SSM-TPG HOPs

Title Page

Site conducted
Conducted on
Prepared by
Location

Pre –Work Photo Internal

(1) All Pre -Work Internal Photo requirement can be tagged n/a (not applicable) if not part of the scope (for example: no ECO FAN installed or ODU site) (2) Documents marked with minimum zero (0) requirement must be still submitted if part of our scope. (3) All photos to be uploaded here are pre-internal photos only. (4) All photos must have date stamps and maintain minimum of 1024 x 768 pixel resolution.
- Yes
- No
- N/A

ECOFAN_CableRoute (0)

Photo of entire DC cable route between fan and PSU including cable labeling on both ends and CB

EnvironmentalFilters(1)

Air conditioner and EcoFan filters, showing all exposed clean filters for each

EcoFanSockets(2)

EcoFan sockets, showing labelled GPO wall socket with cable attached, and labelled RJ45 connection

ECOFAN (3)

EcoFan overview, showing GPO position, warning label, external temperature sensor, air filters, cable labels

Prior to commencement (1)

Photos of site and equipment prior to commencement of work, including the area surrounding the location where the work is to be undertaken. Especially show any existing damage, vandalism, and existing poor workmanship

Existing Equipment (1)

hotos of the existing equipment to be replaced, or of the position where new equipment is to be installed, prior to commencement of work (2 photos of each location, clearly showing the area of interest, e.g. close-up and overview, or view from left and right sides).

ACMA Photos

Tower/Building Cable Entry (0)

Photos of all Tower/Building Cable Entry and exit points with bird proofing or stipulated sealing(fire proofing)

ACMA_PhotoExtras(0)

Any other photographs relevant to ACMA requirements

Tx_ACMACard (2)

Photos of all remaining Tx ACMA labels on site after RAN Refresh
Put NA if no TX equipment with ACMA label or if TX is via fibre(NTU).

Tx_Decom_ACMA_Pre (1)

Photos of all Tx ACMA label on site prior to decommissioning if part of scope
This is the ACMA card photo of the Tx equipment to be decom. If no TX equipment for decom then this is not required and just put NA.

Tx_Decom_ACMA_Post(1)

This is the ACMA label photo of the remaining Tx equipment after the decom.
If no TX equipment for decom then this is not required and just put NA.

RooftopAfter(0)

Full view of the rooftop, standing behind each sector showing complete sector view, after work completes( example: use your fingers to identify sector)
Only take rooftop photos in safe position and need only overview photos of each sector
Put NA for non-rooftop sites

GPS antenna

GPSAntennaOverview (0)

Overview photo of GPS antenna location in relation to other surrounding structures. Surge protector should be visible
Overview of the GPS antenna location related to the other surrounding structures.
Photo of the antenna including Surge Protector.
Must have min 500mm separation in between GPS antennas and no obstruction from top. Pls follpwSED-315v2 in GPS installation.
Installing GPS antennas at back wall of ODU is discouraged as it obstructs top cover from opening as part of maintenance.

EntryPoint_GPSAntenna (0)

Cable run to entry point of shelter or ODU
Overview of the GPS antenna including cable route going to the gland plate.
Need to follow correct labels and GPS installation standard as per SED-315

GPS Cable Run (0)

Internal Cable Run and Equipment Termination Point
Cable route of the GPS antenna upon entering the gland plate to BTS rack to the BBU.
In case that 5G and 4G BBU have separate BBU units, Provide photo showing from/to connection from 4G BBU going to the 5G BBU.

Shelter/ODUEntryPointGland (0)

Photo of shelter /odu entry point gland
Overview of the GPS antenna upon entering the gland plate.
GPS cable internal label.

GPS_WeatherProofing (1)

GPS weather proofing, bird proofing, earthing and labelling photo
GPS antenna label and bird proofing on the antenna to GPS cable connection.
Earth cable of the Surge protector must be labelled at both ends as per STD-D266.

GPSAntennaBrkt(1)

GPS Antenna bracket including antenna. Surge protector should be visible
- Yes
- No
- N/A
Overview of the GPS antenna bracket and surge protector.
Close up view of the GPS antenna bracket
Close up view of the Surge protector.

