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Electrical safety
Electrical Safety
We have received enquiries from landlords concerning
responsibility for the safety of electrical equipment in furnished accommodation.
Electrical installations
Landlords should ensure that the electrical installation
(fixed wiring, etc) is safe to use. The Landlord and Tenant Act 1985 requires
landlords to ensure the electrical installation is safe when the tenancy
begins, and that it is maintained in a safe condition throughout that
tenancy. One way of ensuring safety is to undertake a regular visual inspection
of the installation, looking for any obvious signs of damage such as damaged
cables, socket-outlets showing scorch marks, etc. In addition, the Institution
of Electrical Engineers recommends that electrical installations are formally
inspected and tested by a competent person on change of occupancy, and
at least once every ten years.
Formal inspection and testing should only be undertaken
by someone competent to do such work, such as an Approved Contractor.
Formal inspection and testing should be more frequent where the risk is
found to be greater, for instance where the installation is very old,
where damage is regularly found during inspections, etc.
Electrical appliances
Official guidance issued by the Department of Trade
and Industry strongly advises estate agents, letting agents, landlords
and anyone else who lets furnished accommodation to seek independent advice
as to who is responsible for the safety electrical appliances supplied
in the course of business. If landlords provide any electrical appliances
(cookers, kettles, toasters, washing machines, immersion heaters, etc)
as part of the tenancy, the Electrical Equipment (Safety) Regulations
1994 require them to ensure the appliances are safe to use when first
supplied. Each time the property is re-let, it will be classed as supplying
to that tenant for the first time.
Landlords therefore needs to maintain the electrical
equipment they supply, taking reasonably practicable precautions to ensure
the appliances are safe. A combination of visual inspection, and formal
inspection and testing by a competent person such as an NICEIC Approved
Contractor, should help achieve this.
As with any electrical equipment, regular visual
inspections should be undertaken, to check for signs of:
• damage, such as cuts or abrasions to the
cable covering;
• damage to the plug such as the casing is cracked or the pins are
bent;
• non-proprietory joints, including taped, in the cable;
• the outer covering of the cable not being gripped where it enters
the plug or equipment. Look to see if the coloured insulation of the internal
wires is showing;
• equipment that has been used in conditions where it is not suitable,
such as a wet or dusty workplace;
• damage to the outer cover of the equipment or obvious loose parts
or screws;
• overheating (burn marks)
A formal inspection could also include removal
of the plug cover to check:
• the cord grip is holding the outer part
of the cable tightly;
• the wires, including the earth wire where fitted, are attached
to the correct terminals;
• no bare wire is visible other than at the terminals;
• the terminal screws are tight;
• there is no sign of internal damage, overheating or entry of liquid,
dust or dirt.
Most of these checks apply to extension leads and
their plugs and sockets.
However, some faults cannot be detected by inspections,
particularly lack of continuous earths, and for some equipment the earth
connection is essential to safety. Therefore, all earthed equipment and
most leads and plugs connected to equipment should also have an occasional
combined inspection and test to look for faults. Combined inspection and
testing should be carried out where there is reason to suspect the equipment
may be faulty, damaged or contaminated, but where this cannot be confirmed
by visual inspection. Combined testing should also be carried out after
any repair or similar work to the equipment. Suggested intervals are shown
below.
| Equipment/environment |
User checks |
Formal visual inspection
|
Combined inspection
& testing |
| Battery operated |
No |
No |
No |
| Extra low voltage: telephones, low voltage
desk lights |
No |
No |
No |
| Double insulated equipment: moved occasionally
e.g. fans, lamps |
No |
2-4 years |
No |
| Double insulated equipment: handheld e.g.
some floor cleaners |
Yes |
6 months - 1 year |
No |
| Earthed equipment: e.g. electric kettles,
some floor cleaners |
Yes |
6 months - 1 year |
1-2 years |
Cables and plugs connected to the above.
Extension leads (mains voltage)
|
Yes |
6 months - 4 years depending
on equipment connected to |
1 - 5 years depending
on equipment connected to |
Keeping records of the results of inspection and testing can be useful,
and can prove important should there be an accident.
Extension Leads
The use of extension leads should be
avoided where possible. If used, they should be tested as portable appliances.
It is recommended that 3-core leads (including a protective earthing conductor)
be used.
A standard 13 A 3-pin extension socket-outlet
with a 2-core cable should never be used even if the appliance to be used
is Class II, as it would not provide protection against electric shock
if used at any time with an item of Class I equipment.
Portable Equipment Outdoors
The current requirement for supplies
to portable equipment outdoors is that all socket-outlets which may reasonably
be expected to supply portable equipment outdoors, must be protected by
an RCD with a rated residual operating current not exceeding 30mA to provide
supplementary protection against direct contact.
In domestic premises, where no dedicated
30mA RCD protected socket-outlets are provided, the requirement would
usually apply to all the socket-outlets located on the ground floor. However,
depending on the particular premises, the requirement might also apply
to other levels. Socket-outlets installed below kitchen worktops may usually
be considered to be unavailable for connection of outdoor portable equipment,
and would therefore not be required to be RCD protected. It would be prudent
to exclude socket-outlets intended for refrigerators and freezers from
circuits which require sensitive RCD protection. |