ELECTRICAL INSTALLATION CONDITION REPORT: 8974upload.directaudits.com/UploadedDocs/141/5204/5204... · 2016. 9. 15. · C3 No No 5.12 Provision of additional protection by RCD not

ELECTRICAL INSTALLATIONCONDITION REPORT: 8974

Mitie FSHC

A. Details of the Person Ordering This Report

ClientPO Box 71462LondonSE1P 4RW

Address

01 Sep 2016

B. Reason for Producing This Report

Date of Testing & Inspection

Information requested by the Client in accordance with The Electricity atWork Regulations 1989 also to form part of the clients ongoing plannedmaintenance schedule.

Purpose of this Report

C. Details of the Installation which is Subject of this Report

Whole of siteInstallationFSHC RG41 2RPOccupierBerkshire (The) Care Home126 Barkham RoadRG41 2RP

Address

CommercialDescription of Premises

Record of Installation AvailableRecords Held ByDate of Previous InspectionEstimated Age of WiringEvidence of Alterations

yrsEstimated Age of Alterations

D. Extent & Limitations Inspection & Testing

Extent of Electrical Installation Coveredby This Report

ManagerAgreed Limitations including the Reasons Refer to Appendix C Limitations Agreed WithOperational Limitations including the Reasons Refer to Appendix DThis inspection and testing detailed in this report and accompanying schedules have been carried out in accordance with BS7671:2008 (IET Wiring Regulations) asamended to July 2011. It should be noted that cables concealed within trunking and conduits, under floors, in roof spaces, and generally within the fabric of the buildingor underground, have NOT been inspected unless specifically agreed between the client and inspector prior to the inspection.

F. RecommendationsWhere the overall assessment of the suitability of the installation for continued use above is stated as Unsatisfactory , I recommend that any observations classified as'Danger present' (code C1) or 'Potentially dangerous (code C2) are acted upon as a matter of urgency. Investigation without delay is recommended for observationsidentified as 'further investigation required'. Observation classified as 'Improvement recommended' (code C3) should be given due consideration. Subject to thenecessary remedial action being taken I recommend that the installation is further inspected and tested by 31/08/2021

G. Declaration

I, being the person responsible for the inspection and testing of the electrical installation (as indicated by my signatures below) particulars of which are described above,having exercised reasonable skill and care when carrying out the inspection and testing, hereby declare that the information in this report, including the observations &attached schedules, provides an accurate assessment of the condition of the electrical installation taking into account the stated extent and limitations in section D ofthis report.

Key Electrical Solutions Limited218 Boughton Ind EstBoughtonNG22 9LDEngland

TradingAddress

N/ABranch Number600616000NIC EIC Number

Inspected and Tested by: Graham ParishName EngineerPosition Signature 01 Sep 2016DateAuthorised for Issue by: Martin KeyName Chief EngineerPosition Signature 15 Sep 2016Date

H. Schedules

The attached schedule(s) are part of this document and this report is valid only when they are attached to it.15Schedules of Test Results15Schedules of Inspection

100% testing and visual inspection to all aspects of the fixed wiringwithin the installation, including mains, sub-mains, distribution boardsand final circuits within the limitations agreed with the client.

E. Summary of the Condition of the Installation

General Condition of the Installation (In terms of Electrical Safety) Refer to Appendix E

UNSATISFACTORYOverall assessment of the installation*An unsatisfactory assessment indicates that dangerous (code C1) and/or potentially dangerous (code C2) conditions have been identified.

Copyright. Key Electrical Solutions Limited. 2014


K. Observations

Referring to the attached schedule(s) of Inspection and Test Results, and subject to the limitations specified at the Extent and Limitations of theInspection and testing section. There are a total of 30 Observations. One of the following codes, as appropriate, has been allocated to each of theobservations made, to indicate to the persons responsible for the installation, the degree of urgency for remedial action.

C1 - Danger present. Risk of Injury. Immediate Remedial Action Required: 0C2 - Potentially dangerous Urgent Remedial Action Required: 24C3 - Improvement Recommended: 6

Refer to Appendix F for full details of the observations

TN-C-S

I. Supply Characteristics & Earthing Arrangements

Earthing Arrangements

AC3 Phase ( 4 Wire )Three PhasePhase

Supply TypeType of Live Conductors

LIMConfirmation of Polarity

400Nominal Voltage U (1)

230Nominal Voltage U O(1)

50Nominal Frequency f(1)

0.0Prospective Fault Current ipf(2)

0External Loop Impedance Ze(2)

1Number of Supplies

1361BS(EN)2Type

100Nominal Current Rating25Short Circuit Capacity

Note: (1) by Enquiry, (2) by enquiry or bymeasurement

Number & Type of Live Conductors

Nature of Supply Parameters Supply Protective Device

Distributor's Facility

J. Particulars of Installation Referred to in this Report

Means of Earthing LocationN/AType of Earthing

N/A

N/AResistance to EarthMethod of Measurement N/A

Copper

Main Protective Conductors

Earthing Conductor 25csa Connection & Continuity Verified Yes

CopperMain Protective Bonding Conductors 16csa Connection & Continuity Verified Yes

Bonding of Incoming ServiceN/AWater Gas Lightning

Oil Steel N/AOther

Maximum Demand Load100Amps

Protective Measures Against Shock ADS

Main Switch / Switch Fuse / Circuit Breaker / RCD

Incomer roomLocation60947-2 Type CType BS(EN)

CopperSupply Conductor Material4 PolesNumber of Poles

SWASupply Conductor csa

LIMCurrent Rating415Voltage Rating

N/ARated Residual Op.Current l∆n

N/ARated Time DelayN/AOperating Times at

l∆n

If RCD Main Switch

VV

HzkAΩ

kAA

Ω

N/A N/AN/A N/A

mm2

mm2

mm2

AV

mA

msms



Item Description OutcomeFurther

Investigation Comments

1.0 Distributor's Supply Intake Equipment

1.1 Service Cable Condition NoNo√1.2 Condition of Service Head NoNo√1.3 Condition of Tails - Distributor NoNo√1.4 Condition of Tails - Consumer NoNo√1.5 Condition of Metering Equipment NoNo√1.6 Condition of Isolator (where present) NoNoN/A

2.0 Presence of Adequate Arrangements for Other Sources such as Microgenerators

2.1 Presence of Adequate Arrangements for other sources such as Microgenerators (221.6,551.7) NoNoN/A

3.0 Earthing / Bonding Arrangements

3.1 Presence of distributor's earthing arrangement NoNo√3.2 Presence and condition of earth electrode connection where applicable NoNoN/A3.3 Provision of earthing / bonding labels at all appropriate locations NoNo√3.4 Confirmation of earthing conductor size NoNo√3.5 Accessibility and condition of earthing conductor at MET NoNo√3.6 Confirmation of main protective bonding conductor sizes (544.1) NoNo√3.7 Condition and accessibility of main protective bonding conductor connections (543.3.2; 544.1.2) NoNo√3.8 Accessibility and condition of all protective bonding connections (543.3.2) NoNo√

