This high-precision fiber optic fusion splicer utilizes high-speed image processing technology and special precision positioning technology, allowing the entire fiber splicing process to be completed automatically within 9 seconds. It is lightweight, portable, and easy to operate, offering fast splicing speed and low splicing loss. It is particularly suitable for fiber optic cable engineering, maintenance, research, and teaching in various communication fields such as telecommunications, broadcasting, railways, petrochemicals, power, military, and public security.
This machine is primarily used for fiber splicing and can splice ordinary drop cables, patch cords, and various types of silica-based fibers with cladding diameters of 80um-150um, including single-mode, multi-mode, and dispersion-shifted fibers. During use, care should be taken to keep the device clean and avoid strong vibrations and impacts.
Splicing Machine Operating, Storage Environment, and Power Supply Requirements
Operating Temperature: 0℃ to +40℃ Extreme Temperature: -10℃ to +40℃ Operating Humidity: Below 95% RH (non-condensing) Maximum Wind Speed: 15m/s
Storage Conditions: -20℃ to +60℃ (non-condensing)
Before connecting the power supply, please ensure that the correct power voltage is provided by the manufacturer and that all safety precautions have been taken.
Do not use the splicing machine in flammable or explosive environments.
Do not use the splicing machine in the presence of flammable gases or fumes.
Do not disassemble any parts of the splicing machine without authorization.
It is only suitable for terminal fiber splicing with low splicing precision requirements.very small amount, and relatively good construction environment (dust,temperature, altitude).
Fiber | SM(G.652&G.657)、MM(G.651)、DS(G.653)、NZDS(G.655) |
Alignment method | Precise core alignmentand cladding alignment |
Applicable fibers | Any common optical fibers, rubber-insulated fibers and jumpers that meet requirements of ITU-TG.651~653, ITU-TG.655and ITU-TG.657. |
Optical fiber diameter | Cladding diameter: 80–150 μm, coating diameter: 100–1000 μm |
Cutting length | 5～16mm（coated optical fiber diameter≤250μm）；10mm（coated optical fiber diameter：0.25~3mm） |
Fusion splicing consum ption（typical value） | 0.02dB（SMF）；0.01dB（MMF）；0.04dB（DSF）；0.04dB（NZDSF） |
Return Loss : | >>60dB |
Splicing Time : | 9S |
Estimated Splice Loss : | Available |
Heating Time : | 26S |
Tensile testing | Standard 2N (optional) |
Fiber optic alignment | Precise alignment, core alignment, cladding alignment. |
Magnification time | 320times/88times |
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