ELECTRICAL INSTALLATION CONDITION REPORT: 6297

Transcription

1 . Details of the Person Ordering This Report B. Reason for Producing This Report Client ddress Mitie FSHC PO Box London SE1P 4RW Purpose of this Report Information requested by the Client in accordance with The Electricity at Work Regulations 1989 also to form part of the clients ongoing planned maintenance schedule. Date of Testing & Inspection 18 Jul 2015 C. Details of the Installation which is Subject of this Report Installation Whole of site Record of Installation vailable Occupier FSHC G68 0G Records Held By ddress Carrickstone House Care Home 1 Ratho Drive Cumbernauld G68 0G Date of Previous Inspection Estimated ge of Wiring Evidence of lterations 21 May yrs Description of Premises Domestic Estimated ge of lterations yrs D. Extent & Limitations Inspection & Testing Extent of Electrical Installation Covered by This Report 100% testing and visual inspection to all aspects of the fixed wiring within the installation, including mains, submains, distribution boards and final circuits within the limitations agreed with the client. greed Limitations including the Reasons Refer to ppendix C Limitations greed With Manager Operational Limitations including the Reasons Refer to ppendix D This inspection and testing detailed in this report and accompanying schedules have been carried out in accordance with BS7671:2008 (IET Wiring Regulations) as amended to July 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. E. Summary of the Condition of the Installation General Condition of the Installation (In ter of Electrical Safety) Refer to ppendix E Overall assessment of the installation F. Recommendations UNSTISFCTORY *n unsatisfactory assessment indicates that dangerous (code C1) and/or potentially dangerous (code C2) conditions have been identified. Where 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 observations identified as 'further investigation required'. Observation classified as 'Improvement recommended' (code C3) should be given due consideration. Subject to the necessary remedial action being taken I recommend that the installation is further inspected and tested by 16/07/2020 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 of this report. Trading ddress Key Electrical Solutions Limited 218 Boughton Ind Est Boughton NG22 9LD England Branch NIC EIC n/a Inspected and Tested by: Name Lloyd Reilly Position Engineer Signature Date 18 Jul 2015 uthorised for Issue by: Name Martin Key Position Chief Engineer Signature Date 20 Jul 2015 H. Schedules The attached schedule(s) are part of this document and this report is valid only when they are attached to it. Schedules of Inspection 9 Schedules of Test Results 9 Page 1

2 I. Supply Characteristics & Earthing rrangements Earthing rrangements TNCS Nature of Supply Parameters Supply Protective Device & Type of Conductors minal Voltage U (1) 230 minal Voltage U O (1) V Type LIM 400 V LIM Supply Type C 50 minal Frequency f (1) 1.8 Hz minal Current Type of Conductors 3 Phase ( 3 Wire ) Prospective Fault Current ipf (2) 0.09 k Short Capacity LIM k Phase Three Phase External Loop Impedance Ze (2) 1 of Supplies Ω Confirmation of Polarity Yes te: (1) by Enquiry, (2) by enquiry or by measurement J. Particulars of Installation Referred to in this Report Means of Earthing Distributor's Facility Location Type of Earthing Method of Measurement Resistance to Earth Ω Main Protective Conductors Earthing Conductor Copper csa 120 Connection & Continuity Verified Yes Main Protective Bonding Conductors Copper csa 35 Connection & Continuity Verified Yes Bonding of Incoming Service Water Yes Gas Yes Lightning Oil Steel Main Switch / Switch Fuse / Breaker / imum Demand Load mps 100 Protective Measures gainst Shock DS If Main Switch Location Type centre corridor cupboard Type B Current Voltage LIM 600 V Rated Residual Op. Current l n m of Poles 3 Poles Rated Time Delay Supply Conductor Material Copper Supply Conductor csa 120 Operating Times at l n 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 the Inspection and testing section. There are a total of 7 Observations. One of the following codes, as appropriate, has been allocated to each of the observations 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 ction Required: 0 C2 Potentially dangerous Urgent Remedial ction Required: 12 C3 Improvement Recommended: 0 Refer to ppendix F for full details of the observations Page 2

3 Item Description Outcome 1.0 Distributor's Supply Intake Equipment Further Investigation Comments 1.1 Service Cable Condition 1.2 Condition of Service Head 1.3 Condition of Tails Distributor 1.4 Condition of Tails Consumer 1.5 Condition of Metering Equipment 1.6 Condition of Isolator (where present) 2.0 Presence of dequate rrangements for Sources such as Microgenerators 2.1 Presence of dequate rrangements for other sources such as Microgenerators (221.6,551.7) 3.0 Earthing / Bonding rrangements 3.1 Presence of distributor's earthing arrangement 3.2 Presence and condition of earth electrode connection where applicable 3.3 Provision of earthing / bonding labels at all appropriate locations 3.4 Confirmation of earthing conductor size 3.5 ccessibility and condition of earthing conductor at MET 3.6 Confirmation of main protective bonding conductor sizes (544.1) 3.7 Condition and accessibility of main protective bonding conductor connections ( ; ) 3.8 ccessibility and condition of all protective bonding connections ( ) 4.0 Consumer Unit / Distribution Board 4.1 dequacy of working space / accessibility to consumer unit / distribution board ( ; 513.1) 4.2 Security of fixing ( ) 4.3 Condition of enclosure(s) in ter of IP rating etc (416.2) 4.4 Condition of enclosure(s) in ter of fire rating etc (526.5) 4.5 Enclosure not damaged/deteriorated so as to impair safety (621.2 (iii)) 4.6 Presence of linked main switch (as required by ) 4.7 Operation of main switch (functional check) ( ) 4.8 Manual operation of circuitbreakers and s to prove disconnection ( ) 4.9 Correct identification of circuit details and protective devices ( ; ) 4.1 Presence of quarterly test notice at or near consumer unit / distribution board ( ) 4.11 Presence of nonstandard (mixed) cable colour warning notice at or near consumer unit / distribution board (514.14) 4.12 Presence of alternative supply warning notice at or near consumer unit / distribution board (514.15) 4.13 Presence of other required labelling (Please specify) (Section 514) 4.14 Examination of protective device(s) and base(s); correct type and rating (no signs of unacceptable thermal damage, arcing and overheating ( ) 4.15 Singlepole protective devices in line conductor only ( ; ) 4.16 Protection against mechanical damage where cables enter consumer unit / distribution board ( ; ) 4.17 Protection against electromagnetic effects where cables enter consumer unit / distribution board / enclosures ( ) 4.18 (s) provided for fault protection includes RCBOs ( ; ; 531.2) 4.19 (s) provided for additional protection includes RCBOs ( ; 415.1) 5.0 Final s 5.1 Identification of conductors ( ) 5.2 correctly supported throughout their run ( ) 5.3 Condition of insulation of live parts (416.1) 5.4 nsheathed cables protected by enclosure in conduit, ducting or trunking ( ) 5.41 To include the integrity of conduit and trunking syste (metallic and plastic) 5.5 dequacy of cables for currentcarrying capacity with regard for the type and nature of installation (523) Page 3

4 Item Description Outcome Further Investigation Comments 5.6 Coordination between conductors and overload protective devices (433.1; ) 5.7 dequacy of protective devices; type and rated current for fault protection (411.3) 5.8 Presence and adequacy of circuit protective conductors ( ; 543.1) 5.9 Wiring system(s) appropriate for the type and nature of the installation and external influences (522) 5.1 Concealed cables installed in prescribed zones (see section D. extent and limitations) ( ) 5.11 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. extent and limitations) ( ; ) 5.12 Provision of additional protection by not exceeding 30m for all socketoutlets of rating 20 or less provided for use by ordinary persons unless exempt ( ) for supply to mobile equipment not exceeding 32 rating for use outdoors ( ) for cables concealed in walls or partitions ( ; ) 5.13 Provision of fire barriers, sealing arrangements and protection against thermal effects (527) 5.14 Band II segregated / separated from Band I cables (528.1) 5.15 segregated / separated from communications cabling (528.2) 5.16 segregated / separated from nonelectrical services (528.3) 5.17 Termination of cables at enclosures indicate extent of sampling in Section D of the report (526) Connections soundly made and under no undue strain (526.6) basic insulation of a conductor visible outside enclosure (526.8) Connections of live conductors adequately enclosed (526.5) dequately connected at point of entry to enclosure (glands, bushes etc...) ( ) 5.18 Condition of accessories including socketoutlets, switches and joint boxes (621.2 (iii)) 5.19 Suitability of accessories for external influences (512.2) 6.0 Locations containing a Bath or Shower 6.1 dditional protection for all low voltage (LV) circuits by not exceeding 30m ( ) 6.2 Where used as a protective measure, requirements for SELV or PELV met ( ) 6.3 Shaver sockets comply with BS EN formally BS 3535 ( ) 6.4 Presence of supplementary bonding conductors, unless not required by BS 7671: 2008 ( ) 6.5 Low Voltage (e.g.230 volts) socket outlets at least 3m from Zone 1 ( ) 6.6 Suitability of equipment for external influences for installed location in ter of IP rating ( ) 6.7 Suitability of equipment for installation in a particular zone ( ) 6.8 Suitability of currentusing equipment for particular position within the location (701.55) 7.0 Part 7 Special Installations or Locations 7.1 List all other special installations or locations present, if any. (Record separately the results of particular inspections applied). Inspected by Name Lloyd Reilly Position Engineer Signature Date 18 Jul 2015 Page 4

5 Distribution Board Details Location centre corridor cupboard Supply From of Phases Origin Three Phase ssociated (if any) Designation DB mains minal Voltage 400 V of Poles m Type LIM Details Designation Type of Wiring Reference Method of Points Served Conductors CS cpc Disconnec tion Times Secs Type Short Capacity Op Current Zs k l n Ω 1/TP DB eastfield wing G C B /TP DB hospital wing G C B /TP DB balloch wing G C B /TP DB dullatur wing G C B /L1 Spare 5/L2 Spare 5/L3 DB external lighting D B B via contractor 2 6/TP DB kitchen & laundry G C B /TP DB extension G C B /TP Spare 9/L1 Spare 9/L2 nurse call system, TV B system, door entry 2 9/L3 Spare 10/L1 Spare 10/L2 fire alarm equipment B /L3 Spare 11/TP Spare 12/TP Spare Wiring Codes B C D E F G H O PVC / PVC PVC in Metallic Conduit PVC in nmetallic Conduit PVC in Metallic PVC in nmetallic PVC / SW XLPE / SW Mineral Insulated Page 5

6 Distribution Board Tests Test Instruments Used (Serial s) Measured Loop Impedance Zs 0.09 Ω Operating Times of ssocaited (if any) t l n Loop Impedance Prospective Fault Current ipf 1.75 t 5l n Continuity Confirmation of Supply Polarity Yes MultiFunction Tests r1 (Line) Final Ring s Measured (end to end) rn () Impedances Ω r2 (cpc) ll s (t Least 1 column to be completed) (R 1 + R 2 ) (R 2 ) / / / Earth Earth / Supply Polarity Confirmed imum Measured Earth Fault Loop Impedance t l n MΩ MΩ MΩ MΩ Ω Operating Times t 5l n Test Button Operation Remarks 1/TP LIM LIM LIM LIM LIM Yes 0.10 Yes 2/TP LIM LIM LIM LIM LIM Yes 0.13 Yes 3/TP LIM LIM LIM LIM LIM Yes 0.05 Yes 4/TP LIM LIM LIM LIM LIM Yes 0.09 Yes 5/L1 5/L2 5/L3 LIM LIM LIM LIM LIM Yes 0.05 Yes 6/TP LIM LIM LIM LIM LIM Yes 0.06 Yes 7/TP LIM LIM LIM LIM LIM Yes /TP 9/L1 9/L2 LIM LIM LIM LIM LIM Yes /L3 10/L1 10/L2 LIM LIM LIM LIM LIM Yes /L3 11/TP 12/TP Tested by Name Position Date of Testing Signature Lloyd Reilly Engineer 18 Jul 2015 Page 6

