The　acquisition　of　dynamic　data　and　the　development　of　high　performance　control　strategy　of　contactors　are　basis　of　analyzing　and　improving　performance　of　contactors.　Therefore,　an　experimental　platform　integrating　intelligent　control　and　data　acquisition　is　designed　in　this　paper.　Firstly,　a　hardware　device　based　on　CompactRIO　system　is　designed,　and　a　software　system　based　on　LabVIEW　software　platform　is　developed　which　works　with　the　hardware　devices.　Secondly,　control　and　data　processing　programs　is　wrote　in　FPGA　to　realize　the　embedded　control.　Data　communication　and　transmission　between　PFGA　and　Real-time　are　constructed　to　realize　the　functions　of　data　acquisition　and　waveform　display　which　is　similar　to　an　oscilloscope.　Finally,　experiment　is　carried　out　on　the　CJ20-630A　contactor.　The　experiment　result　shows　that　the　designed　experimental　platform　can　realize　the　embedded　control　and　data　acquisition　and　processing.　It　is　of　great　significance　to　develop　high　performance　control　and　obtain　its　dynamic　characteristics　of　contactor.　©　2022,　The　Author(s),　under　exclusive　license　to　Springer　Nature　Singapore　Pte　Ltd.