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Stratex Networks
BPG Inst Comm SM V.1.2 Jul05 Commercial-In-Confidence 1
Best Practices Guide: Installation & Commissioning Forms for Split-Mount Radios
Introduction
Purpose is to provide: A suite of forms that can be used as the basis for preparing
user-specific forms. The forms include:
o Link installation datapacko Example datapacko Racking exampleo Link circuit connectionso Link commissioning formo Site installation inspectiono Link acceptanceo Remedial action
Forms can be printed.
Important! Please provide feedback on the use of these forms to assist our updating process. Please send comments to:
Director of Installation PracticesStratex NetworksOffice: +1 360 698 3626Mobile +1 206 669 7775Fax +1 253 853 5953email: [email protected]
Stratex networks
Datapack V1.2 Jul05 Commercial-In-Confidence 2
Company NameLink Installation Datapack: Split-Mount Radio
Project reference:Link reference:Issued by:Issued to:Date:Link license:
Start date:Required hand-over date:
Link model & manufactureProtection modeCapacityFrequency bandHop distanceExpected fade margin(s)
Project contact:Tech support contact:NOC contact:
Scope of Work
Items to be provided by installer
Site Data Site A Site BSite nameSite addressSite co-ordinatesSite contactSite access & securityBuilding access & securitySite parkingSite health & safetyEnvironmental IssuesSite storageSite permits
Installation DataOutdoor installationAntenna support structureAntenna pole mount locationAntenna type and modelAntenna offsetAntenna azimuthAntenna polarizationODU / antenna connection typeIDU / ODU cable typeODU / IDU cable connectorCable fasteningLightning surge suppressorsGround wiresOther
PSU installationPSU model & manufacture
Equipment provided by company
Mouse-over comments are included where appropriate. For further guidance refer to the Datapack
Example
Stratex networks
Datapack V1.2 Jul05 Commercial-In-Confidence 3
DC voltage, polarity and ratingLocationAnchoringGroundingAC connectionBattery backupDC connection
Rack installationRack model & manufactureLocationAnchoringGroundingFuse panel
Terminal installationRackingGroundingOther
Terminal configuration dataTerminal nameCapacity / modulation / bandwidthTx frequencyRx frequencySplitTx powerATPC settingsRSL / RSSI expectedCircuit connectionsAlarm limit settings
Protection configurationProtection modeSplitter/combiner lossesOnline Terminal (A side)
Engineering OrderwireConfiguration
Software version requiredTerminal/system:Craft tool:
NMS configurationIP address & maskRoutingNetwork connection
LabellingIDU / ODU cableRackTerminalTrib cablesNMS cableFuse/breaker panelFuse/breakerPSU
Refer to Racking sheet. Refer to Racking sheet.
Refer to Circuit Connections sheet Refer to Circuit Connections sheet
Stratex Networks
Datapack Ex V1.2 Jul05 Commercial-In-Confidence 4
Company NameLink Installation Datapack: Split-Mount Radio
Project reference: SCB-345ALink reference: East 35Issued by: Dave Smith, Projects ManagerIssued to:
Date: 28 June 2004Link license: RS 32456
Start date: 16 August 2004Required hand-over date: 20 August 2004
Link model & manufacture RXN4, Zeedco RadioProtection mode Non-protectedCapacity 8xE1Frequency band 15 GHzHop distance 12.7 kmExpected fade margin(s) 20 dB
Project contact:
Tech support contact:
NOC contact:
Scope of Work
Items to be provided by installer
LinkCo Services34 Main StreetWellington
Dave SmithTel Office: 234 4567Mobile: 021 456 789Email: d.smith @ xyxnet.com
John BrownTel Office: 234 5677Mobile: 021 456 344Email: [email protected]
Jill BlackTel Office: 234 5333Mobile: 021 456422Email: [email protected]
To install and commission a new non-protected link between site A and site B. Site A is an existing site owned by RadioCorp, where we are leasing space on their tower and in the main equipment room. Site B is a new site, where we are leasing rooftop space for the antenna and a small room off the top stairwell to house the indoor equipment. The 8xE1 circuits provided will be used to extend cellphone coverage for the upper city area. Installation of the associated cell equipment may coincide with this link installation.
An existing PSU is to be used at site A. A new PSU is to be installed at site B to serve both the link and the cell radio equipment. A tripod antenna mount, cabinet rack, power supply panel and a NxE1 patch panel is to be installed at site B. The tripod is to be anchor bolted to the concrete roof and is to be grounded to the internal building ground. All equipment for site B can be taken to the top floor using the lifts.