4.0 Consumer Unit / Distribution Board

4.1 Adequacy of working space / accessibility to consumer unit / distribution board (132.1.2; 513.1) NoNo√4.2 Security of fixing (134.1.1) NoNo√4.3 Condition of enclosure(s) in terms of IP rating etc (416.2) NoNo√4.4 Condition of enclosure(s) in terms of fire rating etc (526.5) NoNo√4.5 Enclosure not damaged/deteriorated so as to impair safety (621.2 (iii)) NoNo√4.6 Presence of linked main switch (as required by 537.1.4) NoNo√4.7 Operation of main switch (functional check) (612.13.2) NoNo√4.8 Manual operation of circuit-breakers and RCDs to prove disconnection (612.13.2) NoNo√4.9 Correct identification of circuit details and protective devices (514.8.1; 514.9.1) NoNo√4.1 Presence of RCD quarterly test notice at or near consumer unit / distribution board (514.12.2) NoNo√4.11 Presence of non-standard (mixed) cable colour warning notice at or near consumer unit / distribution

board (514.14)NoNo√

4.12 Presence of alternative supply warning notice at or near consumer unit / distribution board (514.15) NoNoN/A4.13 Presence of other required labelling (Please specify) (Section 514) NoNoN/A4.14 Examination of protective device(s) and base(s); correct type and rating (no signs of unacceptable

thermal damage, arcing and overheating (421.1.3)NoNo√

4.15 Single-pole protective devices in line conductor only (132.14.1; 530.3.2) NoNo√4.16 Protection against mechanical damage where cables enter consumer unit / distribution board

(522.8.1; 522.8.11)NoNo√

4.17 Protection against electromagnetic effects where cables enter consumer unit / distribution board /enclosures (521.5.1)

NoNo√

4.18 RCD(s) provided for fault protection – includes RCBOs (411.4.9; 411.5.2; 531.2) NoNo√4.19 RCD(s) provided for additional protection - includes RCBOs (411.3.3; 415.1) NoNoN/A

5.0 Final Circuits

5.1 Identification of conductors (514.3.1) NoNo√5.2 Cables correctly supported throughout their run (522.8.5) NoNo√5.3 Condition of insulation of live parts (416.1) NoNo√5.4 Non-sheathed cables protected by enclosure in conduit, ducting or trunking (521.10.1) NoNo√5.41 To include the integrity of conduit and trunking systems (metallic and plastic) NoNo√5.5 Adequacy of cables for current-carrying capacity with regard for the type and nature of installation

(523)NoNo√



Item Description OutcomeFurther

Investigation Comments

5.6 Co-ordination between conductors and overload protective devices (433.1; 533.2.1) NoNo√5.7 Adequacy of protective devices; type and rated current for fault protection (411.3) NoNo√5.8 Presence and adequacy of circuit protective conductors (411.3.1.1; 543.1) NoNo√5.9 Wiring system(s) appropriate for the type and nature of the installation and external influences (522) NoNo√5.1 Concealed cables installed in prescribed zones (see section D. extent and limitations) (522.6.101) NoNoC35.11 Concealed cables incorporating earthed armour or sheath, or run within earthed wiring system, or

otherwise protected against mechanical damage from nails, screws and the like (see section D. extentand limitations) (522.6.101; 522.6.103)

NoNoC3

5.12 Provision of additional protection by RCD not exceeding 30mA NoNoC35.121 - for all socket-outlets of rating 20 A or less provided for use by ordinary persons unless exempt -

(411.3.3)NoNoC3

5.122 - for supply to mobile equipment not exceeding 32 A rating for use outdoors (411.3.3) NoNoN/A5.123 - for cables concealed in walls or partitions (522.6.102; 522.6.103) NoNoC35.13 Provision of fire barriers, sealing arrangements and protection against thermal effects (527) NoNo√5.14 Band II Cables segregated / separated from Band I cables (528.1) NoNo√5.15 Cables segregated / separated from communications cabling (528.2) NoNo√5.16 Cables segregated / separated from non-electrical services (528.3) NoNo√5.17 Termination of cables at enclosures - indicate extent of sampling in Section D of the report (526) NoNo√5.171 - Connections soundly made and under no undue strain (526.6) NoNo√5.172 - No basic insulation of a conductor visible outside enclosure (526.8) NoNo√5.173 - Connections of live conductors adequately enclosed (526.5) NoNo√5.174 - Adequately connected at point of entry to enclosure (glands, bushes etc...) (522.8.5) NoNo√5.18 Condition of accessories including socket-outlets, switches and joint boxes (621.2 (iii)) NoNo√5.19 Suitability of accessories for external influences (512.2) NoNo√

6.0 Locations containing a Bath or Shower

6.1 Additional protection for all low voltage (LV) circuits by RCD not exceeding 30mA (701.411.3.3) NoNoN/A6.2 Where used as a protective measure, requirements for SELV or PELV met (701.414.4.5) NoNoN/A6.3 Shaver sockets comply with BS EN 61558-2-5 formally BS 3535 (701.512.3) NoNoN/A6.4 Presence of supplementary bonding conductors, unless not required by BS 7671: 2008 (701.415.2) NoNoN/A6.5 Low Voltage (e.g.230 volts) socket outlets at least 3m from Zone 1 (701.512.3) NoNoN/A6.6 Suitability of equipment for external influences for installed location in terms of IP rating (701.512.2) NoNoN/A6.7 Suitability of equipment for installation in a particular zone (701.512.3) NoNoN/A6.8 Suitability of current-using equipment for particular position within the location (701.55) NoNoN/A

7.0 Other Part 7 Special Installations or Locations

7.1 List all other special installations or locations present, if any. (Record separately the results ofparticular inspections applied).

