BMEP58CPROS3
伺服系统的发展经历了由液压到电气的过程，电气伺服系统根据所驱动电机类型分为直流（DC）伺服系统和交流（AC）伺服系统。交流伺服系统按其采用的驱动电机类型又可分为永磁同步（SM型）电动机交流伺服系统和感应式异步（IM型）电动机交流伺服系统。
BMEP58CPROS3
由于直流伺服电动机存在电机结构复杂，维修工作量大例如电机的电刷、换向器等则成为直流伺服驱动技术发展的瓶颈。随着微处理技术、大功率电力电子技术的成熟和交流永磁电机材料的发展和应用，电机效率的提高和制造成本的降低，交流伺服系统得到长足发展并将逐步取代直流伺服系统。
BMEP58CPROS3
BMENOS0300C
BMENOC0301C
BMENOC0311C
BMENOC0321C
BMECXM0100H
BMENOP0300C
PMEPXM0100H
BMXP341000H
BMXP342020H
BMXP3420302H
BMXNOE0100H
BMXNOE0110H
BMXNOM0200H
BMXNOR0200H
BMXETM0200H
BMXNRP0200C
BMXNRP0201C
BMXCRA31210C
BMECRA31210C
BMXXBP0400H
BMXXBP0600H
BMXXBP0800H
BMXXBP1200H
BMEXBP0400H
BMEXBP0800H
BMEXBP1200H
BMEXBP0602H
BMEXBP1002H
BMXXBE1000H
BMXCPS3500H
BMXCPS4002H
BMXCPS4002S
BMXCPS3020H
BMXCPS4022H
BMXCPS4022S
BMXCPS3522H
BMXCPS3522S
BMXDDI1602H
BMXERT1604H
BMXSDI1602
BMXDDI3202KH
BMXDDI6402KH
BMXDDI1603H
BMXDAI1602H
BMXDAI1603H
BMXDAI1604H
BMXDAI1614H
BMXDAI1615H
BMXSDO0802
BMXDDO1602H
BMXDDO1612H
BMXDDO3202KC
BMXDDO6402KC
BMXSRA0405
BMXDRA0805H
BMXDRA0815H
BMXDRA1605H
BMXDRC0805H
BMXDAO1605H
BMXDAO1615H
BMXDDM16022H
BMXDDM16025H
BMXAMI0410H
BMXSAI0410
BMXAMI0810H
BMEAHI0812H
BMXAMO0210H
BMXAMO0410H
BMEAHO0412C
BMXAMO0802H