Equipment provided by company
a) Radio equipment complete with antennas, IDU/ODU cable, connectors, lightning surge suppressors, cable ground kits, waterproofing kits, trib cables. b) Existing cabinet rack and power source for site A.c) Pipe mount kit for site A.d) 48Vdc 30A Revo model XC PSU and battery set for site B.e) E1 patch panel for site B.f) 3m galvanised steel tripod antenna mount for site B.
a) 40RU cabinet rack with lockable front and rear doors for site B. Beeco model 34.b) 2RU 10 amp rack-mounting circuit-breaker panel complete with three 10A circuit breakers for site B.c) Power and ground wire for use within the equipment room.d) 0 AWG ground wire to ground the rooftop mount at site B to the building ground at the top of the stairwell.e) Miscellaneous including plastic conduit, protective paste, crimps, fasteners, anchor bolts and cable ties.
Stratex Networks
Datapack Ex V1.2 Jul05 Commercial-In-Confidence 5
Site Data Site A Site BSite name RadioCorp 23 Hardies BuildingSite address
Site co-ordinatesSite contact
Site access & security
Building access & security
Site parking Parking for three vehicles on-site.
Site health & safety No specifics.
Environmental Issues None.
Site storage
Site permits No special permits required.
Installation DataOutdoor installationAntenna support structure Rhone 50m self-supporting tower. Type 50C.
Antenna pole mount location N/A
Antenna type and model Radio Waves HP2-15SNX. Radio Waves HP3-15SNX.Antenna offset
Antenna azimuth 34 degrees from true north. 214 degrees from true north.Antenna polarization Vertical.ODU / antenna connection Direct fit to rear of the antenna. Direct fit to rear of the antenna.IDU / ODU cable type Belden 9913. Belden 9913.ODU / IDU cable connector Type N. Type N.Cable fastening Black cable ties at not more than 0.9m spacing.
5a Hill RoadNewtown East
12 Moneer StNewtown
Ray NolanSites ManagerTel: 244 34564Mobile: 021 765 897Email: raynolan@ radiocorp.com
Jay WrightOffice ManagerTel: 245 34964Mobile: 021 566 344Email: j.wright@ hardies.com
All weather site access. Contact Ray Nolan for a gate key. Ensure gate is keep locked at all times.
Site locked from 6pm to 7.30am. Afterhours must be arranged with Jay Wright.
Card and password required. Contact Ray Nolan.
Conatct Jay Wright. When on-site, visitor cards must be displayed at all times. Use rear service access for all equipment movements.
Jay Wright will arrange a park at the rear of the building.
Tower carries multiple TV, FM and link antennas and therefore presents radiation hazards. Agree a time and date with Ray Nolan to review on-site health and safety.
This is a particulary exposed site and is subject to strong winds. None within the building. There is space against the north fence to temporarily locate larger items such as the antenna coax.
Inside against the north wall of the equipment room.
No special permits required, providing all equipment is taken up via the lifts or stairwells. If the tripod antenna mount has to be hoisted to the roof, contact Jay Wright to arrange the neccessary safety zones.
3m tripod manufactured by ACE Engineering. Tripod data is attached ti this datapack. It is to be installed at the location shown on the roofplan attached. It is to be anchor bolted to the concrete roof using 10mm SS bolts. Ground the tripod using 0AWG green wire to the building ground bar inside the stairwell head. Wire to be strapped to the ODU cable conduit using black ties.
Off leg B at 22M. Position in line with the mounts above and below.
To the right of the pole mount as viewed from the rear of the antenna.
To the right of the pole mount as viewed from the rear of the antenna.
Black cable ties at not more than 0.9m spacing on the tripod. Over the roof to the stairwell head, run the cable inside 20mm grey conduit, with the conduit saddle-fastened to the concrete roof using nylon rawplugs and SS screws. Run the conduit as shown on the roof plan.
Stratex Networks
Datapack Ex V1.2 Jul05 Commercial-In-Confidence 6
Lightning surge suppressors
Ground wires
Cable feed-through
Other
PSU installationPSU model & manufacture Existing installation.
DC voltage, polarity and rating -48 Vdc, positive ground. -48 Vdc, positive ground.Location N/A See equipment room plan attached.Anchoring N/A Anchor bolt to concete floor.Grounding N/A
AC connection N/A
Battery backup N/A
DC connection Connect from the rack breaker panel.
Rack installationRack model & manufacture Existing Beeco model 34, 44RU cabinet rack. Install a Beeco model 34, 44RU cabinet rack.