7 Distribution Board Details Location centre corridor cupboard Supply From of Phases DB mains: 5/L3 ssociated (if any) Designation DB external lighting via contractor minal Voltage 230 V of Poles m Type Details Designation Type of Wiring Reference Method of Points Served Conductors CS cpc Disconnec tion Times Secs Type Short Capacity Op Current Zs k l n Ω 1/L lights piazza at rear D B B service area 2/L bollards & designer D B B lamp columns at 3/L lights floodlights at D B B front of premise 4/L lights floodlights at D B B front of premises 5/L bollards & floodlights D B B on column on service 6/L bollards & wall lights D B B in open cupboard 7/L bollards in closed D B B courtyard 8/L lamps on pillars at D B B main front entrance 9/L Spare 10/L Spare 11/L Spare 12/L Spare 13/L Spare 14/L Spare 15/L Spare 16/L Spare Wiring Codes B C D E F G H O PVC / PVC PVC in Metallic Conduit PVC in nmetallic Conduit PVC in Metallic PVC in nmetallic PVC / SW XLPE / SW Mineral Insulated Page 8

8 Distribution Board Tests Test Instruments Used (Serial s) Measured Loop Impedance Zs 0.05 Ω Operating Times of ssocaited (if any) t l n Loop Impedance Prospective Fault Current ipf t 5l n Continuity Confirmation of Supply Polarity Yes MultiFunction Tests r1 (Line) Final Ring s Measured (end to end) rn () Impedances Ω r2 (cpc) ll s (t Least 1 column to be completed) (R 1 + R 2 ) (R 2 ) / / / Earth Earth / Supply Polarity Confirmed imum Measured Earth Fault Loop Impedance t l n MΩ MΩ MΩ MΩ Ω Operating Times t 5l n Test Button Operation Remarks 1/L LIM LIM >500 >500 Yes LIM 2/L LIM LIM >500 >500 Yes LIM 3/L LIM LIM >500 >500 LIM LIM 4/L LIM LIM >500 >500 LIM LIM 5/L LIM LIM >500 >500 Yes LIM 6/L LIM LIM >500 >500 Yes LIM 7/L LIM LIM >500 >500 Yes LIM 8/L LIM LIM >500 >500 Yes LIM 9/L 10/L 11/L 12/L 13/L 14/L 15/L 16/L Tested by Name Position Date of Testing Signature Lloyd Reilly Engineer 18 Jul 2015 Page 9

9 Distribution Board Details Location balloch wing sluice room 2 Supply From of Phases DB mains: 3/TP ssociated (if any) Designation DB balloch wing minal Voltage 230 V of Poles m Type Details Designation Type of Wiring Reference Method of Points Served Conductors CS cpc Disconnec tion Times Secs Type Short Capacity Op Current Zs k l n Ω 1/L1 heaters rm 30,31 & B corridor 1/L2 heaters rm 33 & B nurse station 1/L3 heaters rm 35,36, B & corridor 2/L1 heaters rm B ,27,28,29 & linen 2/L2 heaters rm 34 & B lounge 2/L3 heaters in dinning rm B /L1 Spare 3/L2 heaters rm 23,24,25, B quite rm & utility rm 3/L3 heaters rm 21,22, B bath 3, servery & 4/L1 heaters rm 32 & day B lounge 4/L2 Spare 4/L3 heaters rm 38,39,40, B bath 4 & store 5/L1 Spare 5/L2 ring sockets rm 33, B & day rm 5/L3 ring sockets rm B ,36,27& dinning rm 6/L1 ring sockets rm B ,27,28,29,30,31,32, 6/L2 ring sockets rm B ,24,25, utility rm, 6/L3 ring sockets rm B ,22,28,29,40 & 7/TP Spare 8/TP Spare 9/TP attic calorifier G C 1 6 SW B /L1 Spare Wiring Codes B C D E F G H O PVC / PVC PVC in Metallic Conduit PVC in nmetallic Conduit PVC in Metallic PVC in nmetallic PVC / SW XLPE / SW Mineral Insulated Page 11

10 Distribution Board Details Location balloch wing sluice room 2 Supply From of Phases DB mains: 3/TP ssociated (if any) Designation DB balloch wing minal Voltage 230 V of Poles m Type Details Designation Type of Wiring Reference Method of Points Served Conductors CS cpc Disconnec tion Times Secs Type Short Capacity Op Current Zs k l n Ω 10/L2 lights corridor 100 LIM B /L3 Spare 11/TP Spare 12/L1 Spare 12/L2 lights wall B /L3 Spare 13/L1 Spare 13/L2 lights corridor 100 LIM B /L3 heating time clock B /L1 Spare 14/L2 lights rm 32, sitting B rm & wc 6 14/L3 timer to destratification B pumps 15/L1 lights rm B ,27,28,29,30,31, 15/L2 lights rm 33,34, day B rm & nurse station 15/L3 lights rm 21,22, bath B , servery, dinning rm 16/L1 lights attic 100 LIM B /L2 lights rm 23,24,25, B quite rm, sluice, utility 16/L3 lights rm 35,36,37,38,39,40, B Wiring Codes B C D E F G H O PVC / PVC PVC in Metallic Conduit PVC in nmetallic Conduit PVC in Metallic PVC in nmetallic PVC / SW XLPE / SW Mineral Insulated Page 12