GPSAntennaOverview_Optus(0)

Overview photo of Optus GPS antenna location in relation to other surrounding structures. Surge protector should be visible. Clearly showing Weather proofing and bird proofing.
Need overview photo of Optus GPS antenna and surge protector (NSN/Ericsson)
Need to follow correct birdproofinginstallation and labelling as per SED-315
As much as possible, surge protectors must be installed above the FEB/SEB so that the earthing will go towards direction of

Antenna Photos (Multiple Frequency Band Antenna)

MFBMechTiltAfter(0)

Mechanical tilt on each antenna after works commence, showing mechanical tilt indicator or if not fitted, digital inclinometer reading
Need to provide mtiltphotos with inclinometer reading for TPG 4G & 5G antenna for all sectors
Inclinometer display must be close to mtiltvalue based on design. Value when rounded off must be equal to the target design mtiltvalue of the antenna.
Inclinometer reading must not be “HOLD” position and with clear display
Fitted Mtiltindicators (in 5g AAUs) and mtiltbracket setting (4G) must show correct mtiltvalue.
Stickers labels should be installed on all antennas to indicate all required antenna details.
Need also photo of top and bottom bracket for AAUs.

MFBAntennaAzimuthAfter (0)

Antenna azimuth after works complete, from behind antennas on each sector, in the direction of the antenna
Need to provide antenna azimuth photos for TPG 4G & 5G antenna for all sectors with clear sticker labels.
Use of Smart Aligners in Antenna Azimuth photos is an advantage but not mandatory

Antenna Connections (2)

Antenna connections, showing model and serial nr, both sides of tails and RET connections with readable labels and colouredbands, and waterproofing
Need to provide antenna connection photos for TPG 4G & 5G antenna for all sectors with clear labels and following STD-D250.
All JMA tails must be plumbed properly, and all spare RET port caps replaced with Metal/Alloy caps.
Not required to provide 4G antenna connections photos for sector assembly sites as photos are already available in Vectahop.
Need SN photos for all new installed antennas and MERCS5 sticker labels installed on pole mounts as per STD-S604.
For 5g tails connections and labelling, pls follow STD-D329 and STD-D254 respectively.

Antenna_Panel (0)

All Antennas, 3 photos of each -one close-up, one zoomed out (showing surrounding environment)
Need to provide antenna panel zoomed-in and zoomed-out for all sectors.
Can be also taken from the rear of antenna if front access is inaccessible.

Optus Requirements (Dual Integration Sites)

OPTUS_BTSRackZonecool(1)

Overview photos of BTS Racks with doors installed and secured
Need to provide photos of OPTUS BTS ZonecoolRacks with and without doors installed

OPTUS_BTSRackDetailed(1)

BTS Photos of sub-racks of each BTS section displaying BTS Rack layout
Need to provide photos of each OPTUS BTS sub-racks

OPTUS_BTS (1)

Individual photos of BTS cabinet/BBU for RRU overview with door open after installation (1photo/s of each BTS per site).
Need to provide overview photos of each OPTUS BTS cabinet/BBU existing or installed.
Need also to provide photos of equipment earthing and fibre/dc connections with clear labels.
Need SN photos as well of all newly installed equipment.
Need also photos of FSEE and its cabling if installed.

OPTUS_Rftails(1)

All cables run neatly and do not obstruct units or adjacent Equipment including photos of tilts and azimuth. Clearly showing weather proofing and bird proofing with readable labels
Need to provide OPTUS antenna RF tails connections with clear labels and correct weather proofing and bird proofing installed
Need Mtiltphotos with inclinometers for all antennas and with sticker labels.
Need Azimuth photos and SN photos of new installed antennas.

OPTUS_BTS Earth (1)

All internal earth connections
Need to provide all OPTUS equipment earthing photos for both ends with clear labels and lugs properly secured using nuts, flat & spring washers.
Pls follow STD-D266 for earth labelling standards.

OPTUS_PhotosExtrasIC(1)

Misc/ extra photos showing any extra or non-standard items at site
Need to provide all photos related to OPTUS DCDU, GPS Splitters, AMA Mux and other non-standard items.

OPTUS_CombinerInt(1)

Showing tail connections and combiner.
Need to provide internal combiner photos (if available) for all sectors.
RF tails must be properly plumbed/labelled and all spare ports must be covered with caps.

