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Product Details
24f Extralink Micro Blowing Fiber Optic Cable 24j 2t12f Sm G652d Diameter 5.8mm
Extralink
EX.15166
TP038106
New
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Product Description
The 24FO (2X12) Conduit Loose tube Fiber Optic Cable OS2 G.652.D HDPE Black (Part number: EX.15166) from Extralink with 24FO. Conduit cables are underground cables, that may be conducted by duct or buried directly into the ground. There are several types of protections for this cable such as anti-rodent or double protection. Conduit cables are built to withstand harsh environments and are typically routed by pull or blow.
Fiber optic microduct cable 24F 2T12F, G652D, 5.8mm
Extralink MICROCABLE is a fiber optic cable designed to be used in microducting. It uses 24 G.652D type fibres. The construction of the cable consists of 6 tubes - 2 loose tubes and 4 fillers twisted around the central FRP rod, which is a strengthening element. Additionally, the cable is filled with Water Swellable Yarn - water swelling polyester yarn which prevents water penetration. The cable's outer coating is corrugated to make inserting the cable into the microduct easier.
Features:
Features:
- G.652D fibre
- 6 tubes twisted around the central FRP bar
- 2 loose tubes plus 4 tubes as fillers
- application of Water Swellable Yarn
- HDPE outer shell
- diameter 5.8 mm
Application:
Application:
- Microducting
Characteristics
Cabel for assembly Micro duct Cabel for assembly Outside the building Fiber standard G.652.D Number of fibers 24F Cable diameter 5,8mm Cable diameter 5.8 Cable length 2000 Cable type FTTH Cable weight 25 Cladding diameter 245 Connector 1 No Connector 1 gender No Connector 2 No Connector 2 gender No Core diameter 125 Fiber mode structure Single-mode Fibre optic type G.652D Jacket material High-Density Polyethylene (HDPE) Operating temperature (T-T) -30 - 70 Product colour Black Storage temperature (T-T) -30 - 70 Tensil strenght 0,6 kN Wavelengths supported 1260,1300,1310,1550
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Product Specifications
Fiber Type (ITU)
OS2 G.652.D
Fiber Count (FO)
24
Fiber per tube
12
FOC Construction
Loose tube
Jacket Material
HDPE
Outer Diameter
4.1mm-6.0mm
Color
Black
Fiber Type (ITU) - OS2 G.652.D
Each type of single-mode fiber has its own area of application, and the evolution of these optical fiber specifications reflects the evolution of transmission system technology from the earliest installation of single-mode optical fiber to the present day. Choose the right fiber is very important for each project/installation. The specification of the OS2 fiber is generally considered as the SMF standard for the single-mode fiber. For the OS2 G.652 fiber there are 4 subcategories: G.652.A, G.652.B, G.652.C, G.652.D.
The OS2 G.652.D single-mode fibers are the most used type of fiber for networking and communications applications. The OS2 G.652.D fiber type provides a zero dispersion at 1310nm wavelength therefor it is optimized for operation in the 1310nm Wavelength. The regular performance remains on the 1550nm wavelength.
Benefits of using the OS2 G.652.D fibers:
- Backward compatibility with earlier versions;
- Lower system cost;
- Offers zero water peak and seamless splicing;
- Lower splicing losses;
- Supports longer cable runs.
FOC Construction - Loose tube
While using a loose tube construction in cables, you can:
- Pull and stretch without causing fractures from bending or tension;
- Have full resistant protection of the fiber core, cladding and coating (mechanical protection and UV protection);
- Reach optimized performances at extreme temperatures;
- Avoid the risk of environmental damage (including water damage).
The loose tube construction solution can be chosen for the following applications:
- Direct buried;
- Aerial;
- Duct;
- Rodent resistant;
- Indoor and outdoor;
- Water-blocking;
- Temperature endurance.
Jacket Material - HDPE
HDPE (high-density polyethylene) is a jacket material that offers excellent protection against moisture, chemicals, and abrasion. It is highly resistant to impact, making it ideal for rugged applications where cables are exposed to rough handling. HDPE is also UV-resistant, and it can withstand extreme temperatures, making it a good choice for outdoor and industrial environments. However, it is less flexible than other materials, which may make it difficult to use in certain applications.