Fairground Electrical Safety Regulations

Funfair Safety Guide

Fairground electrical safety regulations in the UK by British Standards BS 7671: 'Requirements for Electrical Installations', specifically the section relating to temporary electrical installations. Whether you're setting up at a fairground, amusement park, or circus, it's important to make sure everything is electrically safe and up to code.

We've given you the highlights of these standards below. Please note that We Are Tricycle adheres to all UK fairground health and safety standards in all our operations.

Preventing Electrocutions and Shocks at Funfairs and Fairgrounds

Electrical safety review for fairgrounds

To protect you, your staff and visitors against electrical injuries, it's important to follow certain protective measures, such as keeping electrical equipment out of reach by the use of containment devices, crowd barriers, insulation and other methods. Consider how to keep guests safe on fairground rides such as electric dodgems, which can only be operated at extra low voltage under special conditions, and which may have electricity just outside of arm's reach.

RCD (residual current device) protection ensures funfair rides and other temporary electrical installations are automatically disconnected from the power supply in case of a problem. One or more RCDs with a rated residual operating current of 300 mA or less are required. You may need to seek manufacturer instructions for the correct RCD, especially for DC devices.

All final circuits (like lighting, socket outlets, and mobile equipment) must also be protected by RCDs with a rated residual operating current of 30 mA or less. This extra protection is important to help prevent damage to cables.

Supplementary equipotential bonding is also important. This involves connecting two simultaneously accessible parts together, and helps ensure that all parts are at the same potential. This further reduces the risk of electric shock.

Finally, it's important to make sure that all wiring systems and equipment are suitable for their location and able to operate without problems. Protection against water and other external influences must be provided, and electrical equipment must have a minimum IP44 protection rating.

As for lighting installations, Section 740 includes requirements for things like IP ratings, fixing arrangements, mounting heights, access requirements, and restrictions on lamp holders. Make sure to check the full regulations for all the details!

We Are Tricycle - Funfair Electrical Safety Experts

Fairground and Funfair Ride Electrical Safety

When we power funfair rides, we make sure they're safe. As a leading provider of electrical safety solutions for funfairs and amusement parks, we have years of experience in ensuring the safe operation of funfair rides and attractions, so you can rest assured that your guests are in good hands when you're with us.

We understand the importance of keeping your funfair safe, and that's why we offer professional and reliable services to help you achieve this. Whether you need electrical inspections, maintenance, or emergency repair services, we have the expertise and resources to get the job done. Trust We Are Tricycle to keep your funfair electrically safe and secure.

Check out our funfair safety FAQs for more information.

Related Guidance for Fairground Electrical Safety

Electrical safety does not operate independently from the rest of a funfair's safety arrangements. Power systems interact with ride installation, routine checks, maintenance, weather conditions and the way equipment is positioned around the venue. The guides below provide useful next steps for readers who want to understand those connected subjects.

Start with How Fairground Rides Receive Their Power

For more background on the systems behind amusement equipment, How Are Funfair Rides Powered? explains how power forms part of a mobile fairground operation. It is a useful companion to the electrical regulations discussed above because it looks at the practical power requirements behind the attractions visitors see.

Different equipment can have different requirements, so organisers should establish what is needed for the specific fairground rides, games and other attractions booked for their event.

Electrical Checks Sit Within Wider Daily Ride Checks

Electrical considerations form only one part of preparing amusement equipment for operation. Daily Safety Checks for Funfair Rides looks at the broader pre-opening checking process and helps put electrical safety into context alongside the other aspects of an attraction that require attention.

For a wider overview of how amusement equipment is assessed, How Funfair Rides Are Tested for Safety explains the different layers of ride testing and inspection.

Understand the Role of ADIPS

Readers researching UK amusement-device safety may also encounter ADIPS. What Is the ADIPS Scheme? explains the scheme and its place within amusement-device inspection, while What Are the UK's Safety Standards for Fairgrounds? provides a broader introduction to the UK safety framework.

