Overview

The Single Fiber Splicer Pigtail Fiber Splicing Machine, commonly known as a Fusion Splicer, is a highly specialized device used to join two optical fibers end-to-end using heat. This process, called fusion splicing, ensures that the connection between the fibers is almost as strong as a single, continuous fiber, providing excellent optical performance with minimal loss.

• Battery Type: Lithium Battery
• Battery Capacity: 6800mAh
• Power: 11.1V
• Charger: external adapter
• Input Voltage:AC100-240V
• Output Voltage:DC13.5V/4.5A
• Splicing Time: about 9S
• Heating Time: about 30S
• Cleaved Fiber Length: 8-16mm

Single Fiber Splicer Key Features:

1. High Precision Alignment:
   • Utilizes advanced alignment technologies such as core-to-core or cladding alignment to ensure precise positioning of the fiber ends before splicing, resulting in low splice loss.
2. Automatic Splicing:
   • Equipped with automated features that simplify the splicing process, including automatic arc calibration, fiber detection, and alignment. This reduces the need for manual intervention and enhances efficiency.
3. Fast Splicing and Heating Time:
   • Capable of completing a splice in a few seconds and performing heat shrink of the protective sleeve within a similar time frame, thus speeding up the installation process.
4. User-Friendly Interface:
   • Features an intuitive interface, often with a color touchscreen, that provides easy-to-follow prompts and real-time feedback during the splicing process.
5. Compact and Portable Design:
   • Designed for indoor use with a compact and lightweight form factor, making it easy to transport and ideal for use in confined spaces such as data centers or telecom closets.
6. Battery Operation:
   • Many models come with rechargeable batteries, allowing for flexible use in various indoor settings without reliance on constant power supply.
7. Data Storage and Connectivity:
   • Includes the ability to store splice data and transfer it to other devices via USB or other connectivity options, facilitating record-keeping and analysis.

Single Fiber Splicer Applications:

• Telecommunications:
  • Essential in telecommunications for connecting fibers in network installations, maintenance, and repairs, ensuring reliable high-speed communication links.
• FTTH (Fiber to the Home):
  • Used extensively in FTTH deployments where individual fibers are spliced to pigtails or distribution cables, ensuring efficient and high-quality connections for end-users.
• Data Centers:
  • Vital in data centers for creating and maintaining fiber optic links between servers, storage devices, and networking equipment, supporting high-speed data transmission.
• Industrial and Commercial Installations:
  • Suitable for various industrial and commercial environments where reliable and high-performance fiber optic connections are required.

Benefits:

• Low Insertion Loss and High Return Loss:
  • Ensures that the optical performance of the fiber connections is maintained, with minimal signal loss and high-quality transmission.
• Reliability and Durability:
  • Produces strong and durable splices that withstand mechanical stress and environmental factors, ensuring long-term network reliability.
• Efficiency and Speed:
  • Automated features and fast splicing times significantly reduce the time and effort required for fiber installation and maintenance, improving overall productivity.
• Versatility:
  • Compatible with various types of single-mode and multimode fibers, making it a versatile tool for different splicing applications.

The Single Fiber Cable Indoor Pigtail Fiber Splicing Machine Fusion Splicer is an indispensable tool for creating high-quality, reliable fiber optic connections in various indoor environments. Its advanced features, user-friendly design, and robust performance make it essential for telecommunications, data centers, FTTH deployments, and industrial applications. By ensuring low splice loss, high return loss, and durable connections, it plays a crucial role in maintaining the integrity and efficiency of modern fiber optic networks.