OPTUS_BTSOverview(1)

All BTS's and equipment installed from a distance
Need to provide all OPTUS BTS and equipment overview photos

OPTUS_Fibre(1)

All Cables run neatly and do not obstruct units or adjacent Equipment
Need to provide all fibre/CPRI Cable terminations at both BBU and FMT side
Need clear and correct labels on both ends. It must follow STD-D259 and STD-D260 for NSN and Ericsson equipment respectively
Need also photos of all other OPTUS TX fibreterminations

OPTUS RRU (0)

ALL RRUS, overview and with covers open showing all lablesand connections
Need to provide RRU overview and DC/Fibre/RF tail connections with clear labels.
Need also SN photos of all new installed RRUs.
Need to follow STD-D250 and STD-D254 in all RF and fibretail labelling respectively.

Others

Additional (0)

Any other photographs relevant to the site
Need to provide photos of all new steelworks installed (HF, strengthening, stand-offs, collar mounts, turret, lightning rod, etc)
To include photos evidence of EME compliance with FORM B requirement
Need to provide photos of all locknut connections on all u-bolts, v-bolts, braces, etc.withmarkings and following FC structural drwgor TPG standard.
All bolts must be properly tightened and installed properly.

Feeders and cable trays Installation and earthing

Penetrations (3)

Both sides of all existing and new penetrations (floors, ceilings, walls, core-holes; equipment room, risers, etc, throughout the building), showing seal; include one photo of sealant product container
Need photo of all sealed penetrations including plates or gland covers installed on gland windows.
To include also photos on in-situ cable penetrations sealed and made good.

EarthingConnections (1)

Show earthing connection of existing earthing in Cable Tray connected to the main earth and bonding between cable tray
Need photo of all sealed penetrations including plates or gland covers installed on gland windows.
To include also photos on in-situ cable penetrations sealed and made good.
Earth paste is not required for TPG Lead sites

EarthBarShelter (1)

Earth bar at cable entry window of shelter, including all labels
Need overview of the earth bar at cable entry gland plate.
New earthing connections must use single-hole earth lugs and must be secured properly using set of flat-w, spring-w and nuts. Need to use yellow and green earth cables.
Earth paste is not required for TPG Lead sites
Ensure that earthbarhas direct connection to main earth grid
Earth labels are now required for all new earth connections to FEB and SEB except for feeder/hybrid trunks using earthkits. Cable tray earthing is excluded as well. Refer to STD-D401, STD-D402 and STD-D403.

DuctOverview (0)

Overview of ducting and pits for feeders, tie cables, etc (one photo of open duct/pit, one closed)
Only required if duct and pits is part of the scope
All ducted pits must be sealed properly and pvcwith foam applied.

CableTray (4)

Photos of entire Cable tray, cover on and off, showing how RF feeders and hybrid trunks are secured within the tray, and any bends in the tray route
Need overview photos of the entire cable tray -on and off tray lid showing how RF feeders and hybrid trunk are secured.
Cable tray lids must be secured with bolts and nylocnuts unless inappropriate.

SnapHangers (0)

Cable snap-stack hangers on tower, showing how feeders are secured
Photos of the cable run from top to bottom showing how the feeders were secured using snap hangers

GlandPlateExt (1)

Gland plate, internal and external view, showing feeder entry points
Photo of the gland plate from internal and external
Make sure that all gland plates are properly sealed, and all glands tightened with no light passing through.
Cable gland should be fitted properly and have correct size in reference to the GPS conduit and hybrid cable.

EarthBarTowerBase(1)

Earth bar connections at the base of the tower/structure, showing connection to earth system
For Lattice tower, this is the earth connection on the tower leg as all earth bar is the tower is directly connected to the tower leg.
Please ensure that earthbarat base of tower has connectivity to main earth grid and all earthing connections properly secured.
Double hole lugs, piggy-backing and over & under earth connections are not acceptable for TPG lead sites.

EarthExtMisc(0)

Earth bar connections for any other installed equipment on tower/rooftop sector Sn
Provide photos of earth bar for all sectors (sector assembly EB and earth tabs)
Include all the earth cable connections from the 5G antenna, BOB and RRUs in non-sector assembly site.
Earth paste is not required for TPG Lead sites

EarthBarTowerTop (1)

Earth bar connections at the top of the tower
Need photo of tower main where all sector earth bar were terminated.
It can be an earthbarinstalled on top of cable tray or main earthbaron rooftop with direct 35mm earth connection to main earth grid.
Earth paste is not required for TPG Lead sites

GlandPlate (1)

Close-up of Gland Window, taken with door closed and lights off, showing that all penetrations are sealed
Need to provide actual photos of gland plate with door is closed and lights off as this will be checked by TPG during site audit for any light penetrations.
This is not applicable for ODU sites.

