机床与液压
機床與液壓
궤상여액압
MACHINE TOOL & HYDRAULICS
2014年
14期
150-153
,共4页
I/O-Link轴%数控机床%自动选刀%程序设计
I/O-Link軸%數控機床%自動選刀%程序設計
I/O-Link축%수공궤상%자동선도%정서설계
I/O-Link axis%CNC machine tool%Automatic tool selection%Program design
为降低加工中心刀库选刀故障率，提出应用FANUC I/O-Link轴外围设备控制技术、通过伺服电机驱动刀盘分度与定位的方法，并对I/O-Link轴的功能指令格式与作用、地址分配、参数设定、PMC程序设计做了详细的介绍。经过机电联调，验证了基于I/O-Link轴的刀库选刀控制精准，可靠性高，换刀时间短。
為降低加工中心刀庫選刀故障率，提齣應用FANUC I/O-Link軸外圍設備控製技術、通過伺服電機驅動刀盤分度與定位的方法，併對I/O-Link軸的功能指令格式與作用、地阯分配、參數設定、PMC程序設計做瞭詳細的介紹。經過機電聯調，驗證瞭基于I/O-Link軸的刀庫選刀控製精準，可靠性高，換刀時間短。
위강저가공중심도고선도고장솔，제출응용FANUC I/O-Link축외위설비공제기술、통과사복전궤구동도반분도여정위적방법，병대I/O-Link축적공능지령격식여작용、지지분배、삼수설정、PMC정서설계주료상세적개소。경과궤전련조，험증료기우I/O-Link축적도고선도공제정준，가고성고，환도시간단。
In order to reduce the failure rate of tool selection from ACT on machining center,a technology based on FANUC I/O-Link axis peripherals was presented. The cutter disc was indexed and positioned by the servomotor. Then the format and function of the function instructions,address assignment,parameters setting and PMC program design were introduced. After electromechanical setting,higher positioning accuracy of the selected tool,higher reliability and shorter time of changing tool are realized.
