Arrangement of a module for providing an intrinsically safe electrical output power, and an electrical load which provides the output power; with an input having a first input connection and a second input connection, to which a current source or voltage source can be connected which provides a non-intrinsically safe input power at the input; with a single output having respectively a first output connection and a second output connection, between which an electrical load is connected which has several parallel-connected branches each having a series circuit of several components of the load, wherein the number of components in each branch is identical and the branches are electrically short-circuited between two series-connected components so that the components in the parallel-connected branches which are arranged at the same position in the respective series circuit are also connected in parallel, wherein no voltage monitoring device is assigned to the output so that an output voltage present at the output is not monitored and the output voltage is made intrinsically safe by the load itself, with a current monitoring circuit which detects the output current flowing through the load and compares this with a current limit value; with at least one actuatable safety switch which is arranged either in an electrical connection between one of the two input connections (12, 13) and the output, or parallel to the output; and with at least one actuation circuit which is connected to the at least one current monitoring circuit and is configured to switch the actuatable safety switch into a safety state when the output current exceeds the current threshold value, wherein the safety switch in safety state reduces the electrical output power at the output. with an input having a first input connection and a second input connection, to which a current source or voltage source can be connected which provides a non-intrinsically safe input power at the input; with a single output having respectively a first output connection and a second output connection, between which an electrical load is connected which has several parallel-connected branches each having a series circuit of several components of the load, wherein the number of components in each branch is identical and the branches are electrically short-circuited between two series-connected components so that the components in the parallel-connected branches which are arranged at the same position in the respective series circuit are also connected in parallel, wherein no voltage monitoring device is assigned to the output so that an output voltage present at the output is not monitored and the output voltage is made intrinsically safe by the load itself, with a current monitoring circuit which detects the output current flowing through the load and compares this with a current limit value; with at least one actuatable safety switch which is arranged either in an electrical connection between one of the two input connections (12, 13) and the output, or parