Fibre Splice Closures Price in Kenya
96 Core Horizontal Fibre Enclosure in Kenya
KSh 3,000.00
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Continue shopping96 Core Horizontal Fibre Enclosure in Kenya
The 96 Core Horizontal Fibre Enclosure is a high-capacity fibre optic splice closure designed to protect, organize and manage up to 96 optical fibre splices inside a rugged horizontal or inline housing. It is suitable for large fibre networks where backbone, feeder or distribution cables need to be joined, repaired or branched while maintaining reliable environmental protection.
The horizontal design is especially useful for straight-through cable joints and branch connections because fibre cables can enter and leave from opposite ends or dedicated side ports. Internally, the enclosure typically uses multiple splice trays to separate the 96 fibres into manageable groups while maintaining fibre bend radius, slack storage and splice protection.
At Fiber Optics Kenya, the 96 Core Horizontal Fibre Enclosure is suitable for ISPs, telecommunications contractors, FTTH installers, CCTV infrastructure, campus networks, enterprise fibre backbones and metro fibre projects. Matching 96 Core fibre cables, ADSS cables, armoured fibre cables, splice sleeves, fusion splicers and optical testing equipment can also be supplied.
Key Product Specifications
| Specification | Details |
|---|---|
| Product Name | 96 Core Horizontal Fibre Enclosure |
| Product Type | Horizontal Fibre Optic Splice Closure |
| Also Known As | Horizontal FOSC / Inline Fibre Closure / Joint Enclosure |
| Maximum Fibre Capacity | Up to 96 Fibres |
| Typical Splice Capacity | 96 Fusion Splices |
| Closure Design | Horizontal / Inline |
| Typical Tray Configuration | 4 × 24 Core or 8 × 12 Core |
| Fusion Splicing | Supported |
| Straight-Through Splicing | Yes |
| Branch Splicing | Yes |
| Mid-Span Access | Available on compatible models |
| Fibre Slack Storage | Integrated |
| Cable Strength Member Fixing | Yes |
| Cable Entry Ports | Multiple |
| Typical Configuration | 2 In / 2 Out or Multi-Port |
| Typical Material | ABS / PP / PC Engineering Plastic |
| Environmental Protection | IP65 / IP67 / IP68 depending on model |
| Aerial Installation | Yes |
| Pole Mounting | Available |
| Wall Mounting | Available |
| Duct Installation | Yes |
| Underground Installation | Yes on rated models |
| Direct Burial | Model Dependent |
| Fibre Type | Single Mode / Multimode |
| Electrical Power Required | No |
| Applications | FTTH, FTTx, ISP, Telecom, CCTV, Backbone |
What Is a 96 Core Horizontal Fibre Enclosure?
A 96 Core Horizontal Fibre Enclosure is an outdoor fibre optic joint box used where large-count fibre cables need to be connected or branched.
| Component | Function |
|---|---|
| Outer Housing | Protects internal fibre joints |
| Cable Entry Ports | Allows fibre cables to enter |
| Cable Clamps | Secures the cables |
| Strength Member Anchors | Protects internal fibres from pulling forces |
| Splice Trays | Organizes fibre joints |
| Splice Sleeves | Protects individual fusion splices |
| Fibre Routing Guides | Maintains proper bend radius |
| Slack Storage Area | Stores maintenance fibre |
| Sealing System | Protects against water and dust |
| Closure Locks / Bolts | Keeps enclosure securely closed |
What Does 96 Core Mean?
| Term | Meaning |
|---|---|
| 96 Core | Capacity for up to 96 optical fibres |
| Horizontal | Inline enclosure configuration |
| Fibre Enclosure | Protective fibre joint housing |
| FOSC | Fibre Optic Splice Closure |
| Fusion Splice | Permanent fibre-to-fibre connection |
| FTTH | Fibre to the Home |
| FTTx | Fibre to multiple network endpoints |
The 96-core rating normally refers to the enclosure's fibre or splice-management capacity.
