- (61) 3 9761 7600
- sales@andcorp.com.au
The RapidConnect® Fast Connector Termination Kit provides the essential tools required to prepare 250 micron, 900 micron, 2 mm, 3 mm and compatible FTTH flat drop fibre for pre-polished fast connectors. Supplied in a protective hard carry case, it supports accurate stripping, cleaning, precision cleaving and safe fibre-shard disposal.
The RapidConnect® Fast Connector Termination Kit gives you the essential fibre preparation tools required to install compatible pre-polished fibre optic fast connectors. In particular, the kit helps you prepare 250 micron coated fibre, 900 micron buffered fibre, 2 mm and 3 mm fibre cable, and selected FTTH flat drop cable constructions.
A protective hard carry case keeps the tools organised, secure and ready for transport. As a result, you can carry the equipment needed for cable preparation, fibre stripping, aramid yarn cutting, precision cleaving, cleaning and fibre-shard disposal in one compact kit.
The kit suits telecommunications networks, commercial data networks, local area networks, security systems, FTTx deployments and fibre maintenance work. Therefore, it provides a practical choice when you need to install compatible pre-polished connectors in the field.
Unlike a large general-purpose fibre toolkit, the RapidConnect® Fast Connector Termination Kit focuses on the preparation stages associated with fast connector installation. Consequently, you receive a portable and purpose-selected group of tools without paying for equipment intended for unrelated termination methods.
A successful field termination requires much more than fitting a connector to the end of a fibre. First, you must identify the fibre or cable construction. Next, you must remove the correct amount of jacket, buffer and coating. Finally, you must clean and cleave the glass before inserting it into the connector.
Each stage can affect the finished connection.
For example, contamination on the glass can increase attenuation. Likewise, a poor cleave can prevent the field fibre from meeting the connector’s internal fibre stub correctly. Incorrect preparation dimensions may also affect fibre alignment, cable retention and strain relief.
The Fast Connector Termination Kit brings the principal preparation tools together in one organised case. Therefore, it helps you establish a more consistent field termination process. In addition, the organised layout makes it easier to check that you have every essential preparation tool before travelling to site.
A fast connector termination kit contains the tools you need to prepare optical fibre for a compatible field-installable connector. Generally, a pre-polished fast connector contains a factory-polished ferrule, a short internal fibre stub and a mechanical fibre alignment system.
Instead of polishing the ferrule in the field, you prepare the incoming fibre and insert it into the connector. The connector’s internal mechanism then aligns and retains the incoming fibre.
This approach can reduce the number of processes you need to complete at the installation site. For example, the factory-polished ferrule removes the need for field polishing. In addition, the connector can remove epoxy mixing and curing from the termination process.
However, a fast connector still requires accurate fibre preparation.
A typical installation involves:
Therefore, fast connectors simplify field termination without removing the need for appropriate training, compatible components and a controlled installation process.
The RapidConnect® kit provides the principal fibre preparation tools. Meanwhile, you can select the connectors, cleaning fluid and optical test equipment that match your project requirements.
The termination kit complements RapidConnect® Fast Connectors, which include SC, SC/APC, LC and LC/APC configurations.
Different RapidConnect® fast connector models accommodate different fibre and cable constructions. Depending on the model you select, the connector may suit:
Therefore, you should match the connector to the incoming fibre or cable before beginning the termination.
A connector intended for 250 or 900 micron fibre will not automatically suit a 2 mm or 3 mm cable. Likewise, a cable connector may use different strain-relief components from a connector intended for coated or buffered fibre.
You must also match the connector interface to the intended adaptor or equipment port. For example, an SC connector requires an SC interface, while an LC connector requires an LC interface. Similarly, you should only mate an APC connector with a compatible APC interface.
When selecting a fast connector, consider:
The termination kit prepares the incoming fibre. However, your selected fast connector determines the final optical interface.
A pre-polished fast connector contains a ferrule that the manufacturer has polished during production. Inside the connector, a short factory-terminated fibre stub extends from the ferrule towards a mechanical alignment point.
During installation, you strip, clean and cleave the incoming fibre. Next, you insert the prepared fibre until it meets the internal fibre stub. Finally, you activate the connector mechanism to secure the incoming fibre and maintain alignment.
This construction removes field polishing from the installation process. In addition, it can remove the need for adhesive preparation and curing. Therefore, pre-polished connectors can provide a practical option for field installations, restoration work and projects where fusion splicing does not form part of the selected termination method.
