Introduction

Fibre optic splicing is a critical task in ensuring reliable, high performance communication networks. However, engineers often face a range of challenges when working on site, particularly in environments that demand precision, speed, and reliability. 

In this blog post, we'll explore the most common issues encountered during fibre splicing and how the Sumitomo 72C+ fusion splicer can help you to overcome any challenges.

Poor Environmental Conditions

Fibre splicing often takes place in less than ideal environments, such as construction sites, outdoors, or confined spaces. These conditions can lead to significant challenges, such as poor lighting, dust, moisture, and fluctuating temperatures, all of which can compromise the accuracy and efficiency of the splice.

The Sumitomo 72C+ is built to withstand tough conditions. It features an IP52 rating, making it resistant to dust and water splashes. The built in automatic calibration ensures high accuracy splicing, regardless of external factors, which significantly reduces the risk of splice failure due to poor conditions.

Time Constraints

Fibre splicing projects often come with tight deadlines, requiring engineers to work quickly while maintaining high quality results. In high pressure environments, engineers may struggle to maintain the delicate balance between speed and precision.

The Sumitomo 72C+ is designed for speed without compromising on quality. Its quick fusion time (as fast as 7 seconds) allows engineers to complete splicing tasks rapidly, while its advanced image processing ensures that each splice is of the highest possible quality. Additionally, the splicer’s one-touch operation minimises user error, helping engineers work efficiently even under tight deadlines.
 

Handling Multiple Fibre Types

In today’s networks, engineers often work with different types of fibres, including single-mode, multimode, and specialty fibres. Each type has its own unique set of splicing requirements, making the process more complex and error prone.

The Sumitomo 72C+ supports a wide range of fibre types, from single mode to multimode fibres and even high count ribbon fibres. With the smart fibre type detection feature, the splicer automatically adjusts parameters for optimal splicing conditions, which eliminates the need for manual adjustments and ensures consistent, high quality results.
 

Lack of Space and Portability

In many cases, engineers must splice fibres in confined or difficult to reach locations. Carrying bulky equipment or setting up large machines in these spaces can be a logistical nightmare, leading to inefficiency and delays.

The Sumitomo 72C+ is a compact, lightweight fusion splicer, designed with portability in mind. Weighing just 2.3 kg, it’s easy to carry and use in tight spaces or in aerial and underground installations. Its rugged design also ensures that it can withstand bumps and drops.
 

Inconsistent Splicing Results

One of the most frustrating problems engineers face is inconsistent splicing results, where some splices are successful and others fail. This inconsistency can stem from various factors, including human error, improper preparation, or suboptimal equipment.

The Sumitomo 72C+ features auto monitoring technology that continuously analyses the splice quality during the process. This feature provides real time feedback and adjusts the parameters if necessary, ensuring that every splice is optimal. The splicer also includes easy to follow on screen guidance to reduce the likelihood of operator error.
 

Splice Loss and Performance Issues

Achieving low splice loss is essential for maintaining the performance of fibre optic networks. Engineers can struggle to achieve optimal splice loss without the right tools and settings.

The Sumitomo 72C+ offers precision splice alignment and advanced core alignment technology, which guarantees minimal splice loss. The machine's heat shrinkable tube pre set also ensures the proper protection for each splice, preventing additional loss over time.

FAQ's

What makes the Sumitomo 72C+ ideal for harsh working environments? 

The Sumitomo 72C+ is built with an IP52 rating, making it resistant to dust and water splashes. It also features automatic calibration that adjusts to environmental changes, ensuring reliable splicing in a wide range of conditions, whether indoors or outdoors.

How does the Sumitomo 72C+ help engineers save time onsite? 

The Sumitomo 72C+ has a quick fusion time of as little as 7 seconds, combined with advanced image processing for consistent results. It’s one touch operation streamlines the process, enabling engineers to complete splicing tasks faster without compromising quality.

Can the Sumitomo 72C+ handle different types of fibres?

Yes, the Sumitomo 72C+ supports singlemode, multimode, ribbon, and specialty fibres. Its smart fibre type detection automatically adjusts settings for optimal splicing, making it versatile and easy to use for various fibre types.

Is the Sumitomo 72C+ portable for tight or remote job sites?

Weighing only 2.3 kg, the Sumitomo 72C+ is compact and lightweight, making it easy to transport and use in confined spaces or remote locations. Its rugged design ensures durability during transit and operation in challenging environments.

How does the Sumitomo 72C+ ensure low splice loss and consistent results? 

The Sumitomo 72C+ features advanced core alignment technology and real time monitoring to guarantee minimal splice loss. It also provides on screen guidance and auto adjustments, ensuring consistent, high quality splicing with every use.
 

Conclusion

Fibre splicing on site can be challenging, but with the Sumitomo 72C+, engineers can overcome these common hurdles with ease. Whether dealing with harsh environmental conditions, tight deadlines, or difficult splicing tasks, the Sumitomo 72C+ offers the perfect blend of speed, accuracy, and durability. 

You don’t need to worry about making the investment to enhance the efficiency and reliability of your splicing work. The Sumitomo 72C+ is one of the models you can rent from the CMW equipment hire service. Find out more here.