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Home / Products / Fiber Optic Distribution & Management / Fiber Splice Closure / LF074 IP68 Waterproof 24 Core Fiber Optic Splice Closure Horizontal Type Cable Joint Enclosure

LF074 IP68 Waterproof 24 Core Fiber Optic Splice Closure Horizontal Type Cable Joint Enclosure

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Product Description

24 Core Horizontal Fiber Optic Splice Closure for IP68 Outdoor Protection

24 core fiber optic splice closure protects fusion splices and fibre slack at outdoor cable joints. The horizontal enclosure must combine cable retention, strength-member fixation, tray capacity, bend management and a repeatable seal; a high IP label alone does not compensate for the wrong cable seal or installation method.

The page keeps 24-core horizontal splice closure, IP68 waterproof enclosure, aerial, duct and cable joint terminology while treating larger capacities and port arrangements as separate project configurations.

Configuration and Project Selection

Project input	Selection decision	Why it matters
Fibre count	24-core primary; tray loading 1×24 or project-specific	Prevents overcrowding and preserves bend radius.
Cable ports	Number, direction and usable diameter per port	Every used and unused port must seal correctly.
Cable construction	Loose tube/ribbon, armour, strength member and grounding need	Controls fixation, bonding and tray entry.
Installation	Aerial, duct, wall/pole or direct-burial with approved kit	Mounting and environmental loads differ.
Sealing	Mechanical gasket, cable seals and unused-port plugs	IP performance depends on complete assembly.
Re-entry	Expected maintenance frequency and spare sealing parts	Repeated opening requires controlled gasket inspection/replacement.

24-Core Tray and Fibre Routing

A 24-core build may use one 24-position tray or multiple trays according to sleeve size and fibre construction. Route incoming tubes to the tray without torsion, store slack in smooth loops, separate live and reserve fibres, label both directions and keep every bend above the project minimum.

Technical Specifications

Parameter	Specification / procurement note
Product Model	Horizontal Series (HS-12/HS-48/HS-96/HS-144/HS-432)
Product Type	Professional Horizontal Fiber Optic Splice Closure
Core Capacity	24 cores is the primary page configuration; 12/48/72/96/144-core variants are project-specified with matched trays and ports.
Optical Cable In/Out Ports	Optional: 2/3/4/6/8 Ports, Mechanical Sealing for Each Port
Applicable Cable Diameter	φ8mm ~ φ23mm (Adjustable via Sealing Ring)
Applicable Fiber Type	Single Mode (SM) / Multi Mode (MM) Fiber; Bundle Fiber / Ribbon Fiber
Fiber Bending Radius	≥30mm (Static); ≥40mm (Dynamic)
Sealing Method	Mechanical Sealing, High-Elasticity Silicone Seal Ring
Protection Level	IP68 design option; rating is valid only for the exact housing, seals, cable diameters, port closures and tested assembly.
Body Material	High-Strength ABS/PC Engineering Plastic, Anti-Aging, Anti-Corrosion
Fastener Material	Stainless Steel, Anti-Rust, Corrosion-Resistant
Splice Tray	Layered Design, Removable, Heat-Shrinkable Sleeve Compatible
Installation Method	Aerial, Pipeline, Direct Burial, Wall-Mounted, Pole-Mounted
Operating Temperature	-40°C to +60°C
Storage Temperature	-40°C to +70°C
Relative Humidity	5%~95% (No Condensation)
Atmospheric Pressure	70kPa ~ 106kPa
Axial Tensile Force	≥800N (No Displacement, No Damage)
Compression Resistance	2000N/100mm (No Deformation, No Leakage)
Service Life	Design-life target subject to material, sealing, installation and environment; not an unconditional field warranty.
Certifications	IP/CE/RoHS/flammability evidence must be confirmed for the exact supplied model and test configuration.
Warranty Period	3 Years (Device Body); Consumables Excluded
Standard Package	1×Horizontal Fiber Splice Closure, 1×Layered Splice Tray, 1×Sealing Ring Set, 1×Stainless Steel Fastener Set, 1×Ground Wire, 1×Cleaning Kit, 1×User Manual, 1×Warranty Card, 1×Waterproof Tape

IP68 Sealing Conditions

IEC 60529 defines IP codes, but performance applies to the tested assembly. Cable OD, seal insert, unused-port plug, gasket condition, closure torque and re-entry procedure must match the evidence supplied for the model. For critical projects, specify a factory leak/pressure test and a field sealing checklist.