Nevertheless, the connector still contains an internal fibre interface. Consequently, its optical performance depends on the condition and alignment of both fibre ends.
A reliable installation requires:
Even a high-quality connector cannot compensate for poor fibre preparation. For this reason, the fibre stripper, precision cleaver and cleaning components form the foundation of the kit.
The RapidConnect® Fast Connector Termination Kit can prepare several common fibre and cable formats. However, you must also select a connector that matches the prepared fibre or cable.
Standard optical fibre generally contains 125 micron glass beneath a protective coating that increases the overall diameter to approximately 250 microns.
The fibre stripper removes this coating over the required preparation length. Afterward, you clean and cleave the exposed glass before inserting it into the connector.
Because bare fibre remains fragile, you should avoid excessive bending, side loading and repeated stripping. In addition, you should check that no coating residue remains on the glass before cleaving.
Many fibre optic pigtails and indoor distribution cables contain fibres with a 900 micron buffer. Depending on the construction and connector requirements, you may need to remove both the 900 micron buffer and the underlying 250 micron coating.
The tri-hole stripper supports the controlled removal of common buffer and coating dimensions. However, you must select the correct stripping aperture. Otherwise, an unsuitable opening may damage the glass or leave unwanted material on the fibre.
A 2 mm fibre cable generally contains strength members and an outer jacket around the buffered fibre. Therefore, preparation may involve jacket removal, aramid yarn trimming, buffer stripping, cleaning and precision cleaving.
You must also select a fast connector that can accept and retain the 2 mm cable. Otherwise, cable movement may transfer unwanted strain to the prepared fibre.
A 3 mm fibre cable requires a similar preparation process. However, its larger outside diameter requires a compatible connector body, boot or strain-relief arrangement.
Therefore, you should confirm the nominated cable range before starting work. A connector for 2 mm cable will not necessarily accept a 3 mm cable.
FTTH flat drop cable can contain strength members positioned beside the optical fibre. Consequently, you need a suitable tool to open the outer cable construction without damaging the internal fibre.
The kit includes an FTTH flat drop optical cable stripper for this preparation stage. Nevertheless, flat drop cable constructions can vary. Therefore, you should confirm compatibility between the stripping tool, your cable and your selected fast connector.
The standard RapidConnect® Fast Connector Termination Kit includes:
The product image also shows space for an optical power meter and a Yamasaki TVFI Visible Fault Identifier. However, these optional instruments do not form part of the standard kit unless your quotation specifically includes them.
The tri-hole fibre optic stripper allows you to remove different layers from common fibre constructions. Each aperture supports a particular preparation stage or material diameter.
Depending on your fibre or cable construction, the apertures can assist with:
The different apertures allow you to progress from the larger outer material towards the bare glass fibre. As a result, one compact tool can support several preparation stages.
A clean and correctly maintained stripper helps you achieve more consistent results. Conversely, contamination or physical damage around an aperture can scratch the fibre, leave coating residue or place unnecessary stress on the glass.
Good stripping technique relies on control rather than force. First, measure and position the fibre. Next, close the correct aperture around the material. Finally, pull the stripper smoothly along the fibre axis.
If the action feels inconsistent, stop and check the tool and fibre. Repeatedly pulling a damaged fibre through the stripper can create further defects and lead to breakage during connector assembly.
The optical fibre precision cleaver creates the flat fibre end required for fast connector installation. First, the cleaver scores the glass in a controlled manner. It then applies tension so the fibre separates along that score.
A suitable cleave allows the incoming fibre to meet the connector’s internal fibre stub correctly. Conversely, a poor cleave may create a gap, angular misalignment or unstable contact inside the connector.
Cleaver performance depends on:
You should place the cleaver on a stable surface before use. Furthermore, avoid touching the exposed glass after cleaning because skin oils and airborne contamination can affect the internal fibre interface.
Cleaver blades gradually wear at each cutting position. Therefore, you should monitor cleave consistency and follow the approved blade-rotation procedure when necessary. Eventually, the cleaver may require a replacement blade.
However, you should not change the blade height or other precision settings without following the cleaver instructions. Incorrect adjustment can reduce cleave consistency rather than improve it.
Many fibre cables contain aramid yarn strength members, often described as Kevlar®. Standard scissors may struggle to cut this material cleanly. As a result, the yarn can fray, pull or interfere with connector assembly.
The included Kevlar scissors cut aramid yarn more effectively. Therefore, you can trim the strength members to the length required for the connector or cable preparation method.
