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144FO (12x12) Air Blown Fiber Microduct Loose Tube Fiber Optic Cable SM G.652.D Black

€1.60
€1.97 (VAT incl.)
P/N: K1FZ108144B7AZ
Twoosk ID: TP023564

Product Details

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KDP

K1FZ108144B7AZ

TP023564

A-DQ2Y 16x1,5 12x12E9/125G.652D BLK

New

Product Description

The 144FO (12x12) Air Blown Fiber Microduct Loose Tube Fiber Optic Cable SM G.652.D Black (Part number: K1FZ108144B7AZ) from KDP with 144FO. Air blown microduct fiber cable is optimised for injection into microducts and is used in optical networks, more specifically for use in Fiber-to-the-home (FTTH) and Fiber-to-the-Desk (FTTD) networks. This technique that is lower at cost, quicker and more environmentally friendly than traditional deployment, allowing a simpler instalation with less resources.

The 144FO (12x12) Air Blown Fiber Microduct Loose Tube Fiber Optic Cable SM G.652.D Black from KDP is a Microduct Blowable Fiber cable with 144 fibers within 12 loose tubes. This distribution micro cable for optical networks has a loose tube structure with a FRP dielectric central strength member and a halogen-free outer cable sheath, allowing strenght and durability. The optical fibers comply with ITU-T recommendations G.652.D.

Applications

For indoor or outdoor use; This cable is suitable for Air-blowing; Installation by blowing in microducts; FTTx

Characteristics

  • Optical fiber
  • Singlemode
  • Loose tube
  • Waterproof
  • UV rays resistant
  • Halogen-free cable sheath
  • Ripcord
  • Exterior Diameter of cable 8,0 mm ± 0,3 mm
  • Weight 53 Kg/km
Need more information about this or other related products? We have more Fiber Optics | Cables | Air Blown solutions for you. Contact us.

Product Specifications

Fiber Type (ITU)
OS2 G.652.D
Fiber Count (FO)
144
Fiber per tube
12
FOC Construction
Loose tube
Fiber Mode
Single Mode (SM)
FOC Type
Air Blown Fiber Microduct

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.

Fiber Mode - Single Mode (SM)

Single mode fiber uses a LASER light source, is a type of optical fiber with a small core diameter that allows only one mode of light to propagate. It is used in telecommunications and data transmission systems to transmit signals over long distances with low attenuation and high bandwidth. Single mode fiber is ideal for high-speed and long-distance applications, such as internet backbone networks, cable television networks, and fiber-to-the-home (FTTH) services. Its narrow core reduces the dispersion of light, allowing signals to travel further and faster than with multimode fiber.

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