Electrode of Signal Fire

Electrode of Signal Fire

Price: Rs 8961.30

Signal Fire Fusion Splicer Electrode

Original Replacement Electrode • Stable Arc Discharge • Up to 3500 Splices

The Signal Fire Fusion Splicer Electrode is a high-quality replacement electrode designed for Signal Fire optical fiber fusion splicer machines. It provides stable arc discharge, reliable fiber fusion, low splice loss, and consistent splicing performance during installation, maintenance, and repair operations.

Compatible with multiple Signal Fire AI-Series fusion splicers, these electrodes help maintain optimal splicing quality and extend the operational life of your fusion splicer.

Brand
Signal Fire
Product Type
Electrode
Lifetime
3500 Splices
Condition
Original

Compatible Signal Fire Models

Series Compatible Models
AI Series AI-6C, AI-7, AI-7C, AI-7V, AI-8, AI-8C, AI-9, AI-10A

Key Features

✔ Stable Arc Discharge Performance
✔ Low Splice Loss & Reliable Fiber Fusion
✔ Long Service Life up to 3000 Splices
✔ Original Replacement Spare Part
✔ Easy Installation & Replacement
✔ Suitable for Field & Laboratory Applications

Technical Specifications

Parameter Specification
Brand Signal Fire
Product Type Fusion Splicer Electrode Rod
Lifetime Approx. 3000 Splices
Package Dimensions 50 × 50 × 30 mm
Weight 0.01 kg
Application Optical Fiber Fusion Splicing

Available Electrodes for Other Fusion Splicer Brands

Brand Supported Models
COMWAY C6, C8S, C10S
Fujikura 22S, 38S, 48S, 50S, 60S, 80S, 62C+
Sumitomo Z1C, Z2C, 81C, 82C
INNO View 6C
Tumtec 18S, 18H, 83A, V9+

D-TECH Fusion Splicer Spare Parts Center

D-TECH supplies original fusion splicer electrodes, batteries, chargers, touch screens, fiber holders, cleaver blades, adapters, motors, and repair services for Signal Fire, COMWAY, Fujikura, INNO, Sumitomo, Tumtec, FiberFox, UCL Swift, and other major brands.

Maintenance Note:
Replace electrodes after reaching the recommended arc count to maintain stable arc discharge, minimize splice loss, and ensure consistent fusion splicer performance.