Description
The fiber optic mechanical splicer is used to connect two pigtails, and its main component is a precise V-shaped groove. After the two pigtails are stripped, the mechanical splicer is used to achieve the cold connection, and precise fiber positioning results in insertion loss less than 0.2dB.
L925B Mechanical splicer Features
- Structurally adopting a non embedded fiber optic structure
There are no pre embedded optical fibers or matching paste inside the device. After the optical fibers are installed and clamped, a magnifying glass can be used to inspect the end face of the optical fibers, It can avoid the occurrence of excessive fiber optic connection losses. Axial positioning mechanism, during the clamping process, the optical fiber will not move forward axially.
- The reliability of fiber optic clamping is very good
The fiber optic clamping components are all made of elastic metal materials, and there is no aging problem of plastic components; Temperature changes have almost no effect on the clamping force of optical fibers; In addition, the device is equipped with an anti loosening mechanism inside, which has excellent anti vibration and anti drop performance.
- Good stability of continuity
There is axial clamping force at the fiber optic docking point, and during fiber optic docking, the gap between the two fiber end faces is almost zero, so the connection loss is often less than or equal to 0.3dB, and even less than or equal to 0.1dB; Due to not using fiber optic matching paste
There are issues of loss, pollution, and aging of fiber optic matching paste; In addition, the excellent reliability of fiber optic clamping also determines the stability of the connection.
- Low insertion loss
Due to the device being designed with a non embedded fiber optic structure, there is only one fiber optic contact point, so the connection loss is generally smaller than that of existing fiber optic quick connectors.
- The online tensile strength of fiber optic quick connector has no effect on connection loss
The axial tension borne by the device directly acts on the shell of the device, and the ceramic pin of the connector is not subjected to tension, which does not affect the fiber optic docking effect, so it has no impact on connection loss.
- Low usage cost
The manufacturing cost of the device is lower, so the selling price is lower; And the installation is very simple, almost without the need for specialized construction tools, it can be completed. With the gradual implementation of fiber to the home (FTTH) worldwide, products with excellent performance and low usage costs are bound to be the mainstream in the market.
- Good usability and maintenance
Installation and maintenance are very simple, whether it is construction personnel or users, they only need to provide simple guidance or read the Installation Manual, and use commonly used tools for fiber optic construction to complete installation and maintenance.
- The installation speed is very fast
The device has a unique fiber guiding mechanism, which makes it very fast and convenient to thread the fiber. If bare fiber construction is carried out, the fiber positioning and clamping can be completed in less than 10 seconds, including crimping the optical cable. Generally, the installation can be completed in about 30 seconds (except for the fiber preparation time).
L925B Mechanical splicer Application
Fiber to the home network
L925B Mechanical splicer Technical parameter
| Model | L925B |
| Dimension | 45mm |
| Fiber type | Single mode, multimode |
| Insertion loss | ≤0.3dB |
| Return loss | ≥50dB |
| Applicable of cable | 250um, 900um |
| Repeat availability | 3times |
| Tension strength | 250um bare fiber≥2N/30s; 900um tight fiber≥4N/30s |
| Working temperature | -40 ~+85 ℃ |
L925B Mechanical Splicer Product Details
L925B Mechanical Splicer Structure
L925B Mechanical splicer Spare Parts
L925B Mechanical Splicer Operation Manual
