Information

  • Document No.

  • Audit Title

  • Client / Site

  • Conducted on

  • Prepared by

  • Location
  • Personnel

Preliminary Checks

  • DBYD required/conducted prior to ANY breaking of the ground?

  • Contractor has access to all necessary up to date NBNCo documentation? - appropriate to the work being undertaken

  • Contractor has appropriate clothing, PPE, First Aid Kit, Traffic management equipment, sharps disposal container, electrical equipment is tagged and a White Card is able to be produced on request?

  • Contractor has necessary tools and equipment - installation tools, fibre cleaning/inspection/testing equipment?

  • Way Leave access consent required/obtained?

  • Land access consent required/obtained, consultation with EU? Re: equipment locations, future phone connections, etc.

Pit & Conduit Installation

  • Conforms to slope, ground level and does not have any exposed edges.

  • The top rim of the lid is not warped or bent and has been labelled as a communications pit; if not the lid must be replaced with a marked one

  • Pit not located within a carriageway, driveway, 3m of a pole or 5m of a corner

  • Pit positioned with long side parallel to the adjacent property, boundary or road way

  • The pit does not have any exposed edges combine with #23

  • Correct service drop access pit used P5 (Length 650mm x Width 280mm x Depth 565mm)

  • Pit lid is not damaged and is marked appropriately

  • Pit has a gasket fitted

  • Radial clearances from other underground services within specifications as outlined in NBN-TE-CTO-483

  • Conduit installed a minimum of 50mm from the pit floor

  • 25mm separation between conduits

  • Conduit has bushes fitted and finishes square and flush with pit wall

  • Conduits enter from the end of the pit, not the side

  • Min LIC depth is 300mm if less than 3m from pit to boundary and 450mm if more than 3m from pit to boundary

  • Conduit shall be white PVC-U 23mm diameter

  • Radius appropriate bends have been used - max 3x 90deg bends in run

  • Ground reinstatement undertaken

  • Work area left clean and tidy and safe

Underground Drop Cable

  • Telstra LIC used yes / no as per TOW

  • Ground reinstatement undertaken - where digging has been necessary to clear a blockage

  • Conduit has been securely and neatly fixed to the premises using galvanised saddles

  • Cable connected to the correct Multiport and port, as per the TOW allocation

  • Correctly labelled at MPT and PCD( remove PCD & create a separate line under PCD for PCD labelling ), as per CTO- 1756

  • Cable/Conduit is secured every 500mm(max) to the wall, frame, floor bearers, truss, etc Cabling not to be secured to other services

  • LIC sealed correctly if required

  • Any building entry point created has been sealed with non acid cure silicon

  • Work area left clean and tidy and safe

Aerial Drop

  • Multiport on property side or back of the pole (non climbing side) Wouldn't the MPT already be in place and not part of the EU install?

  • Mulitport a minimum of 1500mm below the lowest LV power cable Wouldn't the MPT already be in place and not part of the EU install?

  • Cable connected to the correct Multiport port, as per TOW allocation

  • Drop at the pole attached by j hook, eye bolt, etc

  • Drop to the premises follows power service cable alignment and does not traverse adjoining properties without prior consent

  • Drop at the premises attached by service hook, eye bolt, etc

  • Drop maintains appropriate clearances over land, driveways and structures

  • Drop maintains 2.4m clearance over accessible parts of structure (balcony) - remove, combined with#60

  • Drop maintains 100mm clearance over inaccessible parts of structure (flat roof) - remove, combined with#60

  • Drop path does not traverse power feed drop to premises

  • Drop is separated from power at premises attachment point by a minimum of 300mm

  • Cable run under eaves after attachment to structure neatly

  • If cable is run down wall is it visually unobtusive, located next to a downpipe, conduit or permanant fixture and appropriately secured

  • Work area left clean and tidy and safe

Aerial to Underground Transition

  • Pole licence aquired

  • Only one riser installed per pole

  • Riser not facing traffic

  • Conduit is the appropriate size

  • Conduit securely and neatly fixed

  • Kover guard installed, securely and neatly fixed to pole

  • Correct fixings used

  • Conduit has bushes fitted and finished square with the end of the pit wall.

  • Work area left clean and tidy and safe

Aerial Drop Mid span

  • Drop clable slack has been wrapped around existing FlexNap cable to mid span fitting

PCD

  • Installed at the closest practical point on the premise to the LIC entry point.

  • PCD located on the non street facing side of the premises where possible. PCD mounted in an accessible location, i.e not in a secured area, under the house or in a backyard where possible.

  • PCD mounting location meets required clearances from other services ( as per CTO-1512 ) where possible

  • PCD Height must fulfil all Location and Accessibility req's PCD Working Clearances 2000mm H x 900mm W x 900mm D, min 410mm high PCD. Min 255mm clearance to the left to allow door opening

  • Mounted verically with latches on the right hand side. PCD has not been modified or damaged and is mounted securely.

  • Meets distance from corner of wall, window or balcony requirement of 100mm

  • Stainless steel screws min 8 gauge used to secure PCD - Mounting holes not located over mortar between bricks

  • Meets distance from window or balcony requirement of 100mm ( remove ) duplicated with #86

  • Drop cable enters only from bottom of the PCD on left hand entry point ( TE PCD's only )

  • For TE PCD's, Cable going through the correct grommet type (Flat=Left, Round=Centre or Right)

  • One cable per Entry/Exit point ( allowed for MDU's only ) and SDS and premises cable enters on opposite sides

  • Grommets only slit only enough to facilitate cable entry

  • Stored cable routed correctly in PCD, does not exceed bend radius, no visible kinks, routed in one continous direction.

