The mechanical splicer is cold connection optical device, no need to fusion splice or matching gel. The fiber optic clamping element is made of elastic metal material, which does not have the aging problem of plastic components, and temperature change have almost no effect on the fiber optic clamping. The device has an anti loosing structure inside, and its anti vibration and anti drop performance are very good. Furthermore, there is axial clamping force at the fiber optic docking point, and there is no gap between the two fiber optic end faces, so the connection loss is often less than 0.3dB, or even less than 0.1 dB. YDMSC-30 Mechanical Splicer Features Fast and easy to operate, no need fusion splicer or matching gel; Use precise V groove butt joint, no need embedded fiber inside; Low loss around 0.1 dB ensure high connection performance; Operating time is less than 20 seconds, very fast (not include fiber stripping time). Without fiber optic matching gel, there are no issues of fiber optic matching paste loss, pollution, and aging. Its unique versatile design is used for splicing optical fibers with buffer coating diameters of 250μm and 900μm, providing high performance connections of multi-mode and single mode fibers. The device is equipped with a fiber optic guiding structure, making it fast and convenient to pass through the fiber optic cable positioning and clamping include crimping the optical cable, which can also be easily installed. YDMSC-30 Mechanical Splicer Application FTTH flat drop cable 2*3 mm, or indoor cable 900 um, 250 um,etc Widely used in FTTH network for drop cable,fiber optic pigtails in distribution boxes, splice enclosures, wall outlets for repair damaged optical cables. Model YDMSC30 Bare fiber mechanical Splicer dimension 37*7*3mm Outer protection box dimension 90*8*6mm Main body material PEI V Groove material Aluminum Outer Protection box material ABS Applicable of cable 2.0*3.0mm flat drop cable Bare fiber diameter 125um (657A&657B) Cladding diameter 250um Applicable fiber mode Single mode Insertion loss on average ≤0.3dB (1310&1550nm), typical 0.1dB Return loss ≥45dB Optical fiber tensile strength >6N Cable tensile strength >20N Operating temperature —40~ 85℃ High and low temperature cycling experiment (168h) △IL≤0.5dB High temperature and high humidity experiment (96h) △IL≤0.5dB Drop experiment (1.5m high cement floor, total 8 times) △IL≤0.5dB Net weight 5g
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