Ericsson FSU-995PM polarization-maintaining fiber welding machine reference book available

The Ericsson FSU-995PM is a polarization-maintaining optical fiber splicer manufactured by Ericsson. Here is a detailed description of it:
Functional features:
High precision welding: The use of unique polarization alignment technology, can rotate the polarization maintaining fiber 360 degrees alignment, compared with other similar systems, the alignment accuracy is higher, can ensure high quality welding effect, especially for the welding precision of the polarization maintaining fiber welding work.
Extensive fiber adaptibility: Able to weld various types of optical fibers, Including single-mode fiber (SMF), multi-mode fiber (MMF), erbium-doped fiber (EDF), dispersion-shifted fiber (DSF), non-zero dispersion-shifted fiber (NZ-DSF), cup-shifted fiber (CSF), dispersion-compensated fiber (DCF), panda polarizing fiber, butterfly polarizing fiber, elliptic core polarizing fiber, elliptic envelope polarizing fiber, etc. A wide range of applications.
Powerful data processing capability: equipped with software that can upload and download data, it can create a new welding program on the PC and send it to the welding machine network, and it can also download all the data of the welding machine and measuring instruments to Excel files, which is convenient for users to track the welding results.
Technical parameters:
Typical welding loss: For the same single-mode fiber, the typical welding loss is 0.02dB; For the same multimode fiber, the typical welding loss is 0.01dB.
Typical return loss: greater than 60dB; The typical extinction ratio is 32.2dB.
Operating environment: Operating environment temperature is 0-45 °C, storage environment temperature is -10-60 °C, relative humidity is 0-95% (non-condensing).
Welding mode: Automatic and manual welding mode, users can choose according to actual needs.
Overall, the Ericsson FSU-995PM polarisation-maintaining optical fiber splicer is a powerful, high-performance professional optical fiber splicer for a wide range of applications in the laboratory and production lines of optical fiber communications.