Decommissioning Photos

DecomEquipBefore (1)

Equipment to be decommissioned, in place prior to removal this includes far end cable connections and runs (DC, TX,RF, Alarm Krone and Earth Cables etc.)
Overview of the shelter/ODU that will show all the equipment to be decommissioned.
For rooftop sites, photos of all equipment to be recovered as specified in FC. It can be microwave dish, steelworks, etc.

DecomEquipExt (1)

Decommissioned equipment, after its removal to include all Hardware, RF Tails, Earth Cable, Alarm Krone and cable, TX Ethernet or Fibre
Need photos of all recovered internal and external equipment preferably on a pallet.

PreScreenshot (1)

Photos or screen prints provided by GNOC/RIC of any pre work alarms

Combiners/TMA/Filters External

MHA (3)

Photo of each MHA, showing top tail connections and labels, bottom tail connections and labels, mounting position in relative to other equipment, cable connections including bird-proofing, earth connection and earth cable running downward, and MHA serial number and type.
MHA photos are not required if we did not touch Optus antenna and its ancillaries. However, if we relocated MHA’s to new pole/antenna then we need to provide required photos.
MHA SN’s are not required unless it is new install
Ensure MHA’s are earthed properly and tails properly plumbed and labelled accordingly.

Filters (0)

Photos of each filter on Sector, showing mounting in relation to other equipment, cable connections including bird-proofing and all cable labeling.
Filters are passive devices so it is not required to be earthed as per SED-322.
All Cables must have a minimum of 100mm straight length past glands and connectors as per SET-S204.

Combiners (0)

Photos of each combiner on sector, showing mounting in relation to other equipment, serial number and type, cable connections including bird-proofing and all cable labeling.
Need to provide external combiner overview, plumbing and tail label photos for both carriers.
No need to provide combiner photos for TPG with sector assembly as it is already available in VectaHOP.
Please ensure that vinyl labels were installed facing away the connector and 150mm away from the plug assembly as per STD-D250.

FilterLabels(0)

Model number and serial number of each external RF filter
Need clear SN/Model number photo of all filters installed.

CombinerLabels(0)

Model number and serial number of each external combiner
Need clear SN/Model number photo of all combiners installed for both carriers.
No need to provide combiner label photos for TPG with sector assembly as it is already available in VectaHOP.

RRU

RRU_cover_open (0)

RRUs/Blades, showing fibre, earth and power connections and labels, coloured bands (1 photo per RRU) and Bird-proofing of all hybrid tails and RET cables where applicable entering the device
Only require TPG RRU photos here for non-sector assembly builds since RRU photos are already available in VectaHOP for sector assembly builds..

RRU_SN_n (0)

RRUs/Blades, showing RRU serial number and type (1 photo per RRU) _Sn
Only require TPG RRU SN photos here for non-sector assembly builds since SN photos are already available in VectaHOP for sector assembly builds.

RRU_cover_closed_n(0)

RRUs/Blades, showing mounting position relative to other equipment (1 photo per RRU) _Sn
Only require TPG RRU overview photos here for both sector and non-sector assembly builds. For SA sites, prefer to take left and right-side view photos showing RRU location relative to other equipment.

RRUBoBInternal_n (0)

RRU Break-out Box(es) with door open, showing power and fibre physical connections, labels and legend sheet (1 photo per BoB) _Sn
Need photos of BOB legend sheet with correct details and using SED-044 template. For Fibre BOB termination photos, need to show proper fibre layout and all spare ports with dust covers installed. For DC termination, all DC cable lugs needs to be properly terminated and marked to indicate it is torqued to 5Nm. Plastic covers must be installed and BOB clean of any rubbish.

RRUBoBExternal(0)

RRU Break-out Box(es) with door closed, showing mounting in relation to other equipment, Truck Cable,Tail cable entry and Bird-proofing of all hybrid tails (1 photo per BoB)
Hybrid tails must have the complete length of the smaller diameter heat shrink inserted within the gland. Trunk & hybrid tail compression glands must be fully tightened. All Cables must have a minimum of 100mm straight length past glands and connectors. All sticker labels must be installed properly with 150mm gap after connector end.

AC Distribution Board Photos

ACDBPLCVersion(1)

Clear photo of PLC version number
Must be the latest PLC version per design requirement as per SETB-071. Ensure no alarm on PLC display and with correct A/C Qty configured as per actual.

