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The RapidConnect 296S 2RU Rackmount Sliding Fibre Enclosure provides organised termination and splice management for up to 96 optical fibres. Its sliding tray, dual splice cassettes and configurable SC or LC faceplates support accessible, high-density fibre management in standard 19-inch racks.
| File | File size |
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| 296S 2RU Enclosure | 2 MB |
The 2RU Rackmount Sliding Fibre Enclosure provides a high-capacity platform for terminating, splicing and managing up to 96 optical fibres within a standard 19-inch communications rack. Because the RapidConnect 296S occupies only 2RU of rack space, it delivers substantial termination capacity without consuming unnecessary cabinet space. Furthermore, its sliding tray provides practical access to the internal fibre-management area during installation and maintenance.
Anderson Corporation can configure the RapidConnect 296S for different connector types, fibre categories and connector-polish options. Therefore, customers can specify an enclosure that matches their network instead of adapting their network to a fixed configuration.
In addition, the enclosure uses dual splice cassettes to organise and protect fusion splices. As a result, technicians can manage higher fibre counts while maintaining suitable internal routing and bend control.
Request a quote for the RapidConnect 296S 2RU Rackmount Sliding Fibre Enclosure.
Larger fibre installations require more than connector capacity alone. In particular, installers must manage incoming cables, fusion splices, pigtails and internal fibre routing within a limited amount of rack space.
Therefore, the RapidConnect 296S combines several fibre-management functions within one 2RU enclosure. Its internal arrangement provides dedicated space for cable entry, splicing, fibre routing and front-panel connectivity. Furthermore, its two splice cassettes support higher fibre counts without forcing technicians to crowd the internal fibres.
The enclosure supports up to 96 fibres when fitted with a suitable high-density connector configuration. However, the final capacity depends on the selected faceplates, adaptors and connector format.
Because LC connectors use less front-panel space than SC connectors, LC configurations can provide higher port density. Nevertheless, the correct connector should always match the active equipment and overall network design.
The RapidConnect 296S is a 2RU rackmount sliding fibre enclosure for standard 19-inch racks and cabinets. Essentially, it provides a protected location for terminating incoming fibre optic cables and presenting the terminated fibres through front-mounted adaptors.
Inside the enclosure, technicians route the incoming cable fibres to the splice cassettes. Next, they fusion splice those fibres to connectorised pigtails. Finally, they connect the pigtails to adaptors installed in the front faceplates.
As a result, the enclosure separates four essential termination functions:
Because each function has a defined area, the enclosure supports a cleaner and more serviceable installation. Furthermore, technicians can identify, test and maintain individual fibres more efficiently.
The model number 296S identifies the product. However, it does not represent a capacity of 296 fibres. Instead, the enclosure supports a maximum capacity of 96 fibres, depending on the selected connector and faceplate arrangement.
The 2RU Rackmount Sliding Fibre Enclosure supports installations requiring up to 96 terminated fibres. However, customers must select an appropriate connector and faceplate configuration to achieve that capacity.
For example, compact LC configurations provide greater front-panel density than larger SC configurations. Therefore, customers should consider both fibre count and connector format when specifying the enclosure.
The final configuration depends on several factors:
Additionally, customers should distinguish between fibres, connectors and duplex ports. For example, one duplex optical link normally uses two fibres. Consequently, 96 fibres may represent 48 duplex transmit-and-receive connections.
Anderson Corporation can help determine a suitable configuration from the project requirements. As a result, customers can avoid ordering incompatible faceplates, adaptors, pigtails or patch leads.
For a preconfigured alternative, customers can also consider the Fully Loaded 2RU Rackmount Sliding Fibre Enclosure.
The sliding tray forms a central part of the RapidConnect 296S design. Once installed in the rack, the enclosure slides forward to provide access to the internal fibre-management area.
Consequently, technicians can reach the splice cassettes, pigtails and routing paths more easily. This access becomes particularly useful when equipment occupies the rack spaces directly above or below the enclosure.
