Category:
Cables - Fiber Optic Cables
Price Range:
< $5
$5 - $7
$7 - $10
$10 - $20
$20 - $30
$30 - $40
$40 - $50
$50 - $100
$100 - $200
$200 - $300
$300 - $400
$400 - $500
$500 - $1000
$1000 - $2000
$2000 - $3000
> $3000
Brand:
10Gtek Transceivers Co., LTD (42)
AddOn (2433)
APC (47)
Arrowmounts (182)
Avenview Corp. (42)
Axiom (2790)
Belkin (1440)
Black Box Corporation (341)
Cable Manufacturing, Inc. (129)
Cables To Go (5316)
CableWholesale (123)
Coboc (229)
Comprehensive Cable and Connectivity (122)
CP TECHNOLOGIES (110)
eNet Components, Inc. (457)
Hewlett-Packard (376)
Hummingbird Networks (49)
ICC (76)
Lenovo (40)
Link Depot Corp. (74)
Mellanox Technologies (227)
Monoprice Inc. (371)
NavePoint (119)
Netpatibles (462)
Nexhi (254)
Nlp Comprehensive (47)
SIIG, Inc (66)
STARTECH (1657)
Tripp Lite (4159)
Unirise USA, LLC (44)
-Free Monthly Time Sheets
-Free Business Cards
-Free Invitation Cards
|
|
|
|
|
|
|
|
|
| Item No.: 9SIA97T4RG8733 |
| Product Name: C2G 09128 3.28 ft. SC ST Duplex 62.5 125 Multimode Fiber Patch Cable |
| Brand: Cables To Go |
Condition: New
Price:$23.17
Availability: In Stock
|
Share this:
|
|
|
|
|
|
|
|
|
| Product Description: |
| C2G 09128 1m SC/ST Duplex 62.5/125 Multimode Fiber Patch Cable - Orange Type: Fiber Type: Fiber Optic Color: Orange Connector Detail: Connector A: 2 x SC Male Connector B: 2 x ST Male Specifications: Optical Multimode 1 (OM1) fiber supporting 200/500 MHz.km OFL at 850/1300 nm. SC Connector Dimensions: 10.6mm Height x 26mm Width x 58mm Depth (with installed duplex clip) Maximum Connector Loss: 0.50 dB Typical Connector Loss: 0.30 dB Typical Return Loss: -25 dB Buffer Material: PVC Buffer OD: 900 um Jacket Material: PVC (OFNR riser-rated) Jacket OD: 2.8 mm Installation Tensile Load: 100 N (445 lbs) Long-Term Tensile Load: 50 N (222 lbs) Maximum Tensile Load: 100 N/cm Installation (Loaded) Minimum Bend Radius: 5.0cm (1.97in) Long-Term (Unloaded) Minimum Bend Radius: 3.0cm (1.2in) Crush Resistance: 750 N/cm Impact Resistance: 1,000 cycles Flex Resistance: 5,000 cycles Attenuation at 13... |
|
|
|
|
|
