SUMITOMO TYPE 82C+ FUSION SPLICER

The world’s first AI programmed High Definition Core Aligning fusion splicer

Fiber Identifier

Features & Applications

• Display relative optical power
• Test online without interruption of the link
• Recognize the signal of 270Hz, 1kHz, 2kHz
• Comes with a hood to provide more accurate test results outdoors
• Identify the propagation direction of light, sound alarm reminder
• Led display, 4 fixtures support bare fiber, 0.9mm, 2mm, 3mm fiber
• Test sensitivity -40dBm to 10 dBm
• Low power reminder

8 ports 16 ports Inline NAP Box FTTH Distribution Box Fiber FTTH Terminal Box 16 Core FTTH Box Fiber Access

is used for outdoor, corridor or indoor connection of main cable and cable distribution interface equipment. It is mainly composed of box body, internal structural parts, fiber optic movable connector, optical splitter (optional) and spare accessories.。

Industry-specific attributes

Splicer

Fujikura 35S Fusion Splicer

The 35S cladding alignment fusion splicer is changing the way people splice fiber in small to mid-fiber count applications. This Fujikura splicer debuts a landmark improvement to the fusion splicing process with the ability to prepare and load both fibers simultaneously. The hand-held fiber coating stripper, the SS-05, is capable of stripping two 250 µm coated fibers in the same pass, along with the CT-16 cleaver adapter plate which can likewise accommodate two bare fibers for cleaving. After preparation, the 35S patented sheath clamps enable loading both fibers simultaneously into the splicer with one fiber in each hand. The user can press down on the sheath clamp base to close it while positioning the fiber in the v-grooves. This enables a one handed operation.

Furthermore, the 35S sheath clamps are mechanically linked to the wind protector, so after splicing is finished, opening the wind protector also opens both sheath clamps for quick sleeve positioning and transfer to the tube heater. The 35S tube heater shrinks sleeves much faster than its predecessor with a nominal ~20 second heat time for 60 mm sleeves down from ~26 seconds. The simultaneous fiber preparation capability, automated sheath clamp opening, and a faster tube heater, combine to lower the overall fusion splicing cycle time by ~30% or more.