NoNoN/A

Inspected by

Graham ParishName EngineerPosition Signature 01 Sep 2016Date



Distribution Board Details

Ground floor Electricalcupboard

Location

DB 1Designation

UnknownSupply FromNo of Phases

230Nominal VoltageOvercurrent Protective Device

60947-2Type BS(EN)100 ARating

Associated RCD (if any)N/ABS(EN)N/ANo of PolesN/ARating

CircuitNumber& Phase

Circuit Designation Type ofWiring

ReferenceMethod

No ofPointsServed Live

mm2cpcmm2

MaxPermittedDisconnec

tionTimesSecs

BS(EN) TypeNo

Rating ShortCircuit

Capacity

OpCurrent

MaxPermitted

Zs

Overcurrent Protective Device RCDCircuit Conductors CSA

A kA l∆n Ω

mA

Circuit Details

V

A

1/TP 10 N/A 0.28DB 6 F C 1 35 SWA 5 60898 C 63

2/TP 10 N/A 0.28DB 4 F C 1 25 SWA 5 60898 C 63

3/TP 10 N/A 0.28DB 9 F C 1 25 SWA 5 60898 C 63

4/L1 10 N/A 0.28DB 2 & 3 F C 2 25 SWA 5 60898 C 63

4/L2 10 N/A 0.28DB 14 D B 1 25 SWA 5 60898 C 63

4/L3 10 N/A 0.28DB 12 F C 1 25 SWA 5 60898 C 63


Wiring Codes

A

PVC / PVCCables

B

PVC Cables inMetallic Conduit

C

PVC Cables inNon-Metallic

Conduit

D

PVC Cables inMetallicTrunking

E


Trunking

F

PVC / SWACables

G

XLPE / SWACables

H

MineralInsulatedCables

O

Other


0.33 Ω

Distribution Board Tests

Max MeasuredLoop Impedance Zs

Prospective FaultCurrent ipf


r1 (Line)

Final Ring CircuitsMeasured (end to end)

SupplyPolarity

Confirmed

YesConfirmation ofSupply Polarity

101348579Insulation Resistance101348579Continuity101348579RCD101348579Multi-Function

Circuit Impedances Ω

rn (Neutral) r2 (cpc)

All Circuits(At Least 1 column to

be completed)

(R1 + R2) (R2)

MaximumMeasuredEarth Fault

LoopImpedance

Atl ∆ n

Insulation Resistance

Ω

Live /Live

Live /Neutral

Live /Earth

Earth /Neutral

MΩ MΩ MΩ MΩ ms

TestButton

Operation

ms

At5l ∆ n

RemarksRCD Operating Times

Circuit Tests

101348579Loop Impedance

Test Instruments Used (Serial Numbers)

Other

Operating Times of Assocaited RCD (if any)N/AAt l ∆ nN/AAt 5l ∆ n

msms

1/TP Yes 0.36 N/AN/A LIMN/A N/A 0.03 N/A >500 >500 >500 N/A N/A Yes



4/L1 Yes 0.29 N/AN/A LIMN/A N/A 0-.04 N/A >500 >500 >500 N/A N/A Yes

4/L2 Yes 0.32 N/AN/A LIMN/A N/A 0-.01 N/A >500 >500 >500 N/A N/A Yes

4/L3 Yes 0.38 N/AN/A LIMN/A N/A 0.05 N/A >500 >500 >500 N/A N/A Yes


Graham ParishName

Tested by

Engineer

Position01 Sep 2016Date of Testing Signature



Ground floor Electricalriser

Location

DB 2 & 3Designation

DB 1: 4/L1Supply FromNo of Phases


60898Type BS(EN)63 ARating




ReferenceMethod


mm2cpcmm2


tionTimesSecs

BS(EN) TypeNo

Rating ShortCircuit

Capacity

OpCurrent

MaxPermitted

Zs


A kA l∆n Ω

mA

Circuit Details

V

A

1/L 2.5 N/A 5EM LTGS A 100 7 1.5 1 0.4 3871 2 5

2/L 2.5 N/A 5LTGS reception,entrance

A 100 2 1.5 1 0.4 3871 2 5

3/L 2.5 N/A 5LTGS toilets, terrace A 100 3 1.5 1 0.4 3871 2 5

4/L 2.5 N/A 2.5LTGS A 100 6 1.5 1 0.4 3871 2 10

5/L 2.5 N/A 5LTGS Kitchen A 100 4 1.5 1 0.4 3871 2 5

6/L 2.5 N/A 5LTGS new Extention A 100 8 1.5 1 0.4 3871 2 5

7/L 2.5 N/A LIMUntraced A 100 LIM 1.5 1 LIM 3871 2 10

8/L 2.5 N/A 0.83Ring S/O TV's lounge A 100 5 2.5 1.5 0.4 3871 2 30

9/L 2.5 N/A 0.83Ring S/O corridor A 100 2 2.5 1.5 0.4 3871 2 30

10/L 2.5 N/A 0.83Ring S/O Kitchen A 100 6 2.5 1.5 0.4 3871 2 30

11/L 2.5 N/A 5LTGS Basement A 100 7 1.5 1 0.4 3871 2 5

12/L 2.5 N/A 1.67Boiler A 100 1 2.5 1.5 0.4 3871 2 15

13/L 2.5 N/A 0.83Ring S/O A 100 6 2.5 1.5 0.4 3871 2 30

14/L 2.5 N/A 0.83Ring S/O Hairdressers

A 100 3 2.5 1.5 0.4 3871 2 30

15/L 2.5 N/A LIMUntraced A 100 LIM 2.5 1.5 LIM 3871 2 20

16/L 2.5 N/A 5Bell A 100 1 1.5 1 0.4 3871 2 5

17/L 2.5 N/A LIMUntraced A 100 LIM 1.5 1 LIM 3871 2 20

18/L 2.5 N/A 1.67Heating basement A 100 2 1.5 1 0.4 3871 2 15

19/L 2.5 N/A 0.83S/O opposite kitchen A 100 2 4 1.5 0.4 3871 2 30

20/L 2.5 N/A 2.5LTGS outside A 100 5 2.5 1.5 0.4 3871 2 10

21/L 2.5 N/A 2.5Ring S/O 1st floor A 100 3 2.5 1.5 0.4 3871 2 10

22/L -Spare - -


Wiring Codes

A

PVC / PVCCables

B


C


Conduit

D


E


Trunking

F

PVC / SWACables

G

XLPE / SWACables

H


O

Other




Location

DB 2 & 3Designation







ReferenceMethod


mm2cpcmm2


tionTimesSecs

BS(EN) TypeNo

Rating ShortCircuit

Capacity

OpCurrent

MaxPermitted

Zs


A kA l∆n Ω

mA

Circuit Details

V

A

23/L 2.5 N/A 0.83Ring S/O basement A 100 2 1.5 1 0.4 3871 2 30

24/L 2.5 N/A 5EM LTGS A 100 4 1.5 1 0.4 3871 2 5


Wiring Codes

A

PVC / PVCCables

B


C


Conduit

D


E


Trunking

F

PVC / SWACables

G

XLPE / SWACables

H


O

Other


0.29 Ω



0.80Prospective FaultCurrent ipf


r1 (Line)


SupplyPolarity

Confirmed






be completed)

(R1 + R2) (R2)


