- (61) 3 9761 7600
- sales@andcorp.com.au
The RapidConnect® Basic Fibre Optic Termination Kit provides the essential tools and consumables for traditional field-polished fibre connector termination. It includes cable preparation and crimping tools, polishing films and discs for 2.5 mm and LC connectors, a 200× handheld microscope, visible fault identifier, cleaning accessories, safety glasses and a portable carry bag.
The RapidConnect® Basic Fibre Optic Termination Kit provides the specialised tools and accessories required to prepare, terminate, polish, inspect and clean field-installable fibre optic connectors. Designed for traditional epoxy-and-polish termination, the kit brings the core equipment together in one portable carry bag.
Rather than sourcing each tool separately, technicians receive a coordinated termination kit for both 2.5 mm and LC connector formats. It includes cable preparation tools, a universal connector crimp tool, polishing films, polishing discs, a 200× handheld microscope, a visible fault identifier and essential cleaning accessories.
The kit is suitable for trained fibre technicians, communications installers, educational facilities, maintenance teams and organisations that need a practical fibre connector termination capability. It can support workshop preparation, structured cabling projects, telecommunications maintenance and supervised fibre optic training.
The RapidConnect® Basic Fibre Optic Termination Kit has the ordering code STTK-2018.
A reliable fibre optic connection depends on more than attaching a connector to the end of an optical fibre. The technician must prepare the cable correctly, expose and clean the bare fibre, secure the connector, remove the excess fibre, polish the ferrule and inspect the completed end face.
Each stage affects the final result. For example, incorrect stripping can damage the glass fibre. Contamination can become embedded during polishing. In addition, an unsuitable polishing process may leave scratches or residue on the connector end face.
The RapidConnect® Basic Fibre Optic Termination Kit supports this complete manual workflow. It combines the main preparation, crimping, polishing, cleaning and inspection tools in one organised kit.
However, the kit does not replace training or the connector manufacturer’s termination procedure. Connector design, adhesive requirements, curing method, strip lengths and polishing sequences can vary. Therefore, technicians should always follow the instructions supplied with the connectors and consumables being installed.
The Basic Fibre Optic Termination Kit is primarily designed for traditional field-installable connectors that use a scribe-and-polish termination method. Depending on the connector system, this process may also involve epoxy or another approved adhesive.
During a traditional termination, the technician prepares the cable and fibre before inserting the fibre into the connector ferrule. After the connector has been secured and the adhesive has cured, the technician uses the carbide scribe to remove the protruding fibre close to the ferrule.
The connector then passes through a controlled polishing sequence. Progressively finer polishing films refine the end face until it reaches the required finish. Finally, the technician cleans and inspects the connector before testing the completed link.
This method differs from mechanical fast-connector termination. A fast connector generally contains a factory-prepared internal fibre stub and a mechanical alignment system. Consequently, it requires a precision fibre cleaver rather than a ferrule polishing process.
The Basic Kit also differs from fusion splicing. A fusion splicer aligns and joins two prepared fibre ends with an electric arc. By contrast, the Basic Kit helps the technician install a field-terminated connector directly onto the fibre.
Buying a complete kit can simplify equipment selection. Instead of assembling unrelated tools one at a time, the RapidConnect® kit provides the core equipment needed for a manual connector termination workflow.
The kit includes tools for:
This coordinated approach is particularly useful for technicians establishing a new termination capability. It can also help organisations standardise the equipment used across training rooms, workshops or field teams.
The kit includes two polishing discs:
The 2.5 mm disc supports compatible connector ferrules in the 2.5 mm format. Common connector families that use a 2.5 mm ferrule include SC, ST and FC. However, compatibility still depends on the particular connector design and termination procedure.
The LC polishing disc supports the smaller 1.25 mm ferrule used by compatible LC connectors. Therefore, the kit gives technicians a practical way to work across both common ferrule sizes.
Connectors are not listed as included components in the STTK-2018 datasheet. Consequently, suitable field-installable connectors, boots, adhesive and any connector-specific accessories should be selected separately.
