Abstract: The present application relates to a bath transfer system with a vessel for receiving molten metal, a duct for conveying the molten metal from the vessel through the duct, a vessel cover for air-tightly sealing a vessel interior, and a tilting mechanism for tilting the vessel. The tilting mechanism includes at least one pedestal that is hingedly connected to the vessel, and a blocking device on the vessel for blocking the pedestal in a functional position, the pedestal being movable from a rest position into the functional position in which the pedestal extends beyond a bottom of the vessel.

Abstract: The present application relates to a bath transfer system having a vessel for receiving molten metal, a duct for conveying the molten metal from the vessel through the duct, a vessel cover for air-tightly sealing a vessel interior, and a control unit for controlling the conveying of the molten metal from the vessel through the duct. The control unit being designed and configured to stop the molten metal from continuing to be conveyed in the event of a drop in the measured pressure. An associated control process is also included.