ACDBLegendSheet(1)

Close-up of AC circuit breaker legend sheet
Labels must be clear and with correct ratings as per actual. Labels must be black lettering on white background. Word “VHA” is no longer acceptable as per SETB-104.

ACDBDCLight(0)

DC Light, if not mounted on AC Distribution board
This is not mandatory if not part of scope or new install.

ACDBSmokeSensor(0)

Smoke Sensor, if not mounted on AC Distribution board
This is not mandatory if not part of scope or new install.

ACDBTempSensor (0)

Temperature Sensor, if not mounted on AC Distribution board
This is not mandatory if not part of scope or new install.

ACDBAlarmConnections(2)

External Alarm cable terminations at PLC
Need photos of PLC alarm connections with correct/clear labels.
Alarm cable label must be flag type and with heatshrinkon cable stripped end.

ACDBOverview(0)

Overview of AC distribution board, from floor to ceiling. Show light, smoke & temperature sensors if mounted on dist'nboard
Need overview photo of internal DB with all covers installed and alarm free

ACDBCB (1)

Close-up of AC circuit breakers, showing ratings
Need overview photo of CBs installed as part of scope. CB ratings must be correct as per legend sheet and CB allocations mustfollow STD-D409.

ID_GeneratorMainSwitch(0)

Generator main switch, if not part of the main distribution board

ID_SurgeProtection(0)

Surge protection equipment, if not part of the main distribution board

BTS Rack(s) Photos

BTSOverview (5)

Overview of BTS rack(s) equipment, showing rack from floor to ceiling (including cable tray), CPRI cable run, and Frequency Spectrum license labels
Need overview photo of the BTS/MER rack capturing the rack from the floor to the ceiling and taken from front, left and right side.
Need clear overview photo of BBU and ACMA 850 label.
ACMA 850 label must have the correct Sitename, Site id, ACMA ID and RX/TX license numbers.

BTSEarth(0)

BTS chassis earth connection, showing cable labels and terminations on both sides of cable .
Need BBU earth cable termination photos for all ASIB/ASIL installed with readable labels.
Need also ASIB/ASIL earth cable termination at MER Copper strip earthbar.

BTSDC (0)

BTS DC power connections, showing cable labels and terminations at power supply and at BTS
Need photo of the ASIB/ASIL DC cable termination at both the BBU & PSU side with clear labels.
Need to follow SED-329 for correct DC cable preparation at BBU end. No heatshrinksare allowed.
DC Feed on ASIB2 (RHS) is no longer required since it will be powered by ASIB1 (LHS). AMIA has a backplane busbar bridging assembly that can feed both sides.

BTS (0)

Close-ups of all bts modules . showing relative positions of equipment, CPRI and transmission cables with labels, RF frequency label
Need overview of the BBU unit to show the relative position of equipment
Need photos of CPRI, Transmission, LMP ,Sync and DC cable terminations with readable labels
Need photo of ACMA 850 label.

Hybrid Termination MER (Photos skinny and full)

MEROverview(0)

Overview of MER
Need overview photo of the Vodafone MER rack capturing the rack from the floor to the ceiling and taken from front, left and right side.
Yellow split harness is required only on inter-rack fibre cable layout to protect non-ruggedized fibre cables.
Need to follow EBP (as per STD-D135) for general rack layout. Else follow rack layout in FC.
MER racks should be fixed to wooden floor using tekscrews only and dyna bolts for concrete flooring.

MERiDCDP (3)

MER: view of all iDCDPs, showing CB labels, internal cable connections including cable labels
Need overview photo of IDCDPs with clear DC CB ratings, legend sheets, correct CBs turned-on, with dummy fillers , and with flat washer/wingnut installed.
Need also overview photos of IDCDPs without covers showing clear DC cable labels and heatshrink. Bolts marked to indicate it is tightened. No exposed copper strand in trunk dc after bootlace crimp.
Need also photos of IDCDP earth connections at both ends with clear labels.

MEREarthConnection (1)

Need photo of MER rack 35mm earth cable termination with label (from/to) connections.
For ZCS & ODU racks, need to have 35mm earth cable termination to main earthbar

MERFDF (2)

Need overview photo of FDF showing correct patching, labelling and with all dummy covers installed.
Need clear photo of FDF Legend sheets per sector and indicating correct ports used.
CPRI fibre cable labels must follow STD-D259 fibre labelling standard

MERCableManagement(0)

MER cable management, showing cable protection and routing of fibre outside of SSMs
Need overview photo showing fibre cable management tray, fibre routing and general cable grooming.

