- (61) 3 9761 7600
- sales@andcorp.com.au
The RapidConnect® Deluxe Fibre Optic Termination Kit combines specialist stripping, slitting, cleaning and fibre-handling tools with essential hand tools in an organised carry case. Designed for professional field and workshop use, it supports fibre cable preparation, termination, splicing and maintenance across a range of compatible cable constructions.
| File | File size |
|---|---|
| rapidconnect Deluxe Fibre Optic Termination Kit | 642 KB |
The Deluxe Fibre Optic Termination Kit gives fibre technicians a comprehensive collection of cable-preparation, cleaning, handling and general-purpose tools in one organised carry case. Instead of assembling essential tools individually, you can equip your workshop, service vehicle or field team with a practical kit designed for professional fibre optic work.
Fibre termination involves more than stripping a coating and fitting a connector. First, you may need to open the cable sheath and remove internal strength members. Next, you must access the buffer tubes, prepare the fibres and clean the working area. You may then need to splice, protect and organise the completed fibres inside an enclosure.
Therefore, the right equipment must support the complete preparation process—not only the final termination step.
The RapidConnect® Deluxe Fibre Optic Termination Kit includes specialist tools for working with fibre cable jackets, sheaths, buffer tubes, aramid yarn and coated optical fibre. It also adds cleaning products, splice-protection sleeves, precision handling tools and common hand tools that installers regularly need at the worksite.
As a result, it suits technicians who want a broader field toolkit for fibre installation, maintenance and repair.
A technician may work with several cable constructions during the same project. For example, an indoor tight-buffered cable requires a different preparation sequence from an outdoor loose tube cable. Likewise, a distribution cable may contain aramid yarn, while an external cable may include a thicker polyethylene sheath and multiple buffer tubes.
No single stripping tool can prepare every layer of every fibre optic cable.
The Deluxe Fibre Optic Termination Kit addresses this challenge by combining several specialist preparation tools. These include a tri-hole fibre stripper, jacket stripper, universal cable slitter, longitudinal sheath slitter, rotary cable stripper and an Ideal 45-162 buffer tube stripper.
Together, these tools help you approach each cable layer with a more suitable method. You can select the tool that matches the jacket, sheath, tube or fibre coating rather than forcing one tool to complete every task.
The kit also includes Kevlar scissors, cleaning products, precision tweezers, a carbide scribe and splice sleeves. Moreover, general-purpose tools such as pliers, a screwdriver, adjustable wrench, hex keys and utility knife help with enclosure access, cable management and hardware assembly.
Consequently, the kit supports a wider range of work than a small termination pouch or connector-only tool selection.
The Deluxe Fibre Optic Termination Kit suits trained technicians and organisations that regularly install, prepare, splice, terminate or maintain fibre optic infrastructure.
Typical users include:
The kit can support both workshop and field activities. However, the technician must still select the correct procedures, tools and consumables for the cable, connector, enclosure and termination method involved.
A comprehensive tool kit improves preparation and organisation. Nevertheless, it does not replace formal training, safe work practices or the instructions supplied with the cable and termination components.
Fibre optic cables contain several layers, and each layer performs a different function. Depending on the cable design, these may include:
Each layer also presents a different preparation challenge.
For example, a rugged outdoor cable sheath may require a cable slitter or rotary stripper. In contrast, a coated fibre requires a precise fibre stripper. Aramid yarn needs sharp Kevlar scissors, while a buffer tube needs a tool that can remove the tube without damaging the fibres inside.
Using an unsuitable tool can make the task slower and less consistent. More importantly, excessive pressure or uncontrolled cutting can damage the cable components that must remain intact.
The Deluxe Fibre Optic Termination Kit provides several preparation options so you can match the tool to the layer you need to remove. As a result, it supports a more controlled workflow across a broader range of cable constructions.
The kit combines specialist fibre preparation tools with practical hand tools and cleaning accessories. Therefore, it supports many of the activities that occur before, during and after a termination or splice.
Different tools address cable jackets, external sheaths, buffer tubes, aramid yarn and coated fibre. Consequently, the kit can support work across indoor, outdoor, tight-buffered and loose tube cable constructions, subject to the requirements of the specific cable.
A carry case keeps the tools together between projects. It also makes the kit easier to store in a workshop, service vehicle or equipment area.
