The BS 8300 code of practice details the required design of buildings for meeting the needs of disabled people. The key element of the revision to BS 8300 is to offer "equal access to services and buildings".
BS8300 is a British Code of Practice that sets out the requirements of how buildings should be designed, constructed and maintained to meet the needs of disabled people as well as create an accessible and inclusive environment for them.
BS 8300 is in place to ensure everybody has access to enter, to use and to exit a built environment equally particularly the diasbled, elderly or those less able to stand.
One of the largest disabled groups in the UK with 1 in 6 of the population (11 million) live with a hearing impairment, a ¼ of those wear hearing aids. With these figures in mind the B/559 committee (the official body which creates and revises the British Standards), realised the original BS 8300 code of practice had become outdated and needed revising.
The previous standard was largely based on the Equalities Act 2010 and Part M of the building regulations which stated “reasonable adjustments” to enable people with disabilities to use their services and “provide auxiliary aids and services” including hearing induction loops.
The original standard offered limited detail and did not give examples of what makes best practice. Having this uncertainty meant it was hard for AV installers to justify their knowledge over an electrician who could fit an induction loop system. It also meant the end clients weren't appropriately served.
In previous versions of BS 8300 the main focus was on the design of seperate accessible facilities and their ability to meet requirements of the disabled. The recent version however focuses on the environment as a whole and how it can be made universally accessible meaning developers can build/make inclusive environments from the start. Therefore the revisions to BS 8300 have been made to create the perfect design of an inclusive and accessible environment.
The key element of the revision to BS 8300 is to offer "equal access to services and buildings". As an example, this includes hearing aid wearers no longer only having access to only one designated checkout, they now are able to use any checkout as they all offer loops.
Given the progress of innovation and planning, individuals should never again be 'highlighted' by their disability and should be incorporated into the environment in a fully inclusive manner.
There are now a firm set of guidelines for those in the contruction industry to adhere to in order to be BS 8300 compliant. The guidelines apply to within the building itself and the immmediate surroundings. For example:
You must consider every aspect of a buildng/its surroundings and how it impacts on a users accessibility.
As the guidelines of the BS 8300 standard were developed by industry experts, they recognise the importance of expertise/knowledge in ensuring that the application of resources including Induction Loop Systems meet the needs of the end user. The revised standard covers all external accessibility issues as well as all internal issues. The standard states which public areas should have assistive hearing systems and what type of loop system should be specified.
If a loop system can't cover the whole environment it is meant for, it must be addressed with clear signage to indicate where it is accessible. Environments and sectors where assistive listening systems should be applied include:
In any project you may be involved with the new revised standard of Induction Loop integration cannot be ignored. The use of microphones within the loop system is also covered – this is where an AV professional’s knowledge will make a difference in ensuring the most appropriate products are selected.
It is no longer enough to just install a loop. If a person with hearing impairment/loss cannot access information or entertainment because the system has not been specified or installed properly, the new revised standards have not been met.
There is now a requirement for reactive and preventative maintenance of hearing induction loop systems, using a provider with expert knowledge. So having the knowledge on how to survey a room, check for interference or how to specify the correct microphone – these are all issues that highlight the need and importance of expertise in every project at the earliest stage possible.
Regular testing is another essential to be sure of compliance. If an induction loop system is not regularly tested and a loop user goes into a building to find the loop system does not work and nothing can be done about it at that stage – the standards have not been met. Using a provider with specialist knowledge from the beginning helps protect customers from reputational damage as well as the financial consequences of a loop system not working and not meeting the BS 8300 standards.
Staff members are the connecting point between the hearing loop and the user. It is essential that staff know a loop is in place and the basic functionality of it; this way they can advise customers and visitors accordingly.
A lot of hearing aid users have found that induction loop systems are in place but are turned off or staff are un -aware that the loop system does not work. This is caused by lack of staff training or lack of testing using an appropriate testing meter. This is not only frustrating for the users of the loop, it also means people are likely to take their business elsewhere.
Signage is part of the BS 8300 code of practice, it is part of an integrated communication scheme. Signage is essential as it gives clear directions, information and instructions for use of a building.
Signage is an essential part of an induction loops system. Clarifying where a loop system exists is fundamental so that the user can access it effectively. There should always be corresponding signage wherever an induction loop system is installed.
The new BS 8300 standard matters as it cannot be ignored in any project that you may be involved with. The new standard also provides more clarity on how the buildings should be designed, constructed and maintained to create an accessible and inclusive environment for disabled people.
For AV installers and integrators it recognises and increases the value of expert skill; however, that expertise must be up-to-date and range completely across these new changes.
|Application / Location||Typical Sound Source||Type of Loop / Assistive Listening System||Appropriate Level of Provision|
|Bank counter||Staff voice||Counter loop||
Ideally every counter provides a loop.
If glazed screen is present then a speech transfer system is needed in addition to the loop.
|Supermarket checkout||Staff voice||Counter loop||Ideally every checkout provides a loop.|
|Reception desks||Staff voice||Counter loop|
|Customer service tills||Staff voice||Counter loop|
|Retail point of sale||Staff voice||Counter loop||Minimum of every other counter provides a counter loop.|
|Check-in desks||Staff voice||Counter loop||All check in desks.|
|Payment window||Staff voice||Counter loop and speech transfer system||All payment windows.|
|Ticket window||Staff voice||Counter loop and speech transfer system||All ticket windows such as transport, theatre etc.|
|Retail point of sale (self service)||Audio from self-service unit||Integrated loop||All units|
|Help point or information point (that provides audio)||Audio from help point||Integrated loop||All help points|
|Refuge point||Audio from refuge point||Integrated loop||All refuge points|
|Door entry systems (entrance panels)||Audio from door entry panel||Integrated loop||All door entry panels|
|Lift emergency intercom||Audio from intercom||Integrated loop||All emergency intercoms|
|TV listening (home)||TV||TV loop system|
|TV listening (communal areas)||TV||Large area loop|
|Announcements (airports, train stations)||PA announcement system||Large area loop or a loop that covers a designated area (which will require clear signage)||A designated area (zone) is identified that relates to the announcement and gives maximum coverage (attention is needed to ensure specific zoned areas are looped accordingly).|
|Conference rooms||Presenter’s voice / AV system||Large area loop|
|Meeting rooms||Attendees’ voices / AV system||Large area loop||Microphone type and coverage needs to be specified correctly.|
|Boardroom||Attendees’ voices / AV system||Large area loop||Microphone type and coverage needs to be specified correctly.|
|School classrooms||Teacher’s voice / AV system||Large area loop||Could be used in conjunction with a Soundfield system.|
|Lecture theatres||Tutor’s voice / AV system||Large area loop||Could be used in conjunction with a Soundfield system.|
|Places of worship||PA system||Large area loop||Ideally the whole area of the congregation is covered. If this is unachievable a minimum of 50% is attained and clearly signed where the loop is operational.|
|Entertainment venue||Venue sound / AV system||Large area loop|
|Consultation rooms||Consultant’s voice||Counter loop / small area loop||Where the acoustic environment is benign and the consultant and patient are within 2m of each other an induction loop might be unnecessary.|
|Communal rooms||Presenter’s voice / AV system||Large area loop||Nursing, residential and care homes, day centres, community centre.|
|Via a microphone||In phased array configuration|