11 Distribution Board Tests Test Instruments Used (Serial s) Measured Loop Impedance Zs 0.05 Ω Operating Times of ssocaited (if any) t l n Loop Impedance Prospective Fault Current ipf t 5l n Continuity Confirmation of Supply Polarity Yes MultiFunction Tests r1 (Line) Final Ring s Measured (end to end) rn () Impedances Ω r2 (cpc) ll s (t Least 1 column to be completed) (R 1 + R 2 ) (R 2 ) / / / Earth Earth / Supply Polarity Confirmed imum Measured Earth Fault Loop Impedance t l n MΩ MΩ MΩ MΩ Ω Operating Times t 5l n Test Button Operation Remarks 1/L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 3/L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 4/L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 5/L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /TP 8/TP 9/TP LIM LIM LIM >500 >500 LIM LIM 10/L1 Tested by Name Position Date of Testing Signature Lloyd Reilly Engineer 18 Jul 2015 Page 13

12 Distribution Board Tests Test Instruments Used (Serial s) Measured Loop Impedance Zs 0.05 Ω Operating Times of ssocaited (if any) t l n Loop Impedance Prospective Fault Current ipf t 5l n Continuity Confirmation of Supply Polarity Yes MultiFunction Tests r1 (Line) Final Ring s Measured (end to end) rn () Impedances Ω r2 (cpc) ll s (t Least 1 column to be completed) (R 1 + R 2 ) (R 2 ) / / / Earth Earth / Supply Polarity Confirmed imum Measured Earth Fault Loop Impedance t l n MΩ MΩ MΩ MΩ Ω Operating Times t 5l n Test Button Operation Remarks 10/L2 LIM LIM >500 >500 Yes /L3 11/TP 12/L1 12/L2 LIM LIM >500 >500 Yes /L3 13/L1 13/L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes /L1 14/L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 LIM LIM 15/L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 LIM LIM 16/L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes 1.63 Tested by Name Position Date of Testing Signature Lloyd Reilly Engineer 18 Jul 2015 Page 14

13 Distribution Board Details Location eastfield wing sluice room 1 Supply From of Phases DB mains: 1/TP ssociated (if any) Designation DB eastfield wing minal Voltage 230 V of Poles m Type Details Designation Type of Wiring Reference Method of Points Served Conductors CS cpc Disconnec tion Times Secs Type Short Capacity Op Current Zs k l n Ω 1/L1 heaters rm 7,8,9 & B /L2 heaters rm 4,5,6, B utility rm & nurse 1/L3 heaters rm B ,11,12,13, linen 2/L1 heaters rm 14, bath B & corridor 2/L2 heaters in day rm & B lounge 2/L3 heaters rm 1,2,3 bath B /L1 heater rm B /L2 ring sockets rm B ,5,6,7,8, dinning rm, 3/L3 heater rm B /L1 heaters in day rm & B quite rm 4/L2 heaters rm 18 & B dinning rm 4/L3 heater at rm B corridor 5/L1 ring sockets rm B ,8,9,16,17 & corridor 5/L2 Spare 5/L3 Spare 6/L1 Spare 6/L2 ring sockets day rm & B lounge 6/L3 ring sockets rm B ,2,3,19,20, servery & 7/L1 ring sockets rm B ,15, day rm, sluice 7/L2 Spare 7/L3 Spare 8/L1 Spare Wiring Codes B C D E F G H O PVC / PVC PVC in Metallic Conduit PVC in nmetallic Conduit PVC in Metallic PVC in nmetallic PVC / SW XLPE / SW Mineral Insulated Page 16

14 Distribution Board Details Location eastfield wing sluice room 1 Supply From of Phases DB mains: 1/TP ssociated (if any) Designation DB eastfield wing minal Voltage 230 V of Poles m Type Details Designation Type of Wiring Reference Method of Points Served Conductors CS cpc Disconnec tion Times Secs Type Short Capacity Op Current Zs k l n Ω 8/L2 Spare 8/L3 ring sockets rm B ,11,12,13 & linen 9/TP attic calorifier G C 1 6 SW B /TP attic calorifier G C 1 6 SW B /L1 Spare 11/L2 lights wall B /L3 Spare 12/L1 Spare 12/L2 lights corridor & fire 100 LIM B exit 12/L3 Spare 13/L1 Spare 13/L2 lights corridor 100 LIM B /L3 lights rm 10,11,12, B & linen store 14/L1 timer for destratification B pumps 14/L2 lights wall B /L3 lights attic 100 LIM B /L1 lights rm 14,15, day B rm, quite rm, wc7 & 15/L2 lights day rm, lounge B & nurse station 15/L3 lights rm 1,2,3,9,20, B servery, bath, wc3 & 16/L1 lights rm 7,8,9,17, B /L2 lights rm 4,5,6,8, B dinning rm, utility, 16/L3 heating time clock B Wiring Codes B C D E F G H O PVC / PVC PVC in Metallic Conduit PVC in nmetallic Conduit PVC in Metallic PVC in nmetallic PVC / SW XLPE / SW Mineral Insulated Page 17

15 Distribution Board Tests Test Instruments Used (Serial s) Measured Loop Impedance Zs 0.10 Ω Operating Times of ssocaited (if any) t l n Loop Impedance Prospective Fault Current ipf 1.75 t 5l n Continuity Confirmation of Supply Polarity Yes MultiFunction Tests r1 (Line) Final Ring s Measured (end to end) rn () Impedances Ω r2 (cpc) ll s (t Least 1 column to be completed) (R 1 + R 2 ) (R 2 ) / / / Earth Earth / Supply Polarity Confirmed imum Measured Earth Fault Loop Impedance t l n MΩ MΩ MΩ MΩ Ω Operating Times t 5l n Test Button Operation Remarks 1/L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 5/L3 6/L1 6/L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 7/L3 8/L1 Tested by Name Position Date of Testing Signature Lloyd Reilly Engineer 18 Jul 2015 Page 18

