energy and the measurement error.

The CN12168_lena-m-dl is designed to reduce the distance error between the laser source and the reflector. If the laser source and the reflector are misaligned, the device can use an algorithm to correct the error. This is known as the error-correction algorithm, and it works by calculating the difference between the distance measured from the laser source to the reflector and the distance measured from the laser source to the mirror. Then, using this algorithm, the device determines the angular difference between the two points, and adjusts the angle of the laser beam, so that it goes directly to the reflector.

The CN12168_lena-m-dl is a versatile device, and can be used in a variety of applications. In industrial automation systems, it is used to measure distances between objects, detect the presence of objects, count items, or set limits on processes. It can also be used to monitor the position of moving objects, and to measure distances and angles in construction and surveying. In addition, it can be used for optical navigation, tracking, and 3D imaging.

In conclusion, the CN12168_LENA-M-DL is a digital laser distance measuring device capable of providing accurate and reliable data. It is designed to reduce the distance error between the laser source and the reflector, and can be used in a number of applications. This makes it an excellent choice in measuring applications.