- (61) 3 9761 7600
- sales@andcorp.com.au
The RapidConnect MTP/MPO One Click Cleaner removes dust and oil from compatible multifibre connector end faces. Its single-push mechanism cleans unmated connectors and connectors installed behind compatible adaptors, while each unit provides more than 600 cleaning engagements.
The RapidConnect MTP/MPO One Click Cleaner provides a fast and practical way to clean MTP and MPO multifibre connector end faces. Dust, oil and other contamination can affect optical performance whenever technicians install, inspect, test or reconnect multifibre links. Therefore, regular and correctly performed cleaning forms an essential part of dependable fibre optic network maintenance.
Unlike simplex connectors, MTP and MPO connectors place multiple fibres within one rectangular ferrule. Consequently, even small contaminants can affect one or several fibre positions. Dirt may also transfer between two connector end faces during mating. For that reason, technicians should inspect and clean both sides of a connection before mating whenever suitable inspection equipment and procedures are available.
The RapidConnect cleaner uses a simple push action to advance its internal cleaning material across the connector end face. As a result, technicians can clean compatible MTP and MPO connectors without alcohol, wipes or complicated preparation. The integrated cap also supports the cleaning of unmated connector plugs. Meanwhile, removing or repositioning the cap allows the cleaner tip to access compatible connectors through an adaptor.
Each cleaner delivers more than 600 cleaning engagements. Therefore, one unit can support installation, commissioning and ongoing maintenance across data centres, telecommunications networks, enterprise infrastructure and other environments that use high-density multifibre connectivity.
| Product detail | Specification |
|---|---|
| Product | RapidConnect MTP/MPO One Click Cleaner |
| Ordering code | SOCC-MTP/MPO |
| Connector compatibility | MTP and MPO multifibre connectors |
| Cleaning locations | Unmated connectors and connectors installed in compatible adaptors |
| Cleaning method | Mechanical dry cleaning |
| Operation | Single-push engagement |
| Contaminants addressed | Dust and oil |
| Cleaning capacity | More than 600 engagements |
| Dimensions | 50 × 15 × 197 mm |
| Typical applications | Data centres, telecommunications networks, equipment rooms, test environments and high-density fibre systems |
Optical fibre carries information using light. Therefore, the condition of each fibre end face directly affects the optical path between two mated connectors. A clean connection allows light to pass from one fibre to the corresponding fibre with minimal interference from surface contamination.
However, airborne dust, skin oil, lint and handling residue can reach connector end faces during installation or maintenance. Protective caps reduce exposure during transport and storage, although they do not guarantee that a connector remains clean. Furthermore, technicians can transfer contamination from a dirty connector to a clean connector simply by mating the two components.
MTP and MPO interfaces require particular attention because one ferrule contains multiple fibre positions. Depending on the network design, a single connector may support parallel transmission, fibre aggregation or a structured cabling connection. Therefore, contamination across part of the ferrule can disturb several optical channels at once.
A particle may block or scatter light at one fibre position. Alternatively, oil may spread across a larger section of the ferrule during mating. Contamination can also prevent the ferrules from achieving consistent physical contact. Consequently, a link may experience increased insertion loss, unstable performance or test results that change after repeated reconnection.
Cleaning does not replace proper installation, inspection or testing. Nevertheless, it provides an important preventive maintenance step. When technicians use a suitable cleaner as part of a controlled inspect-clean-inspect process, they reduce the risk of avoidable contamination-related problems.
An MTP/MPO one click cleaner is a handheld tool designed for the dry cleaning of compatible multifibre connector end faces. The cleaner contains a controlled cleaning material that moves across the ferrule when the operator presses the tool forward.
This action lifts and removes suitable surface contamination without requiring liquid cleaning fluid. Therefore, the technician can complete routine connector cleaning quickly and with minimal preparation.
The term “one click” describes the cleaner’s push-to-engage operation. However, technicians should still use a deliberate and controlled technique. The objective is not simply to produce an audible click. Instead, the cleaner must align correctly with the connector interface and complete its full cleaning movement.
The RapidConnect MTP/MPO One Click Cleaner supports two common cleaning situations:
The attached cap helps align an unmated connector with the cleaner. Meanwhile, the cleaner tip provides access through a compatible adaptor when technicians need to clean the connector installed on the opposite side.
This dual-purpose format reduces the number of separate cleaning tools required for routine field and equipment-room work.
MPO means multifibre push-on. It describes a standardised multifibre connector format that places multiple fibres within a rectangular ferrule. The design allows many optical fibres to connect within a compact space.
MTP is a registered connector brand developed within the broader MPO interface family. Consequently, people often use the combined expression “MTP/MPO” when discussing multifibre cabling, adaptors, inspection equipment and cleaning tools.
Although the terms appear together, they should not suggest that every MPO connector is an MTP-branded connector. Instead, the RapidConnect cleaner supports compatible connectors that use the relevant multifibre ferrule format.
These connectors commonly appear in structured cabling systems, high-density patching environments, data centres and parallel-optics applications. They can support different fibre counts and configurations. Moreover, connectors may use different key orientations, polish types, genders and polarity arrangements.
The cleaner addresses connector end-face contamination. However, it does not identify polarity, verify fibre mapping, measure insertion loss or determine whether the installed connector configuration suits the network. Therefore, technicians must treat cleaning as one part of a broader inspection and testing process.
Technicians often refer to “cleaning an adaptor,” although the cleaner usually passes through the adaptor to reach the connector end face behind it. Understanding this distinction helps prevent incorrect tool use.
An unmated connector is accessible outside an adaptor. In this situation, the technician uses the cleaner’s attached cap or connector-facing cleaning interface to align the connector with the cleaning mechanism.
The operator inserts the connector carefully and then presses the cleaner through its full engagement. This action advances the internal cleaning material across the ferrule.
Unmated connector cleaning commonly occurs before installation, during commissioning, after inspection or whenever a technician disconnects a patch lead or trunk assembly.
A connector may remain installed behind an adaptor, cassette port or equipment interface. Therefore, its end face may not be directly accessible by hand.
In this situation, the cleaner tip enters the compatible adaptor and aligns with the installed connector. The operator then pushes the cleaner until the mechanism completes its cleaning cycle.
This access method helps technicians clean connectors inside high-density panels without dismantling the surrounding infrastructure. However, they must confirm that the cleaner aligns correctly and enters without excessive force.
The RapidConnect cleaner performs a mechanical dry-cleaning action. When the technician presses the tool forward, the mechanism moves fresh cleaning material across the connector end face. At the same time, the tool advances the used cleaning section away from the contact area.
This controlled movement provides several practical advantages.
First, the cleaner does not require a separate bottle of cleaning fluid. Therefore, technicians avoid liquid preparation and reduce the number of loose consumables carried into the work area.
Second, the enclosed mechanism protects most of the internal cleaning material until use. As a result, the operator does not need to handle the cleaning surface directly.
Third, the push action supports repeatable operation. Nevertheless, correct alignment remains important because the cleaner must contact the intended ferrule surface.
Finally, the cleaner supports more than 600 engagements. This capacity makes it suitable for technicians who regularly install, test or maintain multifibre systems.
Connector contamination can take several forms. The RapidConnect cleaner is specifically intended to remove dust and oil from compatible MTP and MPO connector end faces.
Dust can enter a connector during installation, testing, storage or routine maintenance. Even a small airborne particle can move onto the fibre contact area when a protective cap comes off.
Furthermore, mating pressure can move or compress particles across the ferrule. One particle may then affect multiple fibre positions or transfer to the opposing connector.
Dry cleaning can lift many loose particles from the end face. However, technicians should inspect the connector whenever possible because the appearance and location of contamination may vary.
Touching a connector end face can leave oil and residue from the skin. For this reason, technicians should never handle the ferrule surface directly.
Oil can spread under mating pressure. Consequently, contamination that initially appears localised may cover a wider area after the connector enters an adaptor.
The cleaner’s controlled mechanical action helps address oil contamination. Nevertheless, severe or persistent contamination may require a defined wet-to-dry cleaning process using approved materials and procedures.
Technicians may introduce residue through contaminated gloves, tools, work surfaces or protective caps. Therefore, good handling practices remain essential even when a cleaning tool is available.
A cleaner can remove suitable contamination from the ferrule, but it cannot compensate for an uncontrolled work environment. Accordingly, users should keep connectors capped when not in use and store the cleaning tool in a clean, dry location.
Protective caps form an important barrier against physical damage and environmental exposure. However, a capped connector should not automatically be treated as a clean connector.
Manufacturing residue, packaging particles and dust within the cap can reach the ferrule. Additionally, a previously used cap may carry contamination from another connector or work surface. Condensation and temperature changes can also affect equipment stored or transported between environments.
Therefore, technicians should not rely on appearance, packaging or a dust cap alone. Instead, they should inspect the connector before mating whenever their procedure and equipment support end-face inspection.
If inspection is unavailable, cleaning before connection may reduce contamination risk. However, inspection remains the preferred way to determine whether cleaning succeeded.
A disciplined workflow improves consistency and reduces unnecessary cleaning. Although site procedures may differ, the following sequence provides a practical foundation.
Start with a clean and stable work area. Keep food, drinks, dust-producing materials and unnecessary packaging away from exposed fibre connectors.
Next, confirm that the inspection probe, cleaning tool and test equipment suit the connector type. Also check that the cleaner has not reached the end of its usable engagement capacity.
Follow the organisation’s equipment and laser safety procedures before disconnecting a fibre link. Never look directly into an optical connector or adaptor.
Additionally, confirm that disconnecting the link will not interrupt an active service unexpectedly. Network maintenance should follow the approved operational process for the site.
Use a suitable multifibre inspection system to examine the connector end face. A compatible inspection system should allow the technician to review the relevant fibre positions and ferrule area.
If the connector meets the applicable cleanliness criteria, avoid unnecessary cleaning. Repeated cleaning without inspection can waste engagements and may introduce contamination through poor handling.
Align the RapidConnect cleaner with the connector or adaptor. Then press forward using a smooth, controlled movement until the cleaning cycle completes.
Avoid twisting, rocking or forcing the tool. Incorrect movement may reduce cleaning effectiveness or damage the cleaner, connector or adaptor.
After cleaning, inspect the end face again. If contamination remains, repeat the cleaning process using another fresh engagement.
Persistent residue may require an alternative approved method. For example, a site procedure may specify wet-to-dry cleaning before final dry cleaning and reinspection.
Cleaning only one side can leave the connection vulnerable. A contaminated mating connector may immediately transfer dirt onto the connector that was just cleaned.
Therefore, inspect and clean both sides before mating wherever access and procedures allow.
Mate the connectors carefully without touching the ferrules. Ensure that the connector seats correctly and that the mechanical interface engages as intended.
Finally, complete the required optical testing or service verification. Cleaning supports performance, although it does not replace insertion-loss testing, polarity verification or network diagnostics.
Follow the cleaner manufacturer’s operating instructions and the site’s approved fibre handling procedure. The following general method explains the intended process:
Do not place a cleaned connector on a bench or allow the ferrule to contact clothing, packaging or tools. Otherwise, the connector may become contaminated again before installation.
Cleaning through an adaptor allows the tool to reach an installed connector without removing it from the opposite side. However, the tool must suit the adaptor and align correctly.
Use the following general process:
Never force the cleaning tip through an incompatible port. Additionally, do not assume that every rectangular optical interface accepts the same cleaner. Equipment manufacturers may use different connector formats or access arrangements.
Each RapidConnect MTP/MPO One Click Cleaner provides more than 600 cleaning engagements. This capacity supports repeated use across installation, testing and maintenance activities.
The actual service period depends on how often technicians clean connectors. For example, a field installer commissioning new links may use many engagements within one project. In contrast, an equipment-room technician may use the cleaner less frequently for scheduled maintenance.
Users should treat each completed push as one engagement. Therefore, repeated clicking without inspection can consume the cleaner unnecessarily.
The cleaner is a consumable tool rather than a refillable cleaning system. Once it reaches the end of its usable cleaning material or stops operating correctly, replace the unit. Do not attempt to dismantle or refill the mechanism unless the manufacturer specifically authorises that process.
The cleaner suits organisations that install, test or maintain compatible multifibre connectivity.
Data centres use high-density fibre connections to support switching, storage, backbone links and structured cabling. Because rack and panel space remains valuable, multifibre systems can consolidate many fibre paths within compact interfaces.