LoopImpedance

Atl ∆ n


Ω

Live /Live

Live /Neutral

Live /Earth

Earth /Neutral

MΩ MΩ MΩ MΩ ms

TestButton

Operation

ms

At5l ∆ n


Circuit Tests



Other


msms

1/L Yes 0.56 N/AN/A N/AN/A N/A 0.27 N/A LIM >500 >500 N/A N/A No






7/L Yes LIM N/AN/A N/AN/A N/A LIM N/A LIM LIM LIM N/A LIM Yes

8/L Yes 0.79 N/ALIM N/ALIM LIM 0.5 N/A LIM >500 >500 N/A N/A No

9/L Yes 0.43 N/A0.31 N/A0.30 0.38 0.14 N/A LIM >500 >500 N/A N/A No





14/L Yes 0.47 28.6LIM N/ALIM LIM 0.18 N/A LIM >500 >500 18.4 Yes No




18/L LIM LIM N/AN/A N/AN/A N/A LIM N/A LIM >500 >500 N/A N/A No

19/L Yes 0.45 N/AN/A N/AN/A N/A 0.16 N/A LIM >500 >500 N/A N/A Yes

20/L LIM LIM N/AN/A N/AN/A N/A LIM N/A LIM >500 >500 N/A N/A No


22/L - - -- -- - - - - - - - - No


Graham ParishName

Tested by

Engineer



0.29 Ω





r1 (Line)


SupplyPolarity

Confirmed






be completed)

(R1 + R2) (R2)


LoopImpedance

Atl ∆ n


Ω

Live /Live

Live /Neutral

Live /Earth

Earth /Neutral

MΩ MΩ MΩ MΩ ms

TestButton

Operation

ms

At5l ∆ n


Circuit Tests



Other


msms




Graham ParishName

Tested by

Engineer





Location

DB 4Designation

DB 1: 2/TPSupply FromNo of Phases






ReferenceMethod


mm2cpcmm2


tionTimesSecs

BS(EN) TypeNo

Rating ShortCircuit

Capacity

OpCurrent

MaxPermitted

Zs


A kA l∆n Ω

mA

Circuit Details

V

A

1/TP 9 N/A 1.1Dish Washer F C 1 10 SWA 0.4 3871 3 16

2/TP 9 N/A 1.1lift F C 1 10 SWA 0.4 3871 3 16

3/TP 9 N/A 0.44Shower 2nd floor F C 1 10 SWA 5 3871 3 40

4/L1 9 30 1.25A/C F C 1 2.5 2.5 0.4 3871 2 20

4/L2 9 N/A 2.92FIRE ALARM FP C 1 1.5 1.5 0.4 3871 3 6

4/L3 9 N/A 0.55DB 5 A 100 1 6 2.5 5 3871 3 32


Wiring Codes

A

PVC / PVCCables

B


C


Conduit

D


E


Trunking

F

PVC / SWACables

G

XLPE / SWACables

H


O

Other


0.35 Ω





r1 (Line)


SupplyPolarity

Confirmed






be completed)

(R1 + R2) (R2)


LoopImpedance

Atl ∆ n


Ω

Live /Live

Live /Neutral

Live /Earth

Earth /Neutral

MΩ MΩ MΩ MΩ ms

TestButton

Operation

ms

At5l ∆ n


Circuit Tests



Other


msms

1/TP Yes 0.49 N/AN/A LIMN/A N/A 0.14 N/A LIM >500 >500 N/A N/A No



4/L1 Yes 0.48 103N/A N/AN/A N/A 0.13 N/A LIM LIM LIM 19.6 Yes No

4/L2 Yes 0.39 N/AN/A N/AN/A N/A 0.04 N/A LIM LIM LIM N/A N/A No

4/L3 Yes 0.46 N/AN/A N/AN/A N/A 0.11 N/A >500 >500 >500 N/A N/A No


Graham ParishName

Tested by

Engineer




Dining roomLocation

DB 5Designation







ReferenceMethod


mm2cpcmm2


tionTimesSecs

BS(EN) TypeNo

Rating ShortCircuit

Capacity

OpCurrent

MaxPermitted

Zs


A kA l∆n Ω

mA

Circuit Details

V

A

1/L 6 N/A 0.83Ring S/O via T/clock A 100 6 2.5 1.5 0.4 3871 2 30

2/L 6 N/A 5LTGS A 100 6 1.5 1 0.4 3871 2 5

3/L 6 N/A 5LTGS Wall A 100 7 1.5 1 0.4 3871 2 5

4/L 6 N/A 5LTGS table A 100 3 1.5 1 0.4 3871 2 5

5/L 6 N/A 1.67S/O Hot trolley A 100 1 2.5 1.5 0.4 3871 2 15

6/L 6 N/A 5LTGS Downlighters A 100 6 2.5 1.5 0.4 3871 2 5


Wiring Codes

A

PVC / PVCCables

B


C


Conduit

D


E


Trunking

F

PVC / SWACables

G

XLPE / SWACables

H


O

Other


0.46 Ω





r1 (Line)


SupplyPolarity

Confirmed






be completed)

(R1 + R2) (R2)


