Electrical Safety
On campus different types of electrical hazards require management. These are:
- The use of portable electrical equipment (e.g. laptops, kettles and heaters)
- The use of electricity or electrically powered equipment in research activities
- The creation of electrical circuits and components
- New technologies including the use of batteries and DC currents
- Portable equipment
All users of electrical equipment are responsible for the safe use of the equipment. This involves ensuring Portable Appliance Tests (PAT) have been completed, stopping the use of devices that have failed PAT, or if damage is noticed, taking out of service and getting the item electrically checked. Items must be turned off at the end of each working day, as this minimises both the fire risk and University’s energy consumption. To request a PAT test, please contact the SEF Service Centre: ServiceCentre@sef.fm.
Hard-wired, 3-Phase or Electricity Generating Research Equipment
Equipment must be sourced from reputable insured suppliers, manufactured to relevant safety standards (EN or BS Standards). Manufacturer’s recommendations on their installation and use must be considered.
The installation of these units should be planned to ensure that any changes to the facility’s electrical distribution system, including appropriate isolations and earthing points can be installed. Installation must be completed by a competent person, any alterations to the facility’s electrical distribution system must be completed by a qualified electrician, under a permit to work.
The equipment must be risk assessed and users trained in operating the equipment.
Creation of Electrical Circuits and Components
Research activities may involve designing, building and testing electrical circuits and components. Individuals conducting this activity must have undergone appropriate training by their School, and appropriate supervision until they have been verified as suitable to work without supervision.
Equipment must be checked using methods which minimise the risk of harm if the unit fails (e.g. shorting or arcing), with appropriate fusing in place to ensure the facility’s electrical distribution system is not impacted.
Policies and Guidance Documents