Completion Documentation for STEPNEY GREEN TE

Transcription

Completion Documentation for
STEPNEY GREEN TE
LLUC80001181
Issue
Issue Date
Work/Amendment Description
Author
1
2
3
4
5
19/09/2013
New Installation - Completion Documents
G. JARRETT
SITE NAME:
SITE ADDRESS:
MDFID:
PSID No:
NIMS No:
APO No:
INSTALLATION DATE:
INSTALLER:
STEPNEY GREEN TE
COMMERCIAL ROAD
NOT SUPPLIED
LLUC80001181
NOT SUPPLIED
APO00060653
18/09/2013
GROESTAR LIMITED
Document No.: 2132449 [Revision: 5] - Dated: 14th February 2013 - Document Status: Approved
PIRM Data
FCP - PIRM ID
ADAM - PIRM ID
2851549M
INA
System Type
FCP7663
Site
Manufacturer
Eltek Power UK
Supplier
Eltek Power UK
Inverter
Connected to
Alarm System
NO
Rectifier Connected
to Alarm System
YES
Unit Version
Power Supply
LLUC No
LLU Customer
STEPNEY GREEN TE
Serial No
46530
1
Essential
LLUC80001181
VODAFONE
Item
Qty
1
CONTROLLER
INVERTER
RECTIFIER
5
Type
CONTROLLER
Manufacturer
Eltek Power UK
Supplier
Eltek Power UK
Date
18/09/13
Serial No
122471116704
INVERTERS
Manufacturer
Supplier
Date
Serial No
RECTIFIERS
241115.105
241115.105
241115.105
241115.105
241115.105
Manufacturer
Eltek Power UK
Eltek Power UK
Eltek Power UK
Eltek Power UK
Eltek Power UK
Supplier
Eltek Power UK
Eltek Power UK
Eltek Power UK
Eltek Power UK
Eltek Power UK
Date
18/09/13
18/09/13
18/09/13
18/09/13
18/09/13
Serial No
130171131548
130171131617
131872102806
131872102782
131872101880
SCHEDULE OF CIRCUIT DETAILS & INSPECTION & TEST RESULTS– STR 17
Issue 5 June 2011
SCHEDULE OF CIRCUIT DETAILS
SITE NAME:
STEPNEY GREEN TE
Site Address :
COMMERCIAL ROAD, LONDON, E1 0HA
JOB NUMBER(NIMs):
DB/SW description:
Isolator
DB/SW Ref:
ES1A/1C/1/1C/1/3
DB/SW Rating:
32 A
Location: MUA 2ND FLOOR
Nominal Voltage:
240 V
Circuit Description:
Circuit design current:
kA
DB/SW ZS: 0.15
18.8
Amps
Essential:
1
3
N/A
Supplied from DB/SW ref:
ES1A/1C/1/1C/1
DB/SW Location:
MUA 2ND FLOOR
Ω
YES
Non-Essential:
No
FCP7663 in Suite 215 / 216 - 217 / 218 For VODAFONE
MUA 2ND FLOOR
**Type
C.S.A.
(mm2)
Ambient
Temp. ( C)
Grouping
factor
Diversity
factor
RCD Operate
Current (mA)
Max. Zs
Allowed ( )
Other
(State)
Design Load
(A)
Fault Protection
Method
Max.
Discon.
Time
(Secs)
Installation
method#
Protective Device
Type
Rating
Circuit length
(M)
C.P.C.
Cable C.S.A.
(mm2)
Circuit Location:
DB/SW PFC: 1.60
Number of ways:
Way No:
NOT SUPPLIED CHANGE CONTROL REFERENCE:
3
L1 A-PVC
10
10
B
Cu
10
N/A
1
1
88
gG
32
80
N/A
0.83
0.4
N/A
18.8
3
L2 A-PVC
10
10
B
Cu
10
N/A
1
1
88
gG
32
80
N/A
0.83
0.4
N/A
16.8
Line
Way
Type of Cable
BS / BS
EN
S/C Cap.
(kA)
3
L3 A-PVC
10
10
B
Cu
10
N/A
1
1
88
gG
32
80
N/A 0.83
0.4
N/A
8.4
"#As per BS7671:2012
** Table 4A2 Schedule of Installation Methods of Cables C.P.C. Type: T for Trunking, C for Conduit, SWA for Steel Wire Armour, AWA for Aluminium Wire Armour, Cu for Copper Conductor, Al for
Aluminium Conductor"
Number of Rectifiers/phase:
L1
2
L2
2
L3
1
Rectifier Type: 241115.105
Design: I/We being the person(s) responsible for the design of the electrical installation (as indicated by my/our signatures below), particulars of which are described above, have exercised reasonable skill and care when
carrying out the design hereby CERTIFY that the said work for which I/we have been responsible is to the best of my/our knowledge and belief in accordance with BS7671:2008:
Details of departures from BS7671:2008 as amended (Regs 120.3,
NONE
120.4):
The extent of liability of the signatory or signatories is limited to the work described above as the subject of this certificate.
Designer Name:
NOT SUPPLIED
Designer Signature:
NOT SUPPLIED
Date:
19/07/2013
Company Name : BT PLC
Address:
81 NEWGATE STREET, LONDON, EC1A 7AJ
Construction: I/We being the person(s) responsible for the construction of the electrical installation (as indicated by my/our signatures below), particulars of which are described above, have exercised reasonable skill and
care when carrying out the construction hereby CERTIFY that the construction work for which I/we have been responsible is to the best of my/our knowledge and belief in accordance with BS7671:2008
Details of departures from BS7671:2008 as amended (Regs 120.3,
NONE
120.4):
Constructor Name:
ALAN MOWBERRY
Constructor Signature:
ALAN MOWBERRY
Date:
18/09/2013
Company Name : GROESTAR LIMITED
Address:
UNIT ONE MORLEY BUSINESS CENTRE, MORLEY ROAD, TONBRIDGE, KENT, TN9 1RA
This form is based on model forms shown in Appendix 6 BS 7671:2008 © Copyright British Telecommunications plc. Registeredoffice: 81 Newgate Street, London, EC1AJ 7AJ. Registered
in England No. 1800000
Page 1 of 3
Issue 5 June 2011
SCHEDULE OF INSPECTIONS
Site Name:
STEPNEY GREEN TE
JOB NUMBER(NIMs): NOT SUPPLIED CHANGE CONTROL REFERENCE:
DB/SW Ref:
ES1A/1C/1/1C/1/3
Way No:
Y/N/NA/LIM
METHODS OF PROTECTION AGAINST ELECTRIC SHOCK
Y/N/NA/LIM
Y
Y
Y
NA
NA
Y
Y
Y
Y
NA
NA
Fault Protection
Automatic disconnection of supply:
·
Presence of earthing conductor
·
Presence of circuit protective conductors
·
Presence of protective bonding conductors
·
Presence of earthing arrangements for combined
protective and functional purposes
·
Presence of adequate arrangements for alternative
source(s) where applicable
Y
Y
Y
Y
Y
NA
Y
Y
Y
Y
Y
NA
Y
Both basic and fault protection
SELV
Limitation of discharge of energy
Double insulation
Reinforced insulation
Basic protection
Insulation of live parts
Barriers or enclosures
Obstacles
Placing out of reach
·
·
FELV
Choice and setting of protective & monitoring devices
(for fault and or overcurrent protection)
Non conducting location:
Absence of protective conductors
Earth-free local equipotential bonding:
Presence of earth-free local equipotential bonding conductors
Electrical separation:
Provided for one item of current-using equipment
Provided for more than one item of current-using equipment
Additional Protection:
Presence of residual current device(s)
Presence of supplementary bonding conductors
Y
Y
Y
Y
Y
Y
Y
Y
NA
Y
Y
Y
Y
NA
Y
Y
NA
Y
Y
N/A
3
Prevention of mutual detrimental influence
Proximity of non-electrical services & influences
Segregation of Band I & II cables or the use of Band II insulation
Segregation of safety circuits
Identification
Presence of diagrams, instructions, circuit charts and similar information
Presence of danger notices & other warning notices
Labelling of protective devices, switches and terminals
Identifications of conductors
Cables & Conductors
Selection of conductors for current capacity and volt drop
Erection methods
Routing of cables in prescribed zones
Cables incorporating earthed armour or sheath, or run within an earthed
wiring system, or otherwise adequately protected against nails, screws etc.