How a 96 Core Horizontal Fibre Enclosure Works
Incoming and outgoing fibre cables are routed through sealed cable ports and secured inside the enclosure.
| Stage | Function |
|---|---|
| Incoming Fibre Cable | Brings network fibres |
| Cable Entry | Routes cable inside |
| Cable Anchoring | Secures cable mechanically |
| Buffer Tube Routing | Directs fibre groups |
| Fibre Preparation | Prepares individual strands |
| Fusion Splicing | Joins matching fibres |
| Splice Sleeve | Protects the joint |
| Splice Tray | Stores completed splices |
| Slack Storage | Holds spare fibre |
| Outgoing Cable | Continues or branches the network |
Typical 96 Core Splice Tray Configuration
| Tray Arrangement | Total Capacity |
|---|---|
| 4 × 24 Core Trays | 96 Fibres |
| 8 × 12 Core Trays | 96 Fibres |
| 2 × 48 Core Trays | 96 Fibres |
Multiple trays make a large fibre count easier to manage during installation and future maintenance.
Typical 96 Core Fibre Organization
| Fibre Range | Group |
|---|---|
| 1–12 | Group 1 |
| 13–24 | Group 2 |
| 25–36 | Group 3 |
| 37–48 | Group 4 |
| 49–60 | Group 5 |
| 61–72 | Group 6 |
| 73–84 | Group 7 |
| 85–96 | Group 8 |
Typical Fibre Colour Sequence
| Fibre | Colour |
|---|---|
| 1 | Blue |
| 2 | Orange |
| 3 | Green |
| 4 | Brown |
| 5 | Slate |
| 6 | White |
| 7 | Red |
| 8 | Black |
| 9 | Yellow |
| 10 | Violet |
| 11 | Rose |
| 12 | Aqua |
The sequence is normally repeated across different buffer tubes or fibre bundles. Always confirm the cable manufacturer's actual colour scheme.
Horizontal Inline Design
The horizontal format is useful where the fibre route continues through the enclosure.
| Feature | Benefit |
|---|---|
| Inline Shape | Natural cable routing |
| Straight-Through Jointing | Excellent |
| Branch Splicing | Supported |
| Multiple Cable Ports | Flexible distribution |
| Compact Installation | Suitable for ducts and chambers |
| Splice Tray Access | Convenient maintenance |
2 In / 2 Out Configuration
A common horizontal enclosure arrangement uses two incoming and two outgoing cable ports.
| Port | Typical Use |
|---|---|
| Input 1 | Main feeder cable |
| Input 2 | Additional feeder or branch |
| Output 1 | Continuing backbone |
| Output 2 | Distribution or branch cable |
Other models may provide more cable entries for larger branch networks.
Straight-Through Fibre Splicing
A 96-core horizontal enclosure can join two sections of a high-count backbone cable.
| Incoming Cable | Outgoing Cable |
|---|---|
| Fibres 1–24 | Fibres 1–24 |
| Fibres 25–48 | Fibres 25–48 |
| Fibres 49–72 | Fibres 49–72 |
| Fibres 73–96 | Fibres 73–96 |
All corresponding fibres can be fusion-spliced and stored within the enclosure.
Fibre Branching
The enclosure can also serve as a major distribution point.
| Fibre Allocation | Example Destination |
|---|---|
| Fibres 1–24 | Zone A |
| Fibres 25–48 | Zone B |
| Fibres 49–72 | Zone C |
| Fibres 73–84 | Zone D |
| Fibres 85–96 | Reserved |
This is useful where a large backbone fibre cable serves multiple areas.