The inclusion of common hand tools reduces the need to locate a separate screwdriver, wrench, pliers or measuring tape for routine installation tasks.
The kit includes several cleaning accessories because fibre preparation requires a clean working environment. Contamination can interfere with inspection, cleaving, splicing and connector performance.
One hundred 60 mm fusion splice sleeves support technicians who need to protect completed fusion splices. A compatible fusion splicer and fibre cleaver must be available separately.
Because the kit contains tools for several preparation stages, it can support structured fibre training and supervised practical exercises.
The Deluxe Fibre Optic Termination Kit includes the following equipment.
The tri-hole fibre optic stripper provides three stripping functions in one compact hand tool. Each opening supports a different stage of fibre preparation, depending on the cable or fibre construction.
A technician may use the appropriate stripping section to remove outer fibre jackets, tight-buffer material or fibre coating. This staged approach helps reduce unnecessary tool changes while maintaining greater control over the preparation process.
The technician must use the correct opening and stripping technique for the material being removed. In addition, the tool should remain clean and free from coating residue. A contaminated or damaged stripping surface can affect the consistency of future preparations.
The stripper should close cleanly around the intended material without crushing, scratching or placing unnecessary stress on the glass fibre.
Many fibre optic cables use aramid yarn as a strength member. Installers often refer to this material by the widely recognised name Kevlar.
Standard scissors may struggle to cut aramid fibres cleanly. They can also become blunt after repeated use. Therefore, the kit includes dedicated Kevlar scissors with cutting surfaces suited to strong synthetic yarn.
A clean cut makes it easier to remove or trim the yarn during cable preparation. It also helps prevent loose strands from interfering with fibre management or enclosure assembly.
Use the scissors only for their intended purpose where possible. Cutting unrelated materials may reduce their performance when you next need to trim aramid yarn.
The carbide scribe supports traditional fibre-scribing tasks. The technician lightly scores the prepared glass fibre before completing a controlled break.
A scribe can be useful for certain termination methods, training exercises or field procedures. However, it does not replace a precision fibre cleaver when the selected connector, mechanical splice or fusion-splicing procedure requires a specified cleave angle and fibre length.
Therefore, always follow the instructions for the component or equipment being used. If the procedure calls for a precision cleaver, use a suitable cleaver rather than substituting the carbide scribe.
The scribe tip should remain protected when not in use. In addition, technicians should handle fibre shards carefully and dispose of them in a suitable fibre-sharps container.
The jacket stripper helps remove outer material from compatible fibre optic cables. It provides a more controlled approach than relying on a general-purpose knife for every jacket-removal task.
Cable jackets vary in thickness, hardness and material. For example, indoor LSZH jackets behave differently from polyethylene outdoor sheaths. Cable diameter and internal construction can also affect the correct stripping method.
Before stripping, identify the cable construction and confirm the preparation dimensions. Then select the correct tool and technique. The goal is to remove the required section of jacket without damaging the strength members, buffer tubes or fibres beneath it.
A controlled dispensing bottle helps technicians apply suitable fibre-cleaning fluid to wipes without repeatedly opening a larger container. The locking mechanism also helps prevent unwanted dispensing during storage or transport.
Use only an approved high-purity cleaning fluid that suits the fibre preparation procedure. Furthermore, follow the fluid manufacturer’s handling, storage and safety directions.
Do not assume that every alcohol product suits optical cleaning. Products with excessive water content, fragrances or other additives can leave contamination behind.
The dispensing bottle should remain clearly labelled. It should also stay closed when not in use to limit contamination and evaporation.
The 2.5 mm cleaning swabs support the cleaning of compatible connector interfaces and adaptor sleeves. This size commonly relates to 2.5 mm ferrule systems, including SC, ST and FC formats.
However, connector cleaning requires care. A contaminated swab can transfer debris rather than remove it. Therefore, use a clean swab and follow an appropriate cleaning process.
Never force the swab into an incompatible interface. Smaller ferrule formats, such as LC connectors, require a suitably sized cleaning product.
Before reconnecting a fibre interface, inspect it with appropriate equipment where the work procedure requires inspection. Cleaning should form part of an inspect-clean-inspect process rather than a blind routine.
Pre-saturated wipes provide a convenient cleaning option during fibre preparation. Technicians can use them to remove coating residue and other contamination from suitably prepared bare fibre, subject to the termination or splicing procedure.
