A relay comprising: a first fixed contact (1210; 2210) connected to a power source; a second fixed contact (1220; 2220) separated from the first fixed contact (1210; 2210), and connected to a load; and a moving contact (1230, 1240; 2230, 2240) configured to be brought into contact with or separated from the first fixed contact (1210; 2210) and the second fixed contact (1220; 2220), the moving contact (1230, 1240; 2230, 2240) comprising: a first moving contact (1230; 2230) configured to be brought into contact with or separated from the first fixed contact (1210; 2210) and the second fixed contact (1220; 2220) to make or break a first current flow path; and a second moving contact (1240; 2240) separated from the first moving contact (1230; 2230), and configured to be brought into contact with or separated from the first fixed contact (1210; 2210) and the second fixed contact (1220; 2220), characterized in that the first fixed contact includes a first body part through which currents flow and a first arm part protruding from the first body part toward the second fixed contact; the second fixed contact includes a second body part through which the currents flow and a second arm part protruding from the second body toward the first arm part such that the first arm part and the second arm part make a second current path through the second moving contact; and that the second moving contact, in a contact state, is configured to link the first arm part and the second arm part to each other and to protrude from the first moving contact such that the first current flow path is distanced from the second current flow path while the first current flow path is parallel to the second current flow path. a first fixed contact (1210; 2210) connected to a power source; a second fixed contact (1220; 2220) separated from the first fixed contact (1210; 2210), and connected to a load; and a moving contact (1230, 1240; 2230, 2240) configured to be brought into contact with or separated from the first fixed contact (1210; 2210) and the second fixed contact (1220; 2220), the moving contact (1230, 1240; 2230, 2240) comprising: a first moving contact (1230; 2230) configured to be brought into contact with or separated from the first fixed contact (1210; 2210) and the second fixed contact (1220; 2220) to make or break a first current flow path; and a second moving contact (1240; 2240) separated from the first moving contact (1230; 2230), and configured to be brought into contact with or separated from the first fixed contact (1210; 2210) and the second fixed contact (1220; 2220), characterized in that the first fixed contact includes a first body part through which currents flow and a first arm part protruding from the first body part toward the second fixed contact; the second fixed contact includes a second body part through which the currents flow and a second arm part protruding from the second body toward the first arm part such that the first arm part and the second arm part make a second current path through the second moving contact; and that the second moving contact, in a contact state, is configured to link the first arm part and the second arm part to each other and to protrude from the first moving contact such that the first current flow path is distanced from the second current flow path while the first current flow path is parallel to the second current flow path. a first moving contact (1230; 2230) configured to be brought into contact with or separated from the first fixed contact (1210; 2210) and the second fixed contact (1220; 2220) to make or break a first current flow path; and a second moving contact (1240; 2240) separated from the first moving contact (1230; 2230), and configured to be brought into contact with or separated from the first fixed contact (1210; 2210) and the second fixed contact (1220; 2220), characterized in that the first fixed contact includes a first body part through which currents flow and a first arm part protruding from the first body part toward the second fixed contact; the second fixed contact includes a second body part through which the currents flow and a second arm part protruding from the second body toward the first arm part such that the first arm part and the second arm part make a second current path through the second moving contact; and that the second moving contact, in a contact state, is configured to link the first arm part and the second arm part to each other and to protrude from the first moving contact such that the first current flow path is distanced from the second current flow path while the first current flow path is parallel to the second current flow path.