LoopImpedance

Atl ∆ n


Ω

Live /Live

Live /Neutral

Live /Earth

Earth /Neutral

MΩ MΩ MΩ MΩ ms

TestButton

Operation

ms

At5l ∆ n


Circuit Tests



Other


msms

1/L Yes 0.93 N/ALIM N/ALIM LIM 0.47 N/A LIM >500 >500 N/A N/A Yes







Graham ParishName

Tested by

Engineer




1st floor oppositeRoom 24

Location

DB 9Designation







ReferenceMethod


mm2cpcmm2


tionTimesSecs

BS(EN) TypeNo

Rating ShortCircuit

Capacity

OpCurrent

MaxPermitted

Zs


A kA l∆n Ω

mA

Circuit Details

V

A

1/L1 10 30 0.54S/O rms 65,66 & 1 incorridor

D B 8 2.5 Con 0.4 60898 C 32

1/L2 10 30 0.54Boiler D B 1 2.5 Con 0.4 60898 C 32

1/L3 10 30 0.54S/O rms 64,67 & 1 incorridor

D B 5 2.5 Con 0.4 60898 C 32

2/TP 10 N/A 0.44DB 10 Laundry F C 1 10 SWA 5 60898 C 40

3/L1 10 30 0.54S/O rms 2,6 & 7 D B 6 2.5 Con 0.4 60898 C 32

3/L2 10 30 2.91LTGS 1st floorcorridor

D B 8 2.5 Con 0.4 60898 C 6

3/L3 10 30 0.87Sluice 1st floor D B 1 2.5 Con 0.4 60898 C 20

4/L1 10 30 2.91LTGS EM Groundfloor

D B 5 2.5 Con 0.4 60898 C 6

4/L2 10 30 2.91LTGS 1st floor Sluice,WC, store

D B 4 2.5 Con 0.4 60898 C 6

4/L3 10 30 2.91LTGS 1st floorbathroom

D B 4 2.5 Con 0.4 60898 C 6

5/L1 10 30 2.91LTGS rms 25,26 & 27 D B 6 2.5 Con 0.4 60898 C 6

5/L2 10 30 1.1S/O opposite rm 24 D B 1 2.5 Con 0.4 60898 C 16

5/L3 10 30 2.91LTGS rms 61,64 D B 6 2.5 Con 0.4 60898 C 6

6/L1 10 30 1.75LTGS corridor D B 4 2.5 Con 0.4 60898 C 10

6/L2 10 30 2.91LTGS Boiler room D B 2 2.5 Con 0.4 60898 C 6

6/L3 10 30 2.91Fire doors B section D B 2 2.5 Con 0.4 60898 C 6

7/L1 10 30 0.54Fire door Grd floor D B 2 2.5 Con 0.4 60898 C 32

7/L2 10 30 0.87TV booster D B 1 2.5 Con 0.4 60898 C 20

7/L3 10 30 0.87Boiler pumps D B 2 2.5 Con 0.4 60898 C 20

8/L1 10 30 0.54S/O rms 23-29 D B 10 2.5 Con 0.4 60898 C 32

8/L2 10 30 0.54Immersion room 49 D B 1 2.5 Con 0.4 60898 C 32

8/L3 10 30 2.91LTGS 55-67 D B 10 2.5 Con 0.4 60898 C 6


Wiring Codes

A

PVC / PVCCables

B


C


Conduit

D


E


Trunking

F

PVC / SWACables

G

XLPE / SWACables

H


O

Other



1st floor oppositeRoom 24

Location

DB 9Designation







ReferenceMethod


mm2cpcmm2


tionTimesSecs

BS(EN) TypeNo

Rating ShortCircuit

Capacity

OpCurrent

MaxPermitted

Zs


A kA l∆n Ω

mA

Circuit Details

V

A

9/L1 10 30 2.91LTGS hallway D B 5 2.5 Con 0.4 60898 C 6

9/L2 -Spare - -

9/L3 -Spare - -

10/L1 10 30 2.91LTGS rm 23,24 D B 6 2.5 Con 0.4 60898 C 6

10/L2 10 N/A 2.91Extract fan (in here) D B 1 2.5 Con 0.4 60898 C 6

10/L3 -Spare - -

11/TP -Spare - -

12/L1 10 30 LIMUntraced D B LIM 2.5 Con LIM 60898 C 32

12/L2 -Spare - -

12/L3 -Spare - -


Wiring Codes

A

PVC / PVCCables

B


C


Conduit

D


E


Trunking

F

PVC / SWACables

G

XLPE / SWACables

H


O

Other


0.40 Ω





r1 (Line)


SupplyPolarity

Confirmed






be completed)

(R1 + R2) (R2)


LoopImpedance

Atl ∆ n


Ω

Live /Live

Live /Neutral

Live /Earth

Earth /Neutral

MΩ MΩ MΩ MΩ ms

TestButton

Operation

ms

At5l ∆ n


Circuit Tests



Other


msms

1/L1 Yes 0.49 28.7LIM N/ALIM LIM 0.09 N/A LIM LIM LIM 18.7 Yes No

1/L2 Yes 0.45 0N/A N/AN/A N/A 0.05 N/A LIM LIM LIM 0 LIM Yes


2/TP Yes 0.40 N/AN/A LIMN/A N/A 00 N/A >500 >500 >500 N/A N/A No


3/L2 Yes 0.68 31.4N/A N/AN/A N/A 0.28 N/A LIM LIM LIM 21.0 Yes No











7/L1 Yes 0.55 28.7N/A N/AN/A N/A 0.15 N/A LIM LIM LIM 19.3 Yes Yes

7/L2 LIM LIM 0N/A N/AN/A N/A LIM N/A LIM LIM LIM 0 LIM No

7/L3 Yes 0.50 0N/A N/AN/A N/A 0.1 N/A LIM LIM LIM 0 LIM No


8/L2 Yes 0.51 29.1N/A N/AN/A N/A 0.11 N/A LIM LIM LIM 18.8 Yes Yes



Graham ParishName

Tested by

Engineer



0.40 Ω





r1 (Line)


SupplyPolarity

Confirmed






be completed)

(R1 + R2) (R2)


LoopImpedance

Atl ∆ n


Ω

Live /Live

Live /Neutral

Live /Earth

Earth /Neutral

MΩ MΩ MΩ MΩ ms

TestButton

Operation

ms

At5l ∆ n


Circuit Tests



Other


msms


9/L2 - - -- -- - - - - - - - - No

9/L3 - - -- -- - - - - - - - - No



10/L3 - - -- -- - - - - - - - - No

11/TP - - -- -- - - - - - - - - No

12/L1 Yes LIM 0N/A N/AN/A N/A LIM N/A LIM LIM LIM 0 LIM Yes

12/L2 - - -- -- - - - - - - - - No

12/L3 - - -- -- - - - - - - - - No


Graham ParishName

Tested by

Engineer




Laundry roomLocation

DB 10 LaundryDesignation







ReferenceMethod


mm2cpcmm2


tionTimesSecs

BS(EN) TypeNo

Rating ShortCircuit

Capacity

OpCurrent

MaxPermitted

Zs


A kA l∆n Ω

mA

Circuit Details

V

A

1/TP -Spare - -

2/L1 6 N/A 2.18Extract fan E B 1 6 4 0.4 60898 B 16

2/L2 10 N/A 2.91LTGS rms 69 & 70 E B 6 1.5 1.5 0.4 60898 C 6

2/L3 10 N/A 1.75LTGS laundry room E B 3 1.5 1.5 0.4 60898 C 10

3/L1 10 N/A 1.1S/O end wall E B 1 2.5 2.5 0.4 60898 C 16

3/L2 10 N/A 0.54Drier 1 E B 1 6 4 0.4 60898 C 32

3/L3 10 N/A 0.54Drier 2 E B 1 6 4 0.4 60898 C 32

4/TP -Spare - -

5/TP -Spare - -

6/L1 -Spare - -

6/L2 10 N/A 1.1Ring S/O room above E B 4 4 2.5 0.4 60898 B 32

6/L3 10 N/A 0.87Ring S/O E B 2 4 2.5 0.4 60898 C 20

7/TP 9 N/A 0.88Washer 2 E B 1 6 4 0.4 3871 3 20

8/TP 9 N/A 0.88Washer 3 E B 1 6 4 0.4 3871 3 20


Wiring Codes

A

PVC / PVCCables

B


C


Conduit

D


E


Trunking

F

PVC / SWACables

G

XLPE / SWACables

H


O

Other


0.40 Ω





r1 (Line)


SupplyPolarity

Confirmed






be completed)

(R1 + R2) (R2)


