EAST WEST CONNECT Ltd / BS 7671:2018 Ed AMTECH … · 2020-05-12 · east west connect ltd / bs...

EAST WEST CONNECT Ltd / BS 7671:2018 Ed AMTECH TEMPLATE TEST CERTIFICATE TYPES

1. ELECTRICAL INSTALLATION CERTIFICATE2. REFERENCE SHEET3. DOMESTIC ELECTRICAL INSTALLATION CERTIFICATE4. MINOR ELECTRICAL INSTALLATION WORKS CERTIFICATE5. ELECTRICAL INSTALLATION CONDITIONAL REPORT6. DESIGN,INSTALLATION,DETECTION OF FIRE ALARMS IN DWELLINGS7.SITE TEMPS INSTALLATION (Short Version)

Electrical Test Certificate Templates (18th Edition)

CON-FM-79 1 of 40 Revision 00

ScopeThis document contains blank templates for Electrical Testing Certificates designed to meet the requirements of BS7671:2018 - IET Wiring Regulations 18th Edition. It is East West Connects Policy to use these Templates for recording all Test and Inspection works carried out on behalf of East West Connect.Electrical Testing and Inspection Processes, Certification and record keeping are managed by the East West Connect Testing Department and connected works MUST be carried out in accordance with these processes.

Templates contained within this document are as follows:

being the person(s) responsible for the design of the electrical installation (as indicated by signature(s) below), particulars of which are described above, have

exercised reasonable skill and care when carrying out the design hereby CERTIFY that the design work for which have been responsible is, to the best of

knowledge and belief in accordance with BS 7671 amended to (date) except for the departures, if any detailed as follows:

being the person(s) responsible for the construction of the electrical installation (as indicated by signature(s) 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 have been responsible

is, to the best of knowledge and belief in accordance with BS 7671 amended to (date) except for the departures, if any detailed as follows:

Address

Extent of the

installation

covered by this

certificate

New

An

Addition

An

Alteration

The extent of liability of the signatory or signatories is limited to the work described above as the subject of this certificate.

For the DESIGN of the installation:

Signature

Signature

Date

Date

Name (CAPITALS)

Name (CAPITALS)

**(where there is divided responsibility for the design)

Details of departures from BS 7671, as amended (Regulations 120.3, 133.1.3 and 133.5)

The extent of liability of the signatory is limited to the work described above as the subject of this certificate.

For the CONSTRUCTION of the installation:

Signature Date Name (CAPITALS)

Client/Address


The extent of liability of the signatory is limited to the work described above as the subject of this certificate.

For the INSPECTION AND TESTING of the installation:

Signature Date

Name (CAPITALS) Inspector

Signature Date

Name (CAPITALS) Qualified

Supervisor

The installation is:

Designer 1

Designer 2 **

Constructor


Reviewed by

Details of permitted exceptions

(Regulations 411.3.3):

being the person(s) responsible for the inspection and testing of the electrical installation (as indicated by signature(s) below), particulars of which are

described above, have exercised reasonable skill and care when carrying out the inspection and testing hereby CERTIFY that the work for which have been

responsible is, to the best of knowledge and belief in accordance with BS 7671 amended to (date) except for the departures, if any detailed as

follows:

Where applicable, a suitable risk assessment(s)

must be attached to this Certificate:Number of pages:

ELECTRICAL INSTALLATION

CERTIFICATE [BS 7671:2018 as

amended]

Page 1 of 7Copyright © Trimble 2018, FastTest Plus v2018.0.0, Demonstration Only

Details of the Clien

Details of the Installatio

Design

Construction

Inspection and Testing


CERTIFICATE [BS 7671:2018 as

amended]

Details of the Client

Details of the Installation

Design

Construction

Inspection and Testing

OrganisationDESIGN (1)

Address

DESIGN (2) Organisation

CONSTRUCTION

Address

Organisation

INSPECTION AND TESTING

Address

Organisation

Address

Tel

Tel

Tel

Tel

Number and Type of Live Conductors

a.c.

1-Phase

(2 wire)

1-Phase

(3 wire)

2-Phase

(3 wire)

3-Phase

(3 wire)

3-Phase

(4 wire)

d.c.

2

Pole

3

Pole

Other

System Type(s)

TN-S

TT

IT

TN-C-S

TN-C

Other

Characteristics of primary supply

overcurrent protective Device(s)

BS(EN)

Type

Rated current

Nature of Supply Parameters

Nominal

Voltage

Nominal

frequency

Prospective

fault current

External loop

impedence

f

Ze

V

Hz

kA

Ω

A

Number of

Sources

VUo

kAShort circuit

Capacity

Distributor's

facility

Installation

earth electrode

Means of Earthing Details of Installation Earth Electrode (where applicable)

LocationType

(eg rod(s), tape etc)

Main Switch/ Switch-Fuse/ Circuit-Breaker/ RCD

Type BS(EN)

RCD

operating

current, l∆n

RCD

operating

time at, l∆n

No. of poles

Ω

mA

ms

Electrode

resistance,R

Method of

measurement

Maximum Demand (Load) Protective measure(s) against electric shock

Supply

Conductors

material

Supply

Conductors

CSA

Voltage

Rating

Rated

Current,In

V

A

Main protective bonding

conductors

Conductor

csa:

Conductor

material:

Continuity verifed

Conductor

material:

Conductor

csa:

Continuity verified

Bonding of extraneous

conductive parts ( )

Water installation pipes

Oil installation pipes

Gas installation pipes

Other

Structural Steel

In the case of an addition or alteration see regulation 644.1.2:

, the designer(s) RECOMMEND that this installation is further inspected and tested after an interval of not more than

U

lpf

A

mm2 2

mm

2mm

or change of tenancy.

Lightning Protection

msRated time

delay

Earthing conductor

Tick boxes and enter details, as appropriate

Confirmation of

Supply Polarity

Connection verifiedConnection verifed

(1)

(1)

(1)

(2)

(2)

(1) by enquiry

(2) by enquiry or by

measurement

Next Inspectio

Branch No.(If

Applicable)

Branch No.(If

Applicable)

Registration No.

(where appropriate)

Branch No.(If

Applicable)

Branch No.(If

Applicable)

Registration No.

(where appropriate)

Registration No.

(where appropriate)

Registration No.

(where appropriate)


Particulars of the Organisation(s) Responsible for the Electrical In

Supply Characteristics and Earthing Arrangem

Particulars of Installation at the Origin

Comments on Existing Installation:

Particulars of the Organisation(s) Responsible for the Electrical Installation

Supply Characteristics and Earthing Arrangements


Comments on Existing Installation:

Next Inspection

Not applicable

Item No Description Outcome Item No Description Outcome

1.0

External condition of electrical intake equipment

(visual inspection only)(If inadequacies are identified with the intake equipment it is

recommended the person ordering the report informs the appropriate

authority.)

6.0 Basic and fault protection

1.1 Service cable a) SELV

1.2 Service head b) PELV

1.3 Earthing arrangement c) Double insulation

1.4 Meter tails d) Reinforced insulation

1.5 Metering equipment 7.0 Distribution equipment

1.6 Isolator (where present) 7.1 Working space/accessibility adequate/satisfactory

2.0 Parallel or switched alternative sources of supply 7.2 Security of fixing

2.1Presence of adequate arrangements where generator to operate as

a switched alternative:7.3 Insulation of live parts not damaged during erection

a)Dedicated earthing arrangement independent of that of the public

supply7.4 Adequacy/security of barriers

2.2Presence of adequate arrangements where generator to operate in

parallel with public supply system:7.5 Suitability of enclosures for IP and fire ratings

a) Correct connection of generator in parallel 7.6 Enclosures not damaged during installation

b) Compatibility of characteristics of means of generation 7.7 Presence and effectiveness of obstacles

c)

Means to provide automatic disconnection of generator in the event

of loss of public supply or voltage or frequency deviation beyond

declared values

7.8 Main switch(es): presence and operation (functional check)

d)

Means to prevent connection of generator in the event of loss of

public supply or voltage or frequency deviation beyond declared

values

7.9Components are suitable according to manufacturers' assembly

instructions or literature

e) Means to isolate generator from public supply 7.10 Circuit-breaker and RCDs operation to prove functionality

2.3 Presence of alternative/additional supply warning notices at or near: 7.11 RCD(s) provided for fault protection where specified

a) The origin 7.12 RCD(s) provided for protection against the risk of fire where present

b) The meter position if remote from origin 7.13 RCD(s) provided for additional protection where specified

c)The consumer unit/distribution board to which the alternative/

additional sources are connected7.14

Confirmation overvoltage protection (SPDs) provided where

specified

d) All points of isolation of ALL sources of supply 7.15 SPDs functioning/operating as expected

