Intelligent experiment method for electrical property of electrician contact

The invention discloses an intelligent experiment method for an electrical property of an electrician contact, comprising the following steps of: (1) establishing an intelligent experiment unit, wherein the intelligent experiment unit is formed by an experiment main circuit unit, an embedded type intelligent control device and a contact movement mechanism, and the embedded type intelligent control device takes a microprocessor as a core; realizing experiment flow control through an executing procedure, and recording and processing experiment data; utilizing an optical fiber communication interface to transmit to external equipment; insulating a movable contact, a fixed contact and other structures of the intelligent experiment unit; and switching in a circuit power supply of the experiment main circuit through a binding post on a fixed contact mounting clamp; and (2) providing an intelligent experiment flow. The intelligent experiment method disclosed by the invention better realizes the automatic degree of the intelligent experiment method for the electrical property of the electrician contact and the reliability of an experiment result.