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Grey Fiber Storage Tray And Winding Wheel With Two Ears For Fiber Termination Box

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Grey Fiber Storage Tray And Winding Wheel With Two Ears For Fiber Termination Box

China Grey Fiber Storage Tray And Winding Wheel With Two Ears For Fiber Termination Box supplier
Grey Fiber Storage Tray And Winding Wheel With Two Ears For Fiber Termination Box supplier Grey Fiber Storage Tray And Winding Wheel With Two Ears For Fiber Termination Box supplier

Large Image :  Grey Fiber Storage Tray And Winding Wheel With Two Ears For Fiber Termination Box

Product Details:

Place of Origin: China
Brand Name: Fiberall
Model Number: FA-FCW01G

Payment & Shipping Terms:

Minimum Order Quantity: 100 pcs
Price: Upon Request
Packaging Details: Plastic bag/Carton
Delivery Time: 3-5 days
Payment Terms: L/C,T/T,Western Union,PayPal
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Detailed Product Description
Product Name: Fiber Winding Wheel Color: Grey
Material: Plastic Application: Fiber Terminal Box
Installation Way: Fixed In The Box MOQ: 100pcs

FA-FCW01G, Grey Fiber Storage Tray And Winding Wheel With Two Ears For Fiber Termination Box

 

Optical fiber network is gradually replacing copper network because of its high speed, high density, high bandwidth and other advantages. Compared with the traditional coaxial cable or twisted pair cable, optical fiber is able to support further transmission distance. But in fact, the transmission distance of optical fiber is influenced by many factors. In the field of ultra high speed optical communication, transmission distance has become an urgent problem to be solved. With the development of optical fiber network, the transmission distance of optical fiber has been extended from several meters to hundreds of meters or even thousands of meters. However, optical signals will become weak during long distance transmission. Many optical devices are used to solve the problem of limited transmission distance of optical signals. Fiberall hereby summarize the main factors that limit optical transmission distance.

1, Fiber type: Generally speaking, the maximum transmission distance of optical signal in optical fiber will be affected by the dispersion of optical fiber. Mode dispersion is the main factor affecting the transmission distance of multimode fiber. Waveguide dispersion is the main limiting factor in single-mode fibers. This is because the core of single-mode fiber is much smaller than multimode fiber. This is also the reason why single-mode fibers can transmit farther distances than multimode fibers.

2, Laser of optical transceiver: The conversion quality of the optical transceiver to the photoelectric signal is largely determined by its internal light source. Light sources in optical modules generally use LED (light emitting diode) or laser diode. Their quality will directly affect the transmission distance of the optical signal.

3, Transmission frequency: Different laser sources support different frequencies. The frequency of optical signal will affect the transmission distance of optical fiber transmission system. Generally speaking, the higher the frequency is, the farther the transmission distance is. Therefore, choosing the appropriate frequency is very important for transmitting optical signals.

4, Bandwidth: is another important factor that can affect the transmission distance. In most cases, the transmission distance is inversely proportional to the increase of bandwidth.

5, Fiber splicing point: In optical network, the connection of optical fiber is essential. Generally, there are two connection ways of optical fiber: thermal splicing (fusion splicing) and cold splicing, and optical fiber connector or fast connector. The optical loss is easy to occur when the signal passes through these fiber splice points, which will affect the transmission distance of the optical signal.

Optical transmission distance is affected by many factors, such as optical fiber type, light source, transmission frequency, bandwidth, splicing point and optical fiber connector. When deploying an optical fiber network, we should consider the above factors and reduce the influence on the transmission distance.

 

Main Parameters Of Fiber Winding Wheel

 

Model number FA-FCW01G
Ears number Two ears
Application Fiber winding and storage
Material Plastic
Color Grey white (beige) or black
Working life ≥1000 times ( 20 years)
Insulation resistance ≥1000MΩ/500V(DC)
Environmental temperature -5℃ to 40℃
Relative humidity ≤85%(under 30℃)
Atmospheric pressure 70~106Kpa;

Contact Details
 Fiberall Technology (Shenzhen) Co., Ltd

Contact Person: Mr. Tao

Tel: 86-755-29526392

Fax: 86-755-29526392

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