Dry-type electromagnetic current transformer

The utility model discloses a dry type electromagnetic current transformer which comprises an insulator and a coil device body sealed in the insulator, the top of the insulator is provided with a P1 primary wiring terminal connected with the coil device body, and the lower portion of the insulator is provided with a P2 primary wiring terminal connected with the coil device body. The bottom of the insulator is provided with a secondary wiring terminal connected with the coil device body, the secondary wiring terminal is located between the P2 primary wiring terminals, and the insulator is of an integrated structure formed by pouring epoxy resin. The high-voltage switch cabinet is formed by vacuum pouring of epoxy resin, is small in size, large in creepage distance, high in dynamic thermal stable current, high in metering precision, moisture-proof, condensation-proof and electricity larceny-proof, and can be widely applied to the interior of a switch cabinet air chamber of an electric power system and a newly-d