However, high port density can make cleaning access more challenging. The cleaner’s narrow tip and push action help technicians reach compatible connectors installed behind adaptors and cassette ports.
Routine cleaning can support commissioning, moves, additions, changes and fault investigation. Nevertheless, data centre teams should combine cleaning with inspection and documented testing.
Telecommunications facilities may use multifibre connectors within distribution frames, transmission equipment and structured optical assemblies. Therefore, technicians require a portable cleaning method that fits routine installation and maintenance workflows.
The dry-cleaning mechanism avoids the need to prepare liquid cleaning materials for every routine engagement. As a result, the cleaner can provide a convenient option for controlled field or facility use.
Large offices, campuses, hospitals, universities and government facilities may use multifibre backbone cabling to connect communications rooms and equipment areas.
Although technicians may access these connections less frequently than conventional patch leads, contamination can still arise during commissioning, upgrades or fault investigation. Keeping an appropriate cleaner available helps teams address connector cleanliness before they reconnect critical links.
High-density panels place many optical connections within limited rack space. Therefore, technicians need tools that can reach ports without disturbing adjacent connectors.
The RapidConnect cleaner supports compatible adaptor access. However, users should still work carefully because nearby fibres may carry active services.
Test leads, reference cords and trunk assemblies may undergo repeated connection cycles during commissioning. Consequently, they face regular exposure to handling and contamination.
Cleaning and inspecting these interfaces helps protect test accuracy. It also reduces the chance that a contaminated test cord will spread dirt across multiple installed links.
Development laboratories, production environments and equipment test areas may use MTP or MPO interfaces for evaluation and verification. Since these connectors can experience frequent mating cycles, a repeatable cleaning process becomes particularly important.
Connector contamination does not always produce a complete service failure. Instead, it may cause smaller and less obvious performance problems.
Insertion loss measures the optical power lost as light passes through a connection or component. Dirt near a fibre core can block or scatter part of the optical signal. Therefore, a contaminated connection may produce higher loss than expected.
A connector can produce inconsistent measurements when contamination moves during mating or cleaning. Consequently, technicians may see a link pass one test and fail another.
Before replacing cable assemblies or equipment, inspect and clean the relevant interfaces. This step can eliminate contamination as a possible cause.
When a dirty connector mates with a clean connector, contamination can move between the two ferrules. As a result, both sides may require cleaning.
This transfer risk explains why cleaning only the easily accessible side does not provide a complete maintenance strategy.
Hard particles can become trapped between mated ferrules. Under pressure, those particles may contribute to scratches, pits or other physical damage.
Cleaning cannot repair a damaged fibre end face. Therefore, inspection remains essential when contamination persists or optical performance does not recover after cleaning.
The RapidConnect cleaner provides dry mechanical cleaning. This method works well for routine removal of dust and oil when the contamination responds to the cleaning material.
Dry cleaning offers several practical benefits:
However, no single cleaning method solves every contamination problem. Sticky, heavy or persistent residue may remain after one or more dry-cleaning cycles.
In those cases, an approved wet-to-dry procedure may provide another option. This process uses a suitable fibre optic cleaning fluid sparingly before completing the cleaning action on a dry surface.
Technicians should never flood an adaptor or connector with solvent. Excess fluid can carry dissolved contamination, leave residue or migrate into areas that remain difficult to inspect.
After any wet-to-dry process, complete a final inspection. Then use a dry cleaning step if the approved procedure requires it.
Clear product boundaries help customers choose the right maintenance tools. The RapidConnect MTP/MPO One Click Cleaner removes suitable dust and oil from compatible connector end faces. However, it does not perform every inspection, testing or repair function.
The cleaner does not:
Therefore, technicians should use the cleaner within a complete fibre maintenance process rather than as a standalone diagnostic solution.
Cleaning may be appropriate at several stages of the connection lifecycle.
New connectors can collect contamination during manufacturing, packaging, transport or installation. Therefore, inspect them before the first mating.
If inspection identifies contamination, clean the connector and inspect it again.
Commissioning often involves multiple connection and test cycles. Consequently, test leads and installed connectors may accumulate or transfer contamination.
Include inspection and cleaning within the commissioning procedure rather than waiting for a failed result.
Opening a connection exposes both sides to the surrounding environment. Therefore, inspect the interfaces before reconnecting them.