Mid-Span Access
Compatible 96-core horizontal closures may support mid-span access, allowing selected fibres to be accessed while the rest of the backbone remains continuous.
| Mid-Span Feature | Benefit |
|---|---|
| Uncut Backbone Fibres | Maintains continuity |
| Selected Fibre Access | Reduces unnecessary splices |
| Branch Cable Connection | Easy fibre distribution |
| Fibre Slack Storage | Supports future maintenance |
| Future Expansion | Additional fibres can be accessed later |
IP68 Outdoor Protection
Higher-grade horizontal enclosures may offer IP68 protection.
| Feature | Benefit |
|---|---|
| Dust-Tight Housing | Protects fibre components |
| Water Resistance | Suitable for demanding environments |
| Sealed Cable Entries | Protects penetration points |
| Underground Use | Suitable on rated models |
| Aerial Use | Suitable |
| Outdoor Reliability | High |
Always confirm the exact rating of the specific enclosure being supplied.
Aerial Installation
The 96 Core Horizontal Fibre Enclosure can be used in overhead fibre networks where supported by the mounting hardware.
| Feature | Benefit |
|---|---|
| Pole Mounting | Supports aerial distribution |
| Weather-Resistant Housing | Protects outdoor splices |
| Branch Capability | Serves several locations |
| High Fibre Capacity | Suitable for backbone routes |
| Re-Entry | Supports maintenance |
Duct Installation
Horizontal enclosures are also well suited to telecom ducts and chambers.
| Advantage | Benefit |
|---|---|
| Inline Design | Fits cable route naturally |
| Sealed Housing | Protects splices |
| Multiple Ports | Supports branch cables |
| Compact Form | Suitable for chambers |
| Re-Enterable Design | Supports maintenance |
Underground Installation
Appropriately rated 96-core enclosures can be installed in handholes, manholes and underground chambers.
| Requirement | Recommendation |
|---|---|
| IP Rating | Select suitable rated model |
| Cable Seals | Install correctly |
| Fibre Slack | Maintain service loops |
| Closure Position | Avoid unnecessary stress |
| Splice Protection | Protect every splice |
| OTDR Testing | Test before final sealing |
Horizontal vs Dome 96 Core Fibre Closure
| Feature | Horizontal | Dome |
|---|---|---|
| Shape | Inline / Long | Vertical / Dome |
| Straight Cable Joint | Excellent | Good |
| Branching | Excellent | Excellent |
| Mid-Span Potential | Excellent | Available |
| Aerial Use | Yes | Yes |
| Underground Use | Yes | Yes |
| Splice Tray Access | Excellent | Excellent |
| Cable Direction | Generally through ends | Generally from base |
96 Core vs 48 Core Horizontal Fibre Enclosure
| Feature | 48 Core | 96 Core |
|---|---|---|
| Fibre Capacity | 48 | 96 |
| Relative Capacity | 1× | 2× |
| Medium ISP Route | Excellent | Excellent |
| Large Backbone | Good | Excellent |
| Branch Capacity | Moderate | High |
| Future Expansion | Good | Higher |
| Splice Management | Moderate | More Complex |
96 Core vs 24 Core Horizontal Fibre Enclosure
| Feature | 24 Core | 96 Core |
|---|---|---|
| Fibre Capacity | 24 | 96 |
| Relative Capacity | 1× | 4× |
| Small FTTH Route | Excellent | Oversized |
| Large ISP Backbone | Limited | Excellent |
| Branching Capacity | Moderate | High |
| Expansion Capacity | Moderate | Very High |
Horizontal Fibre Enclosure vs ODF
| Feature | Horizontal Fibre Enclosure | ODF |
|---|---|---|
| Primary Function | Fibre joint protection | Fibre termination and patching |
| Typical Location | Outdoor | Indoor Rack |
| Fusion Splicing | Yes | Yes |
| Adapters | Usually No | Yes |
| Patch Cords | Usually No | Yes |
| Outdoor Protection | High | Limited |
| Underground Use | Available | No |
Horizontal Fibre Enclosure vs FAT Box
| Feature | Horizontal Enclosure | FAT Box |
|---|---|---|
| Main Function | Backbone joint protection | Subscriber distribution |
| Fusion Splicing | Primary | Supported |
| PLC Splitter | Usually No | Common |
| Adapter Ports | Usually No | Common |
| Subscriber Drops | Indirect | Direct |
| Backbone Use | Excellent | Limited |
Key Benefits of 96 Core Horizontal Fibre Enclosure
High 96-Fibre Capacity
Suitable for major backbone and distribution routes.