Location Cabinet number 12c. Laocate as per the attached drawing.Anchoring N/A Anchor bolt.Grounding N/A 6 AWG direct to the main ground bar.Fuse panel
Terminal installationRackingGrounding Ground to rack ground bar. Ground to rack ground bar.Other
Terminal configuration dataTerminal name E33 E34Capacity / modulation / bandwidth 8xE1, 16QAM, 7MHzTx frequency 15054 15096Rx frequency 15096 15054Split 420Tx power See ATPC See ATPCATPC settings Tx Max 22 dB, Tx Min 15 dB Tx Max 22 dB, Tx Min 15 dBRSL / RSSI expected -45 dBm +/- 2 dB (ATPC disabled; Tx at 22 dB)
Circuit connectionsAlarm limit settings Tx Pwr 11 dBm min, 25 dBm max. Tx Pwr 11 dBm min, 25 dBm max.
Protection configurationProtection mode Non protectedSplitter/combiner losses N/A N/AOnline Terminal (A side) N/A N/A
Engineering OrderwireConfiguration Default (omnibus) Default (omnibus)
Software version requiredTerminal/system: Build 23.12. Terminal and craft tool SW included on the installation CD.Craft tool: Build 23.01
Installed at the ODU and just inside the equipment room.
Installed at the ODU and just inside the stairwell head.
Use separate ground wires for the suppressor at the ODU and the ODU itself. All tower attachment points to be protected by conductive grease.
Use separate ground wires for the suppressor at the ODU and the ODU itself. All tripod attachment points to be protected by conductive grease.
Use the same feed-through as used by links E31 and E32.
Use the existing power cable duct at the base of the stairwell head. Reseal with new bitumen strip.
48Vdc 30A Revo model XC PSU and 4 hour sealed lead-acid battery set.
Ground directly to the main equipment room ground bar adjacent to the AC power switchboard.Wire to pre-installed 10A breaker B3 on the AC power meter-box.Install using the battery holder provided. Anchor bolt holder to the floor.Provide DC connection from the PSU to the rack breaker panel.
Existing. Install a 5A Geerad mini breaker in the next available slot and label as per the teminal name.
Install a Geerad type RE mini breaker panel at the top of the rack and fit two Geerad 5A mini breakers. Select the first (left-hand) breaker and label as per the terminal name.
Refer to Racking sheet. Refer to Racking sheet.
Install the patch panel provided. Refer to Racking.
Refer to Circuit Connections sheet Refer to Circuit Connections sheet
Stratex Networks
Datapack Ex V1.2 Jul05 Commercial-In-Confidence 7
NMS configurationIP address & mask 192.168.34.3 255.255.255.0 192.168.35.1 255.255.255.0Routing RIP2 RIP2Network connection Ethernet cable to E32 N/A
LabellingIDU / ODU cable RadioCorp E33 RadioCorp E34Rack RadioCorp C141 (existing) RadioCorp C154Terminal E33 E34Trib cables See Circuit Connections sheet See Circuit Connections sheetNMS cable E33 NMS N/AFuse/breaker panel CP141 (existing) CP154Fuse/breaker E33 E34PSU N/A RadioCorp P88
Stratex Networks
Racking V1.2 Jul05 Commercial-In-Confidence 8
Company NameRacking Data
Project referenceLink referenceSite A nameSite A terminalSite B nameSite B terminalDate
Site A* Site B*44 4443 4342 4241 4140 4039 3938 3837 3736 3635 3524 2433 3332 3231 3130 3029 2928 2827 2726 2625 2524 2423 2322 2221 2120 2019 1918 1817 1716 1615 1514 1413 1312 1211 1110 109 98 87 76 65 54 43 32 21 1
*Use the Text Box facility to insert and describe racked components. Green fill indicates new installation.
