FTTH fiber splicing without fiber fusion machine series 3 Today I’m honored to introduce another kind of mechanical splices H925P-A multi-purpose mechanical splices. Compared with H925 that splices 0.25/0.9mm fiber, H925P is more suitable to splice various cables include 2.0/3.0/2.0*3.0mm cables and so on. It’s unique design makes it quite different with others. So I prefer to call it Transformers-A wonderful product. 1. It’s core is H925.Because all cable connections are ultimately to splice 0.25/0.9mm fiber. So it has all the advantages of H925 such as precision V-groove, soft elastomers upon fiber, metal clamshell, second-generation index matching gel, progressive locking. All these patents ensure that it has excellent performance and stability in insertion loss, reflection, cable retention, high and low temperature and other indicators. 2. Original lid and base integrated design which greatly facilitates the fiber splicing makes it very popular in market. 3. Amber transparent lid which can be through easily by red laser light. 4. According to customer’s needs, it can be assembled into different uses to splice 2.0mm/3.0mm/2.0*3.0mm/blend type and other cables. 5. It can be used in fiber splicing as well as terminating cable if you have enough pigtails. 6. To optimize splicing, please use our fiber end sphere processor.IL50db. Quick overview: 1. Do not need expensive machine like fusion splicer and any other assembly tool. Only a cleaver and jacket stripper.2.0mm/3.0mm/2.0*3.0mm/blend type , both for multimode and single mode. 2. High performance, Typical IL: 0.15db, RL:-45db used for permanent fiber optic installations. . 3. Unsurpassed installation speed. Complete a fiber optic splice within 30 seconds after preparing the ends of fiber 4. Highest fiber pull strength or fiber retention over 8-12N(for 250 mm buffer) without adhesive 5. To be better, adopts our fiber-end sphere processor. It can sphere the fiber surface like the factory polishing the fiber end. Then join the fiber, IL < 0.1 db, RL
Posted on: Sun, 21 Dec 2014 15:17:10 +0000
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