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SH4001

Super Eska; Simplex Optical Fiber Cable, Polyethylene Jacket, V-2Y 1P980/1000 Super Eska™ Simplex 1.0 mm Core Optical Fiber,
2.2 mm OD Polyethylene Jacket,
V-2Y 1P980/1000


SH4001 Super Eska; Simplex Optical Fiber Cable, Polyethylene Jacket, V-2Y 1P980/1000

Sectional View

Application: General purpose simplex cable for data applications

Manufacturer: Mitsubishi Chemical Co.

Part Number: SH4001



Part Number: SH4001
Price (500 m per spool)

 
 1 to 2 $ 340.84 
 3 to 9 $ 320.80 
 10 to 19 $ 300.76 
 20 to 39 $ 288.72 
 40 to 49 $ 274.55 
 50+ Call for Quote
 
Quantity


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Part Number: IF C E1000
Price (per meter)

  $ 1.40   
Quantity


  Box Size (mm):
  Gross Weight* (kg): 0
 

  Structure
Core Material Polymethyl-Methacrylate Resin
Cladding Material Fluorinated Polymer
Core Refractive Index 1.49
Refractive Index Profile Step-index
Numerical Aperture 0.5
Number of Fibers 1
 
Unit Value
Core Diameter μm 920 - 1040
Cladding Diameter μm 940 - 1060
Approximate Weight g/m 4.0
  Buffer/Jacket
Material and Color Polyethylene (black)
Indication on Jacket Super Eska; Blue
 
Unit Value
Outer Diameter mm 2.2 ± .07
Fiber Tensile Strength N 70
Performance Criteria for Acceptance
and/or
[ Test Conditions ]
Unit Value
Maximum
Rating
Storage Temperature No Physical Deterioration
[ in a Dry Atmosphere ]
° C - 55° ~ 70° C
Operating Temperature No Deterioration in Optical Properties
[ in a Dry Atmosphere ]
° C - 55° ~ 70° C
No Deterioration in Optical Properties
[ under 95% RH condition ]
° C + 60 Max.
Optical
Properties
Transmission Loss (650 nm Collimated Light)
[ 25°C 50% RH ]
dB/m .19 Max.
Transmission Loss
under 95% RH
(650 nm Collimated Light)
[ Operating Temperature ]
dB/m .21 Max.
Mechanical
Characteristics
Minimum Bend Radius Loss Increment <0.5 dB
[ A Quarter Bend ]
mm 25
Tensile Strength Tensile Force at 5%
[ Elongation: Conforms to JIS C. 6861 ]
N 70
Twisting Strength Loss Increment <1 dB
[ Sample Length: 1 m Tensile Force: 4.9 N ]
Times 5
Impact Strength Loss Increment <1 dB
[ Sample Length: 1 m JIS C 6861 ]
N.m 0.2
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