A quality connector finish requires a controlled polishing process. The RapidConnect® Basic Fibre Optic Termination Kit includes four polishing-film grades:
The different grades allow the technician to move from initial material removal to a progressively finer finish. However, the precise sequence, polishing pressure, motion and number of passes should follow the connector manufacturer’s instructions.
Technicians should never assume that every connector requires the same sequence. Connector material, adhesive system, ferrule type and required end-face geometry can change the process.
The kit includes a 200× handheld microscope for examining the polished ferrule end face. Inspection helps the technician identify contamination, chips, scratches or polishing defects before the connector enters service.
It also includes a visible fault identifier. This device introduces visible light into a compatible fibre path to support basic continuity checks and help locate some severe bends, breaks or connection problems.
These tools perform different roles. The microscope examines the connector end face, while the visible fault identifier provides a basic visual check along the fibre path. Neither device replaces calibrated insertion-loss testing, optical return-loss testing, optical time-domain reflectometer testing or formal certification where those measurements are required.
All included components are supplied in a carry bag. As a result, technicians can keep the main termination tools and consumables together between jobs.
An organised kit reduces the likelihood of leaving an essential polishing disc, cleaning item or preparation tool behind. It also helps protect the equipment during routine transport and storage.
For organisations operating several kits, a regular inventory check can help maintain consistent tool availability. Polishing film, wipes and swabs are consumable items, so they will require replacement as they are used.
The RapidConnect® STTK-2018 kit includes the following tools, accessories and consumables.
Fibre optic cables commonly contain aramid yarn or similar strength members. Standard scissors may struggle to cut these fibres cleanly. Therefore, the kit includes Kevlar scissors designed for this specialised task.
A clean cut makes the cable easier to prepare. It also reduces loose strands around the termination area.
The scissors should only be used for their intended purpose. Keeping them clean and protecting the cutting edges will help maintain their performance.
The carbide scribe is used during compatible manual connector termination processes. Once the fibre has been installed and secured within the ferrule, the technician uses the scribe to score the protruding fibre.
The excess fibre can then be removed before polishing begins. Correct technique is important because uncontrolled pressure can damage the fibre or connector ferrule.
A carbide scribe is not the same as a precision fibre cleaver. The scribe supports a manual ferrule termination process, while a cleaver prepares a flat fibre end for fusion splicing or compatible mechanical connectors.
The jacket stripper assists with removing the external jacket from compatible fibre optic cables or cords. This exposes the internal components needed for termination.
The technician must select the correct stripping method for the cable construction. Tight-buffered fibre, distribution cable, simplex cord, duplex cord and loose-tube cable do not share an identical preparation process.
Before stripping, confirm the required strip length and cable structure. Then apply controlled pressure to avoid cutting into the buffered fibre or other internal components.
Many field-installable connector systems use crimp components to secure the connector body or strain-relief assembly to the prepared cable.
The universal connector crimp tool supports compatible connector termination processes. However, technicians should confirm that the crimp profile matches the connector being installed.
Correct crimping helps provide mechanical security. Conversely, an incorrect die size, excessive force or poor component placement may damage the connector or produce an unreliable termination.
The handheld microscope provides magnified visual inspection of compatible connector end faces. After polishing and cleaning, the technician can inspect the ferrule for visible contamination or damage.
Inspection should take place before final connection and testing. If the end face is dirty, clean it with an approved fibre optic cleaning method and inspect it again.
Never inspect a connector until you have verified that no optical source is connected. Infrared light used by fibre communication systems may be invisible to the human eye but can still present a hazard. A microscope must never be used to view an active fibre.
The included visible fault identifier provides a convenient visible-light source for basic fibre checking.
Depending on the cable construction and fault condition, visible light may help identify:
However, visible-light checking has limitations. Jacket colour, cable construction, fibre length and ambient light can affect what the technician can see.
Furthermore, the visible fault identifier does not provide a calibrated loss measurement. Use a suitable optical loss test set, power meter and light source, or OTDR when the project requires measured performance results.