LoopImpedance

Atl ∆ n


Ω

Live /Live

Live /Neutral

Live /Earth

Earth /Neutral

MΩ MΩ MΩ MΩ ms

TestButton

Operation

ms

At5l ∆ n


Circuit Tests



Other


msms

1/TP - - -- -- - - - - - - - - No







4/TP - - -- -- - - - - - - - - No

5/TP - - -- -- - - - - - - - - No

6/L1 - - -- -- - - - - - - - - No






Graham ParishName

Tested by

Engineer




1st floor by room 16Location

DB 6Designation







ReferenceMethod


mm2cpcmm2


tionTimesSecs

BS(EN) TypeNo

Rating ShortCircuit

Capacity

OpCurrent

MaxPermitted

Zs


A kA l∆n Ω

mA

Circuit Details

V

A

1/L1 10 N/A 0.35DB 7 D B 1 25 25 5 60898 C 50

1/L2 10 N/A 0.35DB 13 D B 1 25 25 5 60898 C 50

1/L3 -Spare - -

2/L1 -Spare - -

2/L2 -Spare - -

2/L3 10 N/A 0.35DB 8 D B 1 25 25 5 60898 C 50

3/TP 10 N/A 0.87Lift F C 1 16 SWA 0.4 60898 C 20

4/L1 10 N/A 0.54Lift Aux D B 1 10 25 0.4 60898 C 32

4/L2 10 N/A 0.87Cass call D B 1 4 25 0.4 60898 C 20

4/L3 -Spare - -


Wiring Codes

A

PVC / PVCCables

B


C


Conduit

D


E


Trunking

F

PVC / SWACables

G

XLPE / SWACables

H


O

Other


0.36 Ω





r1 (Line)


SupplyPolarity

Confirmed






be completed)

(R1 + R2) (R2)


LoopImpedance

Atl ∆ n


Ω

Live /Live

Live /Neutral

Live /Earth

Earth /Neutral

MΩ MΩ MΩ MΩ ms

TestButton

Operation

ms

At5l ∆ n


Circuit Tests



Other


msms

1/L1 Yes 0.34 N/AN/A N/AN/A N/A 0-.02 N/A >500 >500 >500 N/A N/A No

1/L2 Yes 0.40 N/AN/A N/AN/A N/A 0.04 N/A >500 >500 >500 N/A N/A Yes

1/L3 - - -- -- - - - - - - - - No

2/L1 - - -- -- - - - - - - - - No

2/L2 - - -- -- - - - - - - - - No

2/L3 Yes 0.43 N/AN/A N/AN/A N/A 0.07 N/A >500 >500 >500 N/A N/A Yes



4/L2 LIM LIM N/AN/A N/AN/A N/A LIM N/A LIM LIM LIM N/A N/A No

4/L3 - - -- -- - - - - - - - - No


Graham ParishName

Tested by

Engineer




cupboard by room 16Location

DB 7Designation







ReferenceMethod


mm2cpcmm2


tionTimesSecs

BS(EN) TypeNo

Rating ShortCircuit

Capacity

OpCurrent

MaxPermitted

Zs


A kA l∆n Ω

mA

Circuit Details

V

A

1/L 10 30 1.1S/O rms 59 & 60 D B 4 4 Con 0.4 60898 B 32

2/L 10 30 1.1S/O rms 18-21 D B 8 4 Con 0.4 60898 B 32

3/L 10 30 1.1S/O rms 16 & 17 D B 4 4 Con 0.4 60898 B 32

4/L 10 30 5.82Fire door spur D B 1 4 Con 0.4 60898 B 6

5/L 10 30 5.82LTGS 18-21 D B 4 2.5 Con 0.4 60898 B 6

6/L 10 30 5.82LTGS 16 & 17 D B 6 2.5 Con 0.4 60898 B 6

7/L 10 30 1.75Bath hoist A B 1 2.5 1.5 0.4 60898 B 20

8/L -Spare - -


Wiring Codes

A

PVC / PVCCables

B


C


Conduit

D


E


Trunking

F

PVC / SWACables

G

XLPE / SWACables

H


O

Other


0.34 Ω





r1 (Line)


SupplyPolarity

Confirmed






be completed)

(R1 + R2) (R2)


LoopImpedance

Atl ∆ n


Ω

Live /Live

Live /Neutral

Live /Earth

Earth /Neutral

MΩ MΩ MΩ MΩ ms

TestButton

Operation

ms

At5l ∆ n


Circuit Tests



Other


msms

1/L Yes 0.48 29.2N/A N/AN/A N/A 0.14 N/A LIM >500 >500 18.7 Yes No







8/L - - -- -- - - - - - - - - No


Graham ParishName

Tested by

Engineer




Electric cupboard nextto room 16

Location

DB 8Designation







ReferenceMethod


mm2cpcmm2


tionTimesSecs

BS(EN) TypeNo

Rating ShortCircuit

Capacity

OpCurrent

MaxPermitted

Zs


A kA l∆n Ω

mA

Circuit Details

V

A

1/L 10 30 3.5Bath hoist A B 1 2.5 1.5 0.4 60898 B 10

2/L 10 30 5.82LTGS Staffroom, rms49,51,60

D B 7 2.5 Con 0.4 60898 B 6

3/L 10 30 5.82LTGS corridor Grd Flr D B 5 2.5 Con 0.4 60898 B 6

4/L 10 30 5.82LTGS stairs tooutside

D B 4 2.5 Con 0.4 60898 B 6

5/L 10 30 5.82LTGS corridor 1stfloor

D B 5 2.5 Con 0.4 60898 B 6

6/L -Spare - -

7/L -Spare - -

8/L -Spare - -


Wiring Codes

A

PVC / PVCCables

B


C


Conduit

D


E


Trunking

F

PVC / SWACables

G

XLPE / SWACables

H


O

Other


0.43 Ω





r1 (Line)


SupplyPolarity

Confirmed






be completed)

(R1 + R2) (R2)