Because each wipe arrives pre-saturated, it helps reduce the need to dispense cleaning fluid for every preparation. The sealed format also supports field portability.
Use each wipe according to its instructions and avoid reusing a contaminated section. Once opened, keep the wipe away from dusty surfaces and other contaminants.
Cleaning is especially important before cleaving or splicing. Residue on the fibre can contaminate the cleaver, reduce preparation consistency or interfere with splice quality.
The universal fibre cable slitter helps open compatible cable jackets or sheaths. It can provide access along the cable where the preparation method calls for a controlled slit.
This type of tool can be particularly useful when preparing cables that need more than a simple ring cut at the end. However, the correct method depends on the cable construction.
Before using the slitter, determine where internal buffer tubes, strength members and ripcords sit. Then adjust and guide the tool carefully. Excessive blade depth can damage the components beneath the outer sheath.
Whenever the cable manufacturer provides preparation instructions, follow those instructions and use the recommended access method.
The longitudinal cable sheath slitter creates a lengthwise opening in a compatible cable sheath. This can help technicians remove a section of outer material while gaining access to the internal cable elements.
Longitudinal slitting requires control because the blade travels parallel to the cable. Therefore, the technician must consider both blade depth and cable orientation.
A suitable work surface, stable cable position and deliberate tool movement help reduce the risk of accidental damage. The blade should cut the sheath without reaching the buffer tubes or other components underneath.
Cable designs vary significantly. Consequently, technicians should not use one depth setting or preparation method across every cable.
The Ideal 45-162 Buffer Tube Stripper supports access to fibres inside compatible buffer tubes. It helps remove the tube while limiting the risk of damage to the fibres.
Loose tube cables may contain multiple colour-coded tubes. Each tube can hold several fibres and may also contain gel or other water-blocking materials.
Before removing a buffer tube, confirm the required access length and make sure the fibres have enough support. Then position the tool correctly and apply controlled pressure. The aim is to open or remove the tube without creating excessive bending or stress.
After access, clean and manage the fibres according to the cable and enclosure instructions. Loose fibres require careful handling because they can move differently from tight-buffered fibres.
Fibre enclosures, brackets, trays and related hardware often use several screw types. Therefore, a multi-bit screwdriver provides a useful general-purpose tool at the worksite.
The quick-change design lets the technician switch between the supplied options. Meanwhile, the magnetic function helps retain compatible fasteners during installation and maintenance.
Always select the correct bit size and profile. An unsuitable bit can damage the screw head, making future enclosure access more difficult.
The screwdriver supports hardware tasks. It should not be used as a lever, punch or cutting tool.
Needle-nose pliers help reach small components and confined areas. They can support tasks involving enclosure hardware, cable-management parts, fasteners and other non-fibre components.
The narrow jaws give technicians more control where standard pliers may be too large. However, the tool should not grip bare optical fibre. Doing so can scratch, crush or break the glass.
Likewise, avoid placing uncontrolled pressure on buffer tubes or terminated fibres. Use precision tweezers or the correct fibre-handling method where appropriate.
The side-cutting pliers provide a convenient way to cut suitable wire, cable ties and other installation materials.
They complement the Kevlar scissors rather than replacing them. Use the Kevlar scissors for aramid yarn, and reserve the side cutters for compatible materials.
Before cutting a cable tie inside an enclosure, consider the position of the fibres below it. A sudden cutting movement or sharp remaining edge can damage nearby fibres.
The side cutters should also remain clean and free from damage. A worn cutting edge can require additional force and reduce control.
Fibre work often takes place in communications rooms, ceiling spaces, equipment areas, cabinets or external enclosures where lighting may be limited.
The emergency lamp and torch provide useful local illumination when ambient lighting does not adequately cover the working area. Better visibility helps technicians identify cable elements, read labels and organise tools.
However, a torch is not a fibre inspection instrument. It should not be used to determine whether a fibre is active, nor should anyone look into the end of an optical fibre.
Always confirm fibre status using appropriate test equipment and approved safety procedures.
The adjustable wrench supports routine mechanical tasks around cabinets, brackets, glands and compatible enclosure hardware.
Its adjustable jaw allows one tool to fit several fastener sizes. Nevertheless, the technician should set the jaw closely around the fastener before applying force. A loose fit can damage the fastener or cause the tool to slip.