Additional protection provided by 30mA RCD for cables in concealed walls
(where required in premises not under the supervision of a skilled or instructed
person)
Connection of conductors
Presence of fire barriers and protection against thermal effects
General
Presence & correct location of appropriate devices for isolating & switching
Adequacy of access to switchgear and other equipment
Particular protective measures for special installations and locations
Connection of single-pole devices for protection/ switching in line
conductors only
Correct connection of accessories and equipment
Presence of undervoltage protective devices
Selection of equipment and protective measures appropriate to external
influences
Selection of appropriate functional switching devices
Y – Indicates an inspection has been carried out and is satisfactory. N – Indicates an inspection has been carried out and is
unsatisfactory (periodic inspections only). NA – Indicates the inspection is not applicable to a particular item. LIM –
Indicates a limitation prevented the inspection being carried out (periodic inspections only)
This form is based on model forms shown in Appendix 6 BS 7671:2008 © Copyright British Telecommunications plc. Registeredoffice: 81 Newgate Street, London, EC1AJ 7AJ.
Registered in England No. 1800000
Page 2 of 3
Issue 5 June 2011
Bonding
Line
Way
3
L1 PASS
3
L2 PASS
3
L3 PASS
* Record r1+r2
r1
rn
r2
r1+r2
r2
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
0.03
0.03
0.03
N/A
N/A
N/A
Line/
Line
Line/
Neutral
Line/
Earth
Neutral
/
Earth
RCD Rated Current
(mA)
All other
Circuits*
Ring circuits
Insulation Resistance
(Record lowest value) (MΩ)
Max.
Measured
EFLI Zs (W)
Continuity (Ω)
>999
>999
>999
>999
>999
>999
>999
>999
>999
>999
>999
>999
PASS
PASS
PASS
0.13
0.13
0.15
N/A
N/A
N/A
CHANGE CONTROL REFERENCE:
3
NOT SUPPLIED
Way No:
RDC Operating
times
IDn
(mS)
(All)
5IDn mS
(30mA
only)
N/A
N/A
N/A
N/A
N/A
N/A
Part of Sample test
– Yes / No
JOB NUMBER(NIMs):
ES1A/1C/1/1C/1/3
Functional test of
RCD (Pass/Fail)
STEPNEY GREEN TE
Polarity (Pass/Fail)
SITE NAME:
DB/SW Ref:
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Comments
NONE
NONE
NONE
Comments on existing installation (in the case of an alteration or addition. See section 633):
NONE
TEST INSTRUMENTS
All test instruments must have an associated valid calibration certificate at the time of test
Type
Insulation Tester
Continuity
E.L.I. Tester
R.C.D Tester
Manufacturer/Model
Other
KEWTECH KT62
KEWTECH KT62
KEWTECH KT63
N/A
N/A
222986
222986
222986
N/A
N/A
Serial Number
Other
Other
Other
Obtain permission from the Manager responsible for the electrical installation before working on this equipment
Inspector Name:
Inspector Signature:
ALAN MOWBERRY
ALAN MOWBERRY
Date:
18/09/2013
Company:
UNIT ONE MORLEY BUSINESS CENTRE, MORLEY ROAD, TONBRIDGE, KENT, TN9 1RA
This form is based on model forms shown in Appendix 6 BS 7671:2008 © Copyright British Telecommunications plc. Registeredoffice: 81 Newgate Street, London, EC1AJ 7AJ. Registered in England
No. 1800000
Page 3 of 3
UNIT ONE MORLEY BUSINESS
CENTRE, MORLEY ROAD,
TONBRIDGE, KENT, TN9 1RA
GROESTAR LIMITED
Site Specific Risk Assessment
Task Identification: FCP7663 Suite 215 / 216 - 217 / 218 for VODAFONE
Site Location:
Building: STEPNEY GREEN TE
Postal Address:
COMMERCIAL ROAD LONDON E1 0HA
Specific Access Arrangements: OBASS
Rack/Cabinet ID
System Type:
Rack Designation:
Manufacturer:
Rack Location:
Delivery Date:
FCP7663
LLUC80001181
Eltek Power UK
SECOND Floor
18/09/2013
APO Number:
APO00060653
Date:
Engineers Name:
ALAN MOWBERRY Engineers Signature:
PIRM ID:
Unit:
Suite No:
Serial No:
In-Service Date:
2851549M
MUA
215 / 216 - 217 / 218
46530
18/09/2013
Risk Assessment
18/09/2013
ALAN MOWBERRY
This Document is to be issued and used in conjunction with GROESTAR LIMITED 'Generic Risk Assessment' Document. It shall be
used to evaluate the suitability of the generic risk assessment in relation to the potential risks and hazards found on site by
engineers prior to the commencement of any work. The particular hazards faced when dealing with DC power are highlighted in the
'DC Risk' document list and the risks and control measures to be adopted for work associated with power system upgrades and
battery removal/installation are detailed therein. Please review that document and those associated with other aspects of the work
(i.e. Manual Handling, Working at Height, Safe Use of Work Equipment etc.) and sign this document above to confirm that ALL
perceived hazards have been addressed and that suitable control measures are in place to reduce the risks faced to an acceptable
level. If you find that there are significant hazards which have not been identified or addressed then they must be noted on this form
along with suggested control measures. Such control measures will be relayed to your Line Manager for approval. The control
measures and procedures highlighted in the Generic Risk Assessment Documents must be adhered to at all times. Employees found
to have deviated from the Safe System of Work provided for the task may face disciplinary action or prosecution.
The Generic Risk Assessment covers (and is suitable for) the
task on this site
Agree / Disagree
Agree
*Where additional control measures may be necessary, they shall be noted here and relayed to the relevant
Line Manager for approval before continuing with the work.
Hazard:
Persons Affected:
Proposed Control Measures:
Additional Risk/Controls agreed and approved by:
Appendix A. Commissioning Record
SITE
BUILDING/CUSTOMER’S NAME:
STEPNEY GREEN TE
ADDRESS:
COMMERCIAL ROAD, LONDON, E1 0HA
ACCESS ARRANGEMENTS:
OBASS
RACK/CABINET
SYSTEM TYPE:
FCP7663
RACK DESIGNATION: LLUC80001181
MANUFACTURER:
Eltek Power UK
DELIVERY DATE:
INA
RECTIFIERS
Rect Type
PIRM ID:
FLOOR:
2851549M
SECOND UNIT:
SERIAL NO:
IN SERVICE DATE:
SUITE:
215 / 216 - 217 / 218
46530
18/09/2013
Rating
Serial No
Mod/Rev level
Phase
1
241115.105
Eltek Power UK
2kW
130171131548
3.2
1
18/09/2013
2
241115.105
Eltek Power UK
2kW
130171131617
3.2
2
18/09/2013
3
241115.105
Eltek Power UK
2kW
131872102806
3.2
3
18/09/2013
4
241115.105
Eltek Power UK
2kW
131872102782
3.2
1
18/09/2013
5
241115.105
Eltek Power UK
2kW
131872101880
3.2
2
18/09/2013
6
7
8
9
10
11
12
13
14
15
16
Manufacturer
MUA
Date
IN COMMERCIAL CONFIDENCE
Site Acceptance Certificate
TERM CONTRACT REF 8001354
Installation of a FCP7663 for VODAFONE
Job Description:
GROESTAR LIMITED
Company:
NIMS No:
Estimate No:
NOT SUPPLIED
N/A
Site:
MTC Cost £
Measured Term Contract
STEPNEY GREEN TE, E1 0HA
N/A
Checks And Documentation
Description
Supplies complete as ordered
System commissioned satisfactorily
IMC Log On
163268
Inverter Alarms Tested Prompt N/A
and Witnessed
Deferred N/A
Rectifier Alarms Tested Prompt 10756375
and Witnessed
Deferred 10756387
Measured quantities sheet (Excl. rates) satisfactory and
PIRM form completed
CC17 completed
STR17 completed
Short-form manual
Log Book
Commissioning test records
System Contents List (delivery note)
This Site Acceptance Certificate
Complete
Seen by CoW
Original left with
Copy left with
Yes
Yes
Yes
No
No
No
Site
Site
Installer
Installer
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Yes
N/A
No
N/A
N/A
N/A
N/A
Yes
N/A
Yes
N/A
Yes
N/A
N/A
Yes
Yes
Yes
No
N/A
No
N/A
No
N/A
N/A
No
No
No
N/A
N/A
N/A
N/A
N/A
N/A
Installer
Site
Installer
N/A
N/A
N/A
N/A
Site
Site
Site
Installer
Installer
Installer
Full Completion
On behalf of BT Plc, I hereby certify that those items described as complete above have
above has been delivered, installed, commissioned and demonstrated satisfactorily
without any outstanding deficiencies.
The Acceptance Date is:
18/09/2013
Any variations to the original order have been agreed under Helpdesk Log No.
ALAN MOWBERRY
Signature:
Name:
ALAN MOWBERRY
Date
For BT Personnel
ON THE DAY OF COMPLETION, Please e-mail or fax this form and the associated
measured quantities sheet to your designated accounts administrator.
Comments
18/09/2013
N/A
LLU FCP Quality Audit Check List
SITE / EXCHANGE NAME
STEPNEY GREEN TE
FLOOR
SECOND
SUITE
215 / 216 - 217 / 218
P.S.I.D NUMBER (LLUC)
LLUC80001181
STRUCTURE
FCP7663
OPERATOR
VODAFONE
CABINET SERIAL NUMBER
46530
METER SERIAL NUMBER
10105360
MPAN NUMBER
8000010083130
Item Overview
No.
1
Installation is ready for audit
a
b
c
d
Is all work at site finished.
Is the work area clean and tidy and free from scrap wire, cable and construction materials.
Has all Packing material, rubbish, and scrap cables been disposed of properly and not left to accumulate on site.
Has Loose optional hardware e.g. Molex leads, spare fuses been left in a plastic box in the Powerbase cabinet.
Yes
Yes
Yes
Yes
e
If there are any Non service affecting minor defects that can be corrected without interruption to service the remedial work should
be carried out. The defect should still be recorded and include a statement that the item has been cleared by the auditor.
(photograph before and after may be required).
No
2
Rack/Cabinets/Shelves Positioning and aligned with adjacent racks
a
Are cabinets installed facing the correct way and in the correct position.
Has adequate space (cabinet width + nominal 10mm) been left for each RSUs for customer supplied cabinets. Note: Fail if a 600mmW x 2200mmH or
800mmW x 2200mmH cabinet would not fit in the RSU provided. (Refer to Guidance document in FCP A planners guide) Pass where single RSU width
+5mm or more and for multi-RSUs total width +10mm or more. Fail where 4mm or less and 9mm or less respectively.
Pass
c
Position must line up with floor markings. Measurements taken to the main datum line must be within 0 to +10mm and vertical alignment must be plumb
Pass
d
Are all cabinets positioned as specified in the site plan, drawings, specifications and job pack, and with reference to at least two datum points for the
vertical, horizontal or angled alignment.
Pass
b
e
f
g
h
i
j
k
l
m
n
o
p
q
Yes/No
Pass/Fail
Do all cabinet installations have supplementary support (eg upright / external floor brackets) to aid stability.
1)600 x 600mm Power Base cabinet stability - standalone single cabinet PoPs - Where installed with bolted-up superstructure and cable basket link onto
fixed arterial runway this is deemed to be adequate additional support.
2)600 x 600mm Power Base cabinet stability - standalone single cabinet PoPs under TEP-1 E - Must be bolted to the OHI using either at least one
Pass
standard figure of 8 brackets or bolted to a fixed upright adjacent to the cabinet.
3)600 x 800 and 800 x 800 Power Base cabinets under TEP-1 E - Bolting up to the figure of 8 brackets is recommended but is not a failure reason as
long as the OHI is adequately supported by adjacent fixed upright metalwork. Earth bonding is deemed to be adequate where the TEP-1 E is bonded to
the room CEP and the FCP Power Base cabinet likewise.
Are all floor fixings for FCP cabinets and uprights used either dome headed fixings (transition to Torx) or hex bolts (Hex bolts in recessed fixings only) not
Pass
greater than 40mm long.
(Screw length is an installation guide and not a requirement to remove and check. Packing with multiple washers is not acceptable.)
Has the cable management system been fixed correctly to the Power Base/HDF/Customer. Use Cabinets/Upright pillar as dictated by layout and
Not Applicable
indicated in job pack drawings.