LoopImpedance

Atl ∆ n


Ω

Live /Live

Live /Neutral

Live /Earth

Earth /Neutral

MΩ MΩ MΩ MΩ ms

TestButton

Operation

ms

At5l ∆ n


Circuit Tests



Other


msms






6/L - - -- -- - - - - - - - - No

7/L - - -- -- - - - - - - - - No

8/L - - -- -- - - - - - - - - No


Graham ParishName

Tested by

Engineer




Corridor by room 40Location

DB 12Designation







ReferenceMethod


mm2cpcmm2


tionTimesSecs

BS(EN) TypeNo

Rating ShortCircuit

Capacity

OpCurrent

MaxPermitted

Zs


A kA l∆n Ω

mA

Circuit Details

V

A

1/L 10 30 1.1Ring S/O A B 3 2.5 1.5 0.4 60898 B 32

2/L 10 30 1.1Ring S/O rm 36-41 A B 6 2.5 1.5 0.4 60898 B 32

3/L 10 30 1.1Ring S/O rm 47-49 A B 6 2.5 1.5 0.4 60898 B 32

4/L 10 30 5.82Bath assist A B 1 1.5 1 0.4 60898 B 6

5/L 10 30 5.82LTGS corridor rm 48 A B 10 1.5 1 0.4 60898 B 6

6/L 10 30 5.82LTGS corridor 36,37 A B 4 1.5 1 0.4 60898 B 6

7/L 10 30 5.82LTGS 31-35 A B 7 1.5 1 0.4 60898 B 6

8/L 10 30 5.82LTGS bathroom A B 4 1.5 1 0.4 60898 B 6

9/L 10 30 5.82Extract Fan & bath A B 2 1.5 1 0.4 60898 B 6

10/L -Spare - -

11/L -Spare - -


Wiring Codes

A

PVC / PVCCables

B


C


Conduit

D


E


Trunking

F

PVC / SWACables

G

XLPE / SWACables

H


O

Other


0.38 Ω





r1 (Line)


SupplyPolarity

Confirmed






be completed)

(R1 + R2) (R2)


LoopImpedance

Atl ∆ n


Ω

Live /Live

Live /Neutral

Live /Earth

Earth /Neutral

MΩ MΩ MΩ MΩ ms

TestButton

Operation

ms

At5l ∆ n


Circuit Tests



Other


msms




4/L LIM LIM 29.5N/A N/AN/A N/A LIM N/A LIM >500 >500 19.4 Yes No





9/L LIM LIM 20.7N/A N/AN/A N/A LIM N/A LIM >500 >500 19.1 Yes No

10/L - - -- -- - - - - - - - - No

11/L - - -- -- - - - - - - - - No


Graham ParishName

Tested by

Engineer




Blanket cupboard byroom 56

Location

DB 13Designation







ReferenceMethod


mm2cpcmm2


tionTimesSecs

BS(EN) TypeNo

Rating ShortCircuit

Capacity

OpCurrent

MaxPermitted

Zs


A kA l∆n Ω

mA

Circuit Details

V

A

1/L 10 30 1.1Ring S/O corridor A B 8 4 1.5 0.4 60898 B 32

2/L 10 30 1.1Ring S/O rms 56-59 A B 8 4 1.5 0.4 60898 B 32

3/L 10 30 1.1Ring S/O rms 54-55 A B 6 4 1.5 0.4 60898 B 32

4/L 10 30 1.75S/O downstairs A B 1 2.5 1.5 0.4 60898 B 20

5/L 10 N/A 2.18TV Booster A B 1 2.5 1.5 0.4 60898 B 16

6/L 10 30 3.5S/O on left A B 1 4 1.5 0.4 60898 B 10

7/L 10 30 5.82LTGS Roof A B 4 1.5 1 0.4 60898 B 6

8/L 10 30 5.82LTGS Blanket room A B 3 2.5 1.5 0.4 60898 B 6

9/L 10 30 5.82LTGS rms 56-59 A B 8 1.5 1 0.4 60898 B 6

10/L 10 30 5.82Electric bath A B 1 1.5 1 0.4 60898 B 6

11/L -Spare - -


Wiring Codes

A

PVC / PVCCables

B


C


Conduit

D


E


Trunking

F

PVC / SWACables

G

XLPE / SWACables

H


O

Other


0.40 Ω





r1 (Line)


SupplyPolarity

Confirmed






be completed)

(R1 + R2) (R2)


LoopImpedance

Atl ∆ n


Ω

Live /Live

Live /Neutral

Live /Earth

Earth /Neutral

MΩ MΩ MΩ MΩ ms

TestButton

Operation

ms

At5l ∆ n


Circuit Tests



Other


msms











11/L - - -- -- - - - - - - - - No


Graham ParishName

Tested by

Engineer




2nd floor by Spiralstaircase

Location

DB 14Designation







ReferenceMethod


mm2cpcmm2


tionTimesSecs

BS(EN) TypeNo

Rating ShortCircuit

Capacity

OpCurrent

MaxPermitted

Zs


A kA l∆n Ω

mA

Circuit Details

V

A

1/L 3 N/A 2.63LTGS A B 7 2.5 1.5 0.4 3871 3 7.5

2/L 3 2.63LTGS corridor A B 8 2.5 1.5 0.4 3871 3 7.5

3/L 3 0.59Ring S/O A B 6 2.5 1.5 0.4 3871 3 30

4/L -Spare - -

5/L 3 LIMUntraced A B LIM 2.5 1.5 LIM 3871 3 15

6/L 3 LIMUntraced A B LIM 10 6 LIM 3871 3 40

7/L 3 0.59Ring S/O A B 8 2.5 1.5 0.4 3871 3 30

8/L -Spare - -

9/L -Spare - -


Wiring Codes

A

PVC / PVCCables

B


C


Conduit

D


E


Trunking

F

PVC / SWACables

G

XLPE / SWACables

H


O

Other


0.32 Ω





r1 (Line)


SupplyPolarity

Confirmed






be completed)

(R1 + R2) (R2)


LoopImpedance

Atl ∆ n


Ω

Live /Live

Live /Neutral

Live /Earth

Earth /Neutral

MΩ MΩ MΩ MΩ ms

TestButton

Operation

ms

At5l ∆ n


Circuit Tests



Other


msms




4/L - - -- -- - - - - - - - - No




8/L - - -- -- - - - - - - - - No

9/L - - -- -- - - - - - - - - No


Graham ParishName

Tested by

Engineer




2nd Floor by spiralstaircase

Location

DB 15Designation

UnknownSupply FromNo of Phases


LIMType BS(EN)Rating




ReferenceMethod


mm2cpcmm2


tionTimesSecs

BS(EN) TypeNo

Rating ShortCircuit

Capacity

OpCurrent

MaxPermitted

Zs


A kA l∆n Ω

mA

Circuit Details

V

A

1/L -Spare - -

2/L 10 30 2.18Immersion Large(switched off)

A 100 1 4 2.5 0.4 60898 B 16

3/L 10 30 2.18Immersion small A 100 1 6 2.5 0.4 60898 B 16


Wiring Codes

A

PVC / PVCCables

B


C


Conduit

D


E


Trunking

F

PVC / SWACables

G

XLPE / SWACables

H


O

Other


0.44 Ω





r1 (Line)


SupplyPolarity

Confirmed






be completed)

(R1 + R2) (R2)


LoopImpedance

Atl ∆ n


Ω

Live /Live

Live /Neutral

Live /Earth

Earth /Neutral

MΩ MΩ MΩ MΩ ms

TestButton

Operation

ms

At5l ∆ n


Circuit Tests



Other


msms

1/L - - -- -- - - - - - - - - No

2/L LIM LIM 0N/A N/AN/A N/A LIM N/A LIM >500 >500 0 LIM No



Graham ParishName

Tested by

Engineer



Appendix C - Agreed Limitations

Item Limitation including the Reason

1 As the main earth conductor could not be disconnected it was not possible to measure the Ze for the installation. An installation Zs and PFChave therefore been measured at the nearest possible point to the origin of the installation.