Use the wrench only where it suits the hardware. Precision connectors and delicate optical components may require a specific tool or controlled torque.
Fusion splice sleeves protect completed fibre splices after the fusion-splicing process. Each sleeve generally combines protective tubing with a reinforcing element to help support the fragile spliced section.
The kit includes 100 sleeves in a 60 mm length. Before use, confirm that the sleeves suit your fibre, splice tray, heater and fusion-splicing procedure.
Importantly, a splice sleeve must go onto one fibre before the fibres are spliced. After the fusion splicer completes and checks the splice, the technician centres the sleeve over the joint. The splicer’s compatible heater then shrinks the sleeve around the splice.
A fusion splicer and precision fibre cleaver are not listed as components of this kit. Therefore, technicians undertaking fusion splicing will need suitable equipment separately.
The fibre optic cleaning cube provides lint-free material for cleaning tasks during fibre preparation. The technician can draw a fresh section into position as required, which helps maintain a clean working surface.
Use an uncontaminated section for each cleaning task. Otherwise, the material may transfer coating residue, dust or other contamination back onto the fibre.
A cleaning cube can form part of the preparation process before cleaving or splicing. However, technicians must still follow the cleaning procedure specified for the equipment and consumables in use.
Keep the cube closed or protected between tasks, especially in dusty field environments.
The folding hex key set supports assembly and adjustment of compatible cabinets, brackets, trays and installation hardware.
Because the keys remain together in a folding holder, they are easier to organise than loose hex keys. The format also helps reduce the chance of leaving an individual key at a worksite.
Select the correct key size and fully insert it into the fastener before applying force. Using an undersized key can round the fastener and complicate later maintenance.
The rotary cable stripper supports controlled circumferential and, depending on its design and adjustment, longitudinal preparation of compatible cable jackets.
A rotary action can help create an even ring cut around the cable. However, the blade must not reach the internal buffer tubes, strength members or fibres.
Start with a conservative blade setting where the tool allows adjustment. Then confirm the cut before increasing the depth. It is safer to complete a second controlled pass than to damage the cable beneath the jacket.
The correct stripping process depends on the cable diameter, sheath material and construction. Therefore, inspect the cable specification before starting.
The black marker supports temporary identification and preparation marking. For example, a technician may mark the intended sheath-removal length before using a cable slitter.
Clear marking improves consistency, especially when several cables require the same preparation dimensions. It can also help technicians identify components during staged installation work.
However, permanent network identification should follow the project’s labelling system. Use suitable cable and enclosure labels where long-term identification is required.
Electrical tape is a useful general-purpose consumable for temporary bundling, securing or marking during installation.
Nevertheless, it is not a substitute for approved fibre-management hardware, cable glands, splice protection or permanent labels. It should also not create pressure points around optical fibre.
When using tape near cable or fibre components, avoid excessive tension. Furthermore, remove temporary tape carefully so that nearby fibres do not experience sudden movement.
The blow brush helps remove loose dust and debris from tools or suitable work areas. It can be useful when preparing a cleaner workspace before handling fibre.
However, loose debris must move away from the fibre rather than towards an open connector or freshly prepared end face. Therefore, use the brush carefully and keep it clean between projects.
A blow brush does not replace an approved connector-cleaning process. Contaminated optical interfaces may require purpose-designed cleaners, swabs, wipes and inspection equipment.
The utility knife supports general cutting and trimming tasks at the worksite. For example, technicians may use it for packaging or suitable non-fibre materials.
However, specialist fibre tools offer more control for many cable-preparation tasks. Therefore, use the jacket stripper, rotary stripper or cable slitter where those tools suit the cable construction.
A general-purpose knife can cut too deeply if used without control. Always cut away from the body, keep the cable stable and consider what lies beneath the material.
Retract or protect the blade before returning the knife to the case.
Correct preparation lengths matter during fibre installation. A cable may need a specified sheath-removal length, buffer tube access length or slack allowance to fit the selected enclosure.
The two-metre tape measure helps technicians confirm these dimensions rather than estimating them.
Before cutting or stripping, compare the planned measurement with the enclosure and cable instructions. Also consider routing, bend radius and fibre management inside the enclosure.
Accurate measurement reduces unnecessary rework and helps maintain consistency across multiple terminations.
Precision tweezers help technicians handle small components and materials in confined areas. They can also support careful placement during cleaning or enclosure work.