Fibre contamination can interfere with connector assembly, polishing and inspection. The included pre-saturated wipes provide a convenient cleaning option during fibre preparation.
Use each wipe in accordance with the manufacturer’s directions. Also, avoid transferring contamination back onto the fibre by repeatedly using a dirty section of the wipe.
After cleaning, allow the surface to dry before continuing. Then inspect the connector where appropriate.
The kit includes a 100 ml alcohol dispensing bottle. This bottle provides controlled dispensing when the technician uses an approved cleaning alcohol.
The datasheet identifies the dispensing bottle as an included item. However, it does not state that cleaning alcohol is supplied. Therefore, the appropriate cleaning fluid should be sourced separately.
Only use a suitable high-purity cleaning product recommended for fibre optic work. In addition, follow the product’s safety instructions, storage requirements and workplace procedures.
The black marker can support cable identification and termination preparation. For example, a technician may use it to mark a strip point or identify a prepared component.
Clear marking can improve consistency, especially where a connector procedure specifies exact preparation lengths. However, avoid applying ink to the bare fibre, ferrule end face or other critical optical surfaces.
The kit includes five sheets of 5 µm polishing film. This relatively coarse grade may form part of the initial polishing stage for a compatible connector.
Its purpose is to remove material and begin shaping the termination. However, the technician must avoid excessive pressure or over-polishing.
Always use the polishing film as specified by the connector manufacturer.
Five sheets of 1 µm polishing film support an intermediate or refining stage within compatible polishing procedures.
The finer abrasive helps remove marks left by a coarser stage. Before changing grades, clean the connector and work area so larger abrasive particles do not contaminate the finer film.
The kit also includes five sheets of 0.5 µm film. This fine grade can further refine the connector end face during an approved polishing sequence.
Consistency is essential. Use the correct polishing disc and keep the ferrule stable during the prescribed motion.
Five sheets of 0.05 µm polishing film support the final polishing stage for compatible connector systems.
The final stage helps produce a refined optical surface. Nevertheless, the result still depends on fibre preparation, adhesive curing, polishing technique, cleanliness and connector quality.
Inspect the completed ferrule after polishing and cleaning. Then perform the required optical testing before placing the connection into service.
The 2.5 mm universal polishing disc holds a compatible connector ferrule against the polishing surface. It helps maintain the ferrule’s position and supports a controlled polishing action.
The disc may suit compatible SC, ST or FC connector designs because these families commonly use 2.5 mm ferrules. Still, connector construction varies. Therefore, confirm compatibility before beginning work.
Keep the disc clean and check it for wear or damage. Contamination beneath the connector can affect polishing consistency.
The LC polishing disc supports compatible LC connector ferrules. LC connectors use a smaller 1.25 mm ferrule, so they require a polishing holder designed for that format.
The disc helps control the connector during the polishing process. However, the correct result still depends on the connector manufacturer’s approved method.
The rubber polishing pad provides a consistent working surface beneath the polishing film.
A clean, stable surface supports repeatable polishing. Before use, check the pad for dirt, debris or damage. Even a small contaminant beneath the film can affect the movement of the connector or mark the polishing surface.
Place the pad on a clean and stable workbench. Then fit the required polishing film according to the termination procedure.
Small glass shards can be produced while stripping, scribing and handling optical fibre. The kit therefore includes safety glasses to help protect the technician’s eyes.
Eye protection should remain in place throughout fibre preparation and termination. Technicians should also follow their organisation’s safety procedures for handling cleaning fluids, sharp tools and fibre waste.
Safety equipment forms only one part of a safe system of work. Appropriate training, lighting, workspace control and fibre-shard disposal remain essential.
The kit includes 2.5 mm cotton cleaning swabs for compatible cleaning tasks.
Use clean swabs carefully and avoid touching the working end before use. A contaminated swab can transfer dirt rather than remove it.
