ElectroWire

Want to stay connected with ElectroWire? Sign up for our emails today.

home
0
{0} items in cart

09-124-92 Superior Essex CASPIC -FSF RDUP PE-89

04-104-31

MFR #:04-104-31

EW #:04-104-31

MFR #:04-104-31

EW #:04-104-31

Call for Availability

Min Qty:1

  |  

Qty Increment:1

Loose tube cables are the product of choice as the backbone in Outside Plant (OSP) environments. The rugged loose tube design offers reliable transmission performance over a broad temperature range. Optical fibers are placed inside filled buffer tubes containing PFM gel. The core is constructed by stranding the buffer tubes around a central member using a reverse oscillating lay (ROL). The core is wrapped with flexible strength members and covered with a water-blocking tape. A corrugated steel armor is applied and encased with a black inner jacket. More water-blocking yarns, a corrugated steel armor and a black outer jacket complete the cable construction. Rip cords are included under each armor for ease of entry.
Requires Quote

Min Qty:1

  |  

Qty Increment:1

Loose tube cables are the product of choice as the backbone in Outside Plant (OSP) environments. The rugged loose tube design offers reliable transmission performance over a broad temperature range. Optical fibers are placed inside filled buffer tubes containing PFM gel. The core is constructed by stranding the buffer tubes around a central member using a reverse oscillating lay (ROL). The core is wrapped with flexible strength members and covered with a water-blocking tape. A corrugated steel armor is applied and encased with a black inner jacket. More water-blocking yarns, a corrugated steel armor and a black outer jacket complete the cable construction. Rip cords are included under each armor for ease of entry.

Attributes

General Information
ManufacturerSuperior Essex
BrandSuperior Essex
PackagingReel
Product CategoryOSP Fiber
Design & Construction
MaterialPE
Cable ConfigurationF/UTP
ColorBlack
EnvironmentOutdoor
Water BlockPFM Gel
Electrical Properties
Insulation MaterialPE