However, tweezers must not place uncontrolled pressure on bare optical fibre. Their tips can scratch or break the glass if used incorrectly.
Keep the tweezers clean and protected. Debris or damage on the tips can affect precision and transfer contamination to the work area.
The carry case provides organised storage for the included tools and consumables. It also makes the kit easier to transport between the workshop, service vehicle and installation site.
Returning each item to its allocated position helps technicians identify missing equipment before leaving a worksite. It also protects sharper and more delicate tools from uncontrolled contact with other equipment.
Keep the case clean and dry. Furthermore, replace depleted consumables promptly so the kit remains ready for the next project.
The exact workflow will depend on the cable and termination method. However, the following sequence explains how the Deluxe Fibre Optic Termination Kit can support a typical project.
Before opening the cable, confirm:
This initial review helps you select the correct tools and avoid unnecessary cable preparation.
Lay out only the equipment needed for the task. Then remove dust, packaging and unrelated materials from the area.
Good lighting is also important. If the location has poor illumination, position the supplied lamp or torch so you can clearly see the cable and tools.
Prepare a suitable container for fibre offcuts before stripping any fibre.
Use the tape measure to confirm the required preparation length. Then mark the cable with the black marker.
Accurate marking helps you avoid removing too much or too little outer sheath. It also supports consistency when preparing multiple cables for the same enclosure.
Choose the jacket stripper, universal cable slitter, longitudinal sheath slitter or rotary cable stripper according to the cable design.
Use controlled blade depth and movement. Once you have opened the sheath, inspect the internal components before continuing.
Do not assume that every cable has the same internal arrangement.
Use the Kevlar scissors to trim aramid yarn. If the cable includes other strength components, follow the cable and enclosure instructions.
Leave the required length where a strength member must anchor to the enclosure. Avoid cutting structural components until you understand their purpose.
For a compatible loose tube cable, use the buffer tube stripper to access the fibres. For tight-buffered fibre, select the appropriate opening on the tri-hole stripper.
Work gradually and support the fibre throughout the process. Sudden pulling or tight bending can damage it.
Use the appropriate wipes, cleaning cube or approved cleaning materials to remove coating residue and other contamination.
Always use a fresh cleaning surface. Then allow the fibre to reach the condition required by the cleaving, splicing or termination procedure.
Follow the instructions for the selected connector, splice or termination system.
Use the carbide scribe only where the procedure supports scribing. If a precision cleave is required, use a compatible precision cleaver supplied separately.
Likewise, fusion splicing requires a suitable fusion splicer and associated equipment.
Where fusion splicing forms part of the job, place a 60 mm sleeve onto the fibre before completing the splice. After splicing, centre the sleeve over the joint and shrink it using a compatible heater.
Then place the protected splice into the appropriate holder within the splice tray.
Maintain the required bend radius and avoid pressure on bare or protected fibres.
A termination should not be accepted solely because it appears complete.
Use suitable inspection and test equipment according to the project requirements. Depending on the installation, this may include a fibre inspection microscope, optical power meter and light source, visual fault locator or OTDR.
Finally, record the results and label the completed infrastructure according to the project documentation.
The Deluxe Fibre Optic Termination Kit provides a broad collection of preparation, cleaning and hand tools. However, a complete installation may require additional equipment.
Depending on the work, you may also need:
The correct equipment depends on the termination method and test requirements. Therefore, review the entire work process before arriving on site.
Telecommunications projects may involve outdoor loose tube cables, indoor distribution cables, pigtails, splice enclosures and optical distribution frames.
Because the kit includes several sheath and fibre preparation tools, it can support technicians working across different stages of telecommunications installation and maintenance.
Data centre fibre work demands organisation, cleanliness and accurate documentation.
The kit can support cable preparation, enclosure access and maintenance activities. However, high-density connector systems may require additional connector-specific cleaning and inspection products.
Commercial fibre installations may connect communications rooms, building distributors, equipment areas and backbone pathways.
The Deluxe Kit gives contractors a portable collection of tools for preparing compatible cables and working with enclosures throughout the building.
Schools, universities, healthcare sites and business campuses often contain several fibre cable constructions. For example, the pathway between buildings may use an outdoor cable, while internal distribution uses an LSZH cable.
The kit’s broader preparation range makes it useful for teams that encounter both cable types.
