Fusion Splicer SM-K95
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Price: Rs 0.00
Core to Core
The Fusion Splicer SM-K95 is
a high-performance fiber optic splicing device designed for precision, efficiency, and durability. Engineered to meet the
demands of modern fiber optic
installations, it offers advanced features suitable for various applications,
from telecommunications to data
centers.
Key Features
1.
Integrated
Multi-Functionality: Combines stripping, cleaning,
cleaving, splicing, and protecting in one unit, streamlining the splicing
process.
2.
Active
Cladding Alignment: Utilizes IPAAS (Image Pattern
Analysis Alignment System) for precise fiber alignment, ensuring low splice
loss.
3.
Fast
Splicing and Heating: Typical splicing time of 7 seconds
and heating time of 13 seconds, enhancing productivity on the field.
4.
High-Resolution
Display: Equipped with a 5-inch color touch
LCD, providing clear visuals for fiber positioning and splicing operations.
5.
Robust Data
Storage: Capable of storing up to 5,000
splice results and images, facilitating easy record-keeping and analysis.
6.
Durable and
Portable: Designed to withstand challenging
environments with resistance to dust, water, and shocks, all while maintaining
a lightweight profile for easy transport.
Technical Specifications
1.
Fiber Types: Single-mode (SM), Multi-mode (MM), Dispersion-shifted
(DS), Non-zero dispersion-shifted (NZDS)
2.
Cladding
Diameter: 125 μm
3.
Coating
Diameter: 150 μm to 3 mm
4.
Splice Loss:
o
SM: 0.02 dB
o
MM: 0.01 dB
o
DS/NZDS: 0.04 dB
5.
Return Loss: 60 dB
6.
Splicing
Time: Approximately 7 seconds
7.
Heating Time: Approximately 13 seconds
8.
Battery
Capacity: Supports up to 200 splice and heat
cycles per full charge
9.
Electrode
Life: Up to 38,000 splices
10. Dimensions:
132 mm (W) × 212 mm (L) × 73 mm (H)
11. Weight: Approximately
1.5 kg (including battery)
Applications
1.
Telecommunications: Ideal for deploying and maintaining fiber optic networks
in urban and rural settings.
2.
FTTH
Installations: Facilitates efficient
fiber-to-the-home deployments, ensuring reliable connections.
3.
Data Centers: Supports high-density fiber management and splicing tasks
within data center environments.
4.
Educational
Institutions: Serves as a practical tool for
training and research in fiber optic technologies.