A reclosing switch capable of stably opening and closing, comprising: a bracket; a permanent magnet moving core; a driving member; a linkage assembly; a limit assembly; an opening assembly; and a contact mechanism; wherein the bracket is provided inside the reclosing switch; the permanent magnet moving core is arranged on the bracket; the driving member is provided with a magnet; the magnet is penetratedly provided in the permanent magnet moving core; the permanent magnetic moving core is configured to provide a driving force to drive the magnet to move axially along the permanent magnetic moving core, and to control the driving member to drive opening or closing of the reclosing switch; the linkage assembly is connected to the bracket; and the driving member is configured to apply a pressing force to the linkage assembly to drive the closing of the reclosing switch; the limit assembly is connected to the linkage assembly; the linkage assembly is configured to drive the limit assembly to limit the driving member when the driving member applies the pressing force to the linkage assembly; the limit assembly comprises a second rotating shaft, a limit frame and a limit block; and the limit frame is provided with an extension portion extending from a top surface of the limit frame; the opening assembly is connected to the limit assembly and the bracket; the opening assembly is configured to provide a reset force to push the limit assembly to reset; when the opening assembly drives the limit assembly to reset, the limit assembly is configured to release the driving member, and the driving member is configured to be controlled under the action of the driving force provided by the permanent magnet moving core to drive the opening of the reclosing switch; the opening assembly comprises a micro-control switch, a third rotating shaft and an opening control member; the opening control member is provided with an opening control claw and a tongue portion; the opening control pawl is configured to push against the extension portion when the opening control claw pushes the limit assembly; and the tongue portion is configured to be pressed on an outer side wall of the limit frame to limit the limit frame; and the magnet is provided with a transmission member for connection with the contact mechanism; two ends of the transmission member both extends out of the bracket, and are connected to the contact mechanism; and the driving member is configured to drive the contact mechanism to contact with or separate from contacts in the reclosing switch through the transmission member. a bracket; a permanent magnet moving core; a driving member; a linkage assembly; a limit assembly; an opening assembly; and a contact mechanism; wherein the bracket is provided inside the reclosing switch; the permanent magnet moving core is arranged on the bracket; the driving member is provided with a magnet; the magnet is penetratedly provided in the permanent magnet moving core; the permanent magnetic moving core is configured to provide a driving force to drive the magnet to move axially along the permanent magnetic moving core, and to control the driving member to drive opening or closing of the reclosing switch; the linkage assembly is connected to the bracket; and the driving member is configured to apply a pressing force to the linkage assembly to drive the closing of the reclosing switch; the limit assembly is connected to the linkage assembly; the linkage assembly is configured to drive the limit assembly to limit the driving member when the driving member applies the pressing force to the linkage assembly; the limit assembly comprises a second rotating shaft, a limit frame and a limit block; and the limit frame is provided with an extension portion extending from a top surface of the limit frame; the opening assembly is connected to the limit assembly and the bracket; the opening assembly is configured to provide a reset force to push the limit assembly to reset; when the opening assembly drives the limit assembly to reset, the limit assembly is configured to release the driving member, and the driving member is configured to be controlled under the action of the driving force provided by the permanent magnet moving core to drive the opening of the reclosing switch; the opening assembly comprises a micro-control switch, a third rotating shaft and an opening control member; the opening control member is provided with an opening control claw and a tongue portion; the opening control pawl is configured to push against the extension portion when the opening control claw pushes the limit assembly; and the tongue portion is configured to be pressed on an outer side wall of the limit frame to limit the limit frame; and the magnet is provided with a transmission member for connection with the contact mechanism; two ends of the transmission member both extends out of the bracket, and are connected to the contact mechanism; and the driving member is configured to drive the contact mechanism to contact with or separate from contacts in the reclosing switch through the transmission member.