3.0 Automatic disconnection of supply 7.16Selection of protective devices(s) and base(s); correct type and

rating

3.1Presence and adequacy of protective earthing/bonding

arrangements as follows:7.17 Single-pole protective devices in line conductors only

a)Distributor's earthing arrangement or installation earth electrode

arrangement7.18

Protection against mechanical damage where cables enter

equipment

b) Earthing conductor and connections 7.19Protection against electromagnetic effects where cables enter

ferromagnetic enclosures

c) Main protective bonding conductors and connections 7.20

Confirmation that ALL conductor connections including connections

to busbars are correctly located in terminals and are tight and

secure

d) Earthing/bonding labels at all appropriate locations 7.21 Presence of RCD six-monthly test notice where required

3.2 Accessibility of: 7.22Presence of diagrams, charts or schedules at or near each

distribution board where required

a) Earthing conductor connections 7.23 Presence of next inspection recommendation label

b) All protective bonding connections 7.24Presence of non-standard (mixed) cable colour warning notice at or

near the appropriate distribution board where required

3.3 FELV-requirements satisfied 7.25 Presence of other required labelling

3.4Nominal line to line voltage does not exceed 110V and the nominal

line to earth voltage does not exceed 63.5V

4.0 Basic protection

4.1 Provisions for basic protection where specified:

a) Insulation of live parts

b) Barriers or enclosures

c) Obstacles

d) Placing out of reach

5.0 Additional protection

5.1The presence and effectiveness of additional protection methods

used as follows:

a) RCDs should not exceed 30 mA

b) Supplementary bonding

Acceptable

conditionOutcomes N/A

Schedule of Items Inspected



N/ANot applicableAcceptable

conditionOutcomes

Item No Description Outcome Item No Description Outcome

8.0 Circuits 9.0 Isolation and switching

8.1 Identification of conductors 9.1 Isolators:

8.2Cables correctly supported throughout with protection against

abrasiona) Presence and location of appropriate devices

8.3Examination of cables for signs of mechanical damage during

installationb) Capable of being secured in the OFF position

8.4Examination of installation/insulation of live parts not damaged

during erectionc) Correct operation verified (functional check)

8.5Non-sheathed cables protected by enclosure in conduit,

ducting or trunkingd)The installation, circuit or part thereof that will be isolated is

clearly identified by location and/or durable marking

8.6 Suitability of containment systems (including flexible conduit) e)Warning notice posted in situations where live parts cannot be

isolated by the operation of a single device

8.7 Correct temperature rating of cable insulation 9.2 Switching off for mechanical maintenance:

8.8Adequacy of cables for current-carrying capacity with regard to

the type and nature of installationa) Presence of appropriate devices

8.9Adequacy of protective devices: type and fault current rating

for fault protectionb)Acceptable location (local or

remote)

8.10 Operation/adequacy of AFDD(s) where present c) Capable of being secured in the OFF position

8.11 Presence and adequacy of circuit protective conductors d) Correct operation verified (functional check)

8.12Coordination between conductors and overload protective

devicese)The installation circuit or part thereof to be disconnected


8.13

Wiring systems and cable installation methods/practices

appropriate to the type and nature of installation and external

influences

9.3 Emergency switching/stopping:

8.14Cables concealed under floors above ceilings in walls/

partitions adequately protected against damagea) Presence of appropriate devices

8.15Cables that are installed in walls/partitions installed in

prescribed zonesb) Readily accessible for operation where danger might occur

8.16Provision of additional protection by RCDs having rated

residual operating current (I delta n) not exceeding 30 mA for:c) Correct operation verified (functional check)

a)- all socket-outlets with a rated current not exceeding 32 A or

less unless exemptd)The installation, circuit or part thereof to be disconnected


b)- supplies to mobile equipment with a current rating not

exceeding 32 A for use outdoorse) Firefighter's switches present/operating (where required)

c)- cables concealed in walls/partitions at a depth of less than

50 mm9.4 Functional switching:

d)- cables concealed in walls/partitions containing metal parts

regardless of deptha) Presence of appropriate devices

e)- circuits supplying luminaires within domestic (household)

premises onlyb) Correct operation verified (functional check)

8.17Provision of fire barriers sealing arrangements so as to

minimise the spread of fire10.0 Current-using equipment (permanently connected)

8.18 Band II cables segregated/separated from Band I cables 10.1 Suitability of equipment in terms of IP and fire ratings

8.19 Cables segregated/separated from non-electrical services 10.2Enclosure not damaged/deteriorated during installation so as

to impair safety

8.20 Termination of cables at enclosures: 10.3 Suitability for the environment and external influences

a) Connections under no undue strain 10.4 Security of fixing

b) No basic insulation of a conductor visible outside enclosure 10.5Cable entry holes in ceilings above luminaires, sized or sealed

so as to restrict the spread of fire

c) Connections of live conductors adequately enclosed 10.6 Recessed luminaires (downlighters):

d) Adequately connected at point of entry to enclosure a) Correct type of lamps fitted

8.21 Suitability of circuit accessories for external influences b) Installed to minimise build-up of heat

8.22 Circuit accessories not damaged during erection 10.7 Provision of undervoltage protection, where specified

8.23Single-pole devices for switching or protection in line

conductors only10.8 Provision of overload protection, where specified

8.24Adequacy of connections including CPCs within accessories

and at fixed and stationary equipment10.9 Adequacy of working space/accessibility to equipment

11.0Special installations or locations

List below any special installations or locations which are part of the installation to be verified, and confirm that the additional requirements given in the respective section of Part 7 are fulfilled:




Signature:

Name: Date:

12.0 Other Outcome

Schedules of Inspections and Schedules of Test Results

The attached Schedules are part of this document and this Certificate is valid only when they are attached to it



Schedule of Additional Records (See attached schedule)

Inspected By


Inspected By

Schedule of Additional Records (See attached schedule)

Maxpermitted

disconnection

times(s)

Live

mm 22

Supply to

distribution

board is from:

No of phases

TO BE COMPLETED IN EVERY CASE ONLY TO BE COMPLETED IF THE DISTRIBUTION BOARD IS NOT CONNECTED DIRECTLY TO THE ORIGIN

OF THE INSTALLATION

Overcurrent protective device for the distribution circuit

Associated RCD (if any)

BS(EN)

RCD No of

Poles

RCD Rating

A B C D E F G H O

PVC/PVC

cables

PVCcables

in

metallic

conduit

PVCcables

in

non-metallic

conduit

PVCcables

in

metallic

trunking

PVCcables

in

non-metallic

trunking

PVC/SWA

cables

XLPE/SWA

cables

Mineral insulated

cablesOther

Nominal Voltage

Type BS(EN) Rating

Maximum

permittedZs

Circuitnumber

andphase

Circuit designation

Typeofwiring

Referencemethod

Noofpointsserved

Circuit

conductors csa

cpc

mm

Overcurrent protective

deviceRCD

Type

Rating(A)

Shortcircuit

capacity(kA)

Operating

current(In)

BS(EN)

A

V

mA

Location of

Distribution

Board

Distribution

board

designation

AFDD

Circuit Details

Wiring Code

SCHEDULE OF CIRCUIT DETAILS FOR THE INSTALLATION

Board Details



Board Details

Circuit Details

Wiring Code

ms

Remarks

seecontinuation

sheet

Maximum

measured

earth fault

loop

impedance

TEST INSTRUMENTS (SERIAL NUMBERS) USED

Circuit

number

and

phase

Circuit Impedances

Polarity(v)

Live/

Neutral

Operatingtime

atI

Insulation resistance

Live/

Earth

Testbutton

operation

r1 (Line) rn (Neutral) r2 (cpc) (R1 + R2) (R2)

All circuits

(At least one

column

to be completed)Live/

Live

Earth/

Neutral

Date of

testing

Position

Name

Signature

IpfZs kA

Operating times of associated RCD (if any) At I n

Ring final circuits only

(measure end to end)

RCD

Phase sequence confirmed

(where appropriate)

Correct supply polarity confirmed

Insulation

resistance

Multi-

function

RCD

Earth fault

loop

impedance

Continuity Other

n(ms)

Test

Voltage

AFDDTestbutton

operation

Supplementary Conductors

TO BE COMPLETED IN EVERY CASE

ONLY TO BE COMPLETED IF THE DISTRIBUTION BOARD IS NOT CONNECTED

DIRECTLY TO THE ORIGIN OF THE INSTALLATION

SCHEDULE OF CIRCUIT TESTS FOR THE INSTALLATION

Board Tests

Circuit Tests

Tested By

Details of circuits and/or equipment vulnerable to damage when testing



Board Tests

Details of circuits and/or equipment vulnerable to damageh t ti

Circuit Tests

Tested By

Trimble FastTest

Reference sheet 3

The following list of devices are numbered to correspond to the list provided within FastTest. In

order to save time simply note the reference number on your site inspection pack and then select

that reference from within the program. The correct device will then be printed on your completed

certificates.

General Protective Devices

Reference Number Device

1 BS 88-2 Fuse HRC gG (General)

2 BS 88-2 Fuse HRC mG (Motor)

3 BS 3036 Fuse Re-Wireable (semi-enclosed)

30

4 BS 1361 Fuse HBC Domestic Type 1

5 BS 1361 Fuse HBC Domestic Type 2

6 BS 1362 Fuse Domestic

7 Fuse Obsolete Type

8 BS EN 60898 MCB Type B

9 BS EN 60898 MCB Type C

10 BS EN 60898 MCB Type D

11 BS 3871 MCB Type 1




15 MCB Obsolete Type

16 BS EN 60947-2 MCCB

17 MCCB Obsolete Type

18 BS EN 60947-2 ACB

19 ACB Obsolete Type

20 BS EN 60947-2 MCB Type B

21 BS EN 60947-2 MCB Type C

22 BS EN 60947-2 MCB Type D

Residual Current Devices (RCD's)

23 BS 4293 RCD

24 BS EN 61008 RCD

25 BS EN 61009 RCD / RCBO Type B

26 BS EN 61009 RCD / RCBO Type C

27 BS EN 61009 RCD / RCBO Type D

Isolators

Reference Number Device

28 BS 5419 Isolator

29 BS EN 60947-3 Isolator

DeviceReference Number

BS 88 -3 Fuse

Client and address Installation address

Extent of the installation work

covered by this Certificate

New:

An Addition

An Alteration

Details of departures from BS 7671, as amended (Regulations 120.3, 133.5)

The extent of liability of the signatory is limited to the work described above as the subject of this certificateFor the DESIGN, the CONSTRUCTION and the INSPECTION AND TESTING of the installation

Signature Name Date

The results of the Inspection and Testing reviewed by the Qualified Supervisor

DateNameSignature

Trading Title

Address

Enter interval as appropriate

I RECOMMEND that this installation is further inspected and tested after

an interval of not more than

Note: Enter 'NONE' or, where appropriate, the page number(s)

of additional page(s) of comments on the existing installation

The installation is

PostCode PostCode

PostCode

or change of tenancy

I, being the person responsible for the design, construction and testing of the electrical installation (as

indicated by my signature adjacent), particulars of which are described above, having exercised reasonable

skill and care when carrying out the design, construction, inspection and testing, hereby CERTIFY that the

said work for which I have been responsible is, to the best of my knowledge and belief, in accordance with

(date) except for the departures,if any,detailed as follows:amended toBS7671:

Page 1 of 5

Details of the Client Address of the Installatio

Details of the Installatio

Design, Construction, Inspection and Tes

Particulars of the Electrical Contra Next Inspection

Comments on Existing Installatio

Schedule of Additional RecordRegistration No.

Branch No.(If

Applicable)

Copyright © Trimble 2018, FastTest Plus v2018.0.0, Demonstration Only

DOMESTIC ELECTRICAL INSTALLATION CERTIFICATE

[FOR A SINGLE DWELLING]


[FOR A SINGLE DWELLING]

Details of the Client Address of the Installation

Details of the Installation

Design, Construction, Inspection and Testing

Particulars of the Electrical Contractor Next Inspection

Comments on Existing Installation

Schedule of Additional Records

Description

System Type(s)

TN-S

TN-C-S

TT

Number and type of live conductors

1-Phase

(2 Wire)1-Phase

(3 Wire)

3-Phase

(4 Wire)

3-Phase

(3 Wire)

Other

Nature of supply parametersNotes(1) by enquiry (2) by enquiry or by measurement (3) where more

than one supply, record the higher or highest values

Nominal

Voltage(s)U(1)

(1)fNominal

frequency

Prospective fault

current, IpfExternal earth fault

loop impedance, Ze(1)

(1)

Characteristics of primary supply

overcurrent protective device(s)

BS(EN)

Type

Nominal

Current rating

Short-Circuit

Capacity

Means of Earthing

Distributor's

facility

Installation

earth electrode

Type

Electrode

resistance,RA

Location

Method of

Measurement

Measured Ze

Maximum

demand

(Load)

Number of

smoke alarms

Earthing Conductor

Conductor

Material

Conductor

csa

Continuity verified

Main protective bonding conductors of extraneous-conductive-parts

Conductor

Material

Conductor

csa

Structural

Steel

Oil

Installation

Pipes

Other

Gas

Installation

Pipes

Type

BS(EN)

No. of

Poles

Supply

conductors

material

Supply

conductors

csa

Voltage

Rating

Current

Rating,I

*RCD

Operating

current at I n

*RCD

Operating

time at I n

* applicable only where an RCD

is used as a main circuit breaker

Main Switch or Circuit Breaker

(2)(3)

Uo

V

Hz

kA

VA

kAΏ

Ώ

ΏV

A

ms

mm2

mm2

mA

3-Phase

kA(2)(3)pf

Prospective fault

current, I

Single-Phase

Protective measures for

fault protection

Location

(where not obvious)

Nominal

Voltage(s)

Number of

sources

Continuity verified

Confirmation

of polarity



Rated time

delay* ms

Water

Installation

Pipes

Outcome

Acceptable

conditionNot applicable

Item No

N/A

Description OutcomeItem No

Outcomes

Details of Installation Earth Electrode (where applicable)

2mm

Connection verifiedConnection verified

1.0 External condition of intake equipment (visual inspection only) 3.0 Automatic disconnection of supply

1.1 Service cable 3.1 Presence and adequacy of earthing and protective bonding arrangements:

1.2 Service head a) Installation earth electrode (where applicable)

1.3 Earthing arrangement b) Earthing conductor and connections, including accessibility

1.4 Meter tails c) Main protective bonding conductors and connections, including accessibility

1.5 Metering equipment d) Provision of safety electrical earthing/bonding labels at all appropriate locations

1.6 Isolator (where present) e) RCD(s) provided for fault protection

2.0 Presence of adequate arrangements for other sources 4.0 Basic protection

2.1Adequate arrangements where a generating set operates as a switched alternative to the public

supply4.1

Presence and adequacy of measures to provide basic protection (prevention of contact with live parts) within

the installation:

2.2 Adequate arrangements where generating set operates in parallel with the public supply a) Insulation of live parts e.g. conductors completely covered with durable insulating material

2.3 Presence of alternative/additional supply warning notices at the origin of the installation b) Barriers or enclosures e.g. correct IP rating

Supply Characteristics, Earthing and Bonding Arrang

Particulars of Installation at the Or

Schedule of Items Inspecte


Supply Characteristics, Earthing and Bonding Arrangements



Description Outcome

Acceptable condition Not applicable

Item No

N/A


Outcomes

5.0 Additional protection 8.3Segregation/separation of Band I (ELV) and Band II (LV) circuits, and electrical and non-

electrical services

5.1 Presence and effectiveness of additional protection methods: 8.4 Cables correctly erected and supported throughout, with protection against abrasion

a) RCD(s) not exceeding 30 mA operating current 8.5 Provision of fire barriers, and sealing arrangements where necessary

b) Supplementary bonding 8.6 Non-sheathed cables enclosed throughout in conduit, ducting or trunking

6.0 Other methods of protection 8.7 Conductors correctly identified by colour, lettering or numbering

6.1 Presence and effectiveness of methods which give both basic and fault protection: 8.8 Presence, adequacy and correct termination of protective conductors

a) SELV system including the source and associated circuits 8.9 Cables and conductors correctly connected, enclosed and with no undue mechanical strain

b) PELV system including the source and associated circuits 8.10 No basic insulation of a conductor visible outside enclosure

c) Double or reinforced insulation i.e. Class II or equivalent equipment and associated circuits 8.11 Single-pole devices for switching or protection in line conductors only

d) Electrical separation for one item of equipment e.g. shaver supply unit 8.12 Accessories not damaged, securely fixed, correctly connected, suitable for external influences