Dummy uprights are necessary where PoP is installed under TEP1 E, these shall be positioned to allow customer cabinet installation without being
removed. Have they been labelled ‘Do Not Remove’. Refer to EIPB briefing.
Have all Openreach supplied cabinets been fixed to the OH ironwork or CMS using appropriate (non-adjustable) brackets. Has Earth bonding been
provided where 600x800 and 800x800 cabinets are used under legacy ironwork without top fixings.
Has the correct cabinet tops been fitted (the lattice top is acceptable for ac only).
Are all fixings for the cabinet in the position as specified in the relevant assembly drawings.
Are cabinet side panels fitted only at each end of a contiguous block of customer use cabinets.
Are access slots in cable ears fitted to 800mm wide cabinets having security doors fitted with cover plates secured with screws.
Are Cabinets and ironwork undamaged. No scratches visible at arm’s length, scratches down to bare metal are unacceptable.
Does the cabinet have any dents that may affect functionality? These are not acceptable.
For all
dent defects a photo with ruler alongside is required.
Are doors fitted as required (standard on AC+DC Power base, Expanded Battery Capacity Cabinets & CuC).
Are all door locks and catches fitted, undamaged and functioning. Ensure user codes are correct relative to customer order. (2244 if not specified) Door
lock guidance in FCP – A Planner’s Guide in CD Portal
Not Applicable
Not Applicable
N/A
Pass
Pass
Pass
Not Applicable
Pass
Pass
Pass
Pass
r
Pass
s
Check that nothing interferes with equipment inside the cabinet or prevents future growth e.g. Poorly run in cables causing bowed sides to the cabinet.
Pass
t
Are correct number of HDF sub frames fitted and installed in the correct position.
HDF sub-racks must be positioned as per the relevant FCP template code matrix. Where not correctly positioned the HDF subrack(s) must be moved
into the correct position.
Not Applicable
Pass
Pass
x
y
z
aa
ab
Are Correct number of CuC installed. Note that optional Molex FDU and AC PDUs in CuC are mounted at top of cabinet front and rear.
Are CUC options fitted:
Has Cabinet Labelling & Detailing been completed correctly – The top horizontal cross-rail of each cabinet has a label mounting strip front and rear. A
typical label is:
● Power Base Cabinet 1 of 1 - Front – LLUC70003660 (FCP7195)
● Power Base Cabinet 1 of 1 - Rear– LLUC70003660 (FCP7195)
● CUC1 of 2 Front – LLUC70003660 (FCP7195)
● CUC1 of 2-Rear – LLUC70003660 (FCP7195)
● CUC2 of 2 Front – LLUC70003660 (FCP7195)CUC2 of 2- Rear– LLUC70003660 (FCP7195)
3
Cable runways
a
Is all runway and ironwork installed as instructed in the relevant documentation/job pack.
Not Applicable
b
Has the Link basket been fixed to the HDF where this is provided, if there is no HDF has the link basket been connected to the Power Base Cabinet.
Not Applicable
c
d
e
f
g
h
i
j
Are all fixings in the position as specified in the relevant plans, drawings and specifications.
Have all fixings been sufficiently tightened to prevent them working loose.
Has the link basket ramp been mechanically clamped to the overhead cable runway. Cable ties are not acceptable.
Is the cable duct access and primary DC distribution access on the roof of the Powerbase cabinet clear of obstruction.
Has Fibre cabling been run to where required by the customer.
Has the link runway(s) been used for both Tie and Fibre cables.
Are all cables installed as specified in the relevant plans, drawings, specifications and documentation.
Have Tie Cables installed been built to SED and all records updated as appropriate. Service Establishment Document is accessed via LLUMS.
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
Not Applicable
w
If Fail
Rectified
Pass
Equipment door where fitted does not foul on the cabinet framework.
u
v
If No
Rectified
Not Applicable
N/A
Pass
Pass
Pass
Pass
Not Applicable
Pass/Fail
If Fail
Rectified
N/A
N/A
k
l
m
n
o
p
q
r
3a
a
b
3b
Is the cable tray within a 600mm wide Power Base cabinet fitted to the left hand side of the cabinet?
Concession to leave on right applies where standalone cabinet already cabled and/or landlocked.
Access for customer cabling has not been compromised by un-necessary cable risers (only fitted to 600mm wide Power Base, left hand side when
viewed from the front), containment systems, cable tray or cabling etc.
The 1 50x50mm cable riser channel is not required in 800mm wide x 600mm deep Power Base cabinets as it obstructs tie cables and customer MSAN
cabling. Where supplied it shall be removed in order to meet requirements.
HDF sub-racks have been provided to match the number of ‘expected future maximum ties’ as stated by the customer in their order.
Up to 6 tie cables may be provided in a 600mm wide FCP Power Base cabinet.
Up to 30 / 24 / 18 tie cables in an 800mm wide Power Base (based on 1/2/3 battery strings).
An HDF rack is provided when expected future maximum ties required exceeds the capacity of the Power Base cabinet. Where 54 – 108 tie cables are
required a second HDF rack is supplied. Each HDF rack has its own cable runway link.
Openreach LLU Tie cables ordered for installation with a ‘new build’ FCP installation are part of the OR QA.
Optical fibre cabling provided for ethernet services is NOT treated as part of the PoP handover. Fibre defects found are to be raised with the ethernet
teams.
Central number TBA but at this moment in time use 08006783078 option 2
All checks above complied with Health & Safety requirements e.g. Cable holes fire stopped permanently and no
sharp ties.
Earthing
a
Has the FCP CEP been installed to source connection as specified in the relevant plans, drawings, specifications and drawings. Cable lug to be fitted at
source end.
The FCP Power Base cabinet shall have a CEP block mounted under the yellow superstructure frame or, where under TEP-1 E, affixed to the cabinet
top as per ISIS.
f
g
h
i
Not Applicable
N/A
Not Applicable
N/A
Not Applicable
N/A
If Fail
Rectified
Pass/Fail
Pass/Fail
25mm single core green/yellow cabling installed between the MUA CEP and the DIN rail mounted CEP block on the PoP structure. This should be
labelled both ends to indicate source or destination as required. (Compliance with BS6701). Refer to ISIS NWK/LLU/A022.
New installs from the 07/01/2013 25mm is the standard, anything installed prior to this date A 1 0mm earth is currently acceptable but is subject to a
remadial works programme.
Is the cable neatly dressed & adequately supported (tied to iron work) within the PoP and on overhead ironwork to the main MUA CEP.
The CEP earth cable is not be run in the Kopex. It may however be run in the associated trunking.
A DIN rail mounted Cabinet CEP has been provided in each Power Base, Customer Use Cabinet and the HDF. These must be
connected to the PoP CEP mounted on the overhead cable management system using 16mm² single core green/yellow cabling
and suitably labelled. A bond between the Cabinet CEP and the cabinet earth terminal shall be made using 16mm² single core
green/yellow cabling.
New installs from the 07/01/2013 16mm² is the standard, anything installed prior to this date A 10mm² earth is currently acceptable
but is subject to a remadial works programme.
