Specification |
Type: Fiber Optic Isolator;
Wiring Devices: Integrated Wiring;
Condition: New;
Insertion Loss: Il<0.2dB;
Return Loss: Upc > 50dB ; APC> 60dB;
Application: Network Equipment;
Connector Type: Sc Sc LC St FC E2000 and Others;
Durability: >1000 Matings;
Operating Temperature: -40~75;
Color: Blue, Green, Grey or Others;
Option: Sc Sc LC St FC E2000 and Others;
Number of Cores: Simplex, Duplex;
Ferrule Endface: PC, Upc, APC;
Transmission Medium: Sm mm;
Operating Wavelength: 1310nm-1550nm;
Cable Diameter: 2mm/3mm0.9mm;
Insertion and Removal Times: >1000 Times;
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Type: Optical Fiber Distribution Box;
Condition: New;
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Type: Fiber Fusion Splicer;
Wiring Devices: ODF;
Condition: New;
Applicable Fiber: Sm (Itu-T G.652), mm (Itu-T G.651), Ds (Itu-T G.65;
Alignment Method: 6 Motors Core to Core Alignment;
Typical Splicing Time: 6 Seconds;
Heating Time: 18 Seconds for 60mm, 40mm Shrinkable Sleeve;
Tension Test: 1.8~2.25n;
Interface: Gui Menu Interface, Easy Operation;
Battery Capacity: 5200mAh, 300 Times Cycles Fusion and Heating;
PAS Image Digital System: Core to Core Alignment;
Operation Language: English, Portuguese, French, Spanish, Italian;
Magnification: 250X(X or Y View), 125X(X and Y View);
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Type: Olt;
Wiring Devices: ODF;
Condition: New;
Quality Certification: ISO 9001, SGS, Ce, etc;
Description: 8 Port Gpon Olt;
Color: Black/Silver or Other Customed Colors;
Power Consumption: 65 W;
Weight: 4 Kg;
Dimension: 440mm(L)*391mm(W)*44mm(H);
Power Supply: 220VAC AC: 90V~240V, 47/63Hz;
Working Temperature: 0-50;
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Type: Fiber Fusion Splicer;
Wiring Devices: ODF;
Condition: New;
Applicable Fiber: Sm(G.652), mm(G.651), Ds(G.653), Nzds(G.655);
Operate Mode: Manual, Automatic;
Typical Splicing Time: 7 Seconds;
Heating Time: 26 Seconds for 60mm, 40mm Shrinkable Sleeve;
Tension Test: 1.8~2.25n;
Interface: Gui Menu Interface, Easy Operation;
Battery Capacity: 5200mAh Li-Battery;
PAS Image Digital System: Core to Core Alignment;
Operation Language: English, Russian, Portuguese, French, Spanish;
Fiber Magnification: 320X(X or Y View), 160X(X and Y View);
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