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OSP to ISP Fiber Design
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Pre-construction inspections can consist of utility poles with existing client facilities or poles that do not have client facilities on them. Poles that already have existing client facilities will require overlashing the new fiber optic cable. Poles that do not have client facilities will require new build construction.
Pre-construction NESC inspections are conducted for the Practical safeguarding of Persons, utility facilities, and affected property prior to new cables being installed on necessary utility poles to build the fiber optic circuit to the proposed destination.
Underground inspections/audits and underground design is necessary to verify continuity and availability of space in existing underground conduits or compile information necessary to design/permit for new underground Construction.
K&B Technical Solutions
Existing Splice Case
The design begins at a predetermined outside plant location. This location is an existing splice case or a proposed splice case
Storage loop (Snowshoes) that a new splice case can be spliced onto.
Manhole style Vault with an existing splice case contained inside.
Vault with multiple service loops inside.
Outside Plant Facilities
The goal of this training is to familiarize you with the design process of the fiber optic infrastructure for a provider to a customer.
Building Entry
Inspection/Audit of existing underground facilities
Vaults/Manholes
Inspection/Audit of existing underground facilities
Pre-construction NESC Pole Inspections
Vaults/Manholes
Inspection/Audit of existing underground facilities
Pedestals
Inspection/Audit of existing underground facilities
Pedestals
Underground inspection/audit and design
Aerial Entry
Aerial spans typically transition through a weather head into the building.
Sub-grade Entry
Sub-grade penetration
(Shown above is a core drill into a basement)
Underground approach transitioned to an above grade penetration.
(Shown below is a 90 degree limited bend fitting)
Sub-grade penetration through a foundation
(Shown below are conduits that were installed during construction of the building)
ISP (Inside Plant) design is the fiber infrastructure design in the interior of a building, from the MPOE (Main Point of Entry) to the designated termination point.
Inside Plant Design
Cable Routing through building
MPOE
(Main Point of Entry)
Plenum Rated Fiber Optic Cable
ENT (Electric Non-Metallic Tubing) AKA-Flex Duct
Wall Mounted Splice Enclosure
EMT (Electric Metallic Tubing)
Termination Panel and Delivery Switch