Inline Cable Jointing
The horizontal form makes it ideal for straight-through fibre joints.
Fibre Branching
Multiple cable ports allow feeder fibres to branch toward several distribution routes.
Organized Splice Management
Multiple splice trays separate high fibre counts into manageable groups.
Mid-Span Capability
Compatible versions can access selected fibres without cutting the complete backbone.
Outdoor Protection
IP-rated models protect fibre joints against dust, moisture and environmental exposure.
Re-Entry
Mechanical sealing systems can allow technicians to reopen the closure for maintenance.
Passive Operation
No electrical power is required.
Watch 96 Core Horizontal Fibre Enclosure
Watch on YouTube: https://youtu.be/vS-9wpM3dEs
The 96 Core Horizontal Fibre Enclosure provides a high-capacity splice-management point for backbone, feeder and distribution fibre cables. Its inline construction makes it particularly suitable where the cable route continues through the enclosure, while the internal splice trays keep large numbers of fusion joints separated and protected.
The 96-core capacity is useful in larger ISP, FTTH and telecommunications networks where several smaller fibre routes may branch from a common backbone. Depending on the network design, all 96 fibres can be joined straight through, selected fibre groups can be branched toward different zones, or compatible enclosures can support mid-span access while allowing unused fibres to remain continuous.
Correct fibre management is especially important at this density. Installers should secure cable strength members, maintain safe fibre bend radii, label splice trays clearly and test completed links before sealing the enclosure. Fiber Optics Kenya can supply the 96 Core Horizontal Fibre Enclosure together with 96 Core fibre cable, ADSS cable, armoured fibre cable, fusion splice sleeves, fusion splicers, cable preparation tools, optical power meters, VFLs and OTDRs.
Applications of 96 Core Horizontal Fibre Enclosure
1. ISP Backbone Networks
Protects high-count fibre joints along backbone routes.
2. FTTH Networks
Provides major feeder and distribution fibre splicing.
3. Telecommunications Networks
Supports high-capacity outside-plant fibre infrastructure.
4. Metro Fibre Networks
Suitable for city-wide backbone fibre routes.
5. Residential Estates
Allows one backbone cable to serve multiple zones.
6. Campus Networks
Joins and branches fibre between several buildings.
7. Commercial Developments
Supports office parks, malls and mixed-use developments.
8. CCTV Fibre Networks
Protects high-count surveillance backbone fibre joints.
9. Aerial Fibre Networks
Compatible models can be installed on poles.
10. Underground Fibre Networks
Suitable rated models can be deployed in handholes, ducts and chambers.
11. Fibre Cable Repairs
Protects repaired sections of high-count fibre cable.
12. Network Expansion
Provides spare capacity for future fibre branches.