The correct cleaning method will depend on the connector, adaptor or component being serviced. Consequently, always follow the equipment manufacturer’s recommendations.
The carry bag keeps the termination tools, polishing accessories, safety equipment and consumables together.
After each job, clean the reusable tools and return them to the bag. Remove fibre shards and used cleaning products before storage. In addition, replace consumed polishing film, wipes and swabs so the kit remains ready for the next termination.
The STTK-2018 kit provides the principal tools and initial consumables for manual connector termination. However, a complete job may require additional products.
Depending on the connector system and project, these may include:
The exact requirements depend on the cable, connector and test standard. Therefore, review the complete termination method before arriving on site.
Begin by identifying the fibre cable, fibre type, connector design and required polish.
A connector must match the cable and application. For example, the cable diameter, buffered fibre size, connector body, boot and crimp components must work together.
The connector manufacturer’s instructions should define:
Following one controlled procedure improves repeatability and reduces avoidable rework.
Fibre termination requires a clean, stable and well-lit work surface.
Before opening connector components, remove dust and unrelated materials from the area. Set out the tools in the order they will be used. Also, establish a safe place for fibre shards and used cleaning materials.
Good organisation protects the connector end face from contamination. It also helps prevent small connector components from being lost.
Measure and mark the required preparation length. Then remove the external jacket with the jacket stripper or another cable-appropriate tool.
Cut the aramid yarn to the specified length with the Kevlar scissors. Next, prepare the buffered fibre according to the connector instructions.
Do not guess the strip dimensions. Too little exposed fibre may prevent correct assembly, while excessive stripping can reduce mechanical support or leave fragile fibre unprotected.
Remove the required length of coating or buffer with a suitable stripping tool. Then clean the exposed glass with an approved fibre cleaning method.
The fibre should be clean before it enters the connector. Residue can interfere with adhesive bonding and may contaminate the ferrule.
Handle the bare fibre carefully. Avoid bending it sharply or allowing it to contact the workbench.
Many traditional field-polish connectors require epoxy or another approved adhesive. Prepare it strictly according to the connector manufacturer’s instructions.
Incorrect mixing, expired adhesive, contamination or unsuitable curing can weaken the termination. It may also allow the fibre to move during scribing or polishing.
Apply only the specified amount. Excess adhesive can complicate assembly, while insufficient adhesive may prevent the fibre from being secured correctly.
Carefully insert the prepared fibre into the connector until the fibre protrudes through the ferrule as required.
Then assemble and crimp the connector components using the correct die profile. The crimp should secure the appropriate cable strength member or connector component without damaging the fibre.
Maintain the required fibre position throughout the process. If the connector uses epoxy, complete the approved curing procedure before disturbing or polishing the termination.
Once the adhesive has cured, use the carbide scribe according to the connector procedure.
The goal is to score the protruding fibre close to the ferrule without damaging the ferrule surface. Remove the excess fibre carefully and dispose of it immediately in a suitable fibre shard container.
Never leave fibre offcuts loose on the workbench. Bare glass fragments can be difficult to see and may penetrate skin or eyes.
Place the required polishing film on the rubber pad. Then insert the connector into the correct polishing disc.
Follow the approved motion, pressure and sequence. A connector may progress through several film grades, from initial polishing to the final finish.
Clean the connector and polishing fixture between stages. Otherwise, a coarse particle may contaminate a finer film and scratch the ferrule.
Do not continue polishing simply because a connector appears imperfect. Excessive polishing can damage the end face or alter the ferrule geometry. Instead, follow the specified procedure and inspect the result.
After the final polishing stage, clean the connector with an approved method. Then inspect it with the 200× microscope.
First, confirm that the fibre is disconnected from every optical source. Once the fibre is safe, examine the end face for visible contamination, chips or scratches.
If contamination remains, clean and inspect again. If the connector shows significant damage, it may require retermination rather than continued polishing.
Visual inspection does not prove the optical performance of a connector. Therefore, complete the testing required by the project.
A visible fault identifier can support basic continuity checking. However, formal testing may require a calibrated light source and optical power meter. Some projects may also require bidirectional testing, optical return-loss measurement or OTDR analysis.
Record the results where the installation specification requires documented certification.
Fibre termination combines sharp glass, hand tools, optical sources and cleaning fluids. Consequently, a safe and controlled work method is essential.
Wear the supplied safety glasses while handling bare fibre. A small glass shard can become airborne during stripping, scribing or disposal.
Never touch or rub your eyes while working with fibre. Wash your hands after completing the task.
Bare fibre fragments are thin, sharp and often difficult to see. Collect each shard immediately and place it in a purpose-designed disposal container.
Do not sweep shards onto the floor or discard them loosely in a general waste bin. In addition, keep food and drinks away from the termination area.
Optical communication systems may transmit infrared light that the human eye cannot see. Therefore, a dark fibre end should never be assumed safe.
Disconnect and verify the fibre before using the handheld microscope. Do not look directly into a connector, adaptor or fibre end.
Only use approved fibre optic cleaning products. Read the safety information supplied with the cleaning fluid and follow workplace procedures for storage, ventilation and disposal.
Keep alcohol and other flammable cleaning products away from heat, sparks and open flames. Also, ensure that containers are correctly labelled.
A carbide scribe, jacket stripper and crimp tool each perform a specific task. Using the wrong tool can damage the cable or create a safety risk.
Inspect tools before use. Replace any item that is damaged, loose or no longer operating correctly.
For further workplace safety guidance, consult Safe Work Australia.
The kit can support field termination during compatible structured cabling projects. This may include communications rooms, equipment rooms, campus networks and commercial buildings.
However, the project specification should determine whether field-installed connectors, fusion-spliced pigtails or factory pre-terminated assemblies provide the most suitable outcome.
Maintenance teams may need to replace a damaged connector or restore a fibre connection where a compatible manual connector system is already in use.
A portable termination kit allows the technician to prepare, polish and inspect a replacement connector without assembling separate equipment for each visit.
The kit can support connector termination for compatible singlemode or multimode fibre used in data and communications networks.
Fibre type alone does not determine connector compatibility. The connector must also match the cable construction, buffer size and required optical interface.
A workshop can use the kit for fibre assembly, repair and demonstration work. Keeping the tools together in one bag makes it easier to move the kit between workstations.
Workshops should maintain replacement consumables and a controlled cleaning process. They should also provide suitable test equipment for checking completed assemblies.
TAFEs, universities, registered training organisations and internal technical training programmes can use the kit to demonstrate traditional fibre connector termination.
The included preparation, scribing, polishing and inspection tools allow learners to see each stage of the manual process.
However, all training should take place under competent supervision. Learners must understand fibre safety, cleaning practices and connector inspection before beginning practical work.
Technicians working across multiple sites can carry the kit for compatible field-service requirements.
Before travelling, confirm that the bag contains enough polishing film, cleaning products and connector components for the expected work. Also, check that any adhesive or curing equipment required by the connector system is available.
The tools in the kit can support compatible connector systems used with both singlemode and multimode fibre. Nevertheless, fibre category remains important.
Singlemode and multimode fibres have different optical characteristics. In addition, the connector polish and interface must suit the equipment and application.
Common connector polish types include:
These interfaces are not automatically interchangeable. For example, an angled-polish connector should not be mated with a flat or ultra-physical-contact interface simply because the connector bodies appear similar.
Always confirm the connector type, polish, fibre category and adaptor interface before termination. Correct colour coding can assist identification, but it should not replace verification of the actual product specification.
Anderson Corporation offers different termination kits because fibre technicians do not all perform the same type of work.
The Basic Kit is a focused connector-termination solution. Its main advantage is that it supports the complete traditional field-polish workflow.
The RapidConnect® Fast Connector Termination Kit uses a different termination method. Therefore, it should not be selected as a direct substitute without checking the connector system.
