Abstract: This metal-enclosed, gas-insulated switchgear assembly is provided with at least one multiphase switch panel which is mounted on a foundation surface (8), with in each case at least one power breaker (1, 2, 3) per phase which extends along a longitudinal axis (4, 5, 6), these longitudinal axes (4, 5, 6) being arranged in a first plane, with at least one busbar system which is arranged in at least a second plane and extends along busbar axes (13, 14, 15) and in which the busbar axes (13, 14, 15) have a distance (s) between them. The distance between centers between a first connecting stub (16, 17, 18) and a second connecting stub (25, 26, 27) of the power breaker (1, 2, 3) is at least three times and at most four times as great as the distance (s) between the busbar axes (13, 14, 15). The power breakers (1, 2, 3) may be arranged offset and aligned in a row, resulting in very compact switch panels.

Abstract: An implantable electrostimulation device and an electrode lead is devised ere for the electrical connection of the electrode lead, the top portion of the electrostimulation device has a securely installed connecting socket with radially inward pointing contact and holding devices on its inside wall, which are designed to engage with the electrode lead contact. The contact and holding means are formed by a plurality of cam and projection regions that are securely connected to the inside wall or formed out of this wall and are each at a predetermined angular distance in a circumferential direction of the socket. The electrode lead has a pin or annular contact for inserting into a connecting socket of the electro-stimulation device, which has radially outward pointing contact and holding units on its surface for engaging with the connecting socket.

Abstract: A metal-encapsulated, gas-insulated switching installation is provided with at least one busbar system, the busbar system having an axis separation, and a circuit breaker, the circuit breaker being in the form of a pole and having a pole axis, the circuit breaker including at least one quenching chamber installed in a pole enclosure and at least one connection for the associated busbar system. The pole axis is arranged at a right angle to a surface of a foundation. The circuit breaker of the switching installation includes a modular circuit breaker pole.

Abstract: A metal-enclosed, gas-filled switchgear unit has at least two busbar systems and a circuit breaker which respectively has per pole a pole axis and at least one arcing chamber built into a pole housing constructed as a metal enclosure. The pole axes are arranged perpendicular to a foundation and lie in a first plane. Furthermore, the switchgear unit respectively has an electrically conductive connection, extending along a connecting axis, between the live arcing chamber of the respective pole and each of the busbar systems. A metal-enclosed, gas-filled switchgear unit is provided in which the insulation and the fastening of the arcing chambers of the circuit breaker poles are substantially simplified and reduced in cost. The arcing chamber is connected in a force-closed fashion to the at least two current terminals and the arcing chamber is positioned by these alone in the metal enclosure.

Abstract: A metal-enclosed, gas-insulated switching installation includes at least two busbar systems and a circuit breaker. Each circuit breaker is in the form of a pole having a pole axis and at least one extinction chamber, installed in a pole housing. The pole axes are arranged perpendicularly to a foundation and are located in a first plane. The switching installation includes an electrically conductive connection, extending along a connecting axis, of the voltage-carrying extinction chamber of the circuit breaker to each of the busbar systems and an isolator arranged in the connection between the busbar and the circuit breaker pole.