Abstract: A system for testing a traction block, such as a railway traction block, includes two zones that are physically separated from one another, an operational zone located in a container and divided into at least two parts. One part is a command part accessible by an operator during testing, and the other part is a high-voltage part inaccessible during testing. The system also includes a test zone located outside the container, and configured to receive the traction block to be tested. The test zone is able to be supplied with electricity during the test by the operational zone using dedicated connections.

Abstract: A test system includes a transport container, a fixed chassis located inside the transport container, and a test device arranged inside the transport container. The test device includes at least one trolley mounted movably on the chassis among a plurality of positions located in the container. The trolley is configured to receive a piece of test equipment configured to test a piece of equipment to be tested. The test device includes a fastener configured to fasten the trolley removably on the chassis.

Abstract: A system for testing a traction block, such as a railway traction block, includes two zones that are physically separated from one another, an operational zone located in a container and divided into at least two parts. One part is a command part accessible by an operator during testing, and the other part is a high-voltage part inaccessible during testing. The system also includes a test zone located outside the container, and configured to receive the traction block to be tested. The test zone is able to be supplied with electricity during the test by the operational zone using dedicated connections.