ROISSY, France, 8th September 2014 -- Honeywell (NYSE: HON), the world’s largest supplier of personal protective equipment (PPE), will be presenting its latest occupational safety solutions for onshore and offshore wind turbine applications at the inaugural WindEnergy exhibition to be held September 23-26 in Hamburg, Germany. Visitors to the Honeywell stand, B2.EG.288 in Hall B2, will be able to find out more about the company’s newest height safety products including the Miller Evac-Bodysplint rescue stretcher.

- Miller Evac-Bodysplint rescue stretcher from Miller by Honeywell, which has been specifically developed for the wind energy industry. Designed with customer feedback, the stretcher conforms to the shape of the body and has flexible straps. The new spider suspension system ensures safe rescues even in extremely difficult situations;
- Miller HandZup® work positioning lanyard, a new patented work holding and positioning system that is specifically designed for safe and intuitive use guaranteeing optimum work positioning. With an ergonomic design that enables increased flexibility, durability and ease of use, Miller Handzup allows hands-free operation with zero risk;
- Miller Revolution R7 harness that is specifically designed for wind energy applications and offers users a comfortable fit with enhanced mobility. This innovative fall protection equipment features automatic buckles, an Ergo Armor back shield and work positioning belt providing workers with superior protection at height. All Miller fall protection harnesses designed for the wind industry are CE certified and comply with EN standards (EN 361) and where relevant EN 358 and EN 813. Many harnesses in the Miller line meet international approvals and standards including EN, CSA, ANSI, OSHA and ACE / NZS;
- Söll MultiRail®, a modular rail anchor system that can be factory-curved to match any rooftop profile and offers increased fixing intervals of up to six metres which, combined with the availability of overhead versions, make it ideal for next generation multi-megawatt turbines and use in increasingly bigger nacelles.