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The RapidConnect 12D DIN Rail Fibre Optic Enclosure provides compact fibre splicing and termination inside industrial cabinets and control panels. Its aluminium housing supports 6, 12 or 24 fibres, two cable entry ports and configurable ST, SC, SC/APC, LC or LC/APC connections.
The DIN Rail Fibre Optic Enclosure provides a compact termination and splicing point for fibre optic connections inside industrial cabinets, control panels and telecommunications installations. Designed for standard DIN rail systems, the RapidConnect 12D helps installers manage incoming fibre cable, fusion splices, pigtails, adaptors and patch leads within one aluminium enclosure.
Because space is often limited inside equipment cabinets, the enclosure measures only 38 × 138 × 140 mm. However, its internal splicing module can accommodate configurations for 6, 12 or 24 optical fibres. As a result, the 12D supports a range of compact fibre networks without requiring a conventional wall-mounted or rackmount enclosure.
Anderson Corporation can also configure the RapidConnect 12D to suit the required fibre type, connector format, polish and fibre count. Therefore, installers can specify an unloaded enclosure or request a coordinated, fully loaded assembly for the intended network.
A DIN Rail Fibre Optic Enclosure provides a protected location for terminating and distributing optical fibres within an equipment cabinet or control panel. Instead of occupying rack space, the enclosure attaches to a compatible DIN rail alongside other industrial components.
Incoming fibre cable enters the enclosure through one of the two available cable ports. Inside the enclosure, the cable fibres can be fusion spliced to colour-coded pigtails. The pigtail connectors then connect to adaptors installed in the enclosure’s adaptor interface.
Patch leads connect the internal fibre termination to switches, media converters, industrial controllers or other active equipment. Consequently, the enclosure creates an organised transition between the incoming fibre cable and the equipment it serves.
The RapidConnect 12D can accommodate ST, SC, SC/APC, LC and LC/APC connection formats. However, the final adaptor capacity depends on the selected connector type and adaptor arrangement. Therefore, fibre count, adaptor count and connector configuration must be confirmed when ordering.
The RapidConnect 12D has been developed for installations where equipment-cabinet space is limited. Its shallow profile allows the enclosure to fit into suitable control panels and communications cabinets without using a 19-inch equipment rack.
In addition, the enclosure uses aluminium construction with an electrostatic finish. This construction produces a lightweight housing while providing a dedicated enclosure for the internal fibre components.
The complete enclosure weighs approximately 0.3 kg. Therefore, it adds little weight to the equipment cabinet while still bringing splicing, termination and patching functions together.
| Specification | RapidConnect 12D |
|---|---|
| Product type | DIN Rail Fibre Optic Enclosure |
| Product code | 12D |
| Construction | Aluminium |
| Finish | Electrostatic finish |
| Dimensions | 38 × 138 × 140 mm |
| Weight | Approximately 0.3 kg |
| Cable entry/exit ports | Two |
| Supported fibre configurations | 6, 12 or 24 fibres |
| Connector compatibility | ST, SC, SC/APC, LC and LC/APC |
| Adaptor formats | Simplex, Duplex or Quad, subject to connector type |
| Mounting method | DIN rail |
| Supply options | Unloaded or configured to project requirements |
Specifications and available configurations should be confirmed when ordering.
The RapidConnect 12D is commonly described as a 24-port DIN rail enclosure. However, installers should not assume that every connector arrangement provides 24 identical front-facing adaptor positions.
The internal splicing module can accommodate 6, 12 or 24 optical fibres. In contrast, the number of available adaptor connections depends on the selected connector family and whether the enclosure uses Simplex, Duplex or Quad adaptors.
For example, an LC-based configuration can provide more fibre connections within a given interface area than a larger connector format. An SC configuration, meanwhile, requires more physical space for each adaptor. Therefore, Anderson Corporation confirms the enclosure layout against the complete termination requirement.
The configuration process should consider:
By confirming these details first, the selected enclosure can match the network rather than relying on the product name alone.
The internal splicing module provides a dedicated location for managing fusion-spliced fibres. During installation, the technician prepares the incoming cable, routes the fibres into the enclosure and splices them to the required pigtails.
The completed splices must remain protected and correctly arranged within the available space. Likewise, the fibre must maintain a suitable bend radius throughout the enclosure. Careful fibre routing helps prevent stress, sharp bends and unnecessary congestion.
The pigtails then connect to the selected adaptors. As a result, the external side of the adaptor interface provides an accessible connection point for compatible patch leads.
This arrangement separates the permanent incoming cable from the removable equipment connection. Therefore, technicians can connect or replace patch leads without disturbing the underlying fusion splices.
