Information

  • Document No.

  • Audit Title

  • Client / Site

  • Drawing Number

  • Conducted on

  • Prepared by

  • Location
  • Personnel

CABLING

1.GENERAL

  • 1.01 Complies with appropriate British or Harmonised Standards

  • 1.02 Correct size, type, rating, composition and voltage

  • 1.03 Protected against mechanical damage and abrasion

  • 1.04 Cables suitably selected for high or low ambient temperature as necessary

  • 1.05 Internal bending radius correct

  • 1.06 Cables exposed to direct sunlight are suitable for that purpose

  • 1.07 Correctly selected and installed for use overhead

  • 1.08 Adequately supported throughout length, fixed correctly to cable support

  • 1.09 Conductors and terminations correctly identified and accessible for inspection

  • 1.10 All wires securely contained in terminals, etc. without strain

  • 1.11 Joints and connections electrically / mechanically sound, and adequately insulated

  • 1.12 Buried cable correctly selected and suitable for expected conditions

  • 1.13 Suitable for installation in a lift shaft, where permitted

  • 1.14 Segregation of Band I and Band II cables correct

2. NON-ARMOURED CABLES

  • 2.01 Non sheathed cables protected by enclosure in conduit, duct or trunking

  • 2.02 Sheathed cables routed in allowed zones or mech. protection provided

3. ARMOURED SWA/AWA CABLES AND MICC CABLES

  • 3.01 Glands tight and armour effectively earthed

  • 3.02 Earth tag fitted and bonded

  • 3.03 IP glands adequately sealed

  • 3.04 Armours trapped correctly

  • 3.05 Shrouds fitted where required

  • 3.06 Correct type material for gland plate (e.g. ferrous, non-ferrous, paxolin)

  • 3.07 MICC cable metallic sheath earthed and earth tail pots fitted (where required)

  • 3.08 Underground cables adequately sanded, tiled/ marker tape or ducted.

CONDUIT SYSTEMS

4. GENERAL

  • 4.01 Correct IP rating, including accessories

  • 4.02 Securely fixed, correct spacing used, protected against mechanical damage

  • 4.03 Inspection fittings accessible

  • 4.04 Adequate size for easy draw and number of cables

  • 4.05 Ends of conduit reamed and bushed, no sharp edges

  • 4.06 Drainage holes and gaskets provided where necessary

  • 4.07 Radius of bends satisfactory, free from kinks

  • 4.08 Free from physical damage to conduit and finish

  • 4.09 Unused entries blanked off where necessary

  • 4.10 Internal sealing / fire barriers installed where required

5. RIGID METAL CONDUIT

  • 5.01 Complies with BS EN 50086 or BS EN 61386

  • 5.02 Exposed threads / cut ends etc. corrosion protected / painted

  • 5.03 All sections earthed satisfactory

  • 5.04 Suitable for the installed environmental conditions e.g. damp, corrosion etc.

  • 5.05 Line and neutral cables contained in the same conduit

  • 5.06 Span between buildings without intermediate support satisfactory

6. RIGID NON METALLIC CONDUIT

  • 6.01 Complies with BS4607, BS EN 60423, BS EN 50086-2-1, or the BS EN 61386

  • 6.02 Ambient and working temperature. within permitted limits

  • 6.03 Provision for expansion and contraction where necessary

  • 6.04 Boxes and fittings suitable for supported mass at expected temperatures

7. FLEXIBLE METAL CONDUIT

  • 7.01 Complies with BS EN 60423 and BS EN 50086.1 or the BS EN 61386 series

  • 7.02 Separate protective conductor installed

  • 7.03 Adequately supported and terminated

TRUNKING SYSTEMS

8. GENERAL

  • 8.01 Complied with BS 4678 or BS EN 50085-1

  • 8.02 Correct class, duty & IP rating, including accessories

  • 8.03 Selected and erected that no damage is caused by ingress of water

  • 8.04 Adequately fixed, correct spacing of fixings/supports used

  • 8.05 Installed/protected from the effects of non-electrical services, (gas. water, steam etc.)

  • 8.06 Correct and continuous segregation for Band I and Band II circuits

  • 8.07 Adequate size for easy draw and number of cables

  • 8.08 Cables adequately supported on vertical runs.

  • 8.09 Free from sharp edges, burrs and fixings that may damage cables

  • 8.10 Internal sealing / fire barriers installed where required

  • 8.11 External sealing of building fabric around trunking where required

9. METAL CABLE TRUNKING

  • 9.01 Line and neutral cables contained in the same trunking

  • 9.02 Cut ends corrosion protected / protective coating undamaged or made good

  • 9.03 Suitable for installed environment (damp/vibration etc)

  • 9.04 Joints mechanically sound and of adequate continuity

  • 9.05 All sections earthed satisfactory, earth links fitted where required

  • 9.06 Sufficient cable retainers fitted & located to minimise cable damage

10. BUSBAR TRUNKINGS AND POWER TRACK SYSTEMS

  • 10.01 Complies with appropriate British Standards and specified requirements

  • 10.02 Securely fixed and adequately protected against mech. Damage

  • 10.03 Underfloor busbar track fixed at one end only

  • 10.04 Joints mechanically sound and of adequate continuity

  • 10.05 Supports to manufactures recommendation, correct spacing used

  • 10.06 Termination of feeder cable correct and accessible

  • 10.07 Tap off units secure, identified where necessary and accessible

  • 10.08 Free from physical damage, dust covers fitted

Cable Basket and Cable Tray

  • Inspected by

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