16 Distribution Board Tests Test Instruments Used (Serial s) Measured Loop Impedance Zs 0.10 Ω Operating Times of ssocaited (if any) t l n Loop Impedance Prospective Fault Current ipf 1.75 t 5l n Continuity Confirmation of Supply Polarity Yes MultiFunction Tests r1 (Line) Final Ring s Measured (end to end) rn () Impedances Ω r2 (cpc) ll s (t Least 1 column to be completed) (R 1 + R 2 ) (R 2 ) / / / Earth Earth / Supply Polarity Confirmed imum Measured Earth Fault Loop Impedance t l n MΩ MΩ MΩ MΩ Ω Operating Times t 5l n Test Button Operation Remarks 8/L2 8/L3 LIM LIM LIM LIM LIM >500 >500 Yes /TP LIM LIM LIM >500 >500 LIM LIM 10/TP LIM LIM LIM >500 >500 LIM LIM 11/L1 11/L2 LIM LIM >500 >500 Yes /L3 12/L1 12/L2 LIM LIM >500 >500 Yes /L3 13/L1 13/L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 LIM LIM 14/L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 LIM LIM 15/L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes 0.16 Tested by Name Position Date of Testing Signature Lloyd Reilly Engineer 18 Jul 2015 Page 19

17 Distribution Board Details Location hospital wing cloakroom Supply From of Phases DB mains: 2/TP ssociated (if any) Designation DB hospital wing minal Voltage 230 V of Poles m Type Details Designation Type of Wiring Reference Method of Points Served Conductors CS cpc Disconnec tion Times Secs Type Short Capacity Op Current Zs k l n Ω 1/L1 heaters in activity rm, B adl rm & bathroom 1/L2 heater in activity rm B /L3 heaters dinning rm, B servery & interview 2/L1 heaters in physio rm B & office store 2/L2 heaters lounge, B hairdressers & small 2/L3 heaters dinning rm, B nurse rm & interview 3/L1 ring sockets activity B rm & adl rm 3/L2 ring sockets activity B rm, dsr, sluice, 3/L3 Spare 4/L1 Spare 4/L2 heaters equipment B rm, preparation & 4/L3 ring sockets dinning B rm, servery, interview 5/TP attic calorifier G C 1 6 SW B /L1 ring sockets lounge, B equipment store, 6/L2 ring sockets physio B office & store 6/L3 Spare 7/L1 DL cooker B /L2 Spare 7/L3 Spare 8/TP Spare 9/TP Spare 10/TP Spare Wiring Codes B C D E F G H O PVC / PVC PVC in Metallic Conduit PVC in nmetallic Conduit PVC in Metallic PVC in nmetallic PVC / SW XLPE / SW Mineral Insulated Page 21

18 Distribution Board Details Location hospital wing cloakroom Supply From of Phases DB mains: 2/TP ssociated (if any) Designation DB hospital wing minal Voltage 230 V of Poles m Type Details Designation Type of Wiring Reference Method of Points Served Conductors CS cpc Disconnec tion Times Secs Type Short Capacity Op Current Zs k l n Ω 11/TP Spare 12/L1 Spare 12/L2 Spare 12/L3 lights corridor B /L1 timer to destratification B pump 13/L2 lights attic 100 LIM B /L3 lights wall B /L1 Spare 14/L2 lights activity rm B /L3 lights corridor 100 LIM B /L1 lights physio office B store & emg external 15/L2 lights equipment B store, cloakroom, wc, 15/L3 lights servery, B interview rm, nurse 16/L1 lights DL kitchenbathbedroom B & 16/L2 lights refuse, DSR, B hairdressers, lounge 16/L3 lights dinning rm B Wiring Codes B C D E F G H O PVC / PVC PVC in Metallic Conduit PVC in nmetallic Conduit PVC in Metallic PVC in nmetallic PVC / SW XLPE / SW Mineral Insulated Page 22

19 Distribution Board Tests Test Instruments Used (Serial s) Measured Loop Impedance Zs 0.13 Ω Operating Times of ssocaited (if any) t l n Loop Impedance Prospective Fault Current ipf t 5l n Continuity Confirmation of Supply Polarity Yes MultiFunction Tests r1 (Line) Final Ring s Measured (end to end) rn () Impedances Ω r2 (cpc) ll s (t Least 1 column to be completed) (R 1 + R 2 ) (R 2 ) / / / Earth Earth / Supply Polarity Confirmed imum Measured Earth Fault Loop Impedance t l n MΩ MΩ MΩ MΩ Ω Operating Times t 5l n Test Button Operation Remarks 1/L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 4/L1 4/L2 LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /TP LIM LIM LIM >500 >500 Yes LIM 6/L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes 0.47 LIM 6/L3 7/L1 LIM LIM >500 >500 Yes /L2 7/L3 8/TP 9/TP 10/TP Tested by Name Position Date of Testing Signature Lloyd Reilly Engineer 19 Jul 2015 Page 23

20 Distribution Board Tests Test Instruments Used (Serial s) Measured Loop Impedance Zs 0.13 Ω Operating Times of ssocaited (if any) t l n Loop Impedance Prospective Fault Current ipf t 5l n Continuity Confirmation of Supply Polarity Yes MultiFunction Tests r1 (Line) Final Ring s Measured (end to end) rn () Impedances Ω r2 (cpc) ll s (t Least 1 column to be completed) (R 1 + R 2 ) (R 2 ) / / / Earth Earth / Supply Polarity Confirmed imum Measured Earth Fault Loop Impedance t l n MΩ MΩ MΩ MΩ Ω Operating Times t 5l n Test Button Operation Remarks 11/TP 12/L1 12/L2 12/L3 LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 LIM LIM 13/L2 LIM LIM >500 >500 LIM LIM 13/L3 LIM LIM >500 >500 Yes /L1 14/L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes 1.35 Tested by Name Position Date of Testing Signature Lloyd Reilly Engineer 19 Jul 2015 Page 24

21 Distribution Board Details Location laundry room Supply From DB mains: 6/TP ssociated (if any) of Phases Designation DB kitchen & laundry minal Voltage 230 V of Poles m Type Details Designation Type of Wiring Reference Method of Points Served Conductors CS cpc Disconnec tion Times Secs Type Short Capacity Op Current Zs k l n Ω 1/TP washing machine D B B /TP washing machine D B B /L1 heaters M/F & staff B area 3/L2 heaters managers, B admin offices, centre 3/L3 Spare 4/L1 heaters rm 32 & day B rm 4/L2 boiler kitchen B /L3 heaters store, laundry B corridor, visitors rm, 5/L1 ring sockets kitchen B south wall 5/L2 Spare 5/L3 ring sockets laundry B rm 6/L1 ring sockets M/F staff B area, hand driers & 6/L2 ring sockets kitchen B north wall 6/L3 Spare 7/L1 ring sockets kitchen B laundry wall 7/L2 ring sockets B managers, admin 7/L3 ring sockets store, B small corridor, 8/L1 fan laundry rm B /L2 deep fat firer RHS B /L3 deep fat firer LHS B /TP attic calorifier G C 1 6 SW B /TP attic calorifier G C 1 6 SW B Wiring Codes B C D E F G H O PVC / PVC PVC in Metallic Conduit PVC in nmetallic Conduit PVC in Metallic PVC in nmetallic PVC / SW XLPE / SW Mineral Insulated Page 26

22 Distribution Board Details Location laundry room Supply From DB mains: 6/TP ssociated (if any) of Phases Designation DB kitchen & laundry minal Voltage 230 V of Poles m Type Details Designation Type of Wiring Reference Method of Points Served Conductors CS cpc Disconnec tion Times Secs Type Short Capacity Op Current Zs k l n Ω 11/TP dishwasher G C 1 4 SW B /TP iron G C 1 4 SW B /L1 Spare 13/L2 Spare 13/L3 lights attic 100 LIM B /L1 Spare 14/L2 Spare 14/L3 lights entrance B corridor 15/L1 lights male & female B staff area 15/L2 lights kitchen & store B /L3 lights visitors rm, B waiting area, 16/L1 timer for destratification 100 LIM B pump 16/L2 lights managers & B admin offices 16/L3 lights laundry, corridor, wc, store B Wiring Codes B C D E F G H O PVC / PVC PVC in Metallic Conduit PVC in nmetallic Conduit PVC in Metallic PVC in nmetallic PVC / SW XLPE / SW Mineral Insulated Page 27

23 Distribution Board Tests Test Instruments Used (Serial s) Measured Loop Impedance Zs 0.06 Ω Operating Times of ssocaited (if any) t l n Loop Impedance Prospective Fault Current ipf t 5l n Continuity Confirmation of Supply Polarity Yes MultiFunction Tests r1 (Line) Final Ring s Measured (end to end) rn () Impedances Ω r2 (cpc) ll s (t Least 1 column to be completed) (R 1 + R 2 ) (R 2 ) / / / Earth Earth / Supply Polarity Confirmed imum Measured Earth Fault Loop Impedance t l n MΩ MΩ MΩ MΩ Ω Operating Times t 5l n Test Button Operation Remarks 1/TP LIM LIM LIM >500 >500 LIM LIM 2/TP LIM LIM LIM >500 >500 LIM LIM 3/L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 4/L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 5/L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 7/L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 LIM LIM 8/L2 LIM LIM >500 >500 LIM LIM 8/L3 LIM LIM >500 >500 LIM LIM 9/TP LIM LIM LIM >500 >500 LIM LIM 10/TP LIM LIM LIM >500 >500 LIM LIM Tested by Name Position Date of Testing Signature Lloyd Reilly Engineer 19 Jul 2015 Page 28

24 Distribution Board Tests Test Instruments Used (Serial s) Measured Loop Impedance Zs 0.06 Ω Operating Times of ssocaited (if any) t l n Loop Impedance Prospective Fault Current ipf t 5l n Continuity Confirmation of Supply Polarity Yes MultiFunction Tests r1 (Line) Final Ring s Measured (end to end) rn () Impedances Ω r2 (cpc) ll s (t Least 1 column to be completed) (R 1 + R 2 ) (R 2 ) / / / Earth Earth / Supply Polarity Confirmed imum Measured Earth Fault Loop Impedance t l n MΩ MΩ MΩ MΩ Ω Operating Times t 5l n Test Button Operation Remarks 11/TP LIM LIM LIM >500 >500 LIM LIM 12/TP LIM LIM LIM >500 >500 Yes /L1 13/L2 13/L3 LIM LIM >500 >500 LIM LIM 14/L1 14/L2 14/L3 LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 LIM LIM 16/L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes 1.22 Tested by Name Position Date of Testing Signature Lloyd Reilly Engineer 19 Jul 2015 Page 29