Miscellaneous Equipment Photos

EarthBars(1)

View of main Earth Bar (SPC), showing all connections and clearly legible labels
Need overview photo of SPC (earthbar) with labelling on all earth connections and complete with flat, spring-washer and nut. Pls follow STD-D266 in earth labelling standard.
Need also photo of copper strip earthbarif existing. It must be daisy chained to SPC using 35mm earth cable and single hole lugs only.
Existing double hole lugs and heathshrinksinstalled should be declared in QA checklist as pre-existing non-standard issue.

DecomEquipIntPenetrations(0)

View of sealed penetrations where equipment has been removed (Must be waterproof)
Need photo of all sealed floor and wall penetrations whether it is on shelter, ODU, ZCS or In-Situ room.

VHA DC Power Supply Rack(s) Photos

DCCB(1)

DC circuit breakers, with ratings clearly legible
Need clear view photo of Vodafone PSU CBs. All installed CBs must have correct CB rating and allocation. Photos must show all active CBs with load must be turned-on.

DCAlarms (2)

DC rack Alarms connections, showing crimp terminations and cable labelling clearly legible
Need clear view photo of alarm cable terminations following STD-D452 (Single-psufor TX & RAN).
Need photos of alarm cable labels as per STD-D450 and following correct cable colour coding.

DCTemperatureSensor(1)

DC Battery temperature sensor, showing its position, and that it is properly secured
Need photo of battery temperature sensor installed on in between 2ndand 3rdbatteries on topmost battery string.
The sensor tip must not be touching any metal, battery or object and installed securely.

DCEarth.(3)

DC rack earthing, showing cable from rack to earth bar, including cable labels
Need photo of PSU earthing connections at PSU +0V bar and chassis.
Need also photo of PSU earthing connections with clear labels at SPC side

DCBatteryExtensionRack. (0)

Overview of Battery Extension Rack (if present), showing alarm and earth connections, and mounting to floor
This is only required if Battery extension rack is part of our scope.

DCExternalEquipment.(0)

View of DC connections and CBs, with cables heatshrinked and labelled
Need overview photo of PSU DC cable connections following STD-D491 for Eltek T36 PSU.
Need also clear label photos and ensure that heatshrinks/covers are installed.

DCOverview.(0)

DC rack, showing batteries and cabling: view from top to bottom, showing CBs, rectifiers and batteries
Need overview photo of Vodafone PSU including top (covered) and bottom (with/without) spreader plate.
Need also photos of batteries without covers showing marked bolts, symmetry cable and battery spacers installed.
Need to have complete AC warnings and traffolytesinstalled on PSU.

DCTorqueWrench.(0)

Battery terminal being tightened with Torque wrench
Need photo of battery torque wrench being used to tighten the battery connections.
Technician must be wearing proper PPE when working on batteries.
Need photo of torque wrench setting. Usually, it is 8Nm for Leochbatteries.

DCSecuring. (2)

DC rack, secured to wall and floor (if concrete, show isolation washers)
Need photo of PSU mounting installation in floor and walls. Must be using coach screws and washers to cover the hole.
Need also photo of spreader plate if installed.

DCACCB. (0)

AC circuit breakers and surge protection devices, with ratings clearly legible (Huawei power units only)

DC_CBLS. (0)

Need photos of PSU legend sheet. It must have correct CB ratings as per actual and must be aligned with STD-D491 for Eltek T36 PSU.
Labels must indicate Carrier (Vodafone/Optus)

DCVoltAmp_Before.(2)

DC Controller (e.g. Smartpack) display before work commences: Showing load current, voltage reading, and battery current reading (should be zero)

DCVoltAmp_After.(2)

DC Controller (e.g. Smartpack) display after work commences: Showing load current, voltage reading, and battery current reading (should be zero)
Need post voltage, load current and battery current readings of new PSU.
Make sure that display is alarm free and battery current reading is exactly 0A.

Transmission Rack Photos

TxRackOverview. (0)

Need overview photos of the Tx rack that will show all existing installed equipment (both side, front and back of the Tx rack if possible.
Need to recover unused krone and decom TX IDU equipment.