These guides are particularly useful if you are looking beyond electrical requirements and want to understand how different parts of fairground safety fit together.

Maintenance Continues Beyond the Initial Inspection

Safe operation is not simply a matter of completing an inspection when equipment is first installed. Amusement rides require appropriate ongoing attention throughout their working lives.

Funfair Ride Periodic Maintenance examines longer-term maintenance considerations. Readers interested in more specialised inspection techniques can also see Non-destructive Testing of Funfair Rides.

Setup and Electrical Safety Need to Be Considered Together

A mobile funfair is assembled at the venue rather than remaining permanently installed in one location. The installation process therefore forms an important part of the wider safety picture.

How to Set Up and Tear Down Funfair Rides looks at the event setup process, while How to Assemble and Dismantle Funfair Rides provides further information about the practical stages surrounding amusement equipment installation and removal.

Position Power Requirements Within the Site Plan

The location of a ride should not be considered solely according to where it looks best. Operational requirements, public routes, queues, access and supporting infrastructure all need to work within the same site.

How to Place Funfair Rides Around the Site explains the wider layout considerations involved when arranging attractions. This is particularly useful for organisers planning a mixture of big funfair rides, small funfair rides, games, catering and other temporary equipment.

Weather Adds Another Layer to Electrical Planning

Outdoor events have to operate in an environment that can change during setup and opening hours. Rain, wind, thunderstorms and deteriorating ground conditions can create considerations extending well beyond electrical equipment alone.

How to Prepare Funfairs for Adverse Weather looks at preparing for different weather conditions, while Rainy Weather FAQs provides additional information specifically for wet events.

Strong Wind Has Its Own Ride-Safety Considerations

Electrical systems may continue to function normally while environmental conditions make another aspect of ride operation relevant. Wind is an important example, particularly for tall or exposed equipment.

How to Keep Funfair Rides Safe in Windy Conditions explains why individual attractions need to be operated according to the requirements applicable to them rather than assuming one weather rule applies to the entire fairground.

A Loss of Power Is Only One Reason a Ride Might Stop

When a fairground ride stops unexpectedly from a visitor's perspective, it is easy to assume there has been an electrical or mechanical failure. In practice, operation can be interrupted for a range of reasons.

What Causes a Funfair Ride to Stop? explains some of these possibilities and why a temporary stop does not automatically indicate that an attraction is unsafe.

Visitors should follow instructions from the operator rather than attempting to leave or interfere with a ride themselves.

Electrical Equipment Should Remain Separate from Public Movement

Visitors need to move safely between attractions without entering operational areas or interfering with equipment. Site design can therefore contribute to the separation between public spaces and infrastructure used to run the event.

How to Ensure the Safety of Your Guests at Your Funfair looks at the wider visitor-safety picture, while How to Manage Queues at Funfairs explains how waiting areas can be prevented from spreading into unsuitable parts of the site.

Barriers Can Help Define Appropriate Event Areas

Where physical separation is appropriate, crowd barrier fences can be incorporated into the event layout for suitable crowd-management purposes. How to Use Crowd Barrier Fencing at Events explains how barriers can support pedestrian routes, queues and restricted areas without treating them as a substitute for proper operational planning.

Risk Assessments Bring Different Hazards Together

Electrical safety is one consideration within the broader assessment of an event and its equipment. How to Perform a Funfair Ride Risk Assessment provides further information about identifying and considering hazards rather than examining one issue in isolation.

This can be particularly useful for event organisers trying to understand how power, equipment, weather, visitors and the physical venue relate to one another.

Know Where Electrical Problems Fit into Emergency Planning

Most electrical safety work is preventative, but organisers should still have arrangements for unexpected incidents. How to Plan for Emergencies - Funfair Crisis Management looks at preparing those arrangements before an event opens.

If an incident is already taking place, What to Do in a Funfair Emergency covers the importance of following instructions from responsible personnel and emergency services, maintaining appropriate access and communicating confirmed information to visitors.