TOOLS SAFETY && SAFETY
TOOLS
< Rather than removing the risk entirely,
this equipment mitigates the impact of
a fall and must be designed according
to the individual specifications of the
site. In the planning stages, the type of
roof substrate, building height and fall
clearances are all taken into account
in order to ensure the system works as
effectively as possible.
In addition, specialist training, PPE
and a rescue plan are required prior to
any work at height commencing.
Protection options
There is a no ‘one-size-fits-all’ solution
when it comes to fall protection – all
equipment must be specified on a case-bycase
basis. This begins with a thorough
site survey, in which key structural
requirements and obstacles are identified,
along with the level of access needed and
any specific environmental risks. Then,
once this detailed inspection has been
thoroughly completed, the appropriate
system can be deduced, and the design
process can begin.
The most popular types of
equipment are:
• Edge protection guardrail – Simple
yet highly effective, these are used
where roof access is required.
They can be curved or straight in
design, with a counterbalanced base.
Permanent top-fix rails are long-lasting
and demand very little maintenance,
whilst freestanding ones are a highperformance
alternative that are quick
to fit and remove the need for drilling
into the structure
• Horizontal safety lines – Suitable for
most structures, and ideally suited
to an industrial safety environment,
these are a versatile solution for
building maintenance, inspections
and façade access. They can be
modified for multiple users, helping
to boost productivity as well as
safety, and require annual testing
• GRP walkways – Glass Reinforced
Plastic is lightweight yet durable, and
offers a reliable anti-slip surface for
roof access and other elevated fixtures.
Essential for any underfoot incline
of more than 15 degrees, the material
is also corrosion and fire-resistant.
Although no maintenance is required,
periodic inspections are advised
• Eyebolts – There are two types of
eyebolt, one of which is used for
fall arrest/restraint working, such
as window cleaning, and must be
tested annually. The second option
is for rope access/work positioning,
which is used for abseiling and
requires checks every six months.
If a fall from height occurs, the fall
arrest/restraint eyebolts can save the
individual on a singular occasion,
but must then be replaced.
Choosing the right solution for the
structure is paramount – not only
where safety is concerned, but also
functionality and cost. Enlisting a
specialist supplier to carry out an indepth
survey, recommend and install a
tailored system, deliver necessary user
training and conduct ongoing testing
and maintenance, is therefore highly
advisable.
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