Category Archives: Fiber Splicing

TARLUZ FTTH Handheld Fusion Splicer

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TL-S5 Handheld Fusion Splicer is specially designed for FTTH fiber to the home network, it designed with compact size, light weight, excellent splicing performance, it is the splice mate for the field engineer to complete splicing task for internet installation. Features ¬ Used for FTTH and ordinary fiber project ¬ Core to core alignment by PAS technology ¬ 9 sec splicing time and 30 sec heat time ¬ 300 X or Y view, 150 X and Y view ¬ 4.3-inch digital high quality LCD screen,…

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فیوژن کردن فیبر نوری

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فیوژن فیبر نوری عمل اتصال یا در اصطلاح جوش دادن دو کابل فیبر نوری به یکدیگر می باشد که توسط دستگاه فیوژن فیبر نوری انجام می شود. اتصال فیوژن از جرقه الکتریکی برای جوش دو کابل فیبر نوری به هم استفاده می کند. این فرایند از جوش فیبر نوری شامل حرارت موضعی دو کابل فیبر نوری برای ذوب کردن و اتصال انتهای آنها به هم می باشد. فرایند اتصال با اماده سازی انتهای هر دو فیبر برای اتصال شروع می شود که در ابتدا حذف…

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TL-7S FTTH Сварочный аппарат для оптоволокна

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TL-7S FTTH Сварочный аппарат для оптоволокна Сварочный аппарат TL-7S является экономичным аппаратом высокого качества, специально разработанный для высокоточного оптоволокна FTTH. Среднее значение потерь 0.02dB(SM) 0.01dB(MM) 0.04dB(DS) 0.04dB(NZDS), технология PAS обеспечивает точное сведение и низкие потери, технология формирования сигналов изображений CMOS. Кейс тоже выполняет функцию рабочей платформы. С надежным качеством и умной внешней формы, аппарат TL-7S является идеальным инструментом для установки, тестирования и обслуживания оптоволокна. Особенности: Поддерживает и обычный и FTTH оптоволокно Технология PAS обеспечивает точное сведение и низкие потери Быстрое время сварки – 8 сек…

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TL-8S FTTH Fusion Splicer

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TL-8S FTTH Fusion Splicer TL-8S Optical Fusion Splicer is a high precision instrument specially designed for fiber optic network. This splicer is core to core alignment by PAS technology, beside it, the splicer with large capacity li battery, support over 300 splice times. The Splicer with compact, durable, flexible features is an ideal tool for fiber optic network installation, testing, maintenance. Features FTTH network, support both Single mode and multimode fiber Core to core alignment 8-second fusion splicing, 30-second heat shrinking 7200mA battery capcity, support…

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TARLUZ TL-7S Fusion Splicer

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TL-7S Optical Fusion Splicer is a cost effective high precision instrument specially designed for FTTH network. The splicer average splicing loss 0.02dB(SM) 0.01dB(MM) 0.04dB(DS) 0.04dB(NZDS), PAS fiber core alignment technology, CMOS image sensor imaging technology, Carrying bag also your work platform. It with compact, durable, flexible features is an ideal tool for fiber optic network installation, testing, maintenance.   Features FTTH network, support both Single mode and multimode fiber PAS alignment to guaranty low splicing loss 8-second fusion splicing, 30-second heat shrinking X/Y display, or…

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Fujikura Launched new Cleaver CT-101 and CT-102

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CT-101 and CT-102 Fiber Cleavers are equipped with a diamond blade support mechanized operation, the cladding diameter can be cut from 80 to 250um fiber. Also includes a controllable tension adjustment angle of 0-15 degrees of cutting, cutting the number counting, 3mm to 40mm cutting length control, and to provide a battery or AC power supply modes and other functions.   Special Features of CT-101 Fiber Cleavers Used in combination with Fiber holder FH-100-*** /FH-100-*** EV   Special Features of CT-102 Fiber Cleavers Used in…

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Fujikura 62S Fusion Splicer

Fujikura 62S, 61S Fusion Splicer

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The Fujikura 62S provides active core alignment splice loss performance while utilizing a conventional wind protector and tube heater design. An alternative to the fully automated core-alignment model 70S, the 62S includes an auto start feature for both the splicing and tube heating process that minimizes the steps necessary to process splices. With a shrink time of 23 seconds with standard splice sleeves, the 62S ensures a high level of productivity. Incorporating the proven ruggedized features pioneered by Fujikura, durability is greatly enhanced by a…

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Arc Fusion Splicing of Photonic Crystal Fibres

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Arc fusion splicing is an established method for joining optical fibres in communication networks, ensuring splice loss down to 0.05 dB and excellent reliability. Telecom fibres are covered by IEC 60793 and ITU-T G.651.1-G.657 standards, with common material (fused silica) and cladding size (125 μm). Splicing equipment for these fibres is widely available. Fusion splicing of specialty fibres, like dispersion compensating fibres (DCF), polarizationmaintaining fibres (PMF), rare-earth doped active fibres and photonic crystal fibres (PCF) having varying, not standardized designs, dimensions and materials is considerably…

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IFS-10 Fusion Splicer Trouble Shooting

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IFS-10 Fusion Splicer Troubleshooting Power supply • Power does not turn off when pressing ⊙: Press and hold the key until the LED color changes from green to red. • Few splices can be made with a fully charged battery pack: •If the power saving function is not enabled, battery power degrades faster. Refer to [Power save] (page 37). Always enable it to conserve power usage. •If degradation appears (memory effect), or if the battery pack is stored for an extended period of time, completely…

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