The webinar introduces IPAF’s new online report for accessing this year’s safety data. The new format is digital-only and enables users to navigate and filter using an interactive screen.
Mobile elevating work platforms (MEWPs) are considered to be one of safest ways of performing temporary work at height. This technical guidance explores the importance for all MEWPs to be kept in a safe working condition throughout their working life to ensure continued safe and efficient operation over time.
Normal and auxiliary control systems built into a mobile elevating work platform (MEWP) will allow the operator to bring the platform of the machine safely to ground level under controlled conditions. It is extremely unusual not to be able to lower the platform using these controls or for all of these systems to fail. The following is an example of a rescue plan for people who work at height using a MEWP.
It is essential that MEWPs are secured and managed correctly to ensure that only competent and nominated personnel operate the equipment in accordance with the employer’s safe system of work. All MEWPs should be stored in a safe and secure manner when left unattended.
This guidance is intended to assist companies to demonstrate the independence, impartiality and integrity of the 2nd party inspection/examination bodies that they employ.
Mobile elevating work platforms (MEWPs) are specifically designed to lift people to a position where they can work at height safely within the platform.
The loading and unloading of mobile elevating work platforms (MEWPs) is potentially a high risk activity, as findings from the IPAF accident reporting database (www.ipaf.org/accident) show. This document outlines the importance of planning and managing the delivery and collection operations.
CRUSHING CAN KILL - STAY ALERT, STAY ALIVE
Mobile Elevating Work Platforms (MEWPs) are often used to carry out work in areas where there are risks of crushing or entrapment to the platform occupants. Any activity involving MEWPs must be planned and properly managed. Failure to do so can result in injury or death of the platform occupants.
