Fiber Fusion Splicing Machine Signal Fire A1-9

Signal Fire A1-9 Fiber Fusion Splicing Machine is a next-generation core alignment splicer designed for high-precision fiber optic installation, repair, and network deployment. Built with advanced six-motor core alignment technology and a robust construction, the A1-9 delivers fast, consistent, and low-loss splicing performance for single-mode and multimode fibers. With intelligent operation via a high-resolution touch screen, real-time monitoring, and a rugged, portable design, this fusion splicer is ideal for use in FTTH, backbone, and enterprise fiber networks.

Product Features

Core Alignment with Six Motors

The A1-9 uses six-motor core alignment technology to provide superior precision and stability, significantly reducing splice loss across various fiber types.

Fast Splicing and Heating Time

Designed for efficiency, it completes splicing in approximately 6 seconds and heating in about 15 seconds, improving workflow for field technicians and installers.

Intelligent Touchscreen Interface

Features a 5-inch high-resolution LCD touch display that supports intuitive user interaction and real-time status updates, even in outdoor lighting conditions.

Multi-Fiber Compatibility

Supports single-mode, multimode, dispersion-shifted, and specialty fibers, making it suitable for diverse network installations and maintenance tasks.

Long Battery Life and Field Readiness

Equipped with a high-capacity lithium battery that supports over 200 cycles of splicing and heating per charge, making it ideal for long field jobs.

Real-Time Fiber Inspection and Data Storage

Built-in fiber inspection and auto-calibration features enhance accuracy, while internal memory stores thousands of splicing results for traceability and review.

Rugged and Portable Design

Encased in a shockproof, dustproof, and weather-resistant housing, the A1-9 is engineered to perform in demanding environments without compromising performance.

Product Specifications

• Splicing method: Core alignment with six motors
• Fiber types: SM, MM, DS, NZDS, and specialty fibers
• Typical splice time: Approx. 6 seconds
• Heating time: Approx. 15 seconds
• Display: 5-inch HD touch screen
• Magnification: 300×
• Fiber display: X and Y axes simultaneously
• Fiber cleave length: 8–16 mm
• Battery capacity: Up to 200 cycles (splicing + heating) per charge
• Power supply: AC 100–240V input; DC 12V output
• Operating temperature: -10°C to 50°C
• Storage temperature: -40°C to 60°C
• Humidity: 0–95% (non-condensing)
• Connectivity: USB, Bluetooth
• Internal memory: Stores up to 10,000 splice records
• Weight: Approx. 2.3 kg (including battery)
• Dimensions: 160 mm × 120 mm × 135 mm

Application

Signal Fire A1-9 Fiber Fusion Splicing Machine is engineered for a wide range of fiber optic installation and maintenance scenarios, making it an essential tool for both field technicians and network infrastructure projects. Its versatility, durability, and advanced core alignment technology make it suitable for the following applications:

• FTTH (Fiber to the Home) Installations: Enables quick and reliable fiber splicing for residential broadband deployments, reducing signal loss and improving connection quality.
• Telecommunication Backbone Networks: Ideal for high-capacity splicing in long-distance trunk fiber installations where precision and performance are critical.
• Enterprise and Campus Networks: Used for laying and maintaining fiber links between buildings, data centers, and office floors in commercial and institutional environments.
• Fiber Network Maintenance and Repairs: Supports emergency restoration of damaged fiber lines in the field with minimal downtime and high splice quality.
• ISP and Data Center Infrastructure: Assists internet service providers and data centers in creating low-loss, high-efficiency internal and external fiber connections.
• Military, Oil & Gas, and Remote Applications: Rugged construction and battery operation make it suitable for use in harsh and remote environments with limited access to power.

A1-9 delivers professional-grade splicing performance with the portability and intelligence needed for efficient fiber network expansion and service continuity.

FAQs

Q1: What types of optical fibers are compatible with the Signal Fire A1-9?
A: A1-9 is compatible with Single-mode (SM), Multimode (MM), Dispersion-Shifted (DS), and Non-Zero Dispersion-Shifted (NZDS) fibers, as well as specialty fibers used in various applications.

Q2: What is the average splicing and heating time?
A: Typical splicing time is approximately 6 seconds, and heating time for shrink sleeves is around 15 seconds, depending on environmental conditions.

Q3: Does the A1-9 support battery-powered operation?
A: Yes, it comes with a built-in high-capacity lithium battery that supports more than 200 splicing and heating cycles per full charge, making it highly suitable for field work.

Q4: How is the machine controlled or operated?
A: A1-9 is operated via a 5-inch high-resolution touch screen with a user-friendly interface that displays fiber alignment and splicing status in real time.

Q5: Is the machine rugged enough for outdoor use?
A: Yes, it features a shockproof, dustproof, and weather-resistant design, making it ideal for use in harsh outdoor environments.

Q6: Can it store past splicing results?
A: Yes, the machine includes internal memory capable of storing up to 10,000 splice records, which can be exported via USB for analysis and documentation.

Q7: Does it require frequent calibration?
A: A1-9 includes an auto-calibration feature that adjusts alignment settings as needed, reducing the need for manual recalibration during use.

Q8: What accessories are included with the machine?
A: Standard accessories typically include a fiber cleaver, stripper, carrying case, cooling tray, power adapter, spare electrodes, and cleaning tools. Packages may vary by supplier.

Q9: What is the expected electrode lifespan?
A: The electrodes generally last for over 3,000 splicing operations before needing replacement, depending on usage and environmental factors.

Q10: Does the A1-9 support real-time monitoring or diagnostics?
A: Yes, the system provides real-time display of splicing quality, alignment status, and heat cycle information for better control and error detection during operation.