TxRackCabling (0)

Close-up and Overview of cabling above racks, viewed from both sides
Need close-up and overview of the Tx cabling above TX racks.
Need also patching done on NTU side for BBU TX link with clear labels.

TxRackAPDP. (0)

APDP (if fitted) in Tx Rack, showing circuit breaker ratings and labels, mounting screws, and earth lead (both ends)
Need overview photo of APDP with updated labels (if part of scope).

Krone (0)

Need overview photo of krone (if still existing) after recovery of TX equipment or after migrating alarms to RJPP

KroneRear (0)

Krone blocks, with label covers open, showing wiring terminations (including any loops), and text clearly resolved
This is not applicable unless there is still krone on site with live trafiic.

ScotchLock_Racks.(0)

Overview photo scotch lock joint when two PSU Alarms are connected
Required only if site has 2x PSUs (RAN + TX) with combined signals

RJ45PatchPanel. (0)

External Alarm RJ45 Patch Panel, showing its position in the rack, and with cable and panel labels legible (2 photos, 1 from the front, 1 from the rear)
Need overview photo of RJ45 Patch Panel with clear labels and colour coded alarm cables.
Need to follow STD-D450 as reference

PSUCableConnections. (0)

PSU cable connections on APDP and labels
Need photo of APDP Feed A&B DC Cable connections with clear labels (APDP side only).
All APDP DC Feed labels must be updated to align with current PSU connection.

Alarm Extention_Racks.(0)

Alarm extension connection box connections and cable labels(NOKIA)
Need overview photo of FSEE showing colour coded and labelled RJ45 alarm cables.
Need photo of FSEE earthing connections at both ends
All screws on top must be tightened and the FSEE secured to the FMAB.

OPTUS DC Power Supply Rack(s) Photos

DCExternalEquipment_Optus.(0)

Krone blocks, with label covers closed, showing E1 and External alarms, and labels with text clearly resolved
Need overview photo of PSU DC cable connections following STD-D492 for Eltek T36 PSU.
Need also clear label photos and ensure that heatshrinks/covers are installed.

DCVoltAmp_Before_Optus.(0)

DC Controller (e.g. Smartpack) display before work commences: Showing load current, voltage reading, battery current reading (should be zero)

DCOverview_Optus.(0)

DC rack, showing batteries and cabling: view from top to bottom, showing CBs, rectifiers and batteries
Need overview photo of Optus PSU including top (covered) and bottom (with/without) spreader plate.
Need also photos of batteries without covers showing marked bolts, symmetry cable and battery spacers installed.
Need to have complete AC warnings and traffolytesinstalled on PSU.

DCVoltAmp_After_Optus.(0)

DC Controller (e.g. Smartpack) display after work completed: Showing of load current, voltage reading, and battery current reading (should be zero)

DCSecuring_Optus..(0)

DC rack, secured to wall and floor (if concrete, show isolation washers)
Need photo of PSU mounting installation in floor and walls. Must be using coach screws and washers to cover the hole.
Need also photo of spreader plate if installed.

DCTemperatureSensor_Optus.(0)

DC Battery temperature sensor, showing its position, and that it is properly secured
Need photo of battery temperature sensor installed on in between 2ndand 3rdbatteries on topmost battery string.
The sensor tip must not be touching any metal, battery or object and installed securely.

DCEarth_Optus.(0)

DC rack earthing, showing cable from rack to earth bar, including cable labels
Need photo of PSU earthing connections at PSU +0V bar and chassis.
Need also photo of PSU earthing connections with clear labels at SPC side

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DCCB_Optus..(0)

DC circuit breakers, with ratings clearly legible

DCTorqueWrench_Optus..(0)

Battery terminal being tightened with Torque wrench

DCAlarms_Optus.(0)

DC rack Alarms connections, showing crimp terminations and cable labelling clearly legible
Need clear view photo of alarm cable terminations following STD-D459 (Optus Ericsson BBU) or STD-D458 (Optus Nokia BBU)
Need photos of alarm cable labels as per STD-D450 and with correct cable colour coding.
Alarm wiring for Optus Ericsson EjvSites can be referred to SETB-130.
Please note of the alarm colour coding required in terminating at OPT PSU ALM1 for Optus NokaBBU alarm configuration

DC_CBLS_Optus.(0)

DC circuit breaker legend sheet, with text clearly legible

DCACCB_Optus. (0)

Photos required here are for Huawei installed PSUs only