7.0 Consumer unit(s)/distribution board(s) 8.13Cables concealed under floors, above ceilings or in walls/partitions, adequately protected

against damage

7.1 Adequacy of access and working space for items of electrical equipment including switchgear 8.14 Cables installed in walls or partitions, installed in prescribed zones

7.2 Components are suitable according to assembly manufacturer's instructions or literature 8.15 Provision of additional protection by RCD not exceeding 30 mA for:

7.3 Presence of linked main switch(es) a) - all socket-outlets with a rated current not exceeding 32 A

7.4 Isolators, for every circuit or group of circuits and all items of equipment b) - supplies to mobile equipment with a current rating not exceeding 32 A for use outdoors

7.5 Suitability of enclosure(s) for IP and fire ratings c) - cables concealed in walls/partitions at a depth of less than 50 mm

7.6 Protection against mechanical damage where cables enter equipment d) - cables concealed in walls/partitions containing metal parts regardless of depth

7.7Confirmation that ALL conductor connections are correctly located in terminals and are tight and

securee) - final circuits supplying luminaires within domestic (household) premises

7.8 Avoidance of heating effects where cables enter ferromagnetic enclosures e.g. steel 8.16 Presence of appropriate devices for isolation and switching correctly located including:

7.9Selection of correct type and ratings of circuit protective devices for overcurrent and fault

protectiona) Means of switching off for mechanical maintenance

7.10 Confirmation overvoltage protection (SPDs) provided where specified b) Emergency switches

7.11 Indication that SPDs continued functionality confirmed c) Functional switches, for control of parts of the installation and current-using equipment

7.12 Adequacy of AFDD(s) where present 9.0 Current-using equipment (permanently connected)

7.13 Presence of appropriate circuit charts, warning and other notices: 9.1 Suitability of equipment in terms of IP and fire ratings

a) Provision of circuit charts/schedules or equivalent forms of information 9.2 Enclosure not damaged/deteriorated so as to impair safety

b)Warning notice of method of isolation where live parts not capable of being isolated by a single

device9.3 Suitability for the environment and external influences

c) Periodic inspection and testing notice 9.4 Security of fixing

d) RCD six-monthly test notice where required 9.5 Cable entry holes in ceiling above luminaires, sized or sealed so as to restrict the spread of fire

e) AFDD six-monthly test notice where present 9.6 Recessed luminaires (downlighters):

f) Warning notice of non-standard (mixed) colours of conductors present a) Correct type of lamps fitted

7.14 Presence of labels to indicate the purpose of switchgear and protective devices b) Installed to minimise build-up of heat

8.0 Circuits 9.7 Adequacy of working space/accessibility to equipment

8.1Adequacy of conductors for current-carrying capacity with regard to type and nature of the

installation

8.2 Cable installation methods suitable for the location(s) and external influences




Description Outcome

Acceptable condition Not applicable

Item No

N/A


Outcomes

Name:

Signature:

Date:

10.0 Location(s) containing a bath or shower 10.3 Shaver sockets comply with BS EN 61558-2-5

10.1 Additional protection by RCD not exceeding 30 mA for: 10.4Presence of supplementary protective equipotential bonding unless not required by BS 7671:

2018

a) - low voltage circuits serving the location 10.5 Low voltage (e.g. 230 volts) socket-outlets sited at least 3 m from Zone 1

b) - low voltage circuits passing through Zone 1 and/or Zone 2 not serving the location 10.6 Suitability of equipment for external influences for installed location in terms of IP rating

10.2 Where used as a protective measure, requirements for SELV or PELV are met 10.7 Suitability of equipment for installation in a particular zone

11.0 Other special installations or locations

11.1 List below any other special installations or locations which are part of the installation to be verified, and confirm that the additional requirements of the particulars of the installation are fulfilled

Schedule of Items Inspecte

Inspected By



Inspected By

CircuitNumber&

Phase

Circuit Designation

TypeofWiring

ReferenceMethod

Numberof

PointsServed

CircuitConductors

CSA

2

Live

2

CPC

Max.Disconnection

TimePerm

itted

byBS7671

Overcurrent Protective Device RCD

BS(EN)

TypeNo.

Rating

Capacity

Operating

CurrentI

n

Maxzsperm

ittedby

BS7671

Circuit Impedances ( )

Ring Final circuits only

(measured end to end)

r

Line

r

Neutral

r

CPC

1 n 2

Insulation Resistance

Line\Line

Line\Neutral

Line\Earth

Neutral\Earth

Polarity

RCD

All circuits (at least

one column to be

completed)

R + R21 2

R

A kA mA MΩ MΩ MΩ MΩmm mm ms

Location of

Consumer Unit(s)

Designation

Consumer Unit(s)kA

Prospective fault current

at Consumer Unit(s)

MultifunctionalInsulation

resistanceContinuity

Earth Fault loop

impedanceRCD

Earth electrode

resistance

Confirmation of

Supply polarity

Testbutton

operation

AFDDTestButton

Operation

AFDD

Maximummeasured

earthfaultloop

impedence

TestVoltage

Operatingtime

atIn

Supplementary

conductors

Page 5 of 5

Test Instruments

Circuit Details Test Results



Circuit Details Test Results

Test Instruments


Measured operating time

at l

I certify that the work covered by the certificate does not impair the safety of the existing installation and the work has been designed, constructed, inspected and

tested in accordance with BS 7671: (IET Wiring Regulations) amended to and that to the best of my knowledge and belief at the time of

my inspection complied with BS 7671 except as detailed in PART 1 above.

n

nms

s

4. Description of minor works

2. Date minor works completed

5. Details of departures if any from BS 7671:2018 for the circuit altered or extended (Regulations 120.3, 133.1.3, 133.5)

RCD operation:

Rated residual operating

current (l )

Satisfactory test button

operation

1. System earthing arrangement TT

DB Reference No.

TN-S

Circuit No.

Conductor sizes:

3. Presence of adequate main protective conductors

TN-C-S2. Earth fault loop impedance at distribution board

(Zdb) supplying the final circuit

mm2 2

Ω

DB location and type

A

Protective conductor continuity

MΩ mAR1 + R2 Ω

or R2 Ω

Continuity of ring final circuit conductors

ΩL/L

Ω

cpc/cpc

MΩ

Earth fault loop impedance Zs ΩΩ

cpc

Rating

Live

1. Details of Client

6. Comments on (including any defects observed in) the existing installation (Regulation 644.1.2)

Earthing conductor

Main protective bonding conductors to Water Gas

N/N


Live-Earth

Polarity satisfactory

Live-Live

Oil Structural steel

Circuit description

Circuit overcurrent

protective deviceBS (EN) Type

Other

mm

To be used only for minor electrical work which does not include the provision of a new circuit.

3. Location / Address

AFDD manual test satisfactory

Method of fault protection

Name

Signature

Position

Date

For and on behalf of

Address and Postcode

Name

Date

Position

Signature

The results of the inspection and testing

reviewed by the Qualified Supervisor

Other

ContinuityRCD


Earth fault loop

impedance

Agreed limitations, if any on the inspection and testing

Test instruments (serial numbers) used:

ΩMax Zs permitted by BS 7671

Where the method of fault protection is ADS insert

maximum disconnection time permitted by BS7671

Multi-function

Risk Assessment

attached

PART 1:Description of Minor Works

PART 3: Circuit details


PART 5: Declaration

PART 2: Presence and adequacy of installation earthing and bonding arrangements (Regulation 132.16)

PART 4: Test results for the circuit altered or extended (where relevant and practicable)

2018

Registration

No.

Branch No.

(If applicable)

MINOR ELECTRICAL INSTALLATION

WORKS CERTIFICATE

PART 1:Description of Minor Works

PART 2: Presence and adequacy of installation earthing and bonding arrangements (Regulation 132.16)

PART 3: Circuit details

PART 4: Test results for the circuit altered or extended (where relevant and practicable)

PART 5: Declaration

Where the overall assessment of the suitability of the installation for continued use above is stated as , 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 observations identified as 'further investigation required' (code FI).

Observation classified as 'Improvement recommended' (code C3) should be given due consideration.

Subject to the necessary remedial action being taken recommend that the installation is further inspected and tested by

This inspection and testing detailed in this report and accompanying schedules have been carried out in accordance with BS7671:2018 (IET Wiring Regulations) as amended

to

, being the person(s) responsible for the inspection and testing of the electrical installation (as indicated by 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 and attached schedules, provides an accurate assessment of the condition of the electrical

installation taking into account the stated extent and limitations in section D of this report.

