6X 10 METER, SINGLE MODE FIBRE CABLES (ST TO LC.)

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Key Features

Features fiber optic cable type to deliver high-bandwidth data transmission with minimal signal loss, ensuring optimal performance in network setups
With ST Network - Male connector, it is compatible with a network device, providing a secure link for uninterrupted operation
Offers dependable network connectivity for stable performance, supporting uninterrupted operations and consistent data flow across connected systems

WELTRON Connector Cables

6X 10 METER, SINGLE MODE FIBRE CABLES (ST TO LC.)

Mfr # 90-1501-10M SKU 3335400 UPC 840349106748

$9.24 MSRP $16.70 Save 45%

Regular price saves you $7.46 against MSRP.

Available

Product Overview

6X 10 METER, SINGLE MODE FIBRE CABLES (ST TO LC.)

Weltron 10m LC/ST Single Mode 9/125M Yellow Fiber Patch Cable - 32.81 ft Fiber Optic Network Cable for Network Device - First End: 2 x LC Network - Male - Second End: 2 x ST Network - Male - Patch Cable - 9/125 µm - Yellow
Weltron 10m LC/ST Single Mode 9/125M Yellow Fiber Patch Cable
32.81 ft Fiber Optic Network Cable for Network Device - First End: 2 x LC Network - Male - Second End: 2 x ST Network - Male - Patch Cable - 9/125 µm - Yellow

Technical Specifications

Cable Length	32.81 ft
Product Type	Network Cable
Device Supported	Network Device
Manufacturer Part Number	90-1501-10M
Limited Warranty	Lifetime
Weight (Approximate)	0.37 lb
Manufacturer	Winston International LTD
Product Name	10m LC/ST Single Mode 9/125M Yellow Fiber Patch Cable
Brand Name	Weltron
Cable Characteristic	Patch Cable
Cable Type	Fiber Optic
Connector Type on First End	LC Network - Male
Connector Type on Second End	ST Network - Male
Fiber Optic Mode	Single-mode
Product Color	Yellow
Color Family	Yellow
Connector on First End Details	2 x LC Network - Male
Connector on Second End Details	2 x ST Network - Male
Fiber Optic Cable Core/Cladding Specification	9/125 µm

Marketing Information

LC to ST terminations, this high-quality fiber optic patch cable provides high bandwidth and transmission rates over longer distances. The injection molding process provides each connection greater durability in resisting pulls, strains and impacts from cabling installs. The pull-proof jacket design surrounds the fiber, protecting it from electrical interference.