Has the CEP cable connection been identified with LLUC Number at source end, and CEP source at the cabinet end e.g. ‘To CEP AdjSE2/1/1’.
Has the HDF Cabinet ESP bonding point been connected to suitable earth.
Do all AC PDU's and Molex FDU have a CEP connection where used in CuC (earth point at rear).
Has an Earth strap been fitted across hinges of the adjustable basket link.
A separate earth from the PoP CEP to the ramp grid mesh is acceptable. (Grid mesh or hinge bonding are both acceptable solutions)
Pass
Pass
Pass
Pass
Pass
Not Applicable
Pass
Not Applicable
j
Pass
k
Labels on each Cabinet CEP outgoing cable stating its connection e.g. cable from Power Base CEP to +Ve of DC system – ‘+Ve of DC system’ or from
Cabinet CEP to Cabinet earth terminal – ‘ Cabinet earth terminal’
Pass
5
Electrical
a
c
d
Has the Correct cable been used as specified in Works Instructions.
Are cable sheath and wires undamaged. No evidence of abrasions, burns, cuts, or nicks along the length of the cable.
both ends. No requirement to remove trunking lids for length of run.
Power feeds should be installed as specified in the relevant plans, drawings specifications and documentation.
Are all equipment connections as specified in the relevant schematic drawings.
e
Has Insulation been checked to ensure it is not trapped in a connector.
f
Are all crimped connectors correctly and securely fitted.
g
Are all strands of conductor within the terminal (screw, crimp and clamp terminations).
Visual.
h
Have correct size protection devices been installed as specified in the relevant plans, drawings specification and documentation.
NWK/LLU/A022
See ISIS
i
Is the colour coding of conductors correct and connected to the correct polarity. For single phase Brown shall be used and marked L1, L2 or L3. For three
line circuits (>3kW) all line conductors may be Brown but must be labelled L1, L2 & L3 respectively or be Brown, Black, Grey.
Pass
j
Has the Correct size of AC cable been used (note: Brown insulation to be used for single line circuits i.e. not black or grey). Cables should be minimum
10 mm2 singles, or if armoured specified, 3 or 5 core 1 0mm2 cable (mounted on cable tray) unless otherwise specified in the relevant plan, drawing,
specification or documentation.
Installer is responsible forcircuit design see ISIS NWK/LLU/A022
Pass
k
If Armoured cable has been used have conductors been identified with heat shrink. Fire stop where cable passes through wall or ceiling (see G0019).
l
m
If Fail
Rectified
Pass
Labels on each PoP CEP outgoing cable stating its connection, e.g. cable to Power Base or CUC CEP indicating cabinet number – ‘Power Base No1’ or
‘CUC No1’
b
If Fail
Rectified
Not Applicable
Not Applicable
Pass
Pass
Pass
4
e
Not Applicable
Pass
Pass
Cable ties are not over-tight and damaging cable.
Have all ties been cut leaving no sharp edges. Cables are adequately supported.
Have all new cable holes been permanently fire-stopped.
Have all threads / sharp edges been cut and protected with end caps
Have all studs been checked to ensure they do not protrude by more than 3 threads. Would be applicable to all overhead I/W.
Have all hazards been removed before leaving site.
Have all sharp edges and burrs been removed from all metalwork to minimise the risk of injuries, damage to clothing and cabling.
c
d
Not Applicable
Not Applicable
Not Applicable
Pass/Fail
Plastic tie fixings installed at correct distances, locations and correctly tensioned
a
b
c
d
e
b
Pass
Pass/Fail
If Fail
Rectified
Pass
Visual of
Pass
Pass
Pass
Visual
Pass
Pass
Have power feeds been correctly identified at the fuse board e.g. 4L1, 4L2, 4L3 4N, 4E for 3 line circuits, 6L1, 6N/L1, 6E/L1 for single line circuits. Circuit
designation to be completed at Fuse Distribution Board.
Have Sleeve type identifiers been used.
Pass
Pass
Not Applicable
Pass
Pass
n
Has all power trunking, Kopex and armoured cable been installed and supported correctly. Ideally, T’ off existing BT perimeter trunking down suite line in
50x50mm galvanized trunking onto Power Base Cabinet. Otherwise routing to be in 75x75mm galvanized trunking. Final take off to AC box may be in
Kopex but < 2m and adequately supported.
Creating new suite line power trunking from another is not permitted. (Resolve issues with BT Planner).
Not Applicable
o
Have Flush T’ connections only been made to perimeter power trunking.
No bushing permitted, except from suite line trunking to Cabinet, or where flanging is an H&S issue (resolve with Clerk of Works).
Not Applicable
p
q
r
s
Has all trunking lid been replaced.
Have Trunking, Kopex or armoured cable runs been installed so they do not interfere with tie or fibre cable runs.
Has the AC Circuit designation been completed on schedule at Fuse Distribution Board.
Is the Elster meter PSTN line installed and does the Modem respond by dialling the meter number and listening for modem response.
Not Applicable
Pass
Pass
Not Applicable
N/A
t
If the PoP is a single line, 230V install, check for correct connection to the Elster meter.
An L2 supply must be connected to L2 on meter, there should be no looped connections to L1 or L3. For an A1 140 meter L1 & L3 should be showing on
the meter display. For an A1 700 meter L1 and L2 would show as phase failures on the meter display.
u
v
For AC only products has a Commando plug been provided with the socket.
Are there no exposed conductors.
w
Check there is no open access to exposed conductive parts. Ensure that the protective cover is fitted to the rear of the inverter magazine for example.
If single cores are showing then use of spiral-wrap as cable containment over the exposed but insulated cores is an acceptable solution
x
y
z
Not Required
Not Applicable
Pass
Pass
Pass
Pass
Are all cables neatly dressed, undamaged and adequately supported.
Are all terminations marked.
Are all cables dressed neatly and not impinging on tie cabling and customer use areas.
battery cables do not bow out.
Check
Pass
6
Lighting
a
Is the lighting securely fixed, undamaged, correctly aligned secured in the swan neck position, works and does not interfere with equipment cabinet doors.
Loose light fittings - Affected early builds pre-November. Eltek manufacturing practice is to torque to 1 00Nm and use thread locking compound. Where
Not Applicable
existing light fittings are found tro be loose the corrective action is to fit a serrated locking washer and retighten.
b
c
Pass/Fail
Standard FCP lighting is controlled by two hour on’ push button timer. Two hour timer can be over-ridden by pressing the button and holding until the red
LED flashes, the lights will then go off after a further short delay.Does this opperate correctly.
When installed under TEP-1 E, is the suite lighting at the front and rear of the cabinets in full working order.
7
Power equipment correctly installed as per customer order (e.g. rectifiers, inverters and batteries)
to Eltek O&M documentation.
a
Are batteries located securely on shelf and linked correctly. Shelf is flat and undamaged.
b
Does battery cabling intrude into customer cable riser or into customer equipment area (must be within the width of the 1 9” nutting strips).
c
Is the battery shelf clean and clear of any obstructions.
