Fusion Splicing

Sumitomo ER-10 Replacement Electrodes — 1 Pair (2 Electrodes)

Electrode reference

ER-10

Quantity

1 pair / 2 electrodes

Function

Replacement consumable for compatible fusion splicers

Manufacturer

Sumitomo Electric

Material

Tungsten alloy

Electrode diameter

2 mm

Electrode length

20 mm

Price: $67.00

Riselink Fiber Ribbonizing Tool - 12-Fiber or 16-Fiber Configuration

Tool type

manual fiber arrangement / ribbonizing tool.

Configuration

12 fibers or 16 fibers, as selected.

Purpose

arrange loose fibers in sequence before ribbon fusion splicing.

Fiber type

G.652 single-mode.

Ribbonizing method

adhesive required.

Brand marking

Riselink.

Price: $46.99

住友 TYPE-FC-8R 帶狀光纖切割器

Fiber type

4 / 8 / 12-fiber ribbon (125 µm cladding)

Cleave angle (typical)

≤ 0.5°

Cleave length

Single fiber with AP-FC7 adapter: 6–20 mm (250 µm coating), 10–20 mm (900 µm coating). Ribbon fiber: 10 mm with a suitable fiber holder and JR-6 hot jacket removal; length depends on fiber preparation method.

Blade life (typical)

60,000 fibers total (2,500 fibers × 24 blade positions); equivalent to 15,000 / 7,500 / 5,000 cleaves for 4- / 8- / 12-fiber ribbon. Blade life is not guaranteed and varies with operating conditions.

住友 TYPE-FC-6S+ 光纖切割刀

Fiber type

125 µm cladding, 250 / 900 µm coating

Cleave angle (typical)

≤ 0.5°

Cleave length

5–20 mm (0.25 mm coating); 10–20 mm (0.9 mm coating)

Blade life (typical)

~60,000 cleaves

古河電工 Fitel S326 光纖切割刀

Model

FITEL S327A (S327)

Fiber support

Single fiber and ribbon fiber

Ribbon capacity

Up to 12 fibers at 250 µm pitch; up to 16-fiber rollable ribbons at 200 µm pitch

Blade life

Up to 65,000 cleaves

Blade indexing

One-click blade rotation

Operation

Handheld or desktop; switchable lid opening angle

住友 TYPE-82C 光纖熔接機

Alignment method

Active core alignment

Splice time (typical)

6 s

Heat time (typical)

15 s

Typical splice loss (SMF)

0.02 dB

Applicable fibers

SMF / MMF / DSF / NZDSF

Signalfire AI-9 光纖熔接機

Model

Signal Fire AI-9

Alignment method

Six-motor core alignment

Splicing time (manufacturer specification)

5 s

Heating time (manufacturer specification)

15 s; heating mode can be adjusted for the external environment

Display

5-inch display

Battery capacity

7800mAh

Integrated functions

Optical power meter (OPM) and visual fault locator (VFL)

Signalfire AI-7 光纖熔接機

Alignment method

Active core alignment

Splice time (typical)

6 s

Heat time (typical)

15 s

Typical splice loss (SMF)

0.02 dB

Signalfire AI-6C 光纖熔接機

Alignment method

Active core alignment

Splice time (typical)

8 s

Heat time (typical)

18 s

Typical splice loss (SMF)

0.02 dB

Signalfire AI-6A 光纖熔接機

Alignment method

Active core alignment

Splice time (typical)

5 s

Heat time (typical)

13 s

Typical splice loss (SMF)

0.02 dB

Signalfire AI-5 光纖熔接機

Alignment method

Active core alignment

Splice time (typical)

6 s

Heat time (typical)

15 s

Typical splice loss (SMF)

0.02 dB

Signalfire AI-30 熔接機

Model

Signal Fire AI-30

Alignment method

Six-motor core alignment

Splicing time (manufacturer specification)

6 s

Heating time (manufacturer specification)

15 s

Display

5-inch display

Battery capacity

7800mAh

Integrated functions

Electric cleaver, optical power meter (OPM) and visual fault locator (VFL)

Signalfire AI-20 熔接機

Alignment method

Core alignment

Splice time (typical)

6 s

Heat time (typical)

15 s

Typical splice loss (SMF)

0.03 dB

Orientek T49 光纖熔接機

Alignment method

Active core alignment

Splice time (typical)

5 s

Heat time (typical)

13 s

Typical splice loss (SMF)

0.02 dB

Orientek T45 光纖熔接機

Model

Orientek T45

Alignment method

Core alignment

Splicing time (manufacturer specification)

7 s

Heating time (manufacturer specification)

18 s

Display

4.3-inch touchscreen

Komshine FX39 光纖熔接機

Alignment method

Active core alignment

Splice time (typical)

6 s

Heat time (typical)

15 s

Typical splice loss (SMF)

0.02 dB

VFL

Integrated, 10 mW class 3R

藤倉 90S+ 熔接機

Alignment method

Active core alignment

Splice time (typical)

7 s

Heat time (typical)

14 s

Typical splice loss (SMF)

0.02 dB

Applicable fibers

SMF / MMF / DSF / NZDSF

Battery capacity

Up to 400 splice + heat cycles

藤倉 90R 帶狀光纖熔接機

Alignment method

Fixed V-groove (ribbon)

Fiber count

Single to 12-fiber ribbon

Splice time (typical, 12f)

17 s

Heat time (typical)

30 s

Typical splice loss (SMF)

0.05 dB

Fujikura 88S 光纖熔接機

Alignment method

Active core alignment

Splice time (typical)

7 s

Heat time (typical)

14 s

Typical splice loss (SMF)

0.02 dB

Applicable fibers

SMF / MMF / DSF / NZDSF

藤倉 100S+ 光纖熔接機

Alignment

Active core alignment; single-fiber splicing

Fiber compatibility

Single-mode and multimode optical fiber

Average splice time

SM FAST: 7-9 s; SM AUTO: 11-13 s; AUTO: 14-16 s

Average heating time

60 mm SLIM mode: 8-10 s; 60 mm mode: 13-15 s

Average splice loss

ITU-T G.652 and G.657: 0.02 dB; G.651: 0.01 dB; G.653, G.654 and G.655: 0.04 dB

Battery endurance

Approximately 300 splice-and-heat cycles under the manufacturer test conditions

Measurement conditions

Times are measured at room temperature; heating uses the AC adapter. Loss is measured by cut-back after joining the same fiber type. Results vary with environment, fiber and sleeve; heating also depends on battery condition. Battery testing uses a new battery, power-saving settings and one splice-and-heat cycle per minute at room temperature.

古河Fitel S179A光纖熔接機

Alignment method

Active core alignment

Splice time (typical)

7 s

Heat time (typical)

18 s

Typical splice loss (SMF)

0.02 dB