  • Stored cable is sufficient to allow re-termination but not excessive, recommended slack coils 3 loops of SDS and premises cable, up to maximum 3 metres SDS and 5 metres premises

  • Cable correctly stripped and attached to splice cassette, carrier tube or unstripped premises cable is not to be coiled in the splice casette

  • Fibre routed correctly in splice cassette, does not exceed bend radius, sufficient loops of for re termination ( recommended 3 loops )

  • Correctly labelled at PCD, as per CTO- 1756

  • If FIC has been installed correct techniques have been used

  • Cable/Conduit is secured every 500mm(max) to the wall, frame, floor bearers, truss, etc Cabling not to be secured to other services

  • Work area left clean & tidy and safe

Class 2 Installation

Premises Cable

  • Building entry point sealed with silicone

  • No cable slack to be stored along the route, all slack should be contained within the PCD.

  • If cable is run down wall is it visually unobtusive, located next to a downpipe, conduit or permanant fixture and appropriately secured

  • Cable is suitably protected from potential damage ( exposed areas )

  • Cable route is not subject to crushing pressures or sharp edges, is not subject to crushing or sharp edges

  • Cable/Conduit is secured every 500mm(max) to the wall, frame, floor bearers, truss, etc Cabling not to be secured to other services

Customer Premises Equipment

  • FWO, NTD & PSU have a minimum clearance of 30mm on all sides + (70mm on connection side of FWO, 65mm on left side of PS/B)

  • NTD has not been installed directly above power outlet

  • If PS/S option has been installed is the label facing to the outside?

  • NTD & PSU mounted at correct height height ( Min 300mm from floor to bottom of device, Max 1700mm from floor to top of device )

  • Min 50mm between PS/B and NTD if NTD on right, 65mm if NTD is on Left.

  • NTD & PSU not installed where ambient temperature is routinely < 10Á C or > 40Á C, or in a confined area with restricted air flow

  • NTD & PSU easily accessible and not installed in a prohibted location, or in an area containing a prohibited feature

  • Power supply option has been installed as per direction given in the TOW

  • If PS/S option has been installed is the sufficient space to install battery backup option in the future?

  • NTD and PSU are mounted securely and are correctly aligned

  • NTD labelled at back of unit with serial number & laser/power safety warnings ( remove, this comes from the factory, not the EU installer )

  • NTD labelled at front with the NTD Identifier number from TOW

  • Cable secured and routed correctly within NTD enclosure base. No excessive slack , inappropriate bends or excessive tension

  • FIC where used had been installed using correct techniques

  • PSU 3x labels- Warning(Cover), Indicator/Button(Inside cover), ID no's(Bottom RH side) ( remove, this is not the responsibility of the EU installer )

  • PSU and NTD not located within 1.5 metres of a water or space heater ( remove, covered under #116 prohibited feature )

  • External NTD has a separate 6mm?(min) earth lead run to the premises earth stake

  • User guide/documentation explained/supplied to EU ( move to General EUP installation )

  • PS/B maximum 20m from an outdoor NTD

  • Work area left clean and tidy and safe

FDH

  • Patching matches local port and splitter tail allocated on TOW

  • Connectors cleaned

  • Patch routed correctly and neatly through fibre guides

  • ( FDH type 1 - )Termination field updated in 0.4 fine tip permanant marker

  • Work area left clean and tidy and safe

General EUP Installation

Customer

  • Was the installation started at the agreed time and date?

  • Was the EU/BO Representative consulted prior to starting the build?

  • Was the EU/BO Representative consulted after the build?

  • Was the EU/BO Representative satisfied with the installation?

As Built and commissioning

  • Were there any Variations and Why?

  • Were there any issues with the overall Design?

  • Are there any suggestions to improve the Design? (Attach notes where applicable)

  • Commissioning and Testing Sheets included and completed in As Built pack

  • All results within specification

  • All test points and results recorded on test sheets

  • Are there any reasons why Service Activation could not be completed

Wireless EUP Installation

Wireless End User Premises

  • Antenna mast secured correctly, guy wires tensioned, turn buckles secure,roof/building penetrations sealed

  • Antenna is at correct azimuth & tilt

  • Drip loops in place at antenna and at building penetrations as appropriate

  • All external connections waterproofed & birdproofed

  • Antenna riser clamps tightened evenly(lock nuts???)

  • Antenna RX level recorded

  • Antenna & riser mast mnust be accessible safely see SWMS

  • WNTD IDU/BBU located as per NBN spec(FDIG)

  • All internal cabling secured as per FDIG

  • RF warning signs in place

  • Installer has left a copy of Customer guide on site

  • All internal equipment labelled as per NBNCo spec

  • IWP installed correctly

  • All RF antenna connections torqued correctly

  • CAT6 PoE patch lead installed correctly

  • Roof covering(tiles,colourbond,etc) replaced correctly & undamaged

  • Any penetrations of abesteos/AC sheet sealed correctly

  • Riser mast secured to building structure(stud, rafter) not facia & correct fixing used

  • Ridge mount riser installed as per FDIG

  • Baseband CAT6 cable sheath undamaged

  • Baseband CAT6 cable to ODU secured at 300mm intervals with Scotch 33 tape(UPVC)on riser mast not cable ties

  • All cables installed to meet minimum bend radius of cable

  • CAT6/RJ45 connections correctly crimped and terminated

  • CAT6 External cable meets UV and waterproof requirements of NBNCo specs

  • External cable fixed to building surface with appropriate fastners at correct intervals

  • Non standard BBU installed as per FDIG

  • Any cable ties used as bird proofing will not crimp or over tension cable

  • Cable run does not exceed 90M

  • WNTD IDU/BBU not located in hazardous environment

  • All penetrations to be vermin proof

  • Installation details recorded in Spatial

Installer's Signature

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Auditor's Signature

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