Fiber Optic Field Assembly Mechanical Splicer Connector Ideal Used FTTX
■ What Is Mechanical Fiber Splicer?
Fiber optic mechanical splicer performs a similar function to the fusion splice except that the fibers are held together by mechanical means rather than by a welding technique. Mechanical splices somewhat look like fusion splice protection sleeves. In a mechanical splice, two cleaved fiber tips are mechanically aligned to each other by a special housing. Usually, index matching gel is positioned between the fiber tips to maximize coupling and minimize back reflection.
■ Advantages of Mechanical Splicer
● Mechanical splicer is ideal for used in FTTx projects, it does not require the fusion splicer to get to work, it can join the 2 optical fiberglass mechanically and precisely.
> Mechanical splices require no power supplies;
> Many mechanical fiber splice designs require no extra tools beyond a fiber stripper and fiber cleaver;
> They can be used in situations where fusion splicing is not practical or impossible;
> Mechanical splices can be made within a couple of minutes, this makes it ideal for temporary connections.
Features / Benefits
● Comply with TIA/EIA and IEC;
● Quick and easy fiber termination;
● RoHS compliant;
● Reusable termination capability [Up to 5 times];
● Easy to deploy fiber solution;
● High success rate of connections;
● Low Insertion & Back Reflection;
● No special tools required.
Application
● All fiber interconnection;
● Telecom Distribution and Local Area Networks;
● FTTH and FTTx;
● Passive optical networks [ATM, WDM, Ethernet];
● Broadband, Cable TV(CATV).
Technical Parameter
Category | Specification | |
Applicable for | Ф2.0 x 3.0mm Indoor Drop Cable | |
Fiber mode | 9/125μm Singlemode | |
Polish Type | APC / UPC | |
Dimension | 55mm | |
Housing | Green / Blue PC Plastic | |
Ferrule Material | Ceramic(Zirconia) | |
Operation time | S | About 50(no fiber cut) |
Insertion Loss | dB | ≤ 0.50 |
Insertion Loss Typical value | dB | ≤ 0.30 |
Return Loss | dB | ≥ 45.0 |
Fastening strength of naked fiber | N | ≥ 5 |
Tensile strength | N | ≥ 50 |
Reusable | Time | ≥ 10 times |
Operating Temperature | ℃ | -40~+75 |
On-line tensile strength (10N) | dB | ΔIL≤ 0.3 |
Mechanical durability (500 times) | dB | ΔIL≤ 0.3 |
Drop-off test (drop-off height4m,once per direction,totally 3 times) | dB | ΔIL≤ 0.3 |
Conformance | TIA/EIA 604-3 |
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Advantages of Mechanical Splicer
> Mechanical splices require no power supplies;
> Many mechanical fiber splice designs require no extra tools beyond a fiber stripper and fiber cleaver;
> They can be used in situations where fusion splicing is not practical or impossible;
> Mechanical splices can be made within a couple of minutes, this makes it ideal for temporary connections.
Packing Details for Reference (or Meet Customized Standard)
Outer Packing
Size (cm) | 49*32*32.5 | 49*32*17 | |
QTY (Gift Box/Box) | 50 | 50 | |
QTY (Pcs/Box) | 1000 | 1000 | |
N.W (KG/Box) | 6.8 | 3.4 | |
G.W (KG/Box) | 12 | 6.5kg |
Applicable for | 3.1 x 2.0mm Drop cable,φ0.25 mm & φ0.90 mm Fiber |
Optical fiber diameter | 125μm (652 & 657) |
Tight buffer diameter (μm) | 250 μm |
Fiber mode | Single & multi mode |
Operation time | About 60s (no fiber cut) |
Insert loss | ≤ 0.15dB (1310nm & 1550nm) |
Return loss | ≤ -40dB |
Fastening strength of naked fiber | >5 N |
Fastening strength of naked fiber holder | >10 N |
Repeatability (10 times) | △ IL ≤ 0.2dB △ RL ≤ 5dB |
Notes:
All materials are picked up from the source, 100% factory tested to ensure quality products.