AD Series (Grade C7) - AH Series (Grade C5), Side Deflector Method Ball Screws

Please refer to the specification sheet / catalogue below for more information. \n \nPlease contact us to inquire / order. \n \n  \n \nDIN standard compatible: High-load, high-speed, compact ball screws \n \nMeets three needs with optimal balance! A culmination of engineering and design expertise that satisfies multiple key requirements. \n \n  \n \nHigh load capacity yet long life \n \nThe rated load was achieved by using a nut body diameter based on users’ needs, and a ball diameter and number of circuits optimal for the screw shaft diameter. \n \nThese screws fulfil needs for high load capacity and long life. \n \n  \n \nHigh speed as a result of the Side-Deflector™ Method \n \nThe maximum rotational speed and DN value have been substantially improved to meet automation needs and shorter cycle-time needs of recent years. \n \nThe screws follow the ever-improving performance of motors. \n \nDesigned to meet the needs of recent developments in automation as well as applications with strict time requirements, AD, AH Series Side Deflector Ball Screws offer greatly increased maximum rotational speeds and DN values. \n \nThis high-speed capability keeps in step with improvements in high performance motors. \n \nAD, AH Series ball screws deliver a maximum DN value of 100,000-150,000 (twice that of conventional products) and a maximum rotational speed of 5,000 min-1. \n \n  \n \nCompact \n \nA reduction in size of approximately 30% and a maximum reduction in weight of approximately 50% have been achieved by making the nut outside diameter and flange more compact. \n \nAllows for reducing the size of machines and equipment, or making the interior of machines and equipment more spacious. \n \n  \n \nLow sound pressure \n \nSound pressure has been reduced up to 6dB when compared to conventional tube recirculation method ball screws. \n \nAdditionally, the design greatly reduces high frequency sound, which provides a pleasing improvement in sonic performance. \n \n