Bowed battery shelves (with batteries in place) - New installs since November have revised Eltek shelf. Where earlier installation with 2 or more battery
strings manage as post-handover remedial action as the work is non-service affecting.
Bowed battery shelves (top cover, no batteries) - Treat and fix as post-install damage due to being used wrongly as a step by persons unknown.
d
e
f
g
h
i
Refer
Is the battery box lid correctly fitted on the top of the battery box structure.
Check battery terminations are not touching the metal work and that a sufficient gap (min. 5mm approx.)has been left between the terminals & cabinet
side panels.
Have battery terminals got shroud covers fitted.
Check all cable terminations.
Is the battery temperature sensor in place and secured in bottom battery compartment and working without encroaching into the customer cable
management area. Top battery shelf between batteries 2-3
Are the correct number of rectifiers, inverter modules, battery strings and optional items such as AC & DC PDUs/Molex distribution, metering, are fitted
as per the customer order.
Blanking
Blanking
l
m
Are all required Inverters correctly located in the inverter shelf and secured.
plates must be fitted where inverters are not installed (Fail)
With the system powered up, are all rectifiers and inverter modules on-line with healthy’ status indication.
Is the DC Controller configured correctly for the declared initial loading: eg rectifier & battery count is correct.
n
Does the Rectifier load current alarm settings match those indicated in the customer order BOM and reflect initial maximum power load current.
o
Does the DC Distribution MCB ratings match customer order, noting 40A MCBs are required for Molex distribution.
Ways 8 & 16 for Power base Molex, Ways 7 & 15 for 1st Customer cabinet Molex, ways 6 & 14 for 2nd customer cabinet Molex.
DC
MCBs in FCP7791 and FCP7648 - Pass with default MCB config or with 14 x 63A + 2 x 40A feeding Molex FDU. BSkyB requirement is the latter as
standard. Note that BSkyB first ordered with default only but later requested the minor change henceforth. Eltek were asked to swap to 14 x 63A as part
of Molex FDU retro-fit.
k
p
q
Have DC primary MCB ways 8 & 16 been used to feed the 16-way Molex sub-distribution strip fitted in the Power Base Cabinet? Are the MCBs 40A
rated.
Exposed DC system combs - Not an issue or failure reason. Eltek practice is to use heatshrink sleeving on the unused tongues. Tool access is required
to gain access to DC system.
Has the 1st customer use cabinet fitted with Molex distribution been fed from Primary DC distribution ways 7 & 15, the 2nd customer use cabinet Molex
fed from ways 6 & 14 and so on.
r
Has a connection kit been supplied for each cabinet with a 16-way Molex FDU a connection kit comprising a set of 2.5mm2, 3 metre long, plug ended
tails (live, neutral, earth) and fuses (ten each of 1A, 2A, 3A, 6A & 1 0A). This kit should be neatly boxed and placed in the unused area in the cabinet.
s
AC PDU – top (first topmost rear, second topmost front)
t
Molex DC distribution – topmost front, second topmost rear). Note: if more than one of each per CuC then AC PDU top, Molex FDU under.
u
Has the circuit designation been completed on the Power Base Primary and Molex DC Distribution legends.
v
Are Mains leads tied neatly routed from source to load.
w
x
Are Plugs all mechanically secure and cannot be accidently unplugged.
Inverter plugs have a push button release mechanism, the plugs should be pushed fully in so the button engages.
Are the IEC plugs fitted to the mains leads used for inverter supply and output undamaged and sheaths are gripped within the plug. No insulation or bare
conductors showing.
8
Alarms
a
Have the Alarms been provided as requested in relevant documentation, specifications or job pack.
Power alarm connection on early orders that were given GWS codes (replication of MCU and B-Buss orders that Eaton declined to deliver) - EIPB to
allocate alarm ports and connect to PEMP as any other new build order with the DC / Inverter options. No expectation to daisy chain where MCU-Max
Aux. EIPB to seek advice from BTO Power Policy team where questions over PEMP arise. Alan Heath is the lead manager.
b
c
d
e
f
g
h
Not Applicable
Pass/Fail
If Fail
Rectified
Pass
Pass
Are all required rectifiers correctly located in the rectifier shelf and secured.
plates must be fitted where rectifiers are not installed (Fail)
j
If Fail
Rectified
Are the alarm cables used CAT5. Have Bootlace Ferrules been installed at Adam Unit connection terminals.
Where shielded cables are used then heat-shrink or rubber sleeve is required where outer sheath is cut back. Insulation tape is acceptable for nonshielded cables.
Is the alarm cable labelled with PIRM ID at Adam/Gateway/ACU location end.
Have the Alarms been tested.
Generate a prompt alarm (switch off incoming AC Isolator)
Generate a deferred alarm (switch off inverter DC supply or remove a rectifier module).
Confirm with Network Alarms support team: 0800 9172363 options 3-2–3 -2. Record reference number in hand over documentation.
Are Major & Minor capacity alarms set as per the dimensioning tool.
(See ISIS
NWK LLU A022 Section 4.2.3 contoller configuration file link)
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Not Applicable
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass/Fail
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
If Fail
Rectified
9
a
b
10
Records
Pass/Fail
Has correct documentation been supplied, including electrical completion certification, as specified in the relevant plans, drawings, specifications and
documentation. Is the documentation at the current issue.
Has one copy been left in the Power Base document holder.
Labelling
d
e
f
g
h
i
j
k
l
m
n
● Max permitted total AC load
o
● Expected future maximum AC load
p
● Meter MPAN Number (Must be 13 numbers)
q
● Meter serial number
r
● PSTN Number
c
Quality Checks Sign off & Verification
Print name
ALAN MOWBERRY
Position
INSTALLATION ENGINEER
Company
GROESTAR LIMITED
Date
18/09/2013
Type of Audit

Post Installation
Contractor
Lead Engineer
GROESTAR LIMITED
Others
GROESTAR LIMITED
Others
GROESTAR LIMITED
Pass
Pass
Pass/Fail
Is all label information correct, printed and fixed correctly
Equipment labelling should conform to relevant documentation, Works Instructions and Job Pack information.
Any labelling should be legible, made of fade resistant materials and not be damaged, peeling or defaced.
(other than warnings) will be black legend on white background.
Fuse supplies to cabinet equipment should be marked with their designation and fuse rating.
The following information must be included on the labels fitted to the PoP:
● AC distribution Fuse board details
● Fuse rating
● Single or three line (single-line or three- line)
● LLUC number
● Correct customer name
● 24 customer contact number (customer to input)
● PIRM - Including AC only FCP s
● Suite line
a
b
Labels
Pass
Pass
Not Applicable
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Pass
Position
N/A
If Fail
Rectified
Pass
Pass
Checklist based on BT Document: LLU POP EIPB Check Sheet
Issue Date 13th December 2012 - Author: Chris Cole ABK344
Name
ALAN MOWBERRY
PAUL GRANT
N/A
If Fail
Rectified
N/A
LLUC80001181 - STEPNEY
If any of the above are 'Fail' and cannot be rectified on site, please note details in the box below. Include as much detail such as what side of the cabinet, part
numbers etc.
Fails found and corrective action taken
Fails found and not corrected - Outstanding Works
BT-Typical Rejection/Snagging Items
Issue
DC cable intrusion into customer space (cable management ears or equipment
space)
AC Flex sheath cut back exposing insulated cores
Inverter/rectifier showing alarm
Rack not fixed to floor with dome headed fasteners or coachbolts but fixed to
overhead ironwork
CEP earthing cable C.S.A. not correct i.e. 25/16mm²
Supplementary bonding not installed
Cable ramp hinge arrangement not bonded (Note Eltek connect an earth from the
PoP CEP to the ramp gridmesh)
Cable ramp fixed with cable ties not mechanical clamps
Side Panels fitted to internal cabinet facesto contiguous suite of cabinets
Internal cable tray fitted to RHS (Viewed from front) on a 600mm wide PB (Note
Zen Concession for land locked installations)
Internal cable tray fitted to 800mm wide PB.
MCB input comb not insulated
Alarm PCB not fitted correctly
Sharps on cable ties
Door code locks - code not set/lock not working
MCB ratings correct
NMC alarms ref. number not quoted on Handover documents.
Inadequate RSU space (failed tolerance limit)
Labelling incorrect
Electricity meter & PSTN line not comissioned
CEP conductor sizing to achieve BS7671 & BS6701 compliance
CEP Block Provision at Power Base cabinet.
Cable channel risers (~150x50mm) fitted in the inner rack core of 800W x 600D
cabinets
Cable channel risers (~150x50mm) fitted in 600W Power Base cabinets.
Exposed single insulated ac flex into inverter chassis (outer sheath removed for
ferrite core).
Reject or Snag
Applicable
Reject
Yes
Reject
Reject
Yes
Yes
Reject
Yes
Reject A 10mm² earth is acceptable until otherwise
notified
Reject
Yes
Yes
Reject
Yes
Reject
Reject
Yes
Yes
Reject
Yes
Reject
Reject or fix at QA
Reject
Reject or fix at QA
Reject or fix at QA
Reject or fix at QA
Snag - Resolve at QA
Reject
Reject or fix at QA
Snag - EIBP to fix by CDD
All installations started from 7/1/13 must use 25mm2
cable from MUACEP to FCP CEP. From FCP CEP
block to a threaded fastener on the FCP cabinet a
16mm2 earth bondmust be used. Installations predating 7th Jan 2013 may be passed where a 16mm2
or 10mm2 conductor is used but shall be the subject
of a subsequent remedial action plan to achieve full
compliance.
The FCP Power Base cabinet shall have a CEP
block mounted under the yellow superstructure frame
or, where under TEP-1E, affixed to the cabinet top as
per ISIS.
The ~150x50mm cable riser channel Is not required
in 800mm wide x 600mm deep Power Base cabinets
as it obstructs tie cables and customer MSAN
cabling. Where supplied it shall be removed in order
to meet requirements.
Must be located on left when viewed from front.
Concession to leave on right applies where
standalone cabinet already cabled and/or
landlocked. Eltek to ensure installs are left with riser
channel on left.
Use of spiral-wrap as cable containment over the
exposed but insulated cores is an acceptable
solution.
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Not applicable
Yes
Yes
Yes
Yes
Yes
RSU dimensions width
Pass where single RSU width +5mm or more and for
multi-RSUs total +10mm or more. Fail where 4mm or Yes
less and 9mm or less respectively.
Bowed battery shelves (with batteriesin place)
New installs since November have revised Eltek
shelf. Where earlier installation with 2 or more
battery strings manage as post-handover remedial
action as the work is non-service affecting.
Treat and fix as post-install damage due to being
used wrongly as a step by persons unknown.
DC system & battery cable dressing causing intrusion into tie and customer cables Cable dressing method and remedial action has
risers.
been addressed.
Bowed battery shelves (top cover, no batteries)
Yes
Yes
Yes
600 x600mm Power Base cabinet stability- standalone single cabinet PoPs.
Where installed with bolted-up superstructure and
cable basket link onto fixed arterial runway this is
deemed to be adequate additional support.
Yes
600 x 600mm Power Base cabinet stability - standalone single cabinet PoPs
under TEP-1E.
Must be bolted to the OHI using either at least one
standard figure of 8 brackets or bolted to a fixed
upright adjacent to the cabinet.
Yes
600 x800 and 800 x800 Power Base cabinets under TEP-1E.
Bolting up to the figure of 8 brackets is
recommended but is not a failure reason as
longasthe OHIis adequately supported by adjacent
fixed upright metalwork. Earth bonding is deemed to Yes
be adequate where the TEP1E is bonded to the
room CEP and the FCP Power Base cabinet
likewise.
Exposed DC system combs.
Not an issue or failure reason. Eltek practice is to
use heatshrink sleeving on the unused tongues. Tool Yes
access is required to gain access to DC system.
DC system diode matrix alarm PCB.
16-Way Molex FDU provision in DC system.
DC MCBs in FCP7791 andFCP7648
Eltek advised that the first 141 DC powercores
supplied used their 'Mk1' PCB. Where identified, the Yes
later Mk2 diode matrix PCB shall be fitted.
Fitment direct from factory starts in
weekcommencing 21/1/13. Eltek retrofit programme
is running for all DC FCP orders deployed without
the Molex FDU. Record of completions is required
Yes
from Eltek. All CPs other than BSkyB need the FDU
for ethernet NTEs for backhaul purposes so
prioritisation based on this need. Note - must be
done for BSkyB though.
Pass with default MCB config or with 14 x 63A* 2
x40A feeding Molex FDU. BSkyB requirementis the
latter as standard. Note that BSkyB first ordered with
Yes
default only but later requested the minor change
henceforth. Eltek were asked to swap to 14x63A as
part of Molex FDU retro-fit.
Loose light fittings
Affected early builds pre-November. Eltek
manufacturingpractice is to torque to 100Nm and use
Yes
thread locking compound. Where existing light
fittings are found tro be loose the corrective action is
to fit a serrated locking washer and retighten.
Damaged light fitings
A small number of instances of physical damage
have been encountered. It is suspected that these
are due to careless cable installation (copper or fibre) Yes
post Eltek install. Action is to get these repaired /
replaced.
FCP Power Base top covers (where DC powersystem fitted)
The Eltek Mk2 lid (solid) is in use as standard. All
square hole lid types should by now have been
replaced where the DC poweroption is supplied. The Yes
solid cover does not need to be retro-fitted for 'ac
only' installations.
Eltek top cover has been demonstrated and advised
Yes
as acceptable for use.
HDF sub-racks must be positioned as perthe
relevant FCP template code matrix. Where not
HDF sub-rack positioning w.r.t FCP template code &customer order.
Yes
correctly positioned the HDF sub-rack(s) must be
moved into the correct position.