Extent of Electrical Installation covered by this report: Agreed limitations including the reasons (See regulation 653.2)

Operational Limitations including the reasons (See page No )

Agreed with name

Client:

Address:

Purpose of this report:

Date(s) on which Inspection:

and testing was carried out

General condition of the installations (In terms of electrical safety)

Overall assessment of the installation *An unsatisfactory assessment indicates that dangerous (code C1) and/or potentially dangerous (code

C2) conditions have been identified.

DomesticDescription of

premises:

Records held By:Record of

Installation available:

Date of previous

inspection:

Evidence of alterations

or additions:

Other:

IndustrialCommercial

Estimated age of wiring system:

yrs

yrs

If yes

estimated Age

Address:

Installation:

Trading Title

and address

Inspected and tested by:

Schedule(s) of inspection and Schedule(s) of test results are attached

Report authorised for issue by:

SignatureName Position Date

DatePosition SignatureName

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

It should be noted that cables concealed within trunking and conduits, under floors, in roof spaces, and generally within the fabric of the building or underground, have NOT

been inspected unless specifically agreed between the client and inspector prior to the inspection. An inspection should be made within an accessible roof space housing

other electrical equipment.

Branch No. (If Applicable)

Occupier:


D. Extent and Limitations Inspection and Testing

A. Details of the Client/Person Ordering the Report B. Reason for Producing this Report

E. Summary of the Condition of the Installation

F. RecommendationsWe

We

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

H. Schedule(s)

OurWe

July 2018

G. Declaration


CONDITION REPORT


CONDITION REPORT





F. Recommendations

G. Declaration

H. Schedule(s)

One of the following codes, as appropriate, has been allocated to each of the observations made above to indicate to the person(s) responsible for the installation the

degree of urgency for remedial action.

Nominal

current rating

Type

BS(EN)

Supply protective deviceNature of Supply Parameters

2-Phase

(3 wire)

1-Phase

(2 wire)

a.c.


IT

TT

TN-C

TN-C-S

TN-S

Earthing

Arrangements

3-Phase

(3 wire)

Short circuit

capacity

d.c.

3

Wire

Other

2

Wire

Other

Means of earthing

Distributor's

facility

Installation

earth electrode

Type (e.g. rod(s),

tape etc.)

Details of installation Earth Electrode (where applicable)

Resistance to

EarthΩ

Location

Method of

measurement

Earthing

Conductor

Main protective

bonding conductors

Material

Material

csa

csa

mm

mm

2

2

Continuity Verified

Continuity Verified

Bonding of Incoming Service

Water installation

pipes

Gas installation

pipes

Lightning

protection

Oil installation

pipes

Structural

Steel

Other incoming

service(s)

Please State

Maximum Demand (Load)

Protective measure(s) against electric shock

Location

Type BS(EN)

Supply

Conductors

material

No of poles

Supply

Conductors

csa

Current

rating

Fuse/Device

rating or setting

Voltage

rating

A

A

V

if RCD main switch

mA

ms

ms

3-Phase

(4 wire)

Rated residual

operation current,

I n

Rated time delay

RCD Operating

time at, I n

Confirmation of supply polarity

Tick boxes and enter details as applicable

The following observations are madeNo remedial action is required.

Referring to the attached schedule(s) of Inspection and Test Results, and subject to the limitations specified at the Extent and Limitations of the Inspection and testing section.

Item No CodeObservations

kA

A

1-Phase

(3 wire)

mm2

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

by measurement)

Number of

supplies

Ω(2)

ZeExternal loop

impedance

Prospective

fault currentlpf (2) kA

Hz(1)

fNominal

frequency

Nominal

VoltageU 0 V

VUNominal

Voltage

(1)

(1)

C1 - Danger present. Risk of injury. Immediate remedial action required

C2 - Potentially dangerous - urgent remedial action required

C3 - Improvement recommended

FI - Further investigation required without delay

Connection Verified

Connection Verified

I. Supply Characteristics and Earthing Arrangements

J. Particulars of Installation Referred to in the Report

Main Protective Conductors

Main Switch / Switch-Fuse / Circuit-Breaker / RCD

K. Observations






N/AOutcomesAcceptable

condition

Unacceptable

condition

State C1

or C2

Improvement

recommended

State

C3

Not

verifiedN/V Limitation LIM

tick

Note: this form is suitable for many types of smaller installations not exclusively domestic.

Not applicable

Item No Description Outcome Comments

1.0 External condition of intake equipment (visual inspection only)

1.1 Service cable

1.2 Service head

1.3 Earthing arrangement

1.4 Meter tails

1.5 Metering equipment

1.6 Isolator (where present)

2.0 Presence of adequate arrangements for other sources

2.1 Presence of alternative/additional supply warning notices at the origin of the installation

3.0 Earthing and bonding arrangements

3.1 Presence and condition of distributor's earthing arrangement

3.2 Presence and condition of earth electrode connection, where appropriate

3.3 Confirmation of earthing conductor size

3.4 Accessibility and condition of earthing conductor at Main Earthing Terminal (MET)

3.5 Confirmation of main protective bonding conductor sizes

3.6 Condition and accessibility of main protective bonding conductor connections

3.7 Condition and accessibility of other protective bonding connections

3.8 Provision of earthing and bonding labels at all appropriate locations

4.0 Consumer unit(s)/ Distribution board(s)

4.1 Adequacy of working space/accessibility to consumer unit/ distribution board

4.2 Security of fixing

4.3 Condition of enclosure(s) in terms of IP rating

4.4 Condition of enclosure(s) in terms of fire rating

4.5 Enclosure not damaged/deteriorated so as to impair safety

4.6 Presence of linked main switch

4.7 Operation of main switch(es) (functional check)

4.8 Operation of main switch (functional), main switch capable of being secured in the OFF position

4.9 Manual operation of circuit breakers and RCDs to prove disconnection (functional check)

4.10 Correct identification of circuits and protective devices

4.11 Presence of required charts and labels:

4.11.1 Provision of diagram, chart, table or equivalent forms of information

4.11.2Warning notice of durable material indicating there are live parts which are not capable of being isolated by a

single device

4.11.3 Periodic inspection notice positioned at or near the origin of the installation

4.11.4 Presence of RCD six-monthly test notice at or near consumer unit/distribution board

4.11.5 Presence of non-standard (mixed) cable colour warning notice at or near consumer unit/distribution board

4.11.6 Presence of other required labelling provided

4.12Compatibility of protective device(s), base(s) and other components; correct type and rating (no signs of

unacceptable thermal damage,arcing or overheating)

4.13 Single-pole switching or protective devices in the line conductors only

4.14 Protection against mechanical damage where cables enter consumer unit/ distribution board

4.15 Protection against electromagnetic effects where cables enter metallic consumer unit enclosure

4.16 RCDs provided for fault protection - includes RCBOs

4.17 RCDs provided for additional protection includes RCBOs

4.18 Confirmation of indication that SPD is functional

4.19 Operation/adequacy of AFDD(s) where present

4.20Confirmation that conductor connections, including connections to busbars, are correctly located in terminals

and are tight and secure

4.21 Adequate arrangements where a generating set operates as a switched alternative to the public supply

4.22 Adequate arrangements where a generating set operates in parallel with the public supply

Further

investigationFI

CONDITION REPORT INSPECTION SCHEDULE FOR DOMESTIC AND

SIMILAR PREMISES WITH UP TO 100A SUPPLY


CONDITION REPORT INSPECTION SCHEDULE FOR DOMESTIC ANDSIMILAR PREMISES WITH UP TO 100A SUPPLY

N/A


5.0 Distribution/final circuits

5.1 Identification of conductors

5.2 Cables correctly supported throughout

5.3 Condition of insulation of live parts

5.4Non-sheathed live conductors protected by enclosure in conduit, ducting or trunking (including confirmation of

the integrity of conduit and trunking systems)

5.5 Adequacy of cables for current-carrying capacity with regard to the type and nature of installation

5.6 Protective devices, type and rated current are suitable for fault protection

5.7 Presence and adequacy of circuit protective conductors

5.8 Co-ordination between conductors and overload protection devices

5.9 Wiring system(s) appropriate for the type and nature of the installation and external influences

5.10 Cables adequately protected against mechanical damage and abrasion

5.11 Provision of additional protection by 30 mA RCD for*:

5.11.1 - all socket-outlets with a rated current not exceeding 32 A

5.11.2 - mobile equipment not exceeding a rating of 32 A for use outdoors

5.11.3 - cables concealed in walls/partitions at a depth of less than 50 mm

5.11.4 - cables concealed in walls/partitions containing metal parts regardless of depth

5.11.5 - all AC final circuits supplying luminaires within domestic household premises

*Note: Older installations designed prior to BS 7671:2018 may not have been provided with RCDs for additional protection.

