Optical Cable Stranding Line

Product Detail

Optical cable stranding line apply for SZ stranding of loose tube elements ?1.7-?4.0mm

 

Main feature:
Optical cable stranding machine adopts industrial computer and programmable logic control (that is IPC+PLC mode) to realize the line's synchronal running and the independent operation. The computer communicates with PLC, which can realize the production operation, the warning display, the line's emergency and other functions.




Optical cable SZ stranding line:

Cable-making dia. Max	?30mm
Loose tube dia./number of tube	?1.7-?4.0 mm/12
Structure speed	100m/min
Cable-making speed ( banding pitch=30mm)  (stranding pitch=70)	60m/min.
Cable-making pitch(single spiral)	60~500mm±5mm
SZ stranding angle	±4?~±24?
SZ stranding head speed (max)	1300rpm
Binding head speed max.	4000rpm
Binding pitch	20-50mm
CSM reel size	PN800
Fiber loose tube pay-off reel size	PN630~PN800
Take-up reel size	PN800~PN1600
CSM pay-off tension	50N~100N
Take-up tension	50N~150N
Accuracy of the counter	0.2%
Additional attenuation	max.0.02dB/km(SM fiber)
Operation direction	Appointment by user
Overall dimension of the equipment	About 40m
Installed power

 

Equipment Elevation






Our company and service:
Our company make optical cable production line more than 10 years, have a good team for fiber optic cable research, optic fiber cable machine customized design, whole plant planning, and perfect after-service, we have complete processing equipment for fiber optic cable production line such as CNC machine tool, lathe, milling machine, cutting machine, welding machine etc. Beside optical cable making machine, we can still provide short length optical fiber (2km-12km) and all raw material to make optical cable, we can send our cable engineer to client factory for long time (3-6 months) training to make different type fiber cable.

 

FAQ
Advantage of optical fiber communication technology.
Frequency band is extremely wide, fiber optic communications capacity much higher than copper cable. A much larger bandwidth, optical fiber communication systems in the light of the modulation, and optical modulation dispersion characteristics. San wavelength window, with dozens of single-mode optical fiber broadband GHz.km. For single-wavelength optical fiber communication systems, due to the electronic bottleneck terminal equipment can't play fiber bandwidth advantage. Usually a variety of complex techniques to increase transmission capacity, especially now that the dense wavelength division multiplexing technology greatly increased the transmission capacity of optical fiber. Patients with dense wave division multiplexing optical fiber transmission capacity can be expanded to several times to several times. Currently the single-wavelength optical fiber communication systems in general 2.5Gbps transfer rate to 10Gbps, dense wave division multiplexing technique using multi-wavelength transmission system to achieve the transmission rate has reached single-wavelength transmission systems hundreds of times. Huge bandwidth potential of the single-mode fiber as the first choice for broadband integrated services network media.