2 All insulation resistance tests to lighting and unverified circuits have been carried out using regulation 612.3.3 to ensure no damage tosensitive or electronic equipment and lighting.

3 All high level and in-accessible termination points have been tested to the furthest possible available point.

4 Where parts of the electrical installation are not labelled, testing will be undertaken at accessible power and lighting points to confirm earthfault loop impedance values are acceptable; where it is not possible to obtain an earth fault loop impedance reading, the wander leadmethod of verifying earth continuity shall be employed, to ensure a full earthing network exists for all accessible parts of the installation

5 The testing of circuits was only undertaken up to the point of isolation. The control and wiring systems of the fire alarm, intruder alarm,central battery system, emergency lighting, gas and boiler room equipment, refrigeration equipment, air conditioning, uninterrupted powersupplies, information technology equipment, closed circuit television equipment and public address systems were not tested



Appendix E - Summary of Condition of the Installation

Unsatisfactory

We have considered this installation to be of an unsatisfactory condition until all defects recorded on section K of this report which have been coded‘C1’, or 'C2' have been rectified. Consideration should also be given to all other defects to bring the installation up to the required standards to satisfythe current edition of the I.E.T wiring regulations BS7671:2011.



Appendix F - Photographic Record (Faults)

Cover screw missing

8974/DB 2 & 3 - C2

Poor terminations

8974/DB 2 & 3 - C2

No main switch present

8974/DB 2 & 3 - C2

Trunking lid missing

8974/DB 2 & 3 - C2

Cable not adequately supported

8974/DB 2 & 3 - C2

Trunking lid missing

8974/DB 9 - C2

Accessory not suitably IP protected

8974/DB 12 - C2

No main switch present

8974/DB 15 - C2



Appendix F - Observations

DB 1: 1/TP Code

C2Maximum Permitted Zs exceeded8974/DB 1: 1/TP (F)

DB 1: 2/TP Code


DB 1: 3/TP Code


DB 1: 4/L1 Code

C2Maximum Permitted Zs exceeded8974/DB 1: 4/L1 (F)

DB 1: 4/L2 Code


DB 1: 4/L3 Code


DB 14: 5/L Code

C3Untraced Circuit8974/DB 14: 5/L (I)

DB 14: 6/L Code

C3Untraced Circuit8974/DB 14: 6/L (I)

DB 2 & 3: 7/L Code

C3Untraced Circuit8974/DB 2 & 3: 7/L (I)

DB 2 & 3: 15/L Code

C3Untraced Circuit8974/DB 2 & 3: 15/L (I)

DB 2 & 3: 17/L Code

C2Overrated Overcurrent Protective Device8974/DB 2 & 3: 17/L (A)C3Untraced Circuit8974/DB 2 & 3: 17/L (I)

DB 2 & 3: 19/L Code

C2Overrated Overcurrent Protective Device8974/DB 2 & 3: 19/L (A)

DB 5: 1/L Code

C2Maximum Permitted Zs exceeded8974/DB 5: 1/L (F)

DB 6: 1/L2 Code


DB 6: 2/L3 Code


DB 9: 1/L2 Code

C2Overrated Overcurrent Protective Device8974/DB 9: 1/L2 (A)

DB 9: 7/L1 Code

C2Overrated Overcurrent Protective DeviceC2Maximum Permitted Zs exceeded

8974/DB 9: 7/L1 (A)8974/DB 9: 7/L1 (F)

DB 9: 8/L2 Code

C2Overrated Overcurrent Protective Device8974/DB 9: 8/L2 (A)



Appendix F - Observations

DB 9: 12/L1 Code

C2Overrated Overcurrent Protective Device8974/DB 9: 12/L1 (A)C3Untraced Circuit8974/DB 9: 12/L1 (I)



Appendix G - Photographic Record (Distribution Boards)

8974/DB 1 8974/DB 1Normal Thermal

8974/DB 10 Laundry 8974/DB 10 LaundryNormal Thermal








8974/DB 2 & 3 8974/DB 2 & 3Normal Thermal















CONDITION REPORT: Guidance Notes for Recipients

This report is an important and valuable document which should be retained for future reference.

1. The purpose of this Condition Report is to confirm, so far as reasonably practicable, whether or not the electrical installation is in asatisfactory condition for continued service (see Section E). The Report should identify any damage, deterioration, defects and/orconditions which may give rise to danger (see Section K).

2. The person ordering the Report should have received the original Report and the inspector should have retained a duplicate.

3. The original Report should be retained in a safe place and be made available to any person inspecting or undertaking work on theelectrical installation in the future. If the property is vacated, this Report will provide the new owner /occupier with details of thecondition of the electrical installation at the time the Report was issued.

4. Where the installation incorporates residual current devices (RCD) there should be a notice at or near the device stating that it shouldbe tested quarterly. For safety reasons it is important that this instruction is followed.

5. Section D (Extent and Limitations) should identify fully the extent of the installation covered by this Report and any limitations on theinspection and testing. The inspector should have agreed these aspects with the person ordering the Report and with other interestedparties (licensing authority, insurance company, mortgage provider and the like) before the inspection was carried out.

6. Some operational limitations such as such as inability to gain access to parts of the installation or an item of equipment may have beenencountered during the inspection. The inspector should have noted these in Section D.

7. For items classified in Section K as C1 (“Danger Present”), the safety of those using the installation is at risk, and it is recommendedthat a competent person undertakes the necessary remedial work immediately.

8. For items classified in Section K as C2 (“Potentially Dangerous”), the safety of those using the installation may be at risk and it isrecommended that a competent person undertakes the necessary remedial work as a matter of urgency.

9. Where it has been stated in Section K that an observation requires further investigation the inspection has revealed an apparentdeficiency which could not, due to the extent or limitations of this inspection, be fully identified. Such observations should beinvestigated as soon as possible. A further examination of the installation will be necessary, to determine the nature and extent of theapparent deficiency (see Section F).

10. For safety reasons, the electrical installation should be re-inspected at appropriate intervals by a competent person. The recommendeddate by which the next inspection is due is stated in Section F of the Report under ‘Recommendations’ and on a label at or near to theconsumer unit / distribution board.


Documents

ELECTRICAL INSTALLATION CONDITION REPORT: 8974upload.directaudits.com/UploadedDocs/141/5204/5204... · 2016. 9. 15. · C3 No No 5.12 Provision of additional protection by RCD not