An electromagnetic relay, comprising: a first movable contact that comes in contact with a first fixed contact; a second movable contact that comes in contact with a second fixed contact; a first elastic body (32a, 36a) that biases the first movable contact; a second elastic body (32b, 36b) that biases the second movable contact; a pressing member that presses the first elastic body (32a, 36a) and contacts the first movable contact to the first fixed contact, presses the second elastic body (32b, 36b) and contacts the second movable contact to the second fixed contact; a first terminal called the movable terminal, the first movable contact being electrically connected to said the movable terminal via the first elastic body (32a, 36a), the second movable contact being electrically connected to said the movable terminal via the second elastic body (32b, 36b), the first elastic body (32a, 36a) and second elastic body (32b, 36b) being fixed to said movable terminal with a fixed portion; and a second terminal called the fixed terminal, the first fixed contact and the second fixed contact being electrically connected to said fixed terminal, wherein the pressing member contacts the second movable contact to the second fixed contact before contacting the first movable contact to the first fixed contact, and wherein contact volumes of the second movable contact and the second fixed contact are larger than contact volumes of the first movable contact and the first fixed contact; characterized in that the pressing member includes a first contact pressing portion that presses the first elastic body (32a, 36a) in a first direction, and a second contact pressing portion that presses the second elastic body (32b, 36b) in the first direction, and a distance from the first elastic body (32a, 36a) to the first contact pressing portion is longer than a distance from the second elastic body (32b, 36b) to the second contact pressing portion. a first movable contact that comes in contact with a first fixed contact; a second movable contact that comes in contact with a second fixed contact; a first elastic body (32a, 36a) that biases the first movable contact; a second elastic body (32b, 36b) that biases the second movable contact; a pressing member that presses the first elastic body (32a, 36a) and contacts the first movable contact to the first fixed contact, presses the second elastic body (32b, 36b) and contacts the second movable contact to the second fixed contact; a first terminal called the movable terminal, the first movable contact being electrically connected to said the movable terminal via the first elastic body (32a, 36a), the second movable contact being electrically connected to said the movable terminal via the second elastic body (32b, 36b), the first elastic body (32a, 36a) and second elastic body (32b, 36b) being fixed to said movable terminal with a fixed portion; and a second terminal called the fixed terminal, the first fixed contact and the second fixed contact being electrically connected to said fixed terminal, wherein the pressing member contacts the second movable contact to the second fixed contact before contacting the first movable contact to the first fixed contact, and wherein contact volumes of the second movable contact and the second fixed contact are larger than contact volumes of the first movable contact and the first fixed contact; characterized in that the pressing member includes a first contact pressing portion that presses the first elastic body (32a, 36a) in a first direction, and a second contact pressing portion that presses the second elastic body (32b, 36b) in the first direction, and a distance from the first elastic body (32a, 36a) to the first contact pressing portion is longer than a distance from the second elastic body (32b, 36b) to the second contact pressing portion.