EIPB to allocate alarm ports and connect to PEMP
as any other new build order with the DC / Inverter
Power alarm connection on early orders that were given 'GWS' codes (replication options. No expectation to daisy chain where MCUYes
of MCU and B-Buss orders that Eaton declined to deliver).
Max Aux. EIPB to seek advice from BTO Power
Policy team where questions over PEMP arise. Alan
Heath is the lead manager.
FCP CuC top covers.
Pass
Fail

X
Installation Equipment Records for
STEPNEY GREEN TE
LLUC80001181
SITE NAME:
SITE ADDRESS:
MDFID:
PSID No:
NIMS No:
APO No:
INSTALLATION DATE:
INSTALLER:
STEPNEY GREEN TE
COMMERCIAL ROAD
NOT SUPPLIED
LLUC80001181
NOT SUPPLIED
APO00060653
18/09/2013
GROESTAR LIMITED
Installation Equipment Records for
SITE / EXCHANGE NAME
STEPNEY GREEN TE
SITE ADDRESS
COMMERCIAL ROAD, LONDON
MDFID
NOT SUPPLIED
PSID No.
LLUC80001181
NIMS No.
NOT SUPPLIED
APO No.
APO00060653
INSTALLATION DATE
18/09/2013
INSTALLER DETAILS
Company
GROESTAR LIMITED
Address
UNIT ONE MORLEY BUSINESS CENTRE, MORLEY ROAD,
TONBRIDGE, KENT, TN9 1RA
Engineers name (1)
ALAN MOWBERRY
Position/Job Title (1)
Eltek Licence NO (1)
N/A
CSCS Licence No (1)
C0119773
Other person on site (2)
PAUL GRANT
Eltek Licence No (2)
E/GR012
CSCS Licence No (2)
C0040763
Other person on site (3)
N/A
Eltek Licence No (3)
N/A
CSCS Licence No (3)
N/A
Continuity Insulation Tester Make
KEWTECH KT62
Continuity Insulation Tester Serial No
222986
EFLI Tester Make
KEWTECH KT63
EFLI Tester Serial No
222986
RCD Tester Make
N/A
RCD Tester Serial No
N/A
Other Tester Make
N/A
Other Tester Serial No
N/A
GENERAL SITE DATA
Installation Date
18/09/2013
Site Name
STEPNEY GREEN TE
Site Address
COMMERCIAL ROAD
Town
LONDON
Postcode
E1 0HA
Access Arrangements
OBASS
Floor
SECOND
Location room for FCP
MUA
Suite
215 / 216 - 217 / 218
Operator
VODAFONE
PIRM ID
2851549M
PSID (LLUC) Number
LLUC80001181
NIMS Number
NOT SUPPLIED
APO Number
APO00060653
System Manufacture
Eltek Power UK
System Type
FCP7663
Cab Serial No
46530
Equipment delivery date
INA
In Service date
18/09/2013
System Power (KW)
3
MECHANICAL
RSU 2 Space Dimensions (>1030mm)
610
AC METER
AC Meter Serial No
10105360
MPAN Number
8000010083130
PSTN Line Number
N/A
Meter Comissioning Ref (UKDC)
N/A
RECTIFIER INFO (ADDED RECTIFIERS ONLY)
241115.105
Type of Rectifiers
Qty of Rectifiers required to support order 5
Eltek Power UK
Manufacturer of Rectifiers
Rating
2
Serial Number Rectifier 1
130171131548
130171131617
131872102806
131872102782
131872101880
0
0
0
BATTERY INFORMATION
Make of Batteries
Enersys
Strings Fitted this build
3
Type of Batteries
SBS C11FT 12V 91Ah
Date of Manufacture
18/08/2013
INVERTER INFO (ADDED INVERTERS ONLY)
Type of Inverters
0
Qty of Inverters required to support order 0
Manufacturer of Inverters
0
Rating
Serial Number Inverter 1
0
0
0
0
ELECTRICAL READINGS FROM MASTER CONTROLLER
Record float voltage of system displayed
on Controller
Record load current
Record float voltage measured at
distribution
Record battery current.
54.05
36
53
4
Record AC supply voltage AC Ph1
232
238
AC / DC ELECTRICAL INTERFACES
242
Voltage and Polarity Check for Each Outlet (Pass / Fail)
Voltage
Polarity
AC Distribution Panel Twin socket Outlet / 240
Powerbase Cabinet
PASS
AC 6 Way PDU/Powerbase Cabinet
240
PASS
DC 18 Way Distribution AUX Cabinet 1
53
PASS
N/A
N/A
N/A
N/A
N/A
N/A
ALARMS and CONTROLLER
IMC Log On Reference No.
163268
Rectifier Prompt Alarm Reference
10756375
Rectifier Deferred Alarm Reference
10756387
Inverter Prompt Alarm Reference
N/A
Inverter Deferred Alarm Reference
N/A
Controller Type
Smartpack2
Controller Serial No.
122471116704
Controller Manufacturer
Eltek Power UK
Firmware Version
1
Alarm System Type
PEMP
Config File No.
1
0
Completed Installation Photo Pack for
STEPNEY GREEN TE
LLUC80001181
FCP FRONT CABINET VIEW (DOORS CLOSED)
FCP REAR CABINET VIEW (DOORS CLOSED)
POWER CABINET (DC) FRONT VIEW (DOORS OPEN)
POWER CABINET (AC) REAR VIEW (DOORS OPEN)
POWER CABINET DC DISTRIBUTION
POWER CABINET AC DISTRIBUTION
POWER CABINET CONTROLLER
POWER CABINET BATTERY STRING 1
POWER CABINET RUNWAY LINK
NOT APPLICABLE
OVERHEAD IRONWORK
NOT APPLICABLE
BUILDING AC DISTRIBUTION PANEL ES1A/1C/1/1C/1/3
BUILDING AC DISTRIBUTION PANEL FUSEWAY
ES1A/1C/1/1C/1/3 Way 3
AC CONTAINMENT TO POWER CABINET
EXCHANGE CEP PROTECTING LLUC80001181
POWER CABINET (DC) FRONT ID LABEL
POWER CABINET (AC) REAR ID LABEL
POWER CABINET (AC) REAR METER & ID LABELS
FCP SOCKET POLARITY ( MAINTENANCE SOCKET )
FCP SOCKET POLARITY ( INVERTER SOCKET )
FCP SOCKET POLARITY ( CUSTOMER CABINET 1 SOCKET )
NOT APPLICABLE
NOT APPLICABLE
NOT APPLICABLE
EBC BATTERY STRINGS 1, 2 & 3
NOT APPLICABLE
www.eltek.com
Eltek Power
Eltek Power UK
Eltek House, Cleveland Road,
Gråterudv. 8,
Hemel Hempstead,
Pb 2340 Strømsø,
Hertfordshire HP2 7EY
3003 Drammen, Norway
+441442 219355
Phone: +47 32 20 32 00
Fax +441442 245894
Fax: +47 32 20 32 10

Completion Documentation for STEPNEY GREEN TE

Transcription

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