Fujikura Fusion Splicer FSM-88S Plus Kit Chinese Version
Product Description
Description:
The faster automated features of the 88S fusion splicer reduce installation times. With this splicer, an operator can complete the entire splicing process from splicing to heating without touching the 90S and only moving the fiber. The fiber retention clamps support the automated operations. When the sheath clamps open automatically after splicing, the fiber retention clamps gently hold the spliced fiber to keep it from flying out. The retention clamps release when the fiber is lifted by the operator.
Features:
* Splicing time: 7-9 sec (SM FAST mode).
* Heat time: 13-15 sec (for 60 mm sleeves).
* Core alignment technology.
* Advanced image processing technology.
* Fiber discrimination function.
* The faster automated features.
* Time for opening wind protector is 80% lower comparing to the Fujikura 80S.
* Time for placing fiber into heater is 50% lower comparing to the Fujikura 80S.
* Easy fiber protection sleeve positioning.
* The lid of the carrying case may be used as a work table.
* Plenty of space in the carrying case.
* There are two drawers for storage, and the work tray can be divided into two separate places.
* The sheath clamp is compatible with loose tube fiber.
* The tool can connect two cleavers simultaneously.
* Operation manual is installed into the splicer.
* Battery life increased up to 500 recharge cycles.
* Increased electrode lifetime – up to 5000 splicing cycles with one set.
Item | Description |
Product Name | Fusion Splicer FSM-88S plus Kit Chinese version |
Applicable fibers | Single/SMF (G.652/657), MMF (G.651), DSF (G.653), NZDSF (G.655) |
Cladding dia. | 80-150um |
Cleave length | 5mm to 16mm with sheath clamp |
Heating time | avg. 13 to 16sec |
Splicing time | Avg. 7 to 9sec |
Attenuation splice function | Intentional high splice loss of 0.1dB to 15dB(0.1dB step)can be made for an in-line fixed attenuator. |
Splice loss | 0.02dB (SM), 0.01dB (MM), 0.04dB (DSF) and 0.04dB (NZDS) Measured by cut-back method relevant to ITU-T and IEC standards. |