Hot-Selling FTTX Fiber Optical Splice Machine Fusion Splicer

Product Description

FTTx Fiber Optical Fusion Splicer 

Brief Intro

AV6481 is a new designed fiber splicing equipment. Its powerful function and super low splicing loss make it be competent for construction of trunk line and FTTX : Because of the compact configuration and precise mechanism, it can adapt to execrable environment; The novel fiber imaging system make the image clearer and exquisites; The real-time embedded OS provide friendly man machine interface and abundant functions. The built-in large capacity Li-Ion battery can support long- time fieldwork. The embedded sensors measured temperature, humidity and air pressure supply closed-loop feedback control ,so the instrument can adopt all kinds atrocious circumstance and the consistency of splicing loss was improved.

Characteristic

New fully-digitalized design; 

Small volume, light weight, only 2.9kg including battery;

8 seconds splicing, 30seconds Heat-Shrinking;

Close shield splice automatically; close heater, heat automatically;

X/Y axes were displayed meanwhile, Magnification up to 304 times;

Real time calibrating system for discharging, parameter needn't be adjusted;

Long Electrode Lifetime, up to 4000 times;

USB and VGA ports;

5.7 inch digital high distinguish LCD;

Battery capacity was display in real time precisely;

Built-in high capacity battery, 220 times splicing and heating can be accomplished easily;

 

Model	6481A Optical Fiber Fusion Splicer	6481B Optical Fiber Fusion Splicer
Motor qty.	6	4
Alignment method	Cladding alignment, Core alignment
Applicable fibers	Any common optical fibers, rubber-insulated fibers and jumpers that meet  require ments of ITU-TG.651~653, ITU-TG.655 and ITU-TG.657.
Optical fiber diameter	Cladding: 80~150μm, coating layer: 0.1~3mm
Cleave length	5~16mm (coated optical fiber diameter ≤250μm); 10mm (coated optical fiber diameter: 0.25~3mm)
Splice loss (typical)	0.02dB (SMF); 0.01dB (MMF); 0.04dB (DSF); 0.04dB (NZDSF)	0.03dB (SMF); 0.02dB (MMF); 0.05dB (DSF); 0.05dB (NZDSF)
Return loss	Better than 60dB
Splicing time (typical)	7s (Fast mode)