Αρχική Σελίδα Προϊόντα Διάλυμα από οπτικές ίνες

24 Cores Waterproof IP65 Fiber Optic Splice Closure with 2 In 2 Out Ports Dome Type

Name: 24 Cores Waterproof IP65 Fiber Optic Splice Closure with 2 In 2 Out Ports Dome Type
Brand: DOWELL INDUSTRY GROUP LIMITED
Price: 0.45 USD
Availability: InStock

Όλα τα Προϊόντα

Διάλυμα από οπτικές ίνες
(69)

Περάτωση συναρμογών οπτικών ινών
(47)

Κελαμάρα καλωδίου υποβολής ινών
(39)

Αγκυροβόλησης άγκυρας ADSS
(64)

Υδροξείδιο
(27)

Διαχωριστής PLC
(26)

Διάλυμα MPO
(5)

Αδιάβροχος συνδετήρας οπτικών ινών
(66)

Τερματική πρίζα οπτικών ινών
(23)

Κουτί διανομής οπτικών ινών
(42)

Καθαριστικό οπτικών ινών
(19)

Συνδετήρες Καλωδίων Butt
(36)

Ηλεκτρική μονωτική ταινία
(14)

Μονάδα LSA KRONE
(25)

Εργαλεία κοπής καλωδίων δικτύου
(142)

Πιστοποίηση

Κίνα DOWELL INDUSTRY GROUP LIMITED Πιστοποιήσεις

Είμαι Online Chat Now

24 Cores Waterproof IP65 Fiber Optic Splice Closure with 2 In 2 Out Ports Dome Type

Μεγάλες Εικόνας : 24 Cores Waterproof IP65 Fiber Optic Splice Closure with 2 In 2 Out Ports Dome Type

Λεπτομέρειες:

Τόπος καταγωγής:	Κίνα
Μάρκα:	DOWELL

Πληρωμής & Αποστολής Όροι:

Ποσότητα παραγγελίας min:	200 τεμ
Χρόνος παράδοσης:	7-15 ημέρες
Όροι πληρωμής:	T/T
Δυνατότητα προσφοράς:	1000pcs ανά 10 ημέρες

Επικοινωνία

24 Cores Waterproof IP65 Fiber Optic Splice Closure with 2 In 2 Out Ports Dome Type

Περιγραφή

Υλικό:	PP/ABS/PC	Ικανότητα:	24 πυρήνες
λιμάνια:	4 τεμ	Αδιάβροχος:	IP65
Τύπος:	Εναέρια / Πόλος / Τοίχος / Υπόγειος	Εφαρμογή:	FTTH
Επισημαίνω:	24 Cores Fiber Optic Splice Closure , Waterproof IP65 Dome Type Fiber Closure , 2 In 2 Out Ports Fiber Optic Enclosure

24 Cores Waterproof Fiber Optic Splice Closure 2 In 2 Out Dome Type

A fiber optic splice enclosure is a protective housing used to organize, protect, and manage spliced fibers in telecommunications and cable TV networks. It provides a secure environment for fiber splices (both fusion and mechanical) and excess fiber storage (slack loops) at points where cables are joined, branched, or terminated.

Specifications

Type	Typical Installation	Description & Use Case
Aerial / Pole-Mount	Mounted on utility poles or strand	Sealed, dome-shaped or cylindrical closures. Common in outside plant (OSP) networks between poles.
Underground	Placed in handholes, manholes, or direct-buried	Rugged, watertight, often cylindrical "butt-style" closures for in-line splicing, or larger rectangular ones.
Indoor / Wall-Mount	Mounted on walls in buildings, data centers, or telecom rooms	Usually simpler, lighter boxes (often plastic) for patch panels or LAN backbone splices.

Key Features

Physical Protection: Shields delicate splices from moisture, dust, chemicals, and mechanical damage (crush, impact, vibration)
Environmental Sealing: Prevents water ingress, which can degrade fiber performance
Fiber Management: Organizes splice trays and slack fiber to maintain minimum bend radius and prevent micro-bends that cause signal loss
Access Point: Allows for future re-entry for maintenance, testing, or adding new splices

Installation Guidelines

Preparation: Select the right enclosure type for the environment (aerial, buried, etc.). Ensure it has adequate port capacity and splice tray capacity.
Cable Preparation: Strip cables to proper lengths, clean fibers, and secure strength members to the enclosure's strain relief points.
Routing & Bend Radius: Critical for performance. Fibers must always be routed with a bend radius larger than the minimum specified (typically 30mm for OSP fiber, 15mm for patch cords).
Sealing: Follow manufacturer's instructions meticulously for sealing cable ports and main shell. Poor sealing is the most common cause of enclosure failure.
Documentation: Update records with enclosure ID, splice map, fiber identifiers, and test results (insertion loss/IL, return loss/ORL).

Application Example

A 144-fiber feeder cable runs aerially from the central office
At a neighborhood pole, an Aerial Branching Closure is installed. Inside, 48 fibers are spliced to 2x 24-fiber distribution cables that run underground
Each underground cable runs to a Buried Pedestal Closure at a street corner
Inside the pedestal closure, fibers are branched again via splice trays into 6-fiber drop cables running to nearby homes
At the home, a final Small Drop Closure or terminal protects the splice to the pre-terminated indoor cable