RES Series Planetary Gear Reducer(510 ft/lbs to 225, 000 ft/lbs)

Product Description

- **0 ft/lbs to **5, **0 ft/lbs The RES Series Planetary gears described in this catalog are designed and manufactured to meet all customer requirements. Their modular structure accommodates a wide range of ratios, and output flanges, multi-disk brakes, accessories and customized solutions. Our dimension criteria, choice of materials and the gear rating according to DIN ***0 ensure optimum performance and high reliability. The extensive information provided in this catalog and the prompt availability of our technical staff allow our customers to confidently choose the best solution for each application. The high degree of design and manufacturing technology in our products is now recognized by the ISO ***1 quality certification. The achievement of this certification further improved our products and customer services, reinforcing our strong position in key markets and diverse sectors, such as windmills, lifting equipment and earth machinery, worldwide. Our total Quality has always been our main objective. A crucial step was the achievement of the ISO ***1 Certification. Our vast experience and capability to provide diversified solutions to a wide range of industries over the years have greatly contributed to this achievement. another key element is our team work. All company departments operate in compliance with the Quality System standards to attain a common goal: total customer satisfaction. This commitment has placed us at the forefront of its sector as a leading manufacturer and supplier of planetary gears for many applications. - Material: *8 NiCrMo 5 *7 NiCrMo 6 - Carbonized, hardened & tempered - Profile offset type for max. loading capacity and smooth engagement - Shaved external teeth with improved surface finish - Rating according to DIN ***0 - Reduced noise emission DESIGN FEATURES GEARS - Designed for maximum stability - Ball graphite cast or heat treated alloy steel - Ball graphite cast GGG *0, only parts of secondary importance in grey c