MQ172-3S/CK-MP(61)

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

MQ172-3S/CK-MP(61) is an advanced optical product in the field of fiber optic sensing technology. It is used to measure optical fiber strain, temperature, vibration and pressure. It can be used in civil engineering, civil engineering, surveying engineering, power engineering, transportation engineering, communication engineering, environmental engineering, geological engineering, geodetic engineering, aerospace engineering and other fields. Here, we will discuss its application field and working principle.

The application field of MQ172-3S/CK-MP(61) is quite broad. With its superior performance, it can be widely used in surveying and mapping, military engineering, civil surveying and mapping, urban planning surveying, monitoring and data transmission. It is also a very important data source for navigation and guidance, as well as other engineering projects. Moreover, it is widely used in geotechnical engineering, bridge engineering, tunnel engineering, hydrological engineering, energy engineering, earthquake engineering and ocean engineering.

MQ172-3S/CK-MP(61) works according to the Michelson interferometer principle. It integrates light source, optical fiber sensing element, optoelectronic modulation elements and through the data acquisition system, it is able to measure high precision information of strain, temperature, displacement, acceleration and twisting about the transmission medium.

In operation, the light source is divided into two, through two slightly different optical paths with the aid of the beamsplitter, the travel paths being very precisely machined. One path\'s length is fixed while the other path\'s length ma be changed by varying the environment of the sensing element, or by changing the physical relationships between two items such as temperature, strain, displacement or vibration. This causes one beam of light to have a slightly longer path length either one of these causes, as the light has a longer path length, it is slightly delayed.

Then, the paths of the two beams are recombined and form interference at the detector, the frequencies realized by the detector proportion to the difference of the two paths. Through the data acquisition system, the parameters of strain, temperature, displacement, acceleration and twisting about the transmission medium can be derived from the interference signals. This is an efficient way of measuring the mechanical force applied to the sensing element.

In addition, MQ172-3S/CK-MP(61) has a high level of accuracy and reliability as well as low power consumption. This makes it ideal for use in remote sensing applications, in which the size and safety of the device is important. Overall, MQ172-3S/CK-MP(61) is an effective instrument that can be used in many areas to measure accurate data about the environment.

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