A fixed enclosure may require technicians to work from the rear of a cabinet. In contrast, the sliding design brings the working area towards the technician. Therefore, routine installation, inspection and maintenance can become simpler.
The sliding tray assists with:
However, the installer must provide sufficient cable slack for the tray to move correctly. Furthermore, the incoming cable and internal fibres must remain clear of the sliding mechanism.
Before completing the installation, technicians should move the tray through its normal range. As a result, they can identify unwanted tension, snagging or fibre movement before placing the enclosure into service.
The RapidConnect 296S includes two internal splice cassettes. Together, these cassettes help organise and protect fusion splices within the enclosure.
Fusion splices require protection from movement, compression and excessive bending. Therefore, technicians should secure each completed splice within the cassette’s splice holder.
Next, they should route the remaining fibre around the cassette’s intended management path. In addition, they should retain enough fibre for future access without overcrowding the cassette.
The dual-cassette arrangement provides the capacity required for higher fibre counts. Moreover, it allows technicians to separate fibres into logical groups.
For example, technicians may organise the fibres by:
Because the fibres remain organised, technicians can locate individual circuits more efficiently. Furthermore, structured cassette management reduces unnecessary handling during later changes.
Optical fibres can experience increased attenuation or physical damage when technicians bend them too tightly. Therefore, the enclosure must provide enough internal space for controlled routing.
The RapidConnect 296S includes internal fibre-management features that guide cable fibres and pigtails through the enclosure. However, successful bend management still depends on careful installation.
Technicians should:
In addition, technicians should avoid unnecessary fibre crossings inside the enclosure. Instead, they should route each fibre through a clear and repeatable path.
Good routing protects optical performance. Furthermore, it makes individual fibres easier to identify during maintenance.
The enclosure accepts interchangeable connector faceplates. Therefore, Anderson Corporation can configure the front panel for different connector and capacity requirements.
Available connector arrangements include:
In addition, PC and APC configurations are available when customers select compatible adaptors, pigtails and patch leads.
Because faceplate density varies, the selected connector format directly affects the enclosure’s total fibre capacity. For example, LC Quad faceplates provide greater density than SC faceplates.
However, density should not become the only selection criterion. Instead, the connector format must match the active equipment, existing infrastructure and project specification.
Customers can review the available RapidConnect Enclosure Faceplates when planning their required configuration.
LC connectors use a compact 1.25 mm ferrule. Consequently, they support higher front-panel density than SC connectors.
The 296S can accommodate LC Duplex and LC Quad faceplate arrangements. Therefore, LC configurations can help customers maximise the available capacity within the 2RU enclosure.
In a duplex network, each LC Duplex connection generally supports one transmit fibre and one receive fibre. However, customers should always state the required fibre count separately from the required duplex-port count.
LC configurations commonly suit:
Furthermore, LC connectivity can support both OS2 singlemode and OM4 multimode networks when customers select the correct components.
PC and APC versions may also be available. Nevertheless, technicians must not mate an APC connector with a PC connector. Because the two end-face geometries differ, a mismatched connection can produce excessive loss and possible connector damage.
SC connectors use a larger 2.5 mm ferrule and a push-pull connector body. Although SC connectors occupy more panel space than LC connectors, many commercial, industrial and telecommunications networks continue to use them.
The RapidConnect 296S can support SC Simplex and SC Duplex faceplate arrangements. Therefore, the enclosure can integrate with existing SC-based infrastructure.
SC configurations may suit:
In addition, customers can specify compatible PC or APC components. However, they must clearly identify the required connector polish when requesting a quotation.
Because SC and SC APC components use different end-face geometries, technicians should never connect them together. Therefore, the adaptor, pigtail and patch lead must all use a compatible polish.
Connector polish affects the way reflected light returns through an optical connection. Therefore, customers should treat connector polish as a critical technical requirement rather than a cosmetic option.
PC or UPC connectors use a physical-contact end face. In contrast, APC connectors use an angled end face to reduce back reflection.