Industrial sites may contain rugged cables, cabinets and mechanical hardware. Therefore, technicians often need both specialist fibre tools and ordinary hand tools.
The Deluxe Kit combines these categories in one case. Nevertheless, all tools and procedures must suit the specific site, cable and operating environment.
When a fibre service needs repair, the technician may not know the complete cable construction until arriving at the site.
A broader kit can improve readiness by providing multiple preparation options. The technician will still need compatible splicing, termination and test equipment to complete and verify the restoration.
Training organisations can use the kit to introduce students to cable layers, preparation tools, cleaning processes and fibre-handling practices.
Because the kit includes several tool types, trainers can explain why technicians must select a tool according to the cable construction rather than applying one method universally.
Anderson Corporation offers different fibre termination kits because technicians do not all perform the same work.
The right choice depends on the cable construction, termination method, frequency of use and amount of field preparation required.
Choose the Basic Fibre Optic Termination Kit when you need a practical foundation of essential fibre preparation and termination equipment.
It suits users establishing a general fibre toolkit without requiring the broader collection of cable-opening tools and hand tools included in the Deluxe Kit.
Choose the Fast Connector Termination Kit when your primary task involves installing compatible field-terminated fast connectors.
Its tool selection supports the preparation, cleaning and cleaving stages associated with that termination method. However, connector compatibility and assembly procedures must always be confirmed before use.
Choose the Deluxe Fibre Optic Termination Kit when you want a broader field toolkit for cable access, fibre preparation, cleaning, splice protection, enclosure work and general installation support.
It is the strongest option of the three for technicians who regularly encounter different cable constructions or who want more supporting hand tools in one organised case.
The Deluxe Kit does not automatically replace specialised splicing, inspection or test equipment. Instead, it provides a more comprehensive preparation platform around those systems.
Contamination is one of the most common concerns in fibre optic work. Dust, oils and coating residue can interfere with connector interfaces and preparation equipment.
For this reason, cleaning should not become an occasional corrective action. It should form part of the normal work process.
A good routine includes:
The Deluxe Kit includes cleaning swabs, pre-saturated wipes, a cleaning cube, a dispensing bottle and a blow brush. Each item performs a different role.
However, technicians should not use one cleaning product for every surface without considering compatibility. For example, a 2.5 mm swab suits compatible 2.5 mm interfaces but not smaller LC ferrules.
Likewise, the cleaning fluid must suit optical work. Always follow the instructions for the connector, cleaning product and inspection equipment.
Optical fibre requires careful handling even though the cable does not conduct electricity in the same way as copper cable.
Bare fibre fragments can penetrate skin and may be difficult to see. Therefore, technicians should control and dispose of all fibre offcuts carefully.
Important safety practices include:
A torch, visual fault locator and inspection microscope serve different purposes. A standard torch cannot confirm whether an optical fibre carries a signal. Likewise, a microscope should only be used in accordance with its safety design and operating instructions.
A fibre termination kit performs best when its tools remain clean, sharp and correctly adjusted.
After each project:
Do not wait until the next urgent repair to discover that a key consumable has run out.
A simple restocking checklist can help field teams maintain readiness. In addition, periodic tool inspection can identify worn blades or damaged stripping surfaces before they affect cable preparation.
The kit includes specialist fibre stripping and cable-opening tools, Kevlar scissors, a carbide scribe, cleaning products, 100 fusion splice sleeves, common hand tools, an emergency lamp or torch, measuring and marking tools, precision tweezers and a carry case.
A fusion splicer is not listed among the included components. Therefore, you will need a suitable fusion splicer separately if your work involves fusion splicing.
A precision cleaver is not listed as an included component. The kit contains a carbide scribe, but many fusion splices and connector systems require a precision cleaver. Always follow the equipment or connector instructions.
Many of the preparation tools can support both singlemode and multimode fibre because they work with cable layers, buffer materials and standard coated fibre dimensions. However, compatibility ultimately depends on the cable construction and termination system.
The inclusion of cable slitters, a rotary cable stripper and an Ideal 45-162 buffer tube stripper makes the kit suitable for preparing compatible loose tube cable constructions.
Nevertheless, cable designs vary. Therefore, confirm the manufacturer’s recommended preparation method before using any stripping tool.
The tri-hole stripper and other preparation tools can support compatible tight-buffered fibre. The correct opening and technique will depend on the buffer and coating dimensions.