5.12 Provision of fire barriers, sealing arrangements and protection against thermal effects

5.13 Band II cables segregated/separated from Band I cables

5.14 Cables segregated/separated from communications cabling

5.15 Cables segregated/separated from non-electrical services

5.16 Termination of cables at enclosures:

5.16.1 Connections soundly made and under no undue strain

5.16.2 No basic insulation of a conductor visible outside enclosure

5.16.3 Connection of live conductors adequately enclosed

5.16.4 Adequately connected at point of entry to enclosure

5.17 Condition of accessories including socket-outlets, switches and joint boxes is satisfactory

5.18 Suitability of accessories for external influences

5.19 Adequacy of working space/accessibility to equipment

5.20 Single-pole switching or protective devices in line conductors only

6.0 Isolation and switching

6.1 In general:

6.1.1 Presence and condition of appropriate devices

6.1.2 Correct operation verified

6.2 For isolation and switching for mechanical maintenance only:

6.2.1 Capable of being secured in the OFF position where appropriate

6.2.2 Acceptable location (local/remote)

6.2.3 Clearly identified by position and/or durable marking(s)

6.3 For isolation only:

6.3.1 Warning label(s) posted in situations where live parts cannot be isolated by the operation of a single device

7.0 Current-using equipment (permanently connected)

7.1 Condition of equipment in terms of IP rating

7.2 Equipment does not constitute a fire hazard


7.4 Suitability for the environment and external influences


7.6 Cable entry holes in ceiling above luminaires sized or sealed so as to restrict the spread of fire

List number and location of luminaires inspected in section 9


OutcomesAcceptable

condition

Unacceptable

condition

State C1

or C2

Improvement

recommended

State

C3

Not

verifiedN/V Limitation LIM Not applicable

Further

investigationFI


SIMILAR PREMISES WITH UP TO 100A SUPPLY CONTINUED

Copyright © Trimble 2018, FastTest Plus v2018.0.0, Demonstration Only Page 4 of 7

CONDITION REPORT INSPECTION SCHEDULE FOR DOMESTIC ANDSIMILAR PREMISES WITH UP TO 100A SUPPLY CONTINUED

N/A

Date:

Signature:

Name:


OutcomesAcceptable

condition

Unacceptable

condition

State C1

or C2

Improvement

recommended

State

C3

Further

investigationFI

Not



7.7 Recessed luminaires (downlighters):

7.7.1 Correct type of lamps fitted

7.7.2 Installed to minimise build-up of heat

7.7.3 No signs of overheating to surrounding building fabric

7.7.4 No signs of overheating to conductors/terminations

8.0 Location(s) containing a bath or shower

8.1 Additional protection by RCD not exceeding 30mA for:

8.1.1 - low voltage circuits serving the location

8.1.2 - low voltage circuits passing through Zone 1 and Zone 2 not serving the location

8.2 Where used as a protective measure, requirements for SELV or PELV are met

8.3 Shaver sockets comply with BS EN 61558-2-5 (formerly BS 3535)

8.4 Presence of supplementary bonding conductors unless not required by BS 7671: 2018

8.5 Low voltage (e.g. 230 volts) socket-outlets sited at least 3 m from Zone 1

8.6 Suitability of equipment for external influences for installed location in terms of IP rating

8.7 Suitability of equipment for installation in a particular zone

9.0 Other special installations or locations

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

Inspected By



SIMILAR PREMISES WITH UP TO 100A SUPPLY CONTINUED

CONDITION REPORT INSPECTION SCHEDULE FOR DOMESTIC ANDSIMILAR PREMISES WITH UP TO 100A SUPPLY CONTINUED

Inspected By

Max

perm

itte

d

dis

con

ne

ctio

n

tim

es

(s)

Live

mm 22

Supply to

distribution

board is from:

No of phases


OF THE INSTALLATION



BS(EN)

RCD No of

Poles

RCD Rating

A B C D E F G H O

PVC/PVC

cables

PVCcables

in

metallic

conduit

PVCcables

in

non-metallic

conduit

PVCcables

in

metallic

trunking

PVCcables

in

non-metallic

trunking

PVC/SWA

cables

XLPE/SWA

cables

Mineral insulated

cablesOther

Nominal Voltage

Type BS(EN) Rating

Maxim

um

perm

itte

dZ

s

Cir

cuit

nu

mb

er

and

phase

Circuit designation

Type

of

wirin

g

Refe

rence

meth

od

No

of

po

ints

serv

ed

Circuit

conductors csa

cpc

mm


deviceRCD

Type

Ratin

g(A

)

Sho

rtcircu

it

ca

pa

city

(kA

)

Ope

rating

curr

ent

(In)

BS(EN)

A

V

mA

Location of

Distribution

Board

Distribution

board

designation

AFDD

Circuit Details

Wiring Code


Board Details



Board Details

Circuit Details

Wiring Code

ms

Rem

ark

s

see

co

ntin

uation

she

et

Maximum

measured

earth fault

loop

impedance


Circuit

number

and

phase

Circuit Impedances

Po

larity

(v)

Live/

Neutral

Ope

rating

tim

e

at

I


Live/

Earth

Te

stb

utt

on

op

era

tio

n


All circuits

(At least one

column


Live

Earth/

Neutral

Date of

testing

Position

Name

Signature

IpfZs kA




RCD


(where appropriate)


Insulation

resistance

Multi-

function

RCD

Earth fault

loop

impedance

Continuity Other

n(m

s)

Test

Voltage

AF

DD

Testbu

tto

n

opera

tio

n






Board Tests

Circuit Tests

Tested By




Board Tests


Circuit Tests

Tested By

Where the overall assessment of the suitability of the installation for continued use above is stated as , 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 observations identified as 'further investigation required' (code FI).

Observation classified as 'Improvement recommended' (code C3) should be given due consideration.

Subject to the necessary remedial action being taken recommend that the installation is further inspected and tested by

This inspection and testing detailed in this report and accompanying schedules have been carried out in accordance with BS7671:2018 (IET Wiring Regulations) as amended

to

, being the person(s) responsible for the inspection and testing of the electrical installation (as indicated by 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 and attached schedules, provides an accurate assessment of the condition of the electrical

installation taking into account the stated extent and limitations in section D of this report.

Extent of Electrical Installation covered by this report: Agreed limitations including the reasons (See regulation 653.2)

Operational Limitations including the reasons (See page No )

Agreed with name

Client:

Address:

Purpose of this report:

Date(s) on which Inspection:

and testing was carried out

General condition of the installations (In terms of electrical safety)

Overall assessment of the installation *An unsatisfactory assessment indicates that dangerous (code C1) and/or potentially dangerous (code

C2) conditions have been identified.

DomesticDescription of

premises:

Records held By:Record of

Installation available:

Date of previous

inspection:

Evidence of alterations

or additions:

Other:

IndustrialCommercial

Estimated age of wiring system:

yrs

yrs

If yes

estimated Age

Address:

Installation:

Trading Title

and address

Inspected and tested by:

Schedule(s) of inspection and Schedule(s) of test results are attached

Report authorised for issue by:

SignatureName Position Date

DatePosition SignatureName

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

It should be noted that cables concealed within trunking and conduits, under floors, in roof spaces, and generally within the fabric of the building or underground, have NOT

been inspected unless specifically agreed between the client and inspector prior to the inspection. An inspection should be made within an accessible roof space housing

other electrical equipment.

Branch No. (If Applicable)

Occupier:





F. RecommendationsWe

We


H. Schedule(s)

OurWe

July 2018

G. Declaration


CONDITION REPORT


CONDITION REPORT





F. Recommendations

G. Declaration

H. Schedule(s)

One of the following codes, as appropriate, has been allocated to each of the observations made above to indicate to the person(s) responsible for the installation the

degree of urgency for remedial action.

Nominal

current rating

Type

BS(EN)

Supply protective deviceNature of Supply Parameters

2-Phase

(3 wire)

1-Phase

(2 wire)

a.c.


IT

TT

TN-C

TN-C-S

TN-S

Earthing

Arrangements

3-Phase

(3 wire)

Short circuit

capacity

d.c.

3

Wire

Other

2

Wire

Other

Means of earthing

Distributor's

facility

Installation

earth electrode

Type (e.g. rod(s),

tape etc.)

