Übersetzung für "Pe conductor" in Deutsch

The functional grounding conductor FE is connected to the protective grounding conductor PE.

A contact plate is provided as the contact with the PE conductor test probe.

The loop resistance is obtained from the resistance of the L1 conductor and the PE conductor as well as the PEN conductor.

The loop resistance is composed of the resistance of the L1 conductor and of the PE conductor as well as the ground resistance.

All elements are connected by means of a separate conductor, the PE conductor, which performs the protective function.

The concentric conductor (C) is allowed to use as PE-, PEN-conductor or as screen.

The concentric conductor (C) can be used as a PE or PEN-conductor or as a screen.

In low-voltage systems, so-called N-PE-spark gaps are used for protection against surges between the N-conductor and the PE-conductor.

The green-yellow wire (not necessarily present) is the protective earth conductor "PE".

As a result of this disconnection, the non-fused earthed conductor PE loses its function, and an operator handling the working tool is in lethal series contact with the extraneous voltage until a series-connected protective element disconnects.

Socket-outlet 1 on supply side 3 has connections for an external conductor L, and for a neural conductor N, and for a protective conductor PE.

With the help of the space-saving arrangement of the ground conductor PE (contacts 40) between the third and fourth connection levels C, D in the lower area of base terminal carrier 2, it is possible to provide protective conductor 40 with only very short bus bar pieces SPE (see FIG.

The loop resistance is determined by the external conductor or phase, hereon called L1 conductor, and the ground or protective earth conductor, hereon also called PE conductor.

The fault current also serves as a criterion for reversed conductors, especifially for the hazardous reversal of the external conductor, L-conductor or protective conductor (PE conductor).

Voltage UPE1 of protective conductor (PE) 10 on the supply side and voltage UPE2 of the protective conductor on load side 4 are also measured.

Known methods for determining the loop resistance of a power supply network of the initially mentioned type in which the internal resistance is determined according to the differential quotient of voltages and currents provide for energizing the loop of L1 conductor and PE conductor with a current load.

As a result, the existing fault current circuit breaker is triggered by the fault current generated in the PE conductor.

This substitute switching diagram shows that R PE can be determined indirectly via the resistance of the N conductor R N if a current is fed into the PE conductor and the resulting voltage differential U NPE is measured.

Outside the third connection level C in the base segment there is provided another opening 38 that is arranged perpendicularly to the module disk level and that penetrates base terminal carrier 2 and in which lies an additional contact element 40 via which the ground conductor PE is relayed from module to module.

The device of claim 15, characterized in that the comparator module (19) is connected to a digital interface (20, 23), to which at least one additional means can be connected, such as a measurement data display means and/or an insulation monitoring device that monitors the insulation resistance of the network to be monitored in the off state, but including the consumers connected to the network, and/or a means for monitoring the resistance of the equipotential bonding conductor (PE).

Three contact rails can represent the phase conductors L1, L2 and L3, and two contact rails 4 represent the zero conductor N and, with reference, the protective conductor PE.

For manual tests it is possible to directly connect a PE conductor test probe that simultaneously initiates the start of the measurement.