Connectors are not listed among the included components. Select connectors or pigtails that match the fibre type, polishing format, equipment interface and termination method.
Not necessarily. Confirm that the sleeve length and diameter suit the fibre, fusion splicer heater and splice holder before use.
The kit includes a 250 ml locking dispensing bottle and pre-saturated wipes. Before ordering, confirm whether any additional cleaning fluid is supplied or needs to be purchased separately.
The tools may appear straightforward, but successful fibre work requires knowledge of cable construction, fibre handling, cleaning, termination, testing and safety.
Therefore, people without fibre experience should undertake suitable training or work under qualified supervision.
No dedicated optical test equipment is listed as part of the kit. Depending on the project, you may need a light source and power meter, visual fault locator, inspection microscope or OTDR.
Yes, its broad collection of preparation and general-purpose tools can support field repair work. However, the complete repair system may also require a fusion splicer, cleaver, test instruments, enclosures and compatible consumables.
Place fibre fragments directly into a suitable sealed fibre-sharps container. Never leave fragments loose on the bench, floor or inside the carry case.
Fibre optic cables use different jacket materials, diameters and internal constructions. Therefore, one stripping tool cannot safely and efficiently prepare every cable layer.
The broader selection lets technicians choose a more appropriate tool for the cable in front of them.
Choosing a Deluxe Fibre Optic Termination Kit involves more than counting the number of tools inside the case.
Instead, you need to understand the cables you will prepare, the termination methods you will use and the test equipment your projects require. You should also consider cleaning, fibre handling, tool maintenance and worksite safety.
That is why Anderson Corporation is developing a practical Knowledge Centre dedicated to fibre optic termination tools and field preparation.
Whether you are equipping an installation team, creating a fibre workshop, supporting a campus network or selecting tools for technical training, the Knowledge Centre will help you make more informed decisions.
Topics will include:
Learn what each fibre preparation tool does and why installers need different tools for jackets, buffer tubes, coatings and strength members.
Understand the stages involved in opening a fibre cable while protecting the components underneath the outer sheath.
Explore how technicians access buffer tubes, clean loose fibres and prepare them for splicing and enclosure management.
Learn how tight-buffered cable differs from loose tube construction and how that difference affects the stripping process.
Understand why contamination matters, how cleaning products differ and how inspection supports a reliable cleaning process.
Compare carbide scribing with precision cleaving and learn why the termination method determines the correct approach.
Learn how splice sleeves protect completed fusion splices and why sleeve compatibility matters.
Discover how cleaning, inspection and timely blade replacement help maintain consistent preparation.
Review safe practices for live fibres, sharp tools, cleaning fluids and microscopic fibre fragments.
Identify the additional splicing, inspection and testing equipment that may be required alongside a termination kit.
As the Knowledge Centre expands, these resources will support the Deluxe Fibre Optic Termination Kit Authority Hub and provide deeper answers to common installation questions.
Anderson Corporation supplies fibre optic infrastructure, connectivity, tools and test equipment for Australian telecommunications, commercial, industrial, education and data-network environments.
Therefore, we understand that a termination kit must fit into a larger work process. Cable preparation is only one stage. You may also need compatible pigtails, connectors, enclosures, cleaning products, fusion-splicing equipment and optical test instruments.
Our team can help you review the intended application and identify the additional equipment required for your workflow.
Most importantly, we do not treat every fibre project as identical. Cable construction, connector format, fibre type, termination method and test requirements can all change the equipment you need.
The RapidConnect® Deluxe Fibre Optic Termination Kit, SKU SHW-6500N, provides a comprehensive and portable tool selection for fibre cable preparation, cleaning, handling, splice protection and general field support.
It suits technicians and organisations that want more than a minimal termination set. In particular, the combination of specialist cable-opening tools, buffer tube preparation equipment, cleaning accessories and common hand tools makes it a practical foundation for professional field and workshop use.
However, always review your complete workflow before ordering. Fusion splicing, connector installation, end-face inspection and optical testing may require additional equipment.
Contact Anderson Corporation to discuss the Deluxe Fibre Optic Termination Kit, confirm the current kit contents or identify other tools and equipment for your fibre installation requirements.
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!
| File | File size |
|---|---|
| rapidconnect Deluxe Fibre Optic Termination Kit | 642 KB |
