移动式升降工作平台上平台控制的安全隔离方法

英国卫生与安全执行局 (HSE) 与国际高空作业平台联盟 (IPAF) 合作制定了有关移动式升降工作平台 (MEWP) 平台控制安全隔离方法的以下指南。

  • IPAF确认其在MEWPs上面运用最为广泛的全球安全标贴已经有最新版本 – 即将发布一个重新设计的标贴,专门用于标注辅助下降控制器的位置.

  • IPAF 正在力劝人们参与在线咨询,对于运用MEWP 虚拟现实模拟器发表看法.具体做法就是在线完成一个简短的问卷调查www.ipaf.org/VRconsultation, IPAF 在近期英国和法国举办的重要行业活动中演示了虚拟现实模拟器的技术.

  • IPAF发布了最新的安迪招贴画--这是曾经赢得奖项的精选贴画,到现在安迪招贴画总数已经达到20个了. IPAF 建议雇主们每个月下载一个招贴画,让招贴画成为各个公司持续进行的安全宣讲的一部分.

  • 300位业界精英于2018年3月8日齐聚美国迈阿密,让高空作业领域国际奖项颁奖典礼(IAPAs)大放异彩! 共同承办活动的有Access International 和 IPAF, 高空作业领域国际奖项颁奖典礼( IAPAs)专为庆祝高空作业领域的最佳实践和卓越成就.

    今天参与迈阿密希尔顿盛会的来宾也优先知晓了下次庆典举办地为阿联酋的迪拜.

  • 国际高空作业平台联盟经历了又一个高速增长的年景:与前一年相比,会员总数增加了 6.6%;营业额增加了 7.8%;全球范围内的培训量增加了4%。 上述数据均可见于2017年年度报告;该报告以八种语言出版发行,包括中文,这是有史以来第一次有中文版本。

  • The shortlisted nominees for the 2018 International Awards for Powered Access (IAPAs), jointly hosted by the International Powered Access Federation (IPAF) and Access International, has been unveiled following the judges meeting in London, UK.

  • This notice is to formally advise members of the 34th Annual General Meeting of the International Powered Access Federation which will take place at 09.00 hrs at the Hilton Miami Downtown, 1601 Biscayne Boulevard, Miami, FL 33132, USA on Thursday, 8th March, 2018.

  • 国际高空作业平台联盟(IPAF)推出了一个新的大型网站,具有全新的颠覆性设计,提供了更具互动性的菜单以及可以自动提取用户所属区域和语言设置的直观界面。

  • IPAF is pleased to announce Matt Fearon, President of Terex AWP, the global manufacturer of Genie® branded Mobile Elevating Work Platforms (MEWPs), will be its headline speaker at the organisation’s annual ElevAÇÃO conference, on 5-6 February 2018 in São Paulo, Brazil.

  • 300 多名来自亚洲各地及更远地区的代表出席了在中国长沙举办的 IPAF 亚洲会议,通过宣布为悬臂式移动升降工作平台 (MEWP) 所有作业员配备安全带的誓言,确立了他们对高空作业行业安全的承诺。

  • A selection of 3D virtual Mobile Elevating Work Platforms (MEWPs) and Mast Climbing Work Platforms (MCWPs) is now available in the National Building Information Modelling (BIM) Library with more to follow thanks to the efforts of experts from the International Powered Access Federation (IPAF).

  • Across 2017, IPAF’s Back to Basics safety campaign focusing on identifying and mitigating typical risk scenarios when operating Mobile Elevating Work Platform (MEWP) equipment worldwide has actively inspired and informed safety messages and key industry events from Las Vegas and Amsterdam to Shanghai and Abu Dhabi.

  • The IPAF Summit and the International Awards for Powered Access (IAPAs) is a perennial highlight of the powered access calendar, and in 2018 the event returns to Miami, hosted at the Hilton Miami Downtown, Florida, US. Don’t miss out on the access industry’s most important annual celebration, combining great educational and networking opportunities, with the traditional IPAF networking event on the eve of the conference on 7 March, the Summit and IAPAs gala dinner on 8 March, and fascinating site visits on the morning of 9 March.

  • A special Mobile Elevating Work Platform (MEWP) control test rig has been travelling the world since its debut at the APEX 2017 event in Amsterdam, Netherlands, in May, and most recently has been on three major UK construction sites to gather data to help the global standards body make recommendations as to the best way to standardise MEWP controls worldwide.

  • IPAF has made a senior management appointment to head up its global Technical & Safety department. Andrew Delahunt will join from a major global Mobile Elevating Work Platform (MEWP) manufacturer, where he is currently the Worldwide Safety and Homologation Manager. Andrew will be based in IPAF’s office in Basel, Switzerland, and will take up the post from January 2018.

  • A dedicated representative for the global Mast Climbing Work Platform (MCWP) market has been appointed by the International Powered Access Federation (IPAF), in a new role created by the organisation to reflect the growth and influence of its MCWP membership base and activities.

  • The fatal injury rate (FIR) for mobile elevating work platforms (MEWPs) declined in 2016, despite the fact that the total MEWP rental fleet and the number of rental days worldwide increased significantly over the same period.