Abstract: A connector arrangement in a submersible electrical assembly including an electric equipment or electrical power consumer housed in an enclosure filled with conductive fluid. Power is supplied to the power consumer in a connecting area defined through a dielectric containment located inside the enclosure, and to a penetrator comprising power cable termination components enclosed in a penetrator housing extending from a rear end to a forward end of the penetrator. The rear end is arranged to seal about a power cable receivable in the housing from the rear end. The forward end exposes a connector arranged for electrically connecting the power consumer to the penetrator. The penetrator housing in the forward end is extended beyond the connector through a housing section projecting into the power consumer enclosure and terminated in a forward end by an end wall. The end wall has a passage sealable about a power consumer conductor mateable with the connector of the penetrator in a connecting mode.

Abstract: A plug-in termination of a single-phase conductor in a power cable termination assembly for submerged use. A first barrier separates an outer pressure-compensated housing from the sea. A second barrier separates an inner pressure-compensated housing from the outer pressure-compensated housing. The single-phase conductor runs through the first and second barriers and is secured in the inner pressure-compensated housing by its end being terminated within an insulator body insertable into the inner housing. The unsheathed conductor end is electrically connected within the insulator body to a conducting pin which is fixedly embedded by molding into the insulator body.

Abstract: A connector arrangement in a submersible electrical assembly including an electric equipment or electrical power consumer housed in an enclosure filled with conductive fluid. Power is supplied to the power consumer in a connecting area defined through a dielectric containment located inside the enclosure, and to a penetrator comprising power cable termination components enclosed in a penetrator housing extending from a rear end to a forward end of the penetrator. The rear end is arranged to seal about a power cable receivable in the housing from the rear end. The forward end exposes a connector arranged for electrically connecting the power consumer to the penetrator. The penetrator housing in the forward end is extended beyond the connector through a housing section projecting into the power consumer enclosure and terminated in a forward end by an end wall. The end wall has a passage sealable about a power consumer conductor mateable with the connector of the penetrator in a connecting mode.

Abstract: A plug-in termination of a single-phase conductor in a power cable termination assembly for submerged use. A first barrier separates an outer pressure-compensated housing from the sea. A second barrier separates an inner pressure-compensated housing from the outer pressure-compensated housing. The single-phase conductor runs through the first and second barriers and is secured in the inner pressure-compensated housing by its end being terminated within an insulator body insertable into the inner housing. The unsheathed conductor end is electrically connected within the insulator body to a conducting pin which is fixedly embedded by molding into the insulator body.