Typical Network Architecture
| Network Stage | Component |
|---|---|
| Core / OLT Equipment | Active Network |
| ODF | Fibre Termination |
| Backbone Cable | 96 Core Fibre |
| Joint Point | 96 Core Horizontal Fibre Enclosure |
| Branch / Distribution Cable | 24 / 48 Core Fibre |
| FAT / FDB | Subscriber Distribution |
| Drop Cable | FTTH Fibre |
| ATB | Final Termination |
| ONT / ONU | Customer Equipment |
Typical Installation Process
| Step | Procedure |
|---|---|
| 1 | Select suitable installation point |
| 2 | Open enclosure |
| 3 | Route fibre cables through ports |
| 4 | Remove cable jacket |
| 5 | Secure strength members |
| 6 | Route buffer tubes |
| 7 | Separate fibre groups |
| 8 | Identify matching fibres |
| 9 | Strip fibre coating |
| 10 | Clean fibres |
| 11 | Precision cleave |
| 12 | Fusion-splice fibres |
| 13 | Install splice sleeves |
| 14 | Store splices in trays |
| 15 | Arrange fibre slack |
| 16 | Label fibres and trays |
| 17 | Seal unused ports |
| 18 | Close enclosure securely |
| 19 | Test fibre links |
| 20 | Record splice assignments |
Installation Considerations
| Factor | Recommendation |
|---|---|
| Capacity Requirement | Confirm 96 fibres are sufficient |
| Cable Diameter | Match enclosure ports |
| Number of Cables | Confirm branch requirements |
| Splice Tray Capacity | Verify tray configuration |
| Mid-Span Requirement | Confirm support before purchase |
| IP Rating | Match installation environment |
| Cable Strength Members | Anchor properly |
| Bend Radius | Maintain safe fibre routing |
| Splice Sleeves | Protect every joint |
| Fibre Slack | Leave maintenance loops |
| Labels | Identify fibre groups clearly |
| Unused Ports | Seal correctly |
| Testing | Test before final sealing |
| Documentation | Record fibre mapping |
Recommended Accessories
| Accessory | Purpose |
|---|---|
| 96 Core Fibre Cable | Backbone connectivity |
| ADSS Fibre Cable | Aerial deployment |
| Armoured Fibre Cable | Rugged outdoor networks |
| Fusion Splice Sleeves | Protect optical joints |
| Splice Trays | Organize fibres |
| Cable Slitter | Cable jacket preparation |
| Buffer Tube Slitter | Access fibre tubes |
| Fibre Stripper | Removes coating |
| Fibre Cleaver | Precision fibre cutting |
| Fusion Splicer | Creates permanent joints |
| Fibre Labels | Identifies connections |
| Optical Power Meter | Measures optical power |
| Visual Fault Locator | Checks continuity |
| OTDR | Tests fibre length, loss and splices |
Why Buy 96 Core Horizontal Fibre Enclosure from Fiber Optics Kenya?
| Why Choose Fiber Optics Kenya? | Customer Benefit |
|---|---|
| 96 Core Horizontal Enclosures | High-capacity fibre jointing |
| 96 Core Fibre Cables | Complete backbone solutions |
| ADSS Fibre Cables | Aerial network installations |
| Armoured Fibre Cables | Rugged outside-plant use |
| Fusion Splice Sleeves | Professional splice protection |
| Fusion Splicers | Reliable fibre joining |
| Cable Preparation Tools | Easier installation |
| Optical Testing Equipment | Verify fibre performance |
| Technical Guidance | Correct product matching |
| Bulk Supply | Suitable for ISPs and contractors |
| Professional Installation | Fibre splicing and testing |
| Nationwide Delivery | Supply throughout Kenya |
Frequently Asked Questions
What is a 96 Core Horizontal Fibre Enclosure?
It is a horizontal fibre optic splice closure designed to organize and protect up to 96 optical fibre splices.
What does horizontal mean?
It refers to the inline elongated enclosure shape, where fibre cables typically enter and leave along the same general route.
How many fibres can it support?
It can typically manage up to 96 optical fibres.
How many splice trays can it use?
Common configurations include four 24-core trays or eight 12-core trays.
Does it support fusion splicing?
Yes. Fusion splicing is its primary application.
Can it be used for straight-through fibre joints?
Yes. Horizontal closures are particularly suitable for straight cable joints.
Can it be used for fibre branching?
Yes. Multiple cable ports allow fibres to branch toward different routes.
Can it support mid-span access?
Yes, on models designed specifically for mid-span fibre access.
Is it suitable for FTTH?
Yes. It can be used at large feeder and distribution joints.
Can ISPs use it?