Details of installation Earth Electrode (where applicable)

Resistance to

EarthΩ

Location

Method of

measurement

Earthing

Conductor

Main protective

bonding conductors

Material

Material

csa

csa

mm

mm

2

2

Continuity Verified

Continuity Verified

Bonding of Incoming Service

Water installation

pipes

Gas installation

pipes

Lightning

protection

Oil installation

pipes

Structural

Steel

Other incoming

service(s)

Please State

Maximum Demand (Load)

Protective measure(s) against electric shock

Location

Type BS(EN)

Supply

Conductors

material

No of poles

Supply

Conductors

csa

Current

rating

Fuse/Device

rating or setting

Voltage

rating

A

A

V

if RCD main switch

mA

ms

ms

3-Phase

(4 wire)

Rated residual

operation current,

I n

Rated time delay

RCD Operating

time at, I n

Confirmation of supply polarity

Tick boxes and enter details as applicable

The following observations are madeNo remedial action is required.

Referring to the attached schedule(s) of Inspection and Test Results, and subject to the limitations specified at the Extent and Limitations of the Inspection and testing section.

Item No CodeObservations

kA

A

1-Phase

(3 wire)

mm2

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

by measurement)

Number of

supplies

Ω(2)

ZeExternal loop

impedance

Prospective

fault currentlpf (2) kA

Hz(1)

fNominal

frequency

Nominal

VoltageU 0 V

VUNominal

Voltage

(1)

(1)

C1 - Danger present. Risk of injury. Immediate remedial action required

C2 - Potentially dangerous - urgent remedial action required

C3 - Improvement recommended

FI - Further investigation required without delay

Connection Verified

Connection Verified





K. Observations






N/A


1.0 External condition of electrical intake equipment (visual inspection only)

1.1 Service cable

1.2 Service head

1.3 Earthing arrangement

1.4 Meter tails

1.5 Metering equipment

1.6 Isolator (where present)

Where inadequacies in intake equipment are encountered, it is recommended that the person ordering the report informs the appropriate authority.

2.0 Presence of adequate arrangements for parallel or switched alternative sources

2.1 Adequate arrangements where a generating set operates as a switched alternative to the public supply

2.2 Adequate arrangements where generating set operates in parallel with the public supply

2.3 Presence of alternative / additional supply warning notices at the origin of the installation

3.0 Automatic disconnection of supply

3.1 Main earthing and bonding arrangements:

3.1.1 Presence and condition of distributor's earthing arrangement

3.1.2 Presence and condition of earth electrode arrangement

3.1.3 Adequacy of earthing conductor size

3.1.4 Adequacy of earthing conductor connections

3.1.5 Accessibility of earthing conductor connections

3.1.6 Adequacy of main protective bonding conductor size(s)

3.1.7 Adequacy and location of main protective bonding conductor connections

3.1.8 Accessibility of main protective bonding connections

3.1.9 Accessibility/condition of other protective bonding connections

3.1.10 Provision of earthing/bonding labels at all appropriate locations

3.2 FELV:

3.2.1 (FELV) system shall either be a transformer with at least simple separation between windings

3.2.2Every plug, socket-outlet, luminaire supporting coupler (LSC), device for connecting a luminaire (DCL) and

cable coupler in a FELV system not interchangeable with those of other systems within the premises

4.0 Other methods of protection (where any of the methods listed below are employed, details should be provided on separate sheets)

4.1 Non-conducting location

4.2 Earth-free local equipotential bonding

4.3 Electrical separation

4.4 Double insulation

4.5 Reinforced insulation

5.0 Distribution equipment

5.1 Adequacy of working space/accessibility of equipment



5.4 Adequacy/security of barriers

5.5 Condition of enclosure(s) in terms of IP rating

5.6 Condition of enclosure(s) in terms of fire rating


5.8 Presence and effectiveness of obstacles

5.9 Presence of main switch(es), linked where required

5.10 Operation of main switch(es) (functional check)

5.11 Correct identification of circuit protective devices

5.12 Adequacy of protective devices for prospective fault current

5.13 RCD(s) provided for fault protection - includes RCBOs

5.14 RCD(s) provided for additional protection - includes RCBOs

5.15 RCD(s) provided for protection against fire - includes RCBOs

5.16 Manual operation of circuit-breakers and RCDs to prove disconnection

5.17 Confirmation that integral test button/switch causes RCD(S) to trip when operated (functional check)

OutcomesUnacceptable

condition

State

C3

Not


Further

investigationFI

Improvement

recommended

State C1

or C2

Acceptable

condition

CONDITION REPORT INSPECTION SCHEDULE FOR COMMERCIAL AND SIMILAR

PREMISES WITH GREATER THAN 100A SUPPLY


CONDITION REPORT INSPECTION SCHEDULE FOR COMMERCIAL AND SIMILARPREMISES WITH GREATER THAN 100A SUPPLY

N/A


5.0 Distribution equipment (continued)

5.18 Presence of RCD six-monthly retest notice at or near equipment, where required

5.19 Presence of diagrams, charts or schedules at or near equipment, where required

5.20 Presence of non-standard (mixed) cable colour warning notices at or near equipment, where required

5.21 Presence of next inspection recommendation label

5.22 All other required labelling provided

5.23 Compatibility of protective device(s), base(s) and other components


5.25 Protection against mechanical damage where cables enter equipment

5.26 Protection against electromagnetic effects where cables enter ferromagnetic enclosures

6.0 Distribution/final circuits

6.1 Identification of conductors

6.2 Cables correctly supported throughout their length


6.4 Non-sheathed cables protected by enclosures in conduit, ducting or trunking

6.5 Suitability of containment systems for continued use (including flexible conduit)

6.6 Cables correctly terminated in enclosures (indicate extent of sampling in Section D of report)

6.7 Indication of SPD(s) continued functionality confirmed

6.8 Adequacy of AFDD(s), where specified

6.9Confirmation that conductor connections, including connections to busbars are correctly located in terminals

and are tight and secure

6.10 Examination of cables for signs of unacceptable thermal and mechanical damage/deterioration

6.11 Adequacy of cables for current-carrying capacity with regard to the type and nature of installation

6.12 Adequacy of protective devices; type and rated current for fault protection

6.13 Presence and adequacy of circuit protective conductors

6.14 Co-ordination between conductors and overload protective devices

6.15 Cable installation methods/practices appropriate to the type and nature of installation and external influences

6.16 Cables where exposed to direct sunlight, of a suitable type or adequately protected against solar radiation

6.17 Cables adequately protected against damage and abrasion

6.18 Provision of additional protection by an RCD not exceeding 30 mA for:

6.18.1 - all socket-outlets with a rated current not exceeding 32 A, unless exempt

6.18.2 - supplies for mobile equipment with a rated current not exceeding 32 A for use outdoors

6.18.3 - cables concealed in walls/partitions at a depth of less than 50 mm

6.18.4 - cables concealed in walls/partitions containing metal parts regardless of depth

6.18.5 - circuits supplying luminaires within domestic (household) premises

Note: Older installations designed prior to BS 7671: 2018 may not have been provided with RCDs for additional protection.

6.19 Provision of fire barriers, sealing arrangements and protection against thermal effects

6.20 Band II cables segregated/separated from Band I cables

6.21 Cables segregated/separated from non-electrical services

6.22 Termination of cables at enclosures (identify numbers and locations of items inspected in Section D):

6.22.1 Connections under no undue strain

6.22.2 No basic insulation of a conductor, visible outside an enclosure

6.22.3 Connections of live conductors adequately enclosed

6.22.4 Adequacy of connection at point of entry to enclosure

6.23 Temperature rating of cable insulation adequate

6.24 Condition of accessories including socket-outlets, switches and joint boxes satisfactory

6.25 Suitability of accessories for external influences


6.27 Adequacy of connections, including CPCs, within accessories and to fixed and stationary equipment

OutcomesAcceptable

condition

Unacceptable

condition

State C1

or C2

Improvement

recommended

State

C3

Not


Further

investigationFI


PREMISES WITH GREATER THAN 100A SUPPLY CONTINUED


CONDITION REPORT INSPECTION SCHEDULE FOR COMMERCIAL AND SIMILARPREMISES WITH GREATER THAN 100A SUPPLY CONTINUED

N/AN/AAcceptable

condition

Unacceptable

condition

State C1

or C2

Improvement

recommended

State

C3

Further

investigationFI

Not

verifiedN/V Limitation LIM


7.0 Isolation and switching

7.1 Isolators:


7.1.2 Acceptable location (local/remote)

7.1.3 Capable of being secured in the OFF position


7.1.5 Clearly identified by position and/or durable markings

7.1.6 Warning label posted in situations where live parts cannot be isolated by the operation of a single device

7.2 Switching off for mechanical maintenance:


7.2.2 Acceptable location

7.2.3 Capable of being secured in the OFF position


7.2.5 Clearly identified by position and/or durable marking(s)

7.3 Emergency switching off/stopping:


7.3.2 Readily accessible for operation where danger might occur


7.4 Functional switching:


7.4.2 Correct operation (functionality) verified

8.0 Current-using equipment (permanently connected)

8.1 Condition of equipment in terms of IP rating

8.2 Equipment does not constitute a fire hazard


8.4 Suitability for the environment and external influences


8.6 Cable entry holes in ceiling above luminaires, sized or sealed so as to restrict the spread of fire

8.7 Recessed luminaires (e.g. downlighters):

8.7.1 Correct type of lamps fitted

8.7.2 Installed to minimise build-up of heat

8.7.3 No signs of overheating to surrounding building fabric

8.7.4 No signs of overheating to conductors/terminations

9.0 List all special installations or locations covered by this report

Not applicableOutcomesState

C3

Further

investigationFI

Not






Name:

Signature:

Date:

9.0 List all special installations or locations covered by this report cont...




Inspected By

Page 6 of 8


Inspected By

Max

perm

itte

d

dis

con

ne

ctio

n

tim

es

(s)

Live

mm 22

Supply to

distribution

board is from:

No of phases


OF THE INSTALLATION



BS(EN)

RCD No of

Poles

RCD Rating

A B C D E F G H O

PVC/PVC

cables

PVCcables

in

metallic

conduit

PVCcables

in

non-metallic

conduit

PVCcables

in

metallic

trunking

PVCcables

in

non-metallic

trunking

PVC/SWA

cables

XLPE/SWA

cables

Mineral insulated

cablesOther

Nominal Voltage

Type BS(EN) Rating

Maxim

um

perm

itte

dZ

s

Cir

cuit

nu

mb

er

and

phase

Circuit designation

Type

of

wirin

g

Refe

rence

meth

od

No

of

po

ints

serv

ed

Circuit

conductors csa

cpc

mm


deviceRCD

Type

Ratin

g(A

)

Sho

rtcircu

it

ca

pa

city

(kA

)

Ope

rating

curr

ent

(In)

BS(EN)

A

V

mA

Location of

Distribution

Board

Distribution

board

designation

AFDD

Circuit Details

Wiring Code


Board Details



Board Details

Circuit Details

Wiring Code

ms

Rem

ark

s

see

co

ntin

uation

she

et

Maximum

measured

earth fault

loop

impedance


Circuit

number

and

phase

Circuit Impedances

Po

larity

(v)

Live/

Neutral

Ope

rating

tim

e

at

I


Live/

Earth

Te

stb

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op

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n


All circuits

(At least one

column


Live

Earth/

Neutral

Date of

testing

Position

Name

Signature

IpfZs kA




RCD


(where appropriate)


Insulation

resistance

Multi-

function

RCD

Earth fault

loop

impedance

Continuity Other

n(m

s)

Test

Voltage

AF

DD

Testbu

tto

n

opera

tio

n






Board Tests

Circuit Tests

Tested By




Board Tests


Circuit Tests

Tested By

Issued in accordance with BS 5839-6 : 2017

Client :

Address : PostCode:

The System Is :

Address :New

ModificationExtent of the fire detection and

alarm system covered by this

certificate

PostCode:

System Grade : B C D E F System Category : PD1 PD2LD3LD2LD1

( See Note 1 ) A tick in the box indicates the inspection or test has been performed and the results are satisfactory

N/A indicates an inspection or test is not appropriate

Test buttons checked

All alarm warning

devices operate

Silencing system

checked

Simulated smoke

or aerosol test

Heat Test

Bedroom sound

level (Clause 13.2)

Dedicated circuit(s)

provided

Protective device

labelled

Audible and Visual

indication of mains

failure

Sound level test instrument used (See Note 2)

Model and Serial no.

Serial No. of associated

Electrical Installations Certificate

or Minor Electrical Installation

Works Certificate (See Note 1)

Tick boxes to indicate that the written information has been issued to the user

I/We the undersigned declare that the occupier* of the dwelling (or owner in the case of a house in multiple occupancy) has been

provided with written information about essential aspects of the operation and maintenance of the system, as follows :

Operation of the system Routine testing of the system Checking the system on

reoccupation of the

dwelling after a vacation etc.Action to be taken in the event of an

alarm signal

Servicing and maintenance of the system

(including intervals at which

any batteries should be replaced)

The need to keep clear space around all

detectors and manual call points

Avoidance of false alarms and action

in the event of a false alarm

Warning that apparent false alarm

from carbon monoxide detector may

not be false alarm

Special precautions relevant to any lithium

batteries used in the system

The need to avoid

contamination of detectors by

paint

As-fitted drawing

*In the case of a newly-built property and where the future occupier is unknown, the User Instructions

should be issued to the builder for onward transmission to the purchaser together with the related electrical safety certificate.

Date:Signature:

This certificate has been reviewed by the Qualified Supervisor:

Variations(if any)

The extent of liability of the signatory / signatories is limited to the work described above as the subject of this certificate.

Signature:

Name:

Date:

Name:

Trading title

Address :

PostCode:Branch No.

(if applicable)

Registration No.

(Essential information)

Note 1. The electrical safety aspects of the fire detection and alarm system must also be certified in accordance with BS 7671: 'Requirements for Electrical Installations' by issuing an electrical safety certificate

of a form which meets the requirments of BS 7671 such as a 'Domestic Electrical Installation Certifcate' or, where appropriate, a 'Minor Electrical Installation Works Certificate'.

Note 2. An instrument complying with BS EN 61672, Class 2, with slow response and A weighting (see clause 13.2), is suitable for measuring the sound level .

Note 3. This certificate may be required by an authority responsible for enforcement of fire safety legislation, such as the building control authority or housing authority. The recepient of this certificate might rely

on the certificate as evidence of compliance with legislation. Liability could arise on the part of any organisation or person that issues a certificate without due care in ensuring its validity.

I/We, being the person(s) responsible (as indicated by my/our signature(s) below), for the design, installation and commissioning of the fire alarm system,

particulars of which are set out above, CERTIFY that the said work for which I/We have been responsible complies to the best of My/our knowledge and belief with the

recommendations of BS 5839: Part 6 for the system described above, except for the variations, if any, stated below:

For the design, installation and commissioning of the system:

User

Certificate of Design, Installation and

Details of Approved


Details of the Fire Detection and Alarm

Description of System Grade and System

Commissioni

Details of

SYSTEM OF GRADE B, C, D, E, OR F IN A DWELLING

DETECTION AND ALARM COMMISSIONING OF A FIRE

CERTIFICATE OF DESIGN, INSTALLATION AND

Details of Client

Details of the Fire Detection and Alarm System

Description of System Grade and System Category

Commissioning

Certificate of Design, Installation and Commissioning

Details of Approved Contractor

CERTIFICATE OF DESIGN, INSTALLATION AND

DETECTION AND ALARM COMMISSIONING OF A FIRE

SYSTEM OF GRADE B, C, D, E, OR F IN A DWELLING

Test Type =

Address -

Date - Location of DB -

Conductor CSA Overcurrent Device Circuit Impedances Ω Insulation RCD Trip

Resistance Times Times

Cir

cuit

No

Typ

e o

f

Wir

ing

Ref

eren

ce

Met

ho

d

Nu

mb

er o

f

Po

ints

Live CPC BS(EN) Typ

e

Rat

ing

Cap

acit

y

Ring Final Continuity

Po

lari

ty

L/L L/N L/CPC N/CPC x1 x5

Circuit Designation mm mm L N CPC R1+R2 √ MΩ MΩ MΩ MΩ Zs mS mS

EXTERNAL Ze = L1 = PFC =



MAIN SUPPLY CONDUCTORS = LINE/NEUTRAL/ CPC

SUPPLY / CIRCUIT DESIGNATION = TEST BUTTON OPERATED =

IS PHASE ROTATION SATISFACTORY

Engineer Name

Retest Date Due - 3 MONTHS Tester Serial No. - Sheet -1 of - 1

Details of Extent of Works: - INSTALLATION OF SITE TEMPS

EAST WEST CONNECT Ltd / BS 7671:2018 Ed AMTECH … · 2020-05-12 · east west connect ltd / bs...

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Transcript of EAST WEST CONNECT Ltd / BS 7671:2018 Ed AMTECH … · 2020-05-12 · east west connect ltd / bs...