APC connectors commonly use green bodies, while PC or UPC singlemode connectors commonly use blue bodies. However, colour alone should not replace proper component identification.
When specifying the enclosure, customers should confirm:
Most importantly, technicians should not mix PC and APC connectors within the same connection. Otherwise, the mismatched surfaces can create poor physical contact, high insertion loss and possible end-face damage.
Therefore, Anderson Corporation confirms the connector and polish combination before preparing a configured enclosure.
The 2RU Rackmount Sliding Fibre Enclosure can support OS2 singlemode terminations when configured with suitable adaptors and pigtails.
OS2 fibre commonly supports longer-distance links and telecommunications applications. For example, it may connect buildings, communications rooms, industrial sites or carrier services.
An OS2 enclosure configuration may include:
However, the connector type and polish must match the connected equipment. Therefore, customers should confirm these requirements before ordering the enclosure.
In addition, customers should clearly identify whether they require simplex or duplex connectivity. As a result, Anderson Corporation can select the correct adaptors and faceplates.
The RapidConnect 296S can also support OM4 multimode fibre installations. OM4 commonly serves high-speed links within buildings, data centres and campus environments.
An OM4 configuration may use LC or SC connectivity, depending on the active equipment and project specification. Furthermore, customers should use compatible OM4 pigtails and patch leads throughout the optical channel.
Mixing fibre categories can complicate installation, testing and maintenance. Therefore, technicians should maintain consistent component selection and clear labelling.
In addition, the port records should identify the fibre category. Consequently, future technicians can select compatible patch leads without relying only on connector colour.
Customers can approach the enclosure configuration in two ways.
First, they can purchase the enclosure and separately select the required faceplates, adaptors and pigtails. This approach provides flexibility where the installer has specific component requirements or already holds compatible stock.
Alternatively, customers can order a fully loaded enclosure. In that case, Anderson Corporation installs the nominated faceplates, adaptors and pigtails before delivery.
A fully loaded configuration can provide several practical advantages:
However, a fully loaded enclosure still requires project-specific information. In particular, Anderson Corporation needs the fibre count, fibre category, connector type and connector polish.
Therefore, customers should not order a fully loaded enclosure by capacity alone. Instead, they should provide the complete connection requirement.
Fibre optic adaptors align and connect two optical connectors through the enclosure’s front panel. Therefore, they must match the connector format and polish used throughout the link.
For example, an LC APC pigtail requires a compatible LC APC adaptor and patch lead. Similarly, an SC PC system requires compatible SC PC components.
The adaptor selection also affects the faceplate arrangement. Consequently, customers should treat the faceplate, adaptor and connector as one coordinated assembly.
In addition, technicians should install unused-port dust caps. As a result, they can reduce the risk of contamination before the ports enter service.
View the available RapidConnect Fibre Optic Adaptors.
A fibre optic pigtail has a connector on one end and an unterminated optical fibre on the other. During installation, the technician fusion splices the unterminated end to a fibre from the incoming cable.
The connectorised end then plugs into the rear of the enclosure adaptor. As a result, the incoming cable gains a reliable front-panel interface for patching.
Pigtails must match the required:
Because the splice, connector and adaptor form part of the permanent optical path, correct pigtail selection remains essential.
Furthermore, technicians should route pigtails without tight bends or unnecessary crossings. Consequently, future maintenance becomes easier and safer.
View the RapidConnect Fibre Optic Pigtails.
Fibre optic patch leads connect the front of the enclosure to switches, transceivers, optical distribution equipment or another patching field.
Although patch leads are replaceable, they still form part of the optical channel. Therefore, their fibre category, connector type and polish must match the enclosure and connected equipment.
Patch leads should also provide enough length to follow the rack’s cable-management path without tension. However, excessive length can create congestion if technicians do not manage it correctly.
Therefore, installers should select an appropriate length and use the rack’s designated patch-cord management. In addition, they should avoid tight bends near the connector boots.
View the RapidConnect Fibre Optic Patch Leads.
Technicians must secure the incoming fibre cable before the individual fibres enter the splice-management area. Otherwise, external pulling forces may transfer to the splices or pigtails.
During installation, technicians should:
Furthermore, the cable-entry position should suit the direction of the incoming pathway. Poor entry planning can create tight bends before the cable reaches the splice cassette.
Therefore, installers should check the cabinet layout before mounting the enclosure. As a result, they can reserve enough space for incoming cables and rear cable management.
High-capacity fibre enclosures require accurate identification. Without clear records, future technicians may struggle to trace individual ports, splices and cable fibres.
The RapidConnect 296S includes a record book for documenting the installed connections. Therefore, installers can create a permanent reference for the enclosure configuration.
A useful record should identify:
In addition, the rack, enclosure and patch leads should follow a consistent labelling system. Consequently, technicians can identify the correct service before disconnecting or changing a patch lead.
Furthermore, installers should update the records whenever the configuration changes. Otherwise, outdated documentation can become more confusing than having no documentation.
Before ordering the enclosure, the project team should confirm both immediate and future requirements.
Important planning questions include:
By resolving these questions early, customers can select the correct faceplates and components. Furthermore, they can reserve suitable rack space before installation begins.
Future capacity also deserves consideration. However, customers should balance expansion space against unnecessary initial complexity.
Therefore, the selected configuration should accommodate realistic growth without making the current installation difficult to manage.
A qualified fibre technician should install, splice and test the enclosure.
A typical installation process includes:
First, the technician should verify the connector and fibre configuration. Next, the technician should confirm the rack position and cable-entry route. Finally, the technician should complete testing and documentation before placing the enclosure into service.
Careful preparation at each stage improves optical performance. Furthermore, it supports safer and more efficient future maintenance.
Testing confirms whether the installed link meets the project’s optical requirements. Therefore, technicians should not rely on visual inspection alone.
Depending on the project specification, testing may include:
Before testing, technicians should inspect and clean the connectors. Otherwise, contamination may create misleading loss results or damage a connector end face.
After testing, the technician should link each result to the corresponding enclosure port and fibre number. Consequently, the completed records can provide a useful performance baseline.
If a result falls outside the required limit, the technician should first inspect and clean the connectors. Next, the technician should check the patching, splices and fibre routing before repeating the test.
Dust and contamination can significantly affect fibre optic connections. Therefore, technicians should inspect and clean connectors whenever they disconnect or reconnect a patch lead.
A suitable maintenance process includes:
Furthermore, technicians should avoid touching connector end faces. They should also keep protective caps clean because a contaminated cap can transfer debris onto a clean connector.
During maintenance, technicians should avoid disturbing unrelated fibres. Therefore, clear labelling and organised internal routing remain important throughout the enclosure’s service life.
For fibre product guidance and demonstrations, visit the Anderson Fibre Products YouTube channel.
The RapidConnect 296S suits rack-based optical networks that require more termination capacity than a typical 1RU enclosure can provide.
Common applications include:
However, the correct enclosure configuration depends on the network design. Therefore, customers should consider fibre count, connector format, rack space and future growth together.
In addition, the enclosure should form part of a coordinated fibre-management system. As a result, the incoming cable, pigtails, adaptors and patch leads should all meet the project requirements.
| Specification | RapidConnect 296S |
|---|---|
| Product type | Rackmount sliding fibre enclosure |
| Rack height | 2RU |
| Maximum fibre capacity | Up to 96 fibres |
| Rack compatibility | Standard 19-inch rack or cabinet |
| Splice management | Two internal splice cassettes |
| Access | Sliding tray |
| Faceplate options | SC Simplex, SC Duplex, LC Duplex and LC Quad |
| Polish options | PC and APC configurations |
| Dimensions | 430 mm wide × 300 mm deep × 89 mm high |
| Weight | 8 kg |
| Ordering code | 296S |
The enclosure supports up to 96 fibres. However, capacity depends on the selected faceplates, adaptors and connector arrangement.