The RapidConnect 12D includes two cable entry and exit ports. These ports allow installers to introduce the incoming fibre cable and arrange the enclosure around the intended cable path.
For example, one port may carry an incoming distribution cable. Alternatively, the two ports may support another suitable routing arrangement, subject to cable size, fibre count and installation requirements.
However, the cable entries do not remove the need for suitable cable preparation and retention. The installer must ensure that the cable remains secure and that mechanical loads do not transfer to the individual fibres or splices.
Before installation, the technician should confirm:
These checks help determine whether the 12D suits both the cable and the available enclosure space.
The RapidConnect 12D supports several common fibre connector formats. Consequently, the enclosure can be configured for different industrial, telecommunications and building-network requirements.
LC connectors provide a compact connection format. Therefore, they suit applications where the required fibre density must fit within a limited interface area.
LC adaptors may support UPC or APC connector polish, depending on the specified system. However, UPC and APC connectors must not be connected together. The complete link must use compatible connector and adaptor types.
SC connectors use a larger push-pull body and remain common across telecommunications and building fibre networks. The enclosure can accommodate SC and SC/APC configurations, subject to the required adaptor layout.
As with LC connectors, the polish must match across the connection. Therefore, installers should confirm whether the network requires SC/UPC or SC/APC before the enclosure is assembled.
ST connectors may still appear in established industrial, instrumentation and legacy fibre networks. For this reason, the 12D can also support suitable ST adaptor configurations.
Nevertheless, connector selection should reflect the active equipment and the wider network specification. It should not be based solely on what can physically fit into the enclosure.
The enclosure can support both singlemode and multimode fibre terminations when fitted with the correct components. However, the pigtails, adaptors and patch leads must match the optical system.
OS2 networks require compatible singlemode pigtails and patch leads. Multimode networks, meanwhile, require the correct multimode fibre category and corresponding components.
Colour coding can help identify the installed fibre and connector system. Even so, installers should verify the component specifications rather than relying only on colour.
Anderson Corporation can configure the enclosure around the required:
Therefore, providing a complete termination schedule at the quotation stage reduces uncertainty and helps establish the correct assembly.
The RapidConnect 12D may be supplied as an unloaded enclosure or configured with selected termination components.
An unloaded enclosure allows the installer or system integrator to select and fit the required internal components. This approach may suit organisations that hold their own adaptors, pigtails and splice-protection hardware.
A configured enclosure can instead arrive with compatible components selected for the project. Depending on the requested assembly, these components may include adaptors, colour-coded pigtails and associated splice-management hardware.
A fully loaded option can reduce component-selection work before installation. More importantly, it helps ensure that the adaptor format, pigtail specification and intended fibre count form a coordinated assembly.
However, “fully loaded” does not describe one universal configuration. Every project may require a different fibre type, connector, polish and capacity. Therefore, the required bill of materials must be confirmed before supply.
Industrial control cabinets often contain power supplies, terminal blocks, controllers and communications equipment mounted on DIN rail systems. The RapidConnect 12D allows fibre termination to sit within this established cabinet format.
Fibre links can connect control systems across buildings, production areas or equipment zones. In addition, fibre provides electrical isolation between networked devices because the optical path does not conduct electricity.
The enclosure may suit connections associated with:
However, the enclosure itself does not determine whether the overall installation suits a particular industrial environment. The designer must also consider the cabinet rating, location, temperature, contamination, vibration and wider installation requirements.
The DIN Rail Fibre Optic Enclosure can also serve compact telecommunications and building-network installations. For example, it may provide a local fibre termination point inside a communications cabinet where a rackmount enclosure would occupy unnecessary space.
Potential applications include:
Because the enclosure can support several connector formats, it can be aligned with the equipment used at the termination location. Nevertheless, the designer should select the connector system before specifying the adaptor interface.
A suitable configuration begins with the optical network rather than the enclosure alone. First, identify the number of fibres that require termination. Next, confirm the fibre category, connector type and polish.
The designer should then consider the incoming cable construction and entry requirements. Finally, the adaptor arrangement, pigtails and patch leads can be matched to the active equipment.
The following information should accompany an enquiry:
If the final configuration remains uncertain, Anderson Corporation can review these details before quotation.
Before mounting the enclosure, confirm that the cabinet provides enough space for the enclosure body, incoming cable and connected patch leads. In addition, allow room to open and access the enclosure during installation and future maintenance.
The DIN rail must support the enclosure securely. Likewise, the incoming cable should approach the entry point without a tight bend or unsupported load.
During fibre preparation, the installer should avoid excessive stripping lengths and uncontrolled fibre loops. Instead, each fibre should follow an organised route through the enclosure.
After splicing, the technician should place the protected splices into the internal splicing module. The pigtails can then be routed to their corresponding adaptors. Finally, the completed connections should be identified and tested according to the project requirements.
