6Core Indoor Cable OM4 50/125um Tight Buffered LSZH

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Additional Info
  • Description
  • Applications
  • Specifications

Description

Indoor Distribution fiber optic cable is ideal for applications that require a single termination point with multiple fibers.   The tight buffered design allows distribution cable to be installed as a building backbone and for inter-building campus applications.  Indoor Distribution cable is available in SM 9/125um, OM2/OM3/OM4 50/125um and OM1 62.5/125um.

Indoor Distribution fiber optic cable is tight buffer design,  consist of the following components inside the cable, the tight buffer optical fiber, the Kevlar which is used to further strength the cable structure, making it resist high tension, and Low smoke, zero halogen (LSZH)  the cable outer jacket.

 

Category

1GbE

10GbE

40GbE

100GbE

OM4

/

550m

150m

150m

Applications

  • In-Building for LAN  backbone
  • Factory and Office Riser Cabling
  • Data Center Cabling
  • Horizontal Distribution for Fiber-to- the- Office and Fiber-to-the-desk

Specifications

Mode Field Diameter

Um

50±2.5

Mode Field concentricity

Um

<=0.8

Cladding Diameter

(µm)

125.0±1.0

Cladding Non-Circularity

(%)

≤1.0

Coating Diameter

(µm)

245±1.0

Coating/Cladding Concentricity Error

(µm)

≤12.5

Core/Cladding Concentricity Error

(µm)

≤1.0

Attenuation

 

(dB/km)

850nm≤3.0

1300nm≤1.0

 

Bandwidth

(dB/km)

50/125um

 

850nm≥200

 

1300nm≥200

 

 

Proof Test

 

(N)

(%)

(kpsi)

≥9.0

≥1.0

≥100

Typical Average Force

(N)

1.5

Coating Strip Force

Typical Average Force Peak Force

(N)

(N)

1.5

≥1.3 ≤8.9

Dynamic Stress Corrosion Susceptibility Parameter

nd

≥27

Storage Temperature

°C

-20~70

         

 

 

 

 

Fiber Count

 

Construction

 

 

 

 

Nominal Weight (kg/km)

 

Max Tension (N)

Max. Crushing

 

Resistance (N/100)

 

Cable  OD (mm)

Tight Buffered

Buffered Jacket (mm)

Outer Jacket

 

Short-term

 

Long-term

 

Short-term

Long-term

 

6

5.2±0.2

0.87±0.05

0.31±0.02

LSZH

23

330

110

1000

300