Fiberall Technology (Shenzhen) Co., Ltd

Fiberall Technology (Shenzhen) Co., Ltd

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Fusion Splicing Fiber Protection Box For FTTH Fiber To The Home Drop Cable

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 Fiberall Technology (Shenzhen) Co., Ltd
City:shenzhen
Province/State:guangdong
Country/Region:china
Contact Person:MrTao
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Fusion Splicing Fiber Protection Box For FTTH Fiber To The Home Drop Cable

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Brand Name :Fiberall
Model Number :FA-FXMS01
Certification :RoHS
Place of Origin :China
MOQ :100pcs
Price :Negotiable
Payment Terms :L/C,T/T,Western Union,MoneyGram
Delivery Time :4-6 days
Packaging Details :Plastic bag/Carton
Product name :Drop Cable Protection Box
Suitable Cable :FTTH indoor cable
Body material :Plastic
Color :Beige
Application Environment :Building, Corridor, Room
Dimension :Refer to Specification
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FA-FXMS01,Fusion Splicing Fiber Protection Box For FTTH Fiber To The Home Drop Cable

At present, butterfly fiber optic drop cable is widely used in FTTH fiber to home project. The joint between Butterfly drop cable and Butterfly drop cable is always cold connection, cold mechanical connection is always with some problems: cold connection is too much dependent on matching liquid; it has high requirements on cutting, fiber cutting technology and operators so the proficiency, accuracy; docking quality of the connection is hard to estimated, Fiberall’s drop fiber cable protective box is designed to protect butterfly cable and butterfly cable connection.

How to use the drop fiber cable protective box? It is very simple, just need to put the fusion fibers with protection sleeve or cold connection fiber with protection into the protection box and cover it and the fiber joint will get better protection, it can improve the performance of optical fiber connection, so that the effective connection rate increased and prolong the service life of the product and maintenance cost also can be reduced.

Advantages Of Fiberall FTTH Fiber Protection Box

1, The fusion point is embedded in the heat shrinkable protective sleeve, which greatly improves the reliability of the product.

2, the whole process of visual, qualified connection rate is 100%, greatly saves construction time. 3, the fusion splicing fiber can achieve high optical performance.

4, the product will not be effected by environmental factor during process, there is no failure rate, and service life is long , so it can reduce the cost of later maintenance.

5, the tail of the box is with special fiber reinforced structure, so that the tensile resistance of fiber optic cable is greater than 60N.

6, the operation is simple and quick, the operator does not need professional skills.

Main Features of FA-FXMS01 Drop Fiber Cable Protection Box

1, Application: Mainly used for splicing connection between FTTH drop cable and FTTH cable or connection between drop cable and normal fiber.

2, Small size, beautiful appearance, easy for installation.

3, Special plastic with flame retardant grade V0.

4, The cable fixing grove is suitable for both drop cable and ordinary optical pigtail.

5, Fusion point protection is stable and reliable, will not be damaged and broken due to external force.

6, There is no defect that may affect the performance of the product, and the plastic case is full, smooth and without sharp angles.

Technical Parameters

Part Number FA-FXMS01
Application environment Environmental temperature:-25℃~+65℃
Atmospheric pressure:70Kpa~106Kpa
Shock Test Vibration: 10Hz, sine curve;
Amplitude: 3 mm (6 mm, crest to trough);
Clamping distance: 10 times diameter (minimum 250 mm); time: 2 hours
The residual additional attenuation of the fiber shall be no greater than 0.03dB at 1550nm;
Twist Test One Maximum torque: maximum25N.m or the max. torsion angle of 90 degrees;
Apply torque position: 100 mm from the end of the fiber optic cable;
Cycle times: 5 cycles per protective box.
The residual additional attenuation of the fiber shall be no greater than 0.03dB at 1550nm.
Twist Test Two Test methods: GB/T, 7424.2, methods E7;
Length of torsion: 1m;
Number of turns: 20 times;
Twist angle: ±180°;
Tension load: 20N;
Acceptance requirements: the sheath shall be free of any visible damage and cracking; after testing, the residual residual attenuation of the fiber shall be no less than 0.03dB at 1550nm.
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