The BA-FDS fiber optic load sensor adopts the principle of fiber Bragg grating. When subjected to stress, the structure undergoes deformation, causing the signal of the fiber Bragg grating to change, achieving the measurement purpose.
The BA-OFT150 fiber optic grating temperature sensor adopts the fiber optic grating principle. When the temperature of the measured medium changes, the wavelength value of the sensor changes. By calculating the change in wavelength value, the purpose of measuring temperature is achieved. The sensor is connected to a fiber grating demodulator and can be used for real-time monitoring of the temperature value of the measured medium.
The BA-OFT200 fiber optic grating temperature sensor detects temperature values through the movement of the center wavelength of the optical signal reflected by the internal sensing element fiber optic grating. It is passive, non charged, intrinsically safe, and free from electromagnetic interference and lightning damage. The temperature measurement accuracy and resolution are not affected by light source fluctuations and transmission line bending losses, and can be directly transmitted remotely through optical fibers.
The BA-OFD series of fiber optic displacement sensors use the principle of measuring micro strain using fiber Bragg gratings to achieve displacement measurement. Through special mechanism design and process packaging, in the state of displacement between the telescopic rod and the measured object, micro strain occurs in the internal structure of the product, causing the wavelength of the fiber grating to become linearly proportional to the micro strain, in order to achieve accurate displacement measurement.
Official Account
Chongqing Baian Technology Co., Ltd
Company Address: 22-5, No. 11, Panxi Seventh Branch Road, Shimahe Street, Jiangbei District, Chongqing
Production address: 3rd floor, Building 2, Gangcheng Science and Technology Innovation Park, Haier Road, Jiangbei District, Chongqing
Tel：+86-4000672018 +86-023-67630927
E_mail：cqbakj@yeah.net