The optical fiber splicing machine is mainly used for the construction and maintenance of optical cables in optical communication, so it is also called the optical fiber fusion splicer.
The general working principle is to use a high-voltage arc to melt the two fiber sections while gently advancing with two high-precision motion mechanisms to fuse the two fibers into one to achieve the coupling of the fiber mode field.
Feature :
Characteristics:
Alignment | IPAS Core to Core Alignment (Image Pattern Analysis Alignment System) |
---|---|
Fiber diameter | Cladding diameter:80-150m; Coating diameter:100-1000m |
Fiber count | Single |
Fiber cleaved length | 12-16mm (Coating diameter:250m) |
Actual average splice loss | 0.02dB(SM), 0.01dB(MM), 0.04dB(DS), 0.04dB(NZDS) |
Typical splicing time | Typical 9 sec (standard SM fiber) |
Splicing mode | Auto Calibrate Normal Special |
Fiber aligning method | Meticulous, Core, Clad, Manual |
Splicing program | 53 (templet), 40(user) |
Tube heating program | 9 (templet),24(user) |
Tube typical heating time | Typical 25 sec |
Protection sleeve length | 60mm, 40mm |
Storage of splice result | 4000 results, 20 parameter per result |
Fiber image magnification | 300X (X or Y view),150X (X and Y view) |
Battery capacity | Typical 160 cycles (splice/tube heat with inner Li-battery) |
Monitor | 5.7 inch color LCD monitor |
Tension test | 2N |
Electrode life | 4000 |
Terminal | USB |
Power supply | AC 100-240V with AC adapter Inner Li-battery (7800mAH) DC 13.5V |
Operating condition | 0-5000m above sea level, -10-50Max wind velocity of 15m/s |
Dimension | 150mm(L)×150mm(W)×150mm(H) |
Weight | 2.55Kg excluding battery,3.05Kg including battery |
Applications