RXN : Terminal No. E33
Breaker panel
Existing microwave link installations
Patch panel NxE1
Existing GSM installation
Geerad breaker panel
RXN : Terminal No. E34
Patch panel NxE1
New GSM installation
Stratex Networks
Cct Connections V1.2 Jul05 Commercial-In-Confidence 9
Company NameCircuit Connections
Project referenceLink referenceDate
Site A Site BTrib typeNo. of tribs connectedCable & connector type
ConnectionsTrib No. Site A Circuit Name Site B
In/Out* Connect To Trib Cable Label In/Out* Connect To Trib Cable Label1 In Out
Out In2 In Out
Out In3 In Out
Out In4 In Out
Out In5 In Out
Out In6 In Out
Out In7 In Out
Out In8 In Out
Out In9 In Out
Out In10 In Out
Out In11 In Out
Out In12 In Out
Out In13 In Out
Out In14 In Out
Out In15 In Out
Out In16 In Out
Out In
* Trib-in / trib-out of radio
Stratex Networks
Commissioning V1.2 Jul05 Commercial-In-Confidence 10
Company NameLink Commissioning Form
Project referenceLink referenceSite A nameSite A terminal Site B nameSite B terminalCommissioning engineer
Link ready for traffic yes/no If not ready, or there are unfinished items, explain in Comments box below.SignedDate
Link Checks Specification Results ProcessCircuit connections
Circuit BER No errors
Link BER No errors
Site/Terminal Checks Specification Results Site A Results Site B ProcessFade margin X dB +/- 2 dB
ATPC operation See process
Alarm limits Setting +/- 2 dB
LED indications See process
Each trib connected correctly end-to-end
Apply a physical loopback to each trib in turn at the Site B patch panel and confirm using a BER tester at the Site A patch panel.
Run an overnight BER test on looped circuit 1.Monitor Site A and Site B G.826 error count overnight.
Reduce the local Tx power until the remote Rx indicates a 10-6 threshold alarm. (For split-mount radios this test may not be possible due to insufficient Tx power adjustment range and an inability to insert additional attenuation).
Confirm correct setting. Confirm normal operation by noting existing Tx power and then disabling Rx at the remote end and checking that local Tx power increases to ATPC max. (For a protected link first apply a protection switch lock).
Confirm correct setting and operation for any Tx power & Rx level alarm limits.
Confirm that the expected alarm and status LEDs occur during the commissioning tests.
Stratex Networks
Commissioning V1.2 Jul05 Commercial-In-Confidence 11
DC supply voltage X Vdc +/- 5%DC supply battery backup See process
EOW See process
NMS NOC routed Confirm both ends are NOC viewable
Protected radio testsA to B side Tx switching Traffic restored within 2sB to A side Tx switching Traffic restored within 2sA to B side Rx switching HitlessB to A side Rx switching Hitless
Low loss side to Tx A
Serial and version numbersAntennaODUIDUSystem softwarePSU
Ground checksMaster Ground Bar resistance Max 0.5 ohmsRack to MGB resistance Max 0.5 ohmsPSU to MGB resistance Max 0.5 ohmsTower ground resistance(s) Max 0.5 ohmsOther resistance readings
Test equipment usedBER testerGround restance testerOther
Prot. & alarm status on exit A Side Tx and No alarms
Comments:
Confirm correct switchover to battery and restoration. Run on battery for 4 hours.
Confirm operation to each end and to the NOC
Confirm correct unequal loss splitter assignment
Stratex Networks
Inst. Insp. V1.2 Jul05 Commercial-In-Confidence 12
Company NameSite Installation Inspection Report
Project referenceLink referenceSite nameTerminal nameRemote site & terminal names
Inspected bySignatureDate
Checked Item Pass Fail* CommentsCommissioning form complete & correctAntenna mountingAntenna side support (if used)ODU fasteningODU groundingIDU / ODU cable-connector weatherproofingIDU / ODU cable fasteningIDU / ODU cable groundingIDU / ODU cable labellingLightning surge suppressor(s)Protective grease/paint applicationIDU location in rackIDU labellingIDU groundingIDU power supply wiringTrib cable installation and labellingPSU and battery installationAlarms all-clearSite left clean and tidySite photos taken
* Use the Remedial Action Form to specify the corrective action required.
Additional Comments:
Stratex Networks
Acceptance V.1.2 Jul05 Commercial-In-Confidence 13
Company NameLink Acceptance Form
Project referenceLink referenceSite namesTerminal namesDate
Related documents Received Yes/No
Site Installation Inspection Reports:
Acceptance Category* Category
*If conditionally accepted or not accepted, the action required to achieve acceptance must be detailed in a Remedial Action Form
Signed By:CustomerName:Signature:Title:Date:
InstallerName:Signature:Title:Date:
Link Installation and Commissioning Form:
Accepted / Conditionally Accepted / Not Accepted:
Stratex Networks
Remedial V1.2 Jul05 Commercial-In-Confidence 14
Company NameSite Remedial Action Form
Project referenceLink referenceSite nameTerminal name
Item No. Remedial Action Required Responsibility Signed
Signed As Completed
CustomerName:Signature:Title:Date:
InstallerName:Signature:Title:Date:
