be an updating of Part 4 of the standard – AS/NZS This covers how fall protection equipment is to be selected, used and maintained. appendix in AS/NZS , refer to the definitions in the. Glossary, on page * . The inspection and maintenance instructions of height safety. AS/NZS gives guidance on equipment selection for the right situation. Fall protection plans are similar to work method statements.
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Preventing heat-related illness in the workplace. If a person wishes to work in ‘restraint’, the new requirement is for the equipment and anchorage they are using to be classified as ‘fall arrest’ this usually means the equipment is to be fitted with an energy ax.
Information on Australian Standards® AS and AS/NZS – Standards Australia
Having a prominent frontal connection point will also facilitate a rescue connection, should there be a need to rescue the wearer after a fall. Why material choice matters with fall arrest equipment. Safe jetty access implemented at coal terminal John Holland designed the Mobile Swing-stage Gantry in an effort to keep workers safe while The upgrading of the standard also includes a requirement to increase the strength of the latches on connection components, such as hooks.
For example, the limits of sit harnesses are more precisely defined they are not allowed to be used where there is a risk of more than mm of free fall. A major change for many workers will affect how they work in ‘restraint’ where they are connected to a structure in a way that prevents them getting to a position where they may risk a free fall.
While there are many harnesses out in the workplace with frontal connection, only some eg, Miller ‘Towerworker’ and ‘Stretchguard’, distributed by Sperian have been rated as ‘full fall arrest’.
Other changes to Part 4 clear up some of the misunderstandings that have evolved in the industry over the last few years. This one change to the standard will make working at heights dramatically safer. With the increase of awareness around working at height, the a of SRLs as a means of effective It is foreseeable in the future that this type of ‘lower body harness’ may well be removed from the industrial fall protection market altogether.
The other major change is that all harnesses made to the new standard will be fitted with a ‘full fall arrest’ anchorage point on the front of the harnesses. New fall protection standards.
This new change in the regulations will require all harnesses to be manufactured up to this level. The risks of working at height are often misunderstood by many people, but there are 10 crucial These sa allow the person to be continuously connected to the structure from the moment that they leave the ground. The dangers of festive season fatigue.
Information on Australian Standards® AS 1891.4:2009 and AS/NZS 5532:2013
The new edition of Part 4 will also clarify the amount of ground clearance required in a variety of potential fall situations.
Leading edge fall protection — defining the risk With the increase of awareness around working at height, the use of SRLs as a means of effective This type of equipment makes fall protection programs for maintenance and construction crews easier and safer.
The changes brought about in this standard have the full support of fall protection users and equipment manufacturers, as it az generally believed that this will create a safer working environment for people working at heights.
This change will make harnesses easier to use for people working in many industries as it will enable them to comfortably connect to their fall arrest systems and to easily confirm that connection.
New fall protection standards
This will bring these components up to international standards. This covers how fall protection equipment is to be selected, used and maintained.
This will make the setting up of fall arrest systems far safer, accurate and above all, realistic. One of the main benefits of having a frontal fall arrest point on a harness is the ease with which such a harness can be used with many of the installed fall arrest systems that are rapidly making access to even very complex structures safer.
There have been too many ‘near misses’ and fatalities where people think they have been working in ‘restraint’, only to have the surface that they are working on collapse or shift.