Signal Fire AI-30 is a compact fiber optic fusion splicer engineered for accurate fiber alignment and reliable permanent splices. Designed for field use by telecom engineers and installation technicians, the AI-30 supports both single-mode and multimode fiber splicing and delivers the essential functionality required for network deployment, repair and routine maintenance.
Advantages
The fusion splicer offers precise core alignment and a stable arc control mechanism to produce low-loss splices. Its compact footprint and rugged construction make it suitable for transport and on-site operation. The device provides straightforward controls and a clear display to simplify splice setup and verification, while battery-powered operation enables work in locations without mains power.
Suitable for
- Field installation of single-mode and multimode fiber optic links
- Routine maintenance and repair of telecom and datacom networks
- FTTx deployments and splice closures in outdoor environments
- Laboratory or workshop splice preparation and testing
When it may not be suitable
The AI-30 is focused on the core functions of fusion splicing and may lack advanced automation or the extended feature set found on higher-end models, such as high-count fiber management, automated fiber identification, or integrated VFL with advanced diagnostics. For large-scale production environments that require very high throughput and extensive automation, a dedicated production splicer may be more appropriate.
Key specifications
- Supported fiber types: single-mode and multimode fibers
- Alignment method: core alignment for low-loss splices
- Power: internal rechargeable battery for field operation and external AC power support
- Display: integrated user display for splice parameters and results
- Portability: compact and ruggedized housing for on-site use
How to use
Prepare fibers by stripping and cleaving to the recommended lengths, then place the fibers into the V-grooves or clamps of the splicer. Use the device display and controls to align the fiber cores and initiate the fusion cycle. Monitor splice loss indications or visual confirmation on the screen, perform a protective sleeve application after a successful splice, and use the internal battery or AC power as required during the job.
What to consider before purchase
- Confirm compatibility with the single-mode and multimode fibers you install (fiber diameter and buffer types).
- Check battery life and charging options for your typical field usage patterns.
- Verify the availability of spare parts and protective sleeves for ongoing maintenance.
- Consider whether advanced automation or high-throughput features are required for your projects.
Usage recommendations
Use a high-quality cleaver and follow recommended cleave lengths for reliable splice performance, perform routine calibration and electrode maintenance as specified by the manufacturer, and store completed splices in protective sleeves to preserve mechanical strength.