Installation should be completed by technicians with the appropriate fibre preparation, splicing, inspection and testing skills.
Compact enclosures require disciplined fibre management. Although the 12D supports up to 24 fibres within a small housing, available space must be used carefully.
During installation, technicians should:
Furthermore, technicians should inspect and clean connector end faces before making each connection. Contaminated connectors can increase insertion loss and may damage mating surfaces.
Future maintenance should focus on the affected connection rather than disturbing the entire fibre arrangement. Therefore, accurate labelling and orderly routing become particularly important inside a compact enclosure.
The RapidConnect 12D suits compact termination requirements, but it will not suit every fibre installation. A larger wall-mount or rackmount enclosure may provide a better option when the network requires more fibres, more internal working space or greater patching access.
Consider a larger enclosure when:
Anderson Corporation supplies a broader range of RapidConnect fibre optic enclosures for wall-mount, rackmount and other termination requirements.
The RapidConnect 12D brings fibre splicing and connector access into a compact DIN rail format. Therefore, it can provide a practical alternative to a conventional rackmount or wall-mount enclosure when space and capacity requirements align.
Key product characteristics include:
Most importantly, Anderson Corporation can match the termination components to the specified optical network. This approach helps avoid incompatible connector formats, incorrect polish types and unsuitable adaptor arrangements.
A DIN Rail Fibre Optic Enclosure provides a compact location for splicing, terminating and patching optical fibres inside a compatible cabinet or control panel. It mounts to DIN rail rather than occupying conventional rack space.
The internal splicing module can accommodate configurations for 6, 12 or 24 optical fibres. However, the final adaptor arrangement depends on the selected connector format and adaptor type.
Not necessarily. Fibre capacity and physical adaptor count depend on whether the enclosure uses Simplex, Duplex or Quad adaptors and whether the selected connector format is LC, SC or ST. Therefore, Anderson Corporation confirms the required interface against each project.
The enclosure can support ST, SC, SC/APC, LC and LC/APC connection formats. The selected connector and polish must match the rest of the optical network.
Yes. The enclosure can be configured with suitable OS2 pigtails and adaptors. However, every component in the connection must match the specified singlemode connector and polish.
Yes. Suitable multimode pigtails, adaptors and patch leads can be selected for the required multimode system.
Yes. Anderson Corporation can configure the enclosure with components selected for the project. Because requirements vary, the fibre type, connector format, polish and fibre count must be confirmed before assembly.
Yes. The enclosure includes internal splice-management capacity for supported 6, 12 and 24-fibre configurations.
The RapidConnect 12D has two cable entry and exit ports. Cable diameter and the intended routing arrangement should still be confirmed before installation.
The enclosure measures 38 × 138 × 140 mm and weighs approximately 0.3 kg.
The available product information does not establish an outdoor ingress-protection rating. Therefore, the enclosure should be installed inside a suitable cabinet or protected location unless Anderson Corporation confirms otherwise for the intended environment.
The compact DIN rail format makes the 12D suitable for many industrial control and automation cabinets. However, the complete installation must still account for cabinet conditions, environmental exposure, cable routing and accessibility.
The DIN Rail Fibre Optic Enclosure Knowledge Centre will provide focused guidance on enclosure selection, configuration, installation and maintenance. As the Knowledge Centre expands, each section will help customers specify and use compact fibre termination systems correctly.
First, this section will explain how DIN rail fibre enclosures combine cable entry, fusion splicing, pigtails, adaptors and patch leads inside one compact housing.
Articles coming soon.
Next, this section will explain the difference between fibre count, splice capacity, adaptor count and connector density. It will also examine 6, 12 and 24-fibre configurations.
Articles coming soon.
In addition, this section will compare LC, SC and ST connections. It will also explain UPC and APC polish compatibility and Simplex, Duplex and Quad adaptor formats.
Articles coming soon.
Furthermore, this section will cover enclosure positioning, DIN rail mounting, cable entry, access clearance and fibre routing within industrial control cabinets.
Articles coming soon.
This section will examine pigtail preparation, fusion-splice protection, bend-radius control and internal fibre organisation.
Articles coming soon.
Finally, this section will address connector inspection, cleaning, optical testing, labelling and ongoing maintenance of compact fibre termination points.
Articles coming soon.
The RapidConnect 12D provides a compact DIN rail solution for fibre splicing, termination and equipment patching. However, the correct assembly depends on the required fibre count, connector type, polish and adaptor configuration.
Provide Anderson Corporation with your fibre schedule and installation requirements, and we can identify a suitable unloaded or fully configured enclosure.
For additional fibre optic product information and practical guidance, visit the Anderson Corporation YouTube channel.
