Patent application number | Description | Published |
20110109319 | TEST CONFIGURATION FOR THE IMPULSE VOLTAGE TEST OF ELECTRIC HIGH-VOLTAGE COMPONENTS - The embodiments relate to a test configuration for an impulse voltage test of electric high-voltage components with a lightning generator. The lightning generator can be moved between a first horizontal position within a cuboid container, and a vertical position relative to the container. A movement between the two positions includes a pivoting movement about a rotational axis. The proofing movement is transverse to the longitudinal direction of the lightning generator. The container can be closed at the top by at least one moveable cover. | 05-12-2011 |
20110121853 | TEST ARRANGEMENT FOR AC VOLTAGE TESTING OF ELECTRICAL HIGH VOLTAGE COMPONENTS - A test arrangement is provided for AC voltage testing of high voltage components including at least one inverter, at least one test transformer, at least one high-voltage inductor and at least one further high voltage component arranged as test components in a common cuboid container. The at least one high-voltage inductor is movable at least partially out of the container through at least one opening on a boundary surface of the container, by means of a movement apparatus. The at least one further high voltage component is movable within the cuboid container from a transport position to a working position. | 05-26-2011 |
20110128013 | TEST ARRANGEMENT FOR AC TESTING OF ELECTRICAL HIGH VOLTAGE COMPONENTS - A test arrangement is provided for AC testing of electrical high voltage components including at least one inverter, at least one test transformer and at least one high voltage inductor arranged as test components in a common cuboid container. The at least one high voltage inductor runs along an imaginary axis and may be at least partly removed from the container through at least one opening in a limit face of the container by means of a movement device. The at least one high voltage inductor includes has integrated surge protection. | 06-02-2011 |
20110133749 | TEST ARRANGEMENT FOR AC TESTING OF ELECTRICAL HIGH VOLTAGE COMPONENTS - A test arrangement is provided for AC testing of electrical high voltage components including at least one inverter, at least one test transformer and at least one high-voltage inductor arranged as test components in a common cuboid container. The at least one high-voltage inductor is at least partly removable from the container through at least one opening on a boundary surface of the container by means of a movement apparatus. | 06-09-2011 |
20110133754 | TEST ARRANGEMENT FOR IMPULSE VOLTAGE TESTING OF ELECTRICAL HIGH-VOLTAGE COMPONENTS - Exemplary embodiments are directed to a test arrangement for testing surge voltage in electrical high voltage components with a surge voltage generator and a voltage distributor. The surge voltage generator and voltage distributor have a tower-like structure with a first and a second structure end. A rectangular container is connected to the first and second structure and includes a first and a second container end. At least one of the surge voltage generator and the voltage distributor are movable between a first substantially horizontal position inside the container and a substantially vertical position relative to the container. Each movement between the two positions involves a pivot motion about a rotational axis perpendicular to the longitudinal direction of the surge voltage generator. | 06-09-2011 |
20120044048 | SYSTEM FOR CREATING, COLLECTING, STORING AND PROVIDING ACCESS TO DATA FROM AN ELECTRIC POWER DEVICE WHICH CONTAINS A COOLING OR OPERATING LIQUID - A system is provided for creating and/or collecting, storing and providing access to data from an electric power device which contains a cooling or operating liquid. A sensing device is mounted on the electric power device. The sensing device includes a microprocessor/microcontroller, a memory, a display panel, an input panel, and a tag read/write apparatus. A sampling container for holding a liquid sample to be taken from the electric power device has a container tag mounted thereon. The tag read/write apparatus uses a wireless communication link, when a sample has been taken, to transmit (i) administrative data denoting the electric power device, and (ii) diagnosis data denoting the sample taken to the container tag. The diagnosis data can be input directly using the input panel of the sensing device when a sample has been taken. | 02-23-2012 |
20130110886 | LABORATORY METHOD AND LABORATORY ARRANGEMENT FOR STORING AND CREATING DATA RELATING TO A REMOTE ELECTRICAL POWER DEVICE | 05-02-2013 |
20140151492 | WINDING FIXING DEVICE - A winding fixing device and method for a hollow-cylindrical high-voltage winding are disclosed, wherein the winding fixing device includes a pillar-like element having two axial ends, each of the two axial ends being configured to be connected to a respective retaining element which is arranged transversely with respect thereto. Each of the retaining elements is configured to be movable along the pillar-like element and detachable therefrom. A positioning region for arranging a hollow-cylindrical high-voltage winding is formed between the retaining elements, and spacing elements are configured to move axially along the pillar-like element. The spacing elements are configured to radially fix the hollow-cylindrical high-voltage winding when placed between the retaining elements by applying a tensile force to the retaining elements. | 06-05-2014 |
20140239990 | TESTING CONTAINER - A testing container includes a right-parallelepiped-like container, electrical components of a transformer test system which are arranged in the container and which represent a respective heat source during a testing operation, and a cooling system including at least one heat exchanger. In addition, the testing container includes a movement apparatus configured to move the at least one heat exchanger from a transport position within the container into a working position which is located at least partially outside the container. Thus, the at least one heat exchanger is movable by means of the movement apparatus from the transport position within the container into the working position which is located at least partially outside the container. | 08-28-2014 |