Unexpected insertion loss or unstable performance may indicate contamination. Cleaning offers a practical early troubleshooting step, although it should follow inspection whenever possible.
Network modifications increase connector handling. Accordingly, technicians should maintain connector cleanliness throughout patching, migration and upgrade work.
A contaminated test lead can undermine otherwise careful measurements. Therefore, inspect and clean reference connectors and test interfaces according to the equipment manufacturer’s procedure.
Correct storage helps preserve the cleaner and reduces the risk of carrying contamination into a clean connection.
Keep the cleaner in a clean, dry location when not in use. Additionally, protect the cleaning tip and cap from dust, liquids and direct contact with dirty surfaces.
Do not store the cleaner loose with metal tools, cable offcuts or debris. Instead, place it in a dedicated fibre cleaning kit or protected compartment.
Avoid extreme heat, excessive moisture and harsh chemicals. Furthermore, do not immerse the cleaner in fluid or attempt to wash its internal mechanism.
Before use, inspect the external tip and cap for visible contamination or damage. If the cleaner has become wet, heavily contaminated or mechanically unreliable, replace it.
Even a convenient push cleaner can produce poor results when technicians use it incorrectly.
Blind cleaning may consume engagements without confirming whether the connector needed cleaning. It can also hide persistent damage that cleaning cannot correct.
Therefore, inspect before and after cleaning whenever suitable equipment is available.
The second connector may contaminate the cleaned ferrule immediately after mating. Accordingly, inspect and clean both sides.
A contaminated cap can redeposit particles on a clean connector. Replace damaged or dirty caps and keep clean caps protected.
A fingertip can deposit oil across the end face. Never touch the ferrule, even when it appears protected by the connector housing.
Excessive pressure does not improve cleaning. Instead, it may damage the tool or connector. Stop when the cleaner does not align normally.
The cleaner’s internal mechanism already controls the cleaning movement. Therefore, do not rotate or rock the tool unless its specific instructions require that action.
If contamination remains after several correct dry-cleaning cycles, another method or further investigation may be necessary. Continuing indefinitely can waste the cleaner without solving the underlying problem.
Simplex, duplex and multifibre connector interfaces require appropriate cleaning tools. An MTP/MPO cleaner should not replace cleaners designed for SC, LC or other connector formats.
When selecting a cleaner, consider the connector interface, access method, expected frequency of use and maintenance procedure.
First, confirm that the tool supports the installed MTP or MPO interface. Do not choose a cleaner solely because the port looks similar.
A practical cleaner should support both unmated plugs and connectors behind compatible adaptors. The RapidConnect cleaner provides this flexibility through its attached cap and cleaning tip.
Projects involving many multifibre links can consume cleaning engagements quickly. Therefore, consider the cleaner’s capacity when planning installation kits and spare consumables.
With more than 600 engagements, the RapidConnect cleaner supports ongoing professional use.
A controlled push mechanism can simplify routine cleaning. Nevertheless, teams should still train users in alignment, inspection and connector handling.
Field and facility technicians need cleaning tools that fit within their existing fibre maintenance kits. The RapidConnect cleaner’s handheld format supports portable use across equipment rooms and project sites.
The number of cleaners required depends on the number of connectors, inspection results, test cycles and expected rework.
A project should not assume one engagement per installed connection. Each optical connection contains two mating end faces, and technicians may need to clean them more than once. Furthermore, test cords and equipment interfaces also require attention.
For example, commissioning may involve:
Therefore, project planners should include a reasonable consumable allowance rather than calculating only from the number of adaptors.
Keeping spare cleaners available also reduces delays when an active unit reaches the end of its capacity or becomes damaged.
Reliable multifibre connectivity depends on more than any one component. Cable quality, connector geometry, installation practices, polarity management, inspection, cleaning and optical testing all contribute to the completed system.
The RapidConnect MTP/MPO One Click Cleaner supports the cleanliness part of that process. It gives technicians a convenient dry-cleaning method for compatible plugs and adaptor-mounted connectors.
However, the best results come from a complete procedure:
This disciplined approach reduces guesswork and helps teams distinguish contamination from other installation or component problems.
The cleaner is designed for compatible MTP and MPO multifibre connectors. It should not be used as a substitute for cleaners designed around SC, LC or other connector formats.