Mechanical Retention and Installation Boundaries

Axial tensile and compression values require a defined fixture and test method. Aerial, duct, direct-burial, wall and pole mounting may need different clamps, brackets and environmental qualification. Metallic armour or strength members require project-specific bonding/grounding.

Common Closure Failures and Prevention

Risk	Consequence	Control
Wrong cable seal size	Water/dust ingress	Match every cable OD to the specified seal and close unused ports.
Strength member not fixed	Axial load reaches fibres/trays	Anchor cable sheath and strength member; ground metallic armour where required.
Overloaded tray	Macrobend, sleeve damage or difficult re-entry	Respect tray capacity and maintain documented routing.
Dirty/twisted gasket	Failed sealing test	Clean, inspect, lubricate only as specified and tighten in sequence.
Unsupported burial/aerial use	Mechanical or UV failure	Order the correct mounting kit and validate environmental suitability.
IP68 treated as housing-only claim	Field leakage despite labelled enclosure	Verify an assembled unit with specified cables, seals and plugs.

Pre-shipment Quality and Acceptance Plan

A practical lot plan verifies housing and tray count, seal sizes, cable clamps, strength-member fixation, gasket condition, hardware, bend routing, label and accessory kit. Sample units can be assembled with the buyer’s cable diameters and checked for leakage and mechanical retention under the agreed method.

Approve exact cable diameters and port allocation.
Test used and unused ports in one assembled sample.
Confirm tray/sleeve capacity with the actual 24-core construction.
Verify mounting kit and corrosion-resistant hardware.
Document gasket and re-entry procedure.
Match IP and material evidence to the exact supplied model.

B2B Buyer Guide: Information Required for an Accurate Quote

Provide cable count and OD, fibre count, loose-tube or ribbon construction, armour/strength member, required ports, splice-sleeve size, installation method, IP/test requirement, re-entry expectation, mounting kit, quantity, destination, label and documents.

MOQ, Samples, Lead Time and Packing

Commercial item	Standard B2B arrangement
MOQ	Project-based quantity; samples and trial orders available on request
Lead time	Normally 5–10 days after configuration confirmation
Packing	Protective bag/inner carton and export carton; project-specific packing available
Customization	Ports, adapters, trays, labels, logo, accessories, manual, inspection report and packing
Documents	Exact-model datasheet, packing list and lot inspection records; compliance evidence must match the supplied variant

Related Fiber Distribution Products

Use the 24-core horizontal splice closure for protected cable joints and select downstream Fiber Optic Distribution & Management products according to splitter, termination and subscriber capacity.

FAQ

Q：

What is a 24 core fiber splice closure used for?

A：

A 24 core fiber splice closure is used to protect fusion splices, fibre slack and cable joints in outdoor fibre networks. It is commonly used for aerial, duct, wall, pole or project-specified installations where the splice point must be sealed against water, dust and mechanical stress.

Q：

How do buyers choose cable ports and cable diameter for a splice closure?

A：

Buyers should confirm the number of incoming and outgoing cables, actual cable outside diameter, armour or strength member structure and any future branch requirement. The closure, cable seal and unused-port plugs must match the real cable size to maintain reliable sealing.

Q：

Why is IP68 sealing not enough without correct cable sealing?

A：

IP68 performance depends on the complete assembly, not only the enclosure label. If the cable diameter, sealing ring, gasket compression or unused port plug is wrong, water can still enter the splice closure and damage splices even when the shell material is strong.

Q：

Can a horizontal fiber splice closure be re-entered for maintenance?

A：

Yes, many horizontal fiber splice closures can be re-entered, but the gasket, cable seals and fastening condition must be inspected each time. For networks with frequent maintenance, buyers should confirm spare sealing parts and a repeatable installation method before bulk ordering.

Q：

What should B2B buyers confirm before bulk ordering fiber splice closures?

A：

B2B buyers should confirm core capacity, tray layout, cable port quantity, cable diameter range, sealing method, installation type, mounting accessories, splice sleeve size, grounding requirement, label plan, packaging and test or inspection requirements. These details reduce field installation risk.

Inquiry

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