Therefore, Anderson Corporation should confirm the final configuration before customers place an order.
The RapidConnect 296S combines capacity, access and fibre organisation within a practical 2RU enclosure.
Key advantages include:
Most importantly, the enclosure provides a coordinated platform for protecting splices and presenting optical connections within the rack.
Furthermore, its configurable design allows customers to match the enclosure to their network. Consequently, the 296S can support both current termination requirements and planned expansion.
The 2RU Rackmount Sliding Fibre Enclosure Knowledge Centre provides focused guidance on configuration, capacity, connector selection, splicing, installation and maintenance. As the Knowledge Centre expands, each section will help customers specify, install and manage the RapidConnect 296S correctly.
First, this section explains how a 2RU rackmount sliding fibre enclosure protects, organises and presents terminated optical fibres.
Articles coming soon.
Next, this section examines how LC and SC faceplate configurations affect port density and maximum fibre capacity.
Articles coming soon.
In addition, this section covers LC Duplex and LC Quad faceplates for higher-density OS2 and OM4 installations.
Articles coming soon.
Furthermore, this section explains SC Simplex and SC Duplex configurations for networks that use the larger SC connector format.
Articles coming soon.
Similarly, this section explains the difference between PC and APC connector polish. In particular, it examines why technicians must maintain compatible connections.
Articles coming soon.
Additionally, this section examines pigtail preparation, fusion-splice protection and fibre routing within the dual splice cassettes.
Articles coming soon.
Meanwhile, this section covers incoming cable retention, service loops and bend-radius control within a sliding enclosure.
Articles coming soon.
In addition, this section explains how accurate port, fibre and splice records support safer maintenance and network changes.
Articles coming soon.
Finally, this section covers rack installation, fusion splicing, optical testing and completion records.
Articles coming soon.
The enclosure supports up to 96 fibres. However, the final capacity depends on the selected connector type and faceplate arrangement.
No. Instead, 296S is the product model number. The enclosure supports a maximum capacity of 96 fibres.
The enclosure occupies 2RU within a standard 19-inch rack or cabinet. Therefore, customers should reserve two rack units for the installation.
Yes. The working tray slides forward to improve access to the splice cassettes, pigtails and internal fibre-routing area.
The RapidConnect 296S contains two internal splice cassettes. Consequently, it can organise the fusion splices required for higher fibre counts.
Available faceplate arrangements include SC Simplex, SC Duplex, LC Duplex and LC Quad. However, the selected arrangement determines the final capacity.
Yes. Compatible APC configurations are available. However, the adaptors, pigtails and patch leads must all match the selected connector type and polish.
Yes. Anderson Corporation can configure the enclosure for OS2 singlemode or OM4 multimode applications. Nevertheless, customers must use compatible components throughout each optical link.
Customers can select an unloaded or fully configured solution. Therefore, they should confirm whether they require faceplates, adaptors and pigtails installed before delivery.
Customers should provide the required fibre count, fibre category, connector type, polish and port arrangement. In addition, they should advise whether they require an unloaded or fully loaded enclosure.
The RapidConnect 296S provides an organised, accessible and high-capacity platform for rack-based fibre termination. With capacity for up to 96 fibres, dual splice cassettes and configurable connector faceplates, the 2RU Rackmount Sliding Fibre Enclosure can support a wide range of OS2 and OM4 network requirements.
To receive an accurate quotation, provide the required fibre count, fibre category, connector format and connector polish. In addition, advise whether you require an unloaded enclosure or a fully configured solution.
Anderson Corporation can then confirm the appropriate faceplates, adaptors, pigtails and patch leads. As a result, the supplied enclosure will align with the project’s technical and capacity requirements.
Request a quote for the RapidConnect 296S 2RU Rackmount Sliding Fibre Enclosure.
| File | File size |
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| 296S 2RU Enclosure | 2 MB |