25 Distribution Board Details Location dullatur wing sluice room 3 Supply From of Phases DB mains: 4/TP ssociated (if any) Designation DB dullatur wing minal Voltage 230 V of Poles m Type Details Designation Type of Wiring Reference Method of Points Served Conductors CS cpc Disconnec tion Times Secs Type Short Capacity Op Current Zs k l n Ω 1/L1 heaters rm 53,54,55, B linen store & corridor 1/L2 heaters rm B ,48,49,56 & nurse 1/L3 heaters rm 41,42, B & corridor 2/L1 heaters day room & B quite rm 2/L2 heaters day room, B nurse station & utility 2/L3 heaters rm 59,60, B servery & bath 6 3/L1 ring sockets rm B ,51,52,DSR & 3/L2 heaters rm 44,45, B & 58 3/L3 heaters corridor at rm B /L1 heaters rm 50,51, B & DSR 4/L2 heaters rm B /L3 heaters dinning rm & B bath 6 5/L1 Spare 5/L2 ring sockets rm 58, B utility rm & corridor 5/L3 ring sockets dinning B rm 6/L1 ring sockets rm B ,54,55, quite rm, 6/L2 ring sockets rm B ,48,49,56,57, 6/L3 ring sockets rm B ,42,43,59,60, 7/TP attic calorifier G C 1 6 SW B /L1 Spare 8/L2 ring sockets rm B ,45,46 & day rm 8/L3 lights rm 41,42,43,59,60, B Wiring Codes B C D E F G H O PVC / PVC PVC in Metallic Conduit PVC in nmetallic Conduit PVC in Metallic PVC in nmetallic PVC / SW XLPE / SW Mineral Insulated Page 31

26 Distribution Board Details Location dullatur wing sluice room 3 Supply From of Phases DB mains: 4/TP ssociated (if any) Designation DB dullatur wing minal Voltage 230 V of Poles m Type Details Designation Type of Wiring Reference Method of Points Served Conductors CS cpc Disconnec tion Times Secs Type Short Capacity Op Current Zs k l n Ω 9/L1 lights corridor 100 LIM B /L2 lights sitting rm & B quite rm 9/L3 lights dinning rm, B bath 5 & small 10/L1 lights corridor 100 LIM B /L2 lights corner day rm B & nurse station 10/L3 attic lights 100 LIM B /L1 heating time clock B /L2 lights rm 44,45,46,58, B wc 6, utility rm & 11/L3 Spare 12/L1 lights rm B ,51,52,53,54,55, 12/L2 lights rm 100 LIM B ,48,49,56,57 12/L3 timer to destratification B pump 13/L1 lights wall B /L2 Spare 13/L3 Spare 14/TP Spare 15/TP Spare 16/TP Spare Wiring Codes B C D E F G H O PVC / PVC PVC in Metallic Conduit PVC in nmetallic Conduit PVC in Metallic PVC in nmetallic PVC / SW XLPE / SW Mineral Insulated Page 32

27 Distribution Board Tests Test Instruments Used (Serial s) Measured Loop Impedance Zs 0.09 Ω Operating Times of ssocaited (if any) t l n Loop Impedance Prospective Fault Current ipf t 5l n Continuity Confirmation of Supply Polarity Yes MultiFunction Tests r1 (Line) Final Ring s Measured (end to end) rn () Impedances Ω r2 (cpc) ll s (t Least 1 column to be completed) (R 1 + R 2 ) (R 2 ) / / / Earth Earth / Supply Polarity Confirmed imum Measured Earth Fault Loop Impedance t l n MΩ MΩ MΩ MΩ Ω Operating Times t 5l n Test Button Operation Remarks 1/L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 5/L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /TP LIM LIM LIM >500 >500 LIM LIM 8/L1 8/L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes 1.65 Tested by Name Position Date of Testing Signature Lloyd Reilly Engineer 19 Jul 2015 Page 33

28 Distribution Board Tests Test Instruments Used (Serial s) Measured Loop Impedance Zs 0.09 Ω Operating Times of ssocaited (if any) t l n Loop Impedance Prospective Fault Current ipf t 5l n Continuity Confirmation of Supply Polarity Yes MultiFunction Tests r1 (Line) Final Ring s Measured (end to end) rn () Impedances Ω r2 (cpc) ll s (t Least 1 column to be completed) (R 1 + R 2 ) (R 2 ) / / / Earth Earth / Supply Polarity Confirmed imum Measured Earth Fault Loop Impedance t l n MΩ MΩ MΩ MΩ Ω Operating Times t 5l n Test Button Operation Remarks 9/L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 LIM LIM 11/L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 12/L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 LIM LIM 13/L1 LIM LIM >500 >500 Yes /L2 13/L3 14/TP 15/TP 16/TP Tested by Name Position Date of Testing Signature Lloyd Reilly Engineer 19 Jul 2015 Page 34

29 Distribution Board Details Location westerwood corridor cupboard Supply From of Phases DB mains: 7/TP ssociated (if any) Designation DB extension minal Voltage 230 V of Poles m Type Details Designation Type of Wiring Reference Method of Points Served Conductors CS cpc Disconnec tion Times Secs Type Short Capacity Op Current Zs k l n Ω 1/L1 lights lounge & B dinning rm 2 1/L2 lights corridor 100 LIM B /L3 lights rm 61,66,68 & B assisted bath wc 2/L1 lights rm 64,65,67, B /L2 lights nurse station & B corridor cupboard 2/L3 lights attic 100 LIM B /L1 lights rm 78,80, quite B rm & treatment rm 3/L2 lights corridor 100 LIM B /L3 lights rm 74,75,76, B /L1 lights corridor 100 LIM B /L2 lights rm 62,63 & B lounge 4/L3 lights rm 79 & sluice B /L1 lights rm 70,71,72, B /L2 lights outside 100 LIM B /L3 ring sockets rm B ,75,76,77, lounge 6/L1 ring sockets corridor 100 LIM B /L2 ring sockets rm B ,62,63,66,68 6/L3 ring sockets rm B ,65,67 & lounge 7/L1 ring sockets rm B ,70,71,72,73 7/L2 ring sockets rm 79 & B nurse station 7/L3 ring sockets rm B ,80, treatment, 8/L1 sockets attic 100 LIM B Wiring Codes B C D E F G H O PVC / PVC PVC in Metallic Conduit PVC in nmetallic Conduit PVC in Metallic PVC in nmetallic PVC / SW XLPE / SW Mineral Insulated Page 36

