IPAF Releases Guidance on Major Inspections of AWPs

The guidance document outlines a major inspection program to validate structural integrity and functionality of critical components of an AWP.

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IPAF has released technical guidance on major inspections of aerial work platforms (AWPs) aimed at keeping equipment safe beyond the manufacturer’s design life.

The guidance document outlines a major inspection program to validate structural integrity and functionality of critical components of an AWP. Such a program may be undertaken to determine if a machine is within safe design and use criteria beyond the manufacturer’s design life. Design life is defined as the duration determined by the manufacturer for which a structure or a structural component may be used for its intended purpose with recommended maintenance.  

“AWPs are safe by design and constructed to set criteria as defined by national and international standards dependent on which country/continent they are intended to be first put into service,” explained IPAF technical & safety executive Chris Wraith. “The growing demand around the world for second-hand machines and the retention of machines in some rental fleets has led to the use of AWPs beyond the original design life. We need to recognize that there are machines in use which: i) have been in service for 10 years or more, yet may not have reached their design life with regard to usage, and ii) have reached their design life prior to 10 years because of intensive usage or use in a severe operating environment. This is where the new guidance comes in.”

The document reiterates that equipment owners should fulfill their legal obligations and ensure that AWPs are maintained in good repair and safe working order by implementing regular inspection and maintenance programs in accordance with local, state or federal regulations, legislation, directives, standards and manufacturer’s requirements. These may include: pre-use inspection; interim, frequent or periodic inspections; and six-monthly or annual inspection/examination by a qualified person.

“The harsher the operating environment, the more frequent the inspection should be,” said Chris Wraith. “Depending on the frequency of use and severity of the operating environment, planned inspections should be carried out at a frequency to enable the AWP to be kept in a safe and satisfactory condition.”

The document thus proposes that an AWP should undergo a major inspection within 10 years after having been originally put into service and subsequently every 5 years after that (e.g. 10, 15, 20 years old).

The major inspection program can also be used to assist owners in determining if an AWP is within safe design and use criteria when they: i) acquire a machine with insufficient service, maintenance history and inspection records, or ii) suspect an AWP to have been exposed to exceptional circumstances which may have affected the structural integrity of critical components, thus jeopardizing the safe use.

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