Yes. It is particularly suitable for ISP backbone and distribution networks.
Is it suitable for telecom networks?
Yes. It is designed for high-count outside-plant fibre infrastructure.
Can it be used with single-mode fibre?
Yes.
Can it be used with multimode fibre?
Yes, provided the fibre cables and splicing procedures are compatible.
Is it waterproof?
Outdoor models can provide high IP-rated environmental protection.
Are IP68 versions available?
Yes. IP68 horizontal fibre closures are available in high-capacity configurations.
Can it be installed aerially?
Yes, if the specific enclosure supports aerial or pole installation.
Can it be installed underground?
Yes, provided the selected enclosure is rated for underground deployment.
Can it be installed in ducts?
Yes. Horizontal enclosures are commonly suitable for duct networks.
Can it be directly buried?
Some models are specifically designed for direct-burial installations.
Does it need fibre adapters?
Normally no. A standard horizontal splice closure primarily handles fibre-to-fibre joints.
Does it require pigtails?
Not for normal cable-to-cable fusion splicing.
Can it be reopened?
Many mechanically sealed horizontal closures can be reopened for maintenance.
Can it be used with ADSS cable?
Yes, provided the cable diameter and mechanical anchoring system are compatible.
Can it be used with armoured fibre cable?
Yes, with suitable cable preparation and strength-member anchoring.
What is the difference between a 48 Core and 96 Core Horizontal Fibre Enclosure?
The 96-core model provides twice the nominal fibre splice capacity.
What is the difference between horizontal and dome closures?
Horizontal closures use an inline enclosure shape, while dome closures use a vertical design with cable entries commonly located around the base.
What is the difference between a horizontal fibre enclosure and an ODF?
A horizontal enclosure protects outdoor fibre joints, while an ODF is typically used indoors for fibre termination and patching.
What is the difference between a horizontal enclosure and a FAT box?
A horizontal enclosure mainly protects backbone fibre splices, while a FAT box is primarily used for subscriber fibre distribution.
Does it require electricity?
No. The enclosure is fully passive.
Why are splice sleeves necessary?
They protect the fragile fusion-spliced section from bending and physical damage.
Why should fibre slack be stored inside?
Slack provides working length for future maintenance and re-splicing.
Do you supply 96 Core fibre cable?
Yes. Fiber Optics Kenya can supply 96 Core fibre optic cable for backbone applications.
Do you supply ADSS fibre cable?
Yes. ADSS fibre cable is available for aerial network installations.
Do you supply armoured fibre cable?
Yes. Armoured fibre cable is available for rugged outside-plant installations.
Do you supply fusion splice sleeves?
Yes. Compatible splice protection sleeves can be supplied.
Do you supply fusion splicers?
Yes. Professional fusion-splicing equipment and accessories can be supplied.
Do you supply fibre testing equipment?
Yes. Optical power meters, VFLs and OTDRs can be supplied.
Do you provide professional fibre installation?
Yes. Professional closure installation, fibre splicing and optical testing support is available.
Do you deliver outside Nairobi?
Yes. Fiber Optics Kenya supplies fibre optic products and accessories throughout Kenya.
Contact Fiber Optics Kenya
Fiber Optics Kenya
Lyric House
7th Floor Room S9
Kimathi Street
Nairobi
Phone: +254 704 991 492
Email: info@fibreopticskenya.co.ke
The 96 Core Horizontal Fibre Enclosure in Kenya provides a high-capacity and reliable solution for protecting fibre joints in FTTH, ISP, telecommunications, CCTV, campus and backbone fibre networks. Its horizontal inline design makes it especially suitable for straight-through cable joints, fibre branching and scalable network expansion.
Contact Fiber Optics Kenya for 96 Core Horizontal Fibre Enclosures, 96 Core fibre cables, ADSS and armoured fibre cables, fusion-splicing accessories, optical testing equipment, professional installation, bulk orders and nationwide delivery across Kenya.