The RapidConnect® Deluxe Fibre Optic Termination Kit includes a wider range of cable preparation and general hand tools. However, its purpose differs from the focused polishing equipment supplied in the Basic Kit.
| Requirement | Basic Termination Kit | Fast Connector Kit | Deluxe Termination Kit |
|---|---|---|---|
| Traditional scribe-and-polish termination | Yes | No | Not its primary purpose |
| Precision cleaver included | No | Yes | No |
| Polishing films included | Yes | No | No |
| 2.5 mm polishing disc included | Yes | No | No |
| LC polishing disc included | Yes | No | No |
| 200× handheld microscope included | Yes | No | No |
| Visible fault identifier included | Yes | No | No |
| FTTH flat drop cable stripper included | No | Yes | No |
| Extensive general cable preparation tools | Limited | Focused on fast connectors | Yes |
| Carry bag or case included | Yes | Yes | Yes |
The correct kit depends on the termination method, connector design and cable construction. If you are uncertain, Anderson Corporation can help you identify the most suitable option.
A fibre connector end face may appear clean to the naked eye while still carrying contamination. Dust, oil, polishing residue and other particles can interfere with the optical interface.
Contamination can produce additional insertion loss or unstable performance. It may also transfer from one connector to another during mating.
For that reason, adopt an inspect-clean-inspect process:
The included 200× microscope supports visual inspection during manual connector termination. However, acceptance criteria should follow the project specification and the requirements of the connector or equipment manufacturer.
A termination kit performs best when it remains clean, complete and ready for use.
After each job:
Before the next job, verify that the kit contains the correct connectors, adhesive, replacement consumables and test equipment. This simple check can prevent delays after the technician arrives on site.
Polishing films are consumable products. Do not reuse a film beyond the connector manufacturer’s recommendations. A worn, damaged or contaminated film may produce an inconsistent result.
A Basic Fibre Optic Termination Kit is a coordinated set of tools and consumables used to prepare and manually terminate compatible fibre optic connectors.
The RapidConnect® STTK-2018 kit supports cable preparation, connector crimping, fibre scribing, ferrule polishing, cleaning, inspection and basic visible-light checking.
No. The STTK-2018 Basic Fibre Optic Termination Kit includes a carbide scribe rather than a precision fibre cleaver.
The scribe is used to remove fibre protruding from the ferrule during a compatible manual polish termination. If your connector system requires a precision-cleaved fibre, consider the Fast Connector Termination Kit.
Connectors are not listed among the included STTK-2018 components. Therefore, order suitable connectors separately.
The connector must match the cable construction, fibre type, termination method and required interface.
Epoxy or connector adhesive is not listed as an included component. Select the adhesive recommended by the connector manufacturer.
Some adhesive systems also require a curing oven or fixture, which should be arranged separately.
The datasheet confirms that the kit includes a 100 ml alcohol dispensing bottle. However, it does not state that alcohol is included.
Use an approved high-purity fibre optic cleaning product and follow its safety directions.
The kit includes an LC plastic polishing disc for compatible LC connector termination.
However, the technician must still select a compatible field-installable LC connector and follow its specific assembly, adhesive, curing and polishing instructions.
The kit includes a 2.5 mm universal polishing disc. SC, ST and FC connector families commonly use 2.5 mm ferrules.
Nevertheless, individual connector designs vary. Confirm the compatibility of the connector, polishing disc and crimp tool before starting the termination.
Yes, the tools can support compatible connector systems for singlemode and multimode fibre.
The technician must select the correct connector, polish, fibre category and termination procedure for the application.
No. The kit is designed for manual fibre connector termination, not fusion splicing.
Fusion splicing requires a fusion splicer, precision cleaver, fibre preparation tools, splice protection sleeves and suitable splice management equipment.
No. A visible fault identifier supports basic visual continuity and fault checking. It does not measure insertion loss.
Use a calibrated optical power meter and light source when the project requires measured loss results.
No. Never inspect an active fibre through a microscope.
First disconnect the fibre from every optical source and verify that it is safe. Invisible optical radiation may be present even when no visible light can be seen.
