PARKER ET系列电动缸厂家：PARKER派克 ET系列电动缸填补了气动和液压传动间的空白。这种设备和各种附件一起使用，可以在以应用中执行各种功能：材料移动和供应系统；在木材和塑料加工工业；在机床中作为垂直进给轴；在纺织加工工业中作为拉伸和夹紧机构；在汽车工业中作为传输和供应组件；测试器械和实验室应用；调节阀或节流阀； ET系列电动缸主要特征：高等级的机械效率（可达90%）行程长度可达2400毫米高推力/牵引力，可达44.500牛顿可重复精度± 0.07毫米（最高±0.01毫米）速度可达1.3米/秒调速皮带轮传动（平行电机安装），可以提供4种传动比滚珠丝杠倾斜为5~50毫米/回转 5种不同的外形尺寸ET32、ETB50、ETB80、ETB100、ETB125（此外，还可提供ETV32、ETV100 两种长寿命规格）可以是伺服电机传动或步进电机传动 IP54防护等级（IP65防护等级可选）对于精确移动、定位、设置和执行机构，ET系列电动缸可以提供以下功能：高级滚珠丝杠传动；平滑的操作；低损耗等级；低维护成本；高效率；长预期寿命；由于没有粘滑效应，即使在低速度下也能保持高精度；出色的效率防止了热量的积累，从而可能实现高速度；主要系列缩写型号： ETB32M、ETB50M、ETB80M、ETB100M、ETB125M、ETS32M、ETS50S、ETS80S、ETS100S、ETS125S、ETV32M、ETV100。型号举例： ETB32M05LA90FM200A ETB50M05PA57CS250A ETB80M05LA77FM120A ETB100M05PAJ6ESA810A ETB125M10PAJ7ESA830A
Typical fields of application: The electro thrust cylinder closes the gap between pneumatic and hydraulic drives. Together with the wide choice of accessories, it offers many possibilities in the field of: Material handling and feed systems, wood and plastic working industry vertical actuators for loading machine tools in the textile industry for tensioning / gripping textile fabrics in the automotive industry for transporting and feeding components Testing equipment and laboratory applications Valve and flap actuation
Performance / Technical data: For precise motion, positioning, setting and actuating, the ET offers: High mechanical efficiency up to 90% Stroke up to 2400mm High traction/thrust force up to 44500N Repeatability ± 0.07mm (up to ± 0.01mm) Speeds up to 1.3m/s Timing belt drive (with parallel motor mounting) also available with transmission ratios Screw pitch from 5 to 50mm/rev 5 different sizes + ETV32 and ETV100 (V=longer service life) Available with servo or stepper motor drive IP54 Standard (Option IP65) Sort out the reference materials from www.runcheng.net ,you can find it. The technology: Advantages of the ballscrew drive Smooth operation Low wear Low maintenance High efficiency long life High precision even at low speed, as hardly any stick-slip effect occurs High speeds are possible due to high efficiency and low heat generation