30 Distribution Board Details Location westerwood corridor cupboard Supply From of Phases DB mains: 7/TP ssociated (if any) Designation DB extension minal Voltage 230 V of Poles m Type Details Designation Type of Wiring Reference Method of Points Served Conductors CS cpc Disconnec tion Times Secs Type Short Capacity Op Current Zs k l n Ω 8/L2 TV amp B /L3 sluice B /L1 sprinkler pump 100 LIM B /L2 fire alarm B /L3 door holders B /L1 keypad access B /L2 door closers B /L3 arjo bath far end B /L1 arjo bath this end B /L2 sockets plant rm B /L3 nurse call B /L1 sewerage plant G C B /L2 Spare 12/L3 Spare Wiring Codes B C D E F G H O PVC / PVC PVC in Metallic Conduit PVC in nmetallic Conduit PVC in Metallic PVC in nmetallic PVC / SW XLPE / SW Mineral Insulated Page 37

31 Distribution Board Tests Test Instruments Used (Serial s) Measured Loop Impedance Zs 0.07 Ω Operating Times of ssocaited (if any) t l n Loop Impedance Prospective Fault Current ipf t 5l n Continuity Confirmation of Supply Polarity Yes MultiFunction Tests r1 (Line) Final Ring s Measured (end to end) rn () Impedances Ω r2 (cpc) ll s (t Least 1 column to be completed) (R 1 + R 2 ) (R 2 ) / / / Earth Earth / Supply Polarity Confirmed imum Measured Earth Fault Loop Impedance t l n MΩ MΩ MΩ MΩ Ω Operating Times t 5l n Test Button Operation Remarks 1/L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 LIM LIM 3/L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 LIM LIM 5/L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM LIM LIM LIM >500 >500 Yes /L2 LIM LIM LIM LIM LIM >500 >500 Yes /L3 LIM LIM LIM LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 LIM LIM Yes Tested by Name Position Date of Testing Signature Lloyd Reilly Engineer 19 Jul 2015 Page 38

32 Distribution Board Tests Test Instruments Used (Serial s) Measured Loop Impedance Zs 0.07 Ω Operating Times of ssocaited (if any) t l n Loop Impedance Prospective Fault Current ipf t 5l n Continuity Confirmation of Supply Polarity Yes MultiFunction Tests r1 (Line) Final Ring s Measured (end to end) rn () Impedances Ω r2 (cpc) ll s (t Least 1 column to be completed) (R 1 + R 2 ) (R 2 ) / / / Earth Earth / Supply Polarity Confirmed imum Measured Earth Fault Loop Impedance t l n MΩ MΩ MΩ MΩ Ω Operating Times t 5l n Test Button Operation Remarks 8/L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 LIM LIM 9/L1 LIM LIM >500 >500 LIM LIM 9/L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 Yes /L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 LIM LIM LIM 11/L1 LIM LIM >500 >500 LIM LIM LIM 11/L2 LIM LIM >500 >500 Yes /L3 LIM LIM >500 >500 Yes /L1 LIM LIM >500 >500 LIM LIM 12/L2 12/L3 Tested by Name Position Date of Testing Signature Lloyd Reilly Engineer 19 Jul 2015 Page 39

33 ppendix C greed Limitations Item Limitation including the Reason 1 s the main protective devices were sealed during the inspection they could not be verified. 2 s the main earth conductor could not be disconnected it was not possible to measure the Ze for the installation. n installation Zs and PFC have therefore been measured at the nearest possible point to the origin of the installation. 3 ll insulation resistance tests to lighting and unverified circuits have been carried out using regulation to ensure no damage to sensitive or electronic equipment and lighting. 4 ll high level and inaccessible termination points have been tested to the furthest possible available point. Page 41

34 ppendix K Photographic Record (Faults) present for socket likely to supply equipment outdoors present for socket likely to supply equipment outdoors present for socket likely to supply equipment outdoors 6297/DB extension C2 present for socket likely to supply equipment outdoors 6297/DB balloch wing C2 present for socket likely to supply equipment outdoors 6297/DB eastfield wing C2 6297/DB eastfield wing C2 6297/DB kitchen & laundry C2 Page 44

35 ppendix G Observations DB extension : 8/L1 6297/DB extension : 8/L1 () DB mains: 1/TP 6297/DB mains: 1/TP () DB mains: 2/TP 6297/DB mains: 2/TP () DB mains: 3/TP 6297/DB mains: 3/TP () DB mains: 4/TP 6297/DB mains: 4/TP () DB mains: 5/L3 6297/DB mains: 5/L3 () DB mains: 6/TP 6297/DB mains: 6/TP () Overrated Cable Overrated Cable Overrated Cable Overrated Cable Overrated Cable Overrated Cable Overrated Cable Code C2 Code C2 Code C2 Code C2 Code C2 Code C2 Code C2 Page 44

36 ppendix H Photographic Record (Distribution Boards) 6297/DB balloch wing rmal 6297/DB balloch wing Thermal 6297/DB dullatur wing rmal 6297/DB dullatur wing Thermal 6297/DB eastfield wing rmal 6297/DB eastfield wing Thermal 6297/DB extension rmal 6297/DB extension Thermal Page 45

37 ppendix H Photographic Record (Distribution Boards) 6297/DB external lighting via contractor rmal 6297/DB external lighting via contractor Thermal 6297/DB hospital wing rmal 6297/DB hospital wing Thermal 6297/DB kitchen & laundry rmal 6297/DB kitchen & laundry Thermal 6297/DB mains rmal 6297/DB mains Thermal Page 46