You should cut the yarn rather than tear it away from the cable. Pulling it can disturb the cable construction or place stress on the buffered fibre.
Some cable connectors use the aramid yarn as part of their strain-relief arrangement. Therefore, you should retain and position the required yarn length when the connector instructions specify it.
The FTTH flat drop optical cable stripper helps you open a compatible flat cable while managing the strength members positioned beside the fibre.
This specialised tool can improve consistency compared with improvised cutting methods. In particular, it reduces your reliance on utility knives or general-purpose blades that may cut too deeply and damage the internal fibre.
Before using the tool:
The stripper supports flat drop cable access. However, it cannot suit every possible flat drop construction. Therefore, you should verify compatibility when your cable differs from the expected design.
Cleanliness plays a critical role in fibre termination. Dust, coating residue and skin oils can affect either the internal fibre interface or the external connector endface.
The fibre optic cleaning cube gives you suitable wiping material for cleaning stripped fibre during preparation. However, you should always expose a clean section rather than repeatedly using a contaminated area.
Where your procedure requires an approved fibre cleaning fluid, apply a controlled amount to the cleaning material. Next, draw the stripped fibre across the dampened section. Finally, use a clean, dry section where your procedure calls for a wet-to-dry cleaning technique.
Avoid saturating the fibre or connector. Otherwise, excess fluid may carry dissolved contamination into the connector or remain around the internal alignment components.
Cleaning should occur immediately before cleaving and connector insertion. If the bare fibre touches a bench, glove, cable jacket or unclean surface, clean it again before proceeding.
You can learn more about contamination control in our guide to Fibre Connector Cleaning – How to Do It Right.
The dispensing bottle allows you to apply an approved fibre cleaning fluid to suitable cleaning material in a controlled manner. In addition, its locking mechanism helps reduce leakage while you transport the kit.
The standard kit includes the bottle. However, it does not include fibre cleaning fluid unless your quotation states otherwise.
Always select, label, store and use cleaning fluid according to your workplace procedures and the applicable safety data sheet. Therefore, never store an unidentified liquid inside the bottle.
In addition, keep the bottle closed when you do not need it. Do not pour cleaning fluid directly into a connector. Instead, dispense a small, controlled quantity onto the approved cleaning material.
Cleaved fibre shards create a small but serious hazard. They remain extremely sharp and often become difficult to see. Consequently, you must never leave them on a bench, floor, cable drum or inside the carry case.
The included fibre optic disposal unit gives you a dedicated container for stripped and cleaved fibre remnants.
Place every shard directly into the unit. Moreover, never collect fibre shards with bare hands, brush them onto the floor or place them in an open general-waste container.
Keep the disposal unit closed during transport. Finally, dispose of its contents according to your organisation’s approved procedure.
The kit includes safety glasses to help protect your eyes during fibre preparation.
Optical fibre can break unexpectedly during stripping, cleaning or cleaving. Therefore, eye protection should form part of a broader safe work process. That process should also include controlled shard disposal, suitable lighting, an organised work area and appropriate training.
Safe Work Australia explains that workplaces must select PPE that suits both the worker and the task hazards. In addition, workplaces must provide information, training and instructions about its correct use. You can review the applicable Safe Work Australia guidance on personal protective equipment.
Safety glasses provide an important control. However, they do not replace correct fibre-handling practices.
The six-inch side cut pliers support general cable preparation tasks. For example, you may use them to trim suitable non-optical cable components where the preparation procedure permits.
However, do not use the side cutters to cleave glass fibre. Likewise, use the Kevlar scissors rather than side cutters for aramid yarn.
Using each tool for its intended purpose helps maintain tool condition. As a result, you can achieve a cleaner and more consistent preparation process.
The black marker allows you to identify cables, preparation points and associated components during installation.
Clear identification becomes particularly valuable when you work with several fibres, circuits or termination points. However, do not apply marker ink to bare glass or any surface that enters the connector’s internal alignment mechanism.
The protective hard carry case keeps the fibre preparation tools together and protects them during transport and storage.
An organised case provides several practical benefits:
Keep the case clean, dry and closed when you do not need it. Furthermore, account for every tool before leaving the worksite.
Do not return wet, contaminated or damaged tools directly to the case. Instead, clean, inspect or isolate them according to your workplace procedure.
The exact preparation dimensions and installation sequence depend on your selected connector. Therefore, always follow the instructions supplied with that connector.
Nevertheless, most pre-polished fast connector installations follow a similar process.
Before cutting the cable, confirm:
This step prevents you from preparing a cable for an unsuitable connector.
Place the kit on a stable and well-lit surface. In addition, keep food and drinks away from the work area. Position the fibre disposal unit within easy reach before stripping begins.
Some connectors require you to slide a boot, rear housing or strain-relief component over the cable before stripping.
Therefore, check the assembly sequence before you start. Otherwise, you may need to remove a completed connector and repeat the termination.
Use the connector instructions or supplied measuring fixture to mark the required preparation length. Most importantly, do not estimate the strip and cleave dimensions by eye.
For 2 mm, 3 mm or flat drop cable, remove the required jacket section with the appropriate tool. Next, inspect the internal fibre and strength members for damage.
Use the Kevlar scissors to cut the aramid yarn cleanly. However, retain any yarn that the connector uses as part of its strain-relief system.
Select the correct aperture in the tri-hole stripper. Then remove only the specified length. In addition, avoid repeatedly stripping the same section of fibre.
Place all glass remnants into the fibre disposal unit immediately. Meanwhile, remove larger cable remnants according to your site waste procedure.
Use approved cleaning material and suitable fibre cleaning fluid where required. Continue until no coating residue remains on the glass.
Position the fibre in the precision cleaver at the specified length. Then complete the cleave without touching the prepared end.
Guide the fibre into the connector along the correct path. Depending on the connector, a controlled fibre bow may indicate that the incoming fibre has reached the internal fibre stub.
Lock the connector according to its instructions. Do not improvise this sequence because different connectors can use different retention mechanisms.
Secure the boot, clamp or rear housing. As a result, the connector can retain the cable without transferring normal handling loads directly to the bare fibre.
The factory-polished ferrule can still collect contamination during handling. Therefore, inspect and clean the external endface before mating whenever your approved procedure requires it.
Finally, test the connection according to your project requirements. Testing may include continuity, visible fault identification, insertion loss or broader link certification.
The cleave creates one side of the connector’s internal optical interface. Therefore, its geometry affects how the incoming fibre meets the factory-prepared fibre stub.
Potential cleave defects include:
These defects can create a gap, poor alignment or unstable contact. Consequently, the finished connector may produce excessive insertion loss or inconsistent performance.
If the prepared fibre shows visible damage, do not repeatedly insert it into the connector. Instead, review the installation procedure and prepare the fibre again where the connector design permits.
You should also monitor cleaver performance over time. For example, if termination quality becomes inconsistent, inspect the cleaver blade, clamps and fibre supports.
Contamination can enter the termination at several points. For example, it may come from coating residue, dust, skin oils, a dirty stripper, a contaminated wipe or an exposed connector endface.
Therefore, cleaning should form part of the entire preparation process rather than a single action at the end.
Good fibre preparation includes:
A new connector can still collect contamination during field handling. Consequently, you should not treat a fitted dust cap as proof of endface cleanliness.
Visual appearance alone cannot confirm optical performance. For example, a connector may look secure even though the fibre has not reached the correct internal position.
Therefore, select a test method that matches your project requirements.
A visible fault identifier launches visible red light into the fibre. As a result, it can support continuity checks, fibre identification and the location of some severe bends, breaks or incorrectly assembled connections.
The Yamasaki TVFI Visible Fault Identifier provides this type of field functionality. In addition, the termination kit carry case provides allowance for this optional instrument.
However, visible red light does not provide a quantitative insertion-loss measurement. A connector may pass visible light while still exceeding your project’s optical loss allowance.
An optical power meter measures received optical power at a supported wavelength. When you use it with a suitable light source and correct reference procedure, the meter can help you determine link insertion loss.
The Yamasaki TPU1 Intelligent Power Meter supports optical power measurement across common singlemode and multimode wavelengths.
However, your test instruments, reference leads, wavelengths and acceptance limits must match the fibre and project requirements.
Connector endface inspection helps you identify external ferrule contamination and physical damage. However, your inspection equipment must suit the connector format and your optical safety procedure.
Most importantly, never look directly into a fibre, connector or equipment port to determine whether it carries an active signal.
Fast connector termination and fusion splicing solve different installation requirements.
A fast connector creates a field-installable connector directly on the prepared fibre or cable. By contrast, fusion splicing joins two prepared fibres by aligning and fusing the glass.
Neither method provides the best answer for every project. Instead, select the method that suits your network architecture, optical performance requirements, environment and maintenance strategy.
The Fast Connector Termination Kit does not include a fusion splicer, splice protection sleeves or all the cable preparation tools required for fusion-splicing work.
Traditional field-polished connectors can require adhesive preparation, fibre insertion, curing, scoring and several polishing stages.
By comparison, pre-polished fast connectors use a factory-finished ferrule. Consequently, they remove field polishing and adhesive curing from your installation process.
This approach can provide:
However, pre-polished connectors still depend on accurate stripping, cleaning, cleaving and fibre alignment. Therefore, they simplify field termination without removing the need for a controlled process.
Use the kit to prepare compatible fibre for field connector installation, equipment connection and service restoration.
However, always check the connector and termination method against the network owner’s specification.
Fast connectors can support fibre-to-the-premises, fibre-to-the-home and other access-network applications. In addition, the included flat drop stripper can prepare compatible FTTH cable constructions.
Nevertheless, you must match the connector to the drop cable and follow the network owner’s approved procedure.
Use the kit for compatible field terminations inside communications rooms, floor distributors, equipment cabinets and protected commercial pathways.
However, you still require a clean and stable preparation surface. Therefore, avoid preparing bare fibre inside a cramped cabinet if a more suitable work area remains available nearby.
The kit can support compatible backbone, horizontal and equipment connections within fibre-based local area networks.
However, the completed link must still satisfy your project’s optical loss, polarity and documentation requirements.
Fast connectors may suit selected data-centre maintenance, restoration and field connection tasks.
However, many data centres use factory-terminated assemblies, fusion-spliced pigtails or pre-terminated fibre systems. Therefore, confirm that your facility permits fast connector termination before starting work.
Fibre networks can support CCTV, access control and perimeter systems across large sites. Consequently, a compact termination kit can provide a practical solution at remote equipment locations where your project permits field-installed connectors.
Industrial facilities often use fibre to provide electrical isolation and reliable communications. However, your selected termination method must suit the enclosure, environmental conditions, vibration exposure and maintenance strategy.
Use the kit to prepare a replacement field connector when a connector or cable end suffers damage.
Nevertheless, you should first identify the cause of the failure. Replacing a connector alone will not correct ongoing cable stress, excessive bending, contamination or environmental damage.
The standard kit does not contain every product required to complete and certify a fibre installation.
Unless your quotation states otherwise, the kit does not include:
Therefore, the kit provides the principal fibre preparation tools rather than an entire installation and certification system. You can then select the connectors, consumables, test instruments and additional tools required for your project.
Anderson Corporation offers several termination kits for different levels of fibre preparation and installation work.
Choose the RapidConnect® Fast Connector Termination Kit when you primarily need to prepare compatible fibre for pre-polished fast connectors.
Alternatively, the Basic Fibre Optic Termination Kit provides a different combination of general field tools. Meanwhile, the Deluxe Fibre Optic Termination Kit offers a larger tool selection for broader cable preparation and termination activities.
Before choosing your kit, consider:
Choosing the smallest suitable kit can improve portability. However, an overly narrow tool selection may leave you without the required cable-access or testing equipment.
Treat your fibre termination kit as precision equipment rather than a collection of general hand tools.
After each job:
The cleaver requires particular attention because contamination can affect fibre placement and cleave consistency. However, only use approved cleaning methods on its precision components.
Similarly, do not sharpen or modify the fibre stripper in the field. Instead, inspect or replace it if it begins scratching or breaking fibres.
Potential causes include:
Therefore, check the entire preparation and testing process rather than assuming that one component caused the problem.
Potential causes include:
Consequently, inspect both the tool and fibre before attempting another termination.
Potential causes include:
Therefore, never force the fibre into the connector.
Potential causes include:
However, remember that a visible-light check only provides basic diagnostic information.
Visible light can confirm basic continuity. However, it does not measure insertion loss.
The connection may still contain:
Therefore, use quantitative test equipment when your project requires optical loss verification.
Potential causes include:
Consequently, check both connector compatibility and the assembly procedure.
The kit includes a tri-hole fibre stripper, fibre cleaning cube, locking 250 ml dispensing bottle, black marker, Kevlar scissors, fibre disposal unit, six-inch side cutters, safety glasses, FTTH flat drop stripper, optical fibre precision cleaver and hard carry case.
No. You can order the required RapidConnect® fast connectors separately.
The kit includes a 250 ml dispensing bottle. However, you must source, label, store and use the cleaning fluid according to your workplace requirements.
Yes. The tri-hole stripper can prepare common 250 micron coated fibre when you use the correct aperture and technique.
Yes. However, your selected fast connector must also suit 900 micron fibre.
Yes, the tools support compatible 2 mm and 3 mm fibre cable preparation. Nevertheless, you must select a fast connector that matches your cable diameter.
Yes, the kit includes an FTTH flat drop optical cable stripper. However, confirm compatibility with your particular cable construction.
Yes, the preparation tools can support compatible singlemode and multimode fibre constructions. However, the connector and test method must also match your fibre.
Yes, provided you select an SC/APC fast connector that suits the incoming fibre or cable. In addition, you must connect the SC/APC connector to a compatible APC interface.
Yes, the kit can prepare fibre for compatible LC and LC/APC fast connectors.
No. The kit focuses on fibre preparation for compatible pre-polished fast connectors.
Yes. The standard kit includes an optical fibre precision cleaver.
The incoming fibre must meet the connector’s internal pre-polished fibre stub. Therefore, cleave quality can directly affect optical performance.
No. However, the carry case provides allowance for optional optical test equipment.
No. You can add a Yamasaki TVFI as an optional field test instrument.
No. A TVFI can support continuity checks, fibre identification and basic fault finding. However, quantitative loss testing requires suitable optical test equipment and a correct reference method.
No tool kit can guarantee connector performance by itself. Instead, performance depends on connector quality, compatibility, fibre preparation, cleave quality, cleanliness, correct assembly and testing.
Yes. Fibre termination involves sharp glass shards, precision preparation and potentially active optical systems. Therefore, appropriately trained personnel should complete the work according to workplace and connector-specific procedures.
Yes, where your approved process requires inspection. A factory-polished connector can still collect contamination during field handling.
Place every shard directly into the included fibre disposal unit. Most importantly, never handle shards with bare hands or leave them on the work surface.
No. Never look directly into an optical fibre, connector or equipment port. Instead, use suitable test equipment and follow your optical safety procedure.
Product: RapidConnect® Fast Connector Termination Kit
Ordering Code: STFK-08F
Choosing the right Fast Connector Termination Kit involves more than selecting a case that contains a stripper and cleaver. Instead, you need to consider connector compatibility, fibre construction, preparation dimensions, cleave quality, contamination control, inspection and optical testing.
The Anderson Corporation Knowledge Centre helps you understand these requirements and make more informed fibre termination decisions.
Whether you need to install an FTTx connection, restore a telecommunications link, terminate fibre inside a commercial building or maintain a remote network, our resources explain the principles behind reliable field connector installation.
Learn how SC, LC, PC, UPC and APC connector formats affect compatibility with your equipment and fibre network.
Understand the differences between 250 micron coated fibre, 900 micron buffered fibre, 2 mm cable, 3 mm cable and FTTH flat drop cable.
Learn how correct tool selection and stripping technique help protect the glass fibre during preparation.
Understand how cleave length, blade condition, fibre placement and cleave quality affect the internal connector interface.
Explore the importance of cleaning stripped fibre and connector endfaces before completing and mating a connection.
Learn how preparation measurements, fibre insertion, mechanical locking and cable strain relief work together.
Understand the difference between visual fault identification, optical power measurement, insertion-loss testing and connector endface inspection.
Learn how to control fibre shards, cleaning fluids, sharp tools and potentially active optical fibres.
Compare fast connectors with fusion-spliced pigtails and epoxy-and-polish connectors before choosing your termination method.
Together, these resources make the Fast Connector Termination Kit Authority Hub a central source of information about pre-polished connector preparation, installation and verification.
The RapidConnect® Fast Connector Termination Kit brings the principal fibre preparation tools for pre-polished fast connector installation together in one protective hard case.
As a result, you do not need to rely on improvised tools or an unorganised collection of equipment. Instead, you receive a consistent platform for stripping, cleaning, cleaving and safely managing fibre remnants.
The kit gives you:
Most importantly, the kit supports a disciplined field termination process. When you combine the correct tools with compatible RapidConnect® fast connectors, accurate preparation, effective contamination control and appropriate testing, you can create reliable fibre connections across a wide range of network applications.
For help selecting a RapidConnect® fast connector, fibre optic termination kit or optional Yamasaki test instrument, contact Anderson Corporation.
Experience the difference with Anderson’s Fast Connector 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!