The kit can support supervised fibre optic training. However, traditional connector termination requires technical knowledge, careful preparation and safe handling of bare fibre.
New users should receive appropriate training before performing terminations independently.
Replace the polishing film according to its condition and the connector manufacturer’s termination procedure.
Do not continue using film that is worn, contaminated, creased or damaged. Fresh, clean film supports more consistent polishing.
No. Inspection can identify visible contamination and some end-face defects, but it does not measure optical loss.
Complete the insertion-loss, return-loss or other testing required by the project specification.
Product: RapidConnect® Basic Fibre Optic Termination Kit
Ordering code: STTK-2018
Termination method: Compatible manual scribe-and-polish fibre connector termination
Polishing formats: 2.5 mm universal and LC
Storage: Portable carry bag
Choosing the right Basic Fibre Optic Termination Kit involves more than comparing the number of tools in a carry bag. Successful connector termination requires an understanding of cable preparation, connector construction, adhesives, curing, scribing, polishing, cleaning, inspection and optical testing.
That is why Anderson Corporation is developing a practical knowledge centre dedicated to fibre optic connector termination and field installation.
Whether you are establishing a fibre workshop, equipping a communications technician, delivering practical training or maintaining an existing network, these resources will help you understand the complete termination process.
The Knowledge Centre will cover:
Learn how field-polished connectors, mechanical fast connectors, fusion-spliced pigtails and factory pre-terminated assemblies differ. Understanding these methods helps you choose the right equipment for each project.
Explore the traditional connector termination process, including cable preparation, adhesive selection, curing, scribing and progressive ferrule polishing.
Understand polishing-film grades, polishing sequences, cross-contamination risks and the importance of using clean consumables.
Learn why inspection matters, what technicians look for under magnification and why a connector must be confirmed inactive before microscope inspection.
Explore practical cleaning methods for bare fibre, connector ferrules and compatible adaptors. You will also learn why an inspect-clean-inspect process helps protect optical performance.
Understand what visible-light checking can reveal, where its limitations begin and when calibrated optical test equipment becomes necessary.
Learn how to control fibre shards, protect your eyes, manage cleaning products and maintain a clean fibre preparation area.
Compare the Basic, Fast Connector and Deluxe RapidConnect® termination kits according to connector method, cable construction and field requirements.
As new resources become available, Anderson Corporation will add them to this Knowledge Centre.
Anderson Corporation supplies RapidConnect® fibre optic infrastructure, connectivity and installation products to Australian communications, data, industrial and telecommunications projects.
Our team understands that termination equipment must match the connector and cable being installed. Therefore, we can help you compare manual polish termination, fast-connector installation and broader cable preparation requirements.
The RapidConnect® range also includes fibre optic connectors, cleaning products, patch leads, pigtails, enclosures and pre-terminated fibre optic cable. This broader range allows you to source the termination equipment and related fibre infrastructure from one specialist supplier.
When requesting a quotation, tell us:
These details will help us recommend the appropriate kit and related products.
The RapidConnect® Basic Fibre Optic Termination Kit provides a focused collection of tools for compatible manual fibre connector termination.
With cable preparation tools, a carbide scribe, universal connector crimp tool, four grades of polishing film, 2.5 mm and LC polishing discs, a rubber polishing pad, cleaning accessories, a 200× microscope and a visible fault identifier, the kit supports each major stage from cable preparation through to final inspection.
It is a practical choice for trained technicians, communications installers, maintenance teams, workshops and supervised fibre optic training environments.
Contact Anderson Corporation to request pricing, confirm availability or discuss the tools and consumables required for your fibre termination method.
Ordering code: STTK-2018
Experience the difference with Anderson’s Basic Fibre Optic Termination Kit – where quality meets performance. Maximize your network’s potential with our top-of-the-line solutions.
Be sure to check out the rest of the Anderson Product Range for another product that may be suitable for you!
Check out the official Anderson Corporation YouTube Channel for more useful Fibre Optic Information!