Yes. The cleaning tip can access a compatible connector through an adaptor. Meanwhile, the attached cap supports cleaning of unmated connectors.
Each unit provides more than 600 engagements. One completed push uses one cleaning engagement.
No. The cleaner performs a mechanical dry-cleaning action and does not require alcohol for routine use.
Yes. The cleaner is designed to remove dust from compatible MTP and MPO connector end faces.
Yes. The cleaning action addresses suitable oil contamination. However, persistent residue may require another approved cleaning method followed by inspection.
Yes, whenever compatible inspection equipment is available. Inspection shows whether the connector requires cleaning and whether the cleaning process succeeded.
Inspect both mating connectors. If contamination appears on either side, clean that connector and reinspect it before mating.
Not necessarily. Packaging and protective caps reduce exposure, although they do not certify connector cleanliness. Therefore, inspect new connectors before mating whenever possible.
Only when the cap remains clean and undamaged. A dirty cap can contaminate a cleaned ferrule.
No. Cleaning removes suitable surface contamination, but it does not repair scratched, pitted or otherwise damaged fibre end faces.
No. The cleaner does not identify Type A, Type B or Type C polarity arrangements, nor does it verify fibre mapping.
No. Use suitable optical test equipment to measure insertion loss and other required performance parameters.
The RapidConnect cleaner is a consumable unit. Replace it when its cleaning material reaches the end of its usable capacity or the mechanism no longer operates correctly.
Technicians must follow the equipment manufacturer’s instructions and site laser-safety procedure. Never look into a connector or adaptor, and do not disconnect active services without authorisation.
Reinspect the connector, confirm that the cleaner and technique suit the interface, and complete another fresh engagement if appropriate. Persistent contamination may require an approved wet-to-dry process or further technical assessment.
The RapidConnect MTP/MPO Cleaner Knowledge Centre will provide focused guidance across multifibre connector contamination, inspection, cleaning techniques, maintenance and troubleshooting. As the Knowledge Centre expands, each section will help installers and network operators make informed decisions throughout the connection lifecycle.
First, this section will explain MPO connector construction, MTP terminology, multifibre ferrules, guide pins and common connector configurations.
Articles coming soon.
Next, this section will explore how dust, oil and handling residue can affect multifibre connector performance. It will also examine contamination transfer and the relationship between cleanliness and optical loss.
Articles coming soon.
This section will provide practical guidance on inspect-clean-inspect workflows, cleaning unmated connectors and cleaning through adaptors.
Articles coming soon.
Here, technicians will learn when dry cleaning may be sufficient and when an approved wet-to-dry process may suit persistent contamination.
Articles coming soon.
This section will examine the cleaning challenges associated with high-density patch panels, cassettes, trunks and parallel-optics environments.
Articles coming soon.
Finally, this section will explore contamination-related insertion loss, unstable test results, dirty test cords and situations where cleaning does not correct the problem.
Articles coming soon.
The RapidConnect MTP/MPO One Click Cleaner provides a straightforward cleaning option for professional multifibre installation and maintenance.
Key benefits include:
The cleaner combines convenient operation with a practical engagement capacity. Therefore, it can form part of installation kits, testing kits, data centre maintenance equipment and telecommunications service tools.
Order the RapidConnect MTP/MPO One Click Cleaner using the following product code:
SOCC-MTP/MPO – RapidConnect MTP/MPO One Click Cleaner
Before ordering, confirm that the cleaner suits the connector interface used within your network. Additionally, consider the number of connectors, project stages and expected cleaning cycles when determining quantity.
For projects involving installation, commissioning and ongoing maintenance, allow spare units so work can continue when a cleaner reaches the end of its available engagements.
The RapidConnect MTP/MPO One Click Cleaner offers a convenient dry-cleaning method for compatible multifibre connector plugs and adaptor-mounted connections. With a simple push action, support for dust and oil removal, and more than 600 engagements per unit, it helps technicians maintain connector cleanliness across high-density fibre environments.
Contact Anderson Corporation to request pricing, check availability or discuss cleaning requirements for your MTP and MPO fibre infrastructure.
Phone: +61 3 9761 7600
Email: sales@andcorp.com.au
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