Description
v Technical Information
Waterproof pigtail cables are used to connect backbone optical cable lines and optical receivers. High-quality connector parts are used, together with high-quality waterproof optical cables and high-quality anti-corrosion components. It is mainly used for the access of field optical transceivers, and has strong adaptability to the environment. It has an optical connector at one end and a durable waterproof joint. The installation is convenient, reliable, and can withstand various harsh environments in the wild. The service life is long, the jacket has good toughness, tensile strength, and good grounding. It can be assembled with FC, SC, ST, LC, MU, SMA and other connectors according to customer requirements.
v Features
◆ Reliable performance and wide application range
◆ Tensile and corrosion resistant, suitable for harsh outdoor environment
◆ Convenient construction, high safety, no rotation of optical cable and pigtail when tightening the joint nut
◆ Using APC grinding method, special treatment of connector end face
◆ Low insertion loss, high return loss
v Specifications
Parameter |
Single-mode |
Multi-mode |
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Basic |
Fiber connector |
FC, SC, LC, ST, MU, MTRJ, MPO |
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Ferrule End-face |
PC |
UPC |
APC |
UPC |
|
Insertion Loss |
≤0.2dB |
≤0.2dB |
≤0.3dB |
≤0.3bB |
|
Return Loss |
≥50dB |
≥55dB |
≥60dB |
≥35dB |
|
Ceramic Ferrule Specification |
125.5um concentricity deviations:<=1um |
127um concentricity deviations:<=3um |
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Suitable Fiber |
9/125um |
50/125um,62.5/125um |
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End-face Geometry |
Radius of Curvature |
7~25mm |
5~12mm |
N/A |
|
Fiber Protrusion |
≤50nm |
≤100nm |
N/A |
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Fiber Under Cut |
≤100nm |
≤100nm |
N/A |
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Apex offset |
≤50um |
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Mechanical |
Exchangeability |
≤0.2dB |
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Salt Spray |
≤0.1dB |
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Drop |
≤0.2dB(1.5M, 5 drops) |
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Vibration |
IL ≤0.2dB(550Hz, 1.5mm) |
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Repeatability |
≤ 0.1dB(1000 times) |
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Durability |
> 1000 times |
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Operating Temperature |
-40℃ ~ +85℃ |
v Fiber Parameter
Items |
Unit |
Specification |
Cladding Non-Circularity |
% |
≤2.0 |
Coating Diameter |
μm |
245±10 |
Cladding-Coating Concentricity Error |
μm |
≤1.0 |
Cladding Diameter |
μm |
125±1.0 |