A seal housing for an electrical device, the electrical device having one or more protruding electrical terminals (220; 224; 360) for coupling to external electrical circuits, the seal housing comprising: a base (230; 320) having one or more apertures (250; 350) adapted to pass one or more electrical terminals (220; 224; 360) from an inwardly facing side to an outwardly facing side of the base (230; 320); and a cover (240; 390; 410) adapted to cover the inwardly facing side of the base (230; 320), thereby forming a housing for accommodating components of the electrical device (200; 300; 400); characterized by a sealing plate (280; 370) adapted to partially cover the outwardly facing side of the base (230; 320) and comprising one or more apertures (282, 284; 350) adapted to pass therethrough the one or more electrical terminals (220; 224; 360) protruding outwards from the base (230; 320); wherein the sealing plate (280; 370) has a profile with a shape adapted to leave a separation gap between the sealing plate (280; 370) and an edge of the cover (240; 390; 410) surrounding the base so as to form, with the edge of the cover (240; 390; 410), an evacuation channel for collecting fluid condensate diverted from an outward side of the sealing plate (280; 370) towards the edge of the cover (240; 390; 410), and/or wherein each of the one or more apertures (282, 284) of the sealing plate (280; 370) is sized with a width adapted to allow a respective separation gap to the electrical terminal (220; 224; 360) passing therethrough so that the sealing plate (280; 370) does not enter in direct contact with the one or more electrical terminals (220, 224) and with a thickness adapted to define a fluid reservoir around the respective electrical terminal (280; 370), when the sealing plate (280; 370) is mounted onto the outwardly facing side of the base (280; 370), for collecting fluid condensate formed at the outward side of the sealing plate (280; 370). a base (230; 320) having one or more apertures (250; 350) adapted to pass one or more electrical terminals (220; 224; 360) from an inwardly facing side to an outwardly facing side of the base (230; 320); and a cover (240; 390; 410) adapted to cover the inwardly facing side of the base (230; 320), thereby forming a housing for accommodating components of the electrical device (200; 300; 400); characterized by a sealing plate (280; 370) adapted to partially cover the outwardly facing side of the base (230; 320) and comprising one or more apertures (282, 284; 350) adapted to pass therethrough the one or more electrical terminals (220; 224; 360) protruding outwards from the base (230; 320); wherein the sealing plate (280; 370) has a profile with a shape adapted to leave a separation gap between the sealing plate (280; 370) and an edge of the cover (240; 390; 410) surrounding the base so as to form, with the edge of the cover (240; 390; 410), an evacuation channel for collecting fluid condensate diverted from an outward side of the sealing plate (280; 370) towards the edge of the cover (240; 390; 410), and/or wherein each of the one or more apertures (282, 284) of the sealing plate (280; 370) is sized with a width adapted to allow a respective separation gap to the electrical terminal (220; 224; 360) passing therethrough so that the sealing plate (280; 370) does not enter in direct contact with the one or more electrical terminals (220, 224) and with a thickness adapted to define a fluid reservoir around the respective electrical terminal (280; 370), when the sealing plate (280; 370) is mounted onto the outwardly facing side of the base (280; 370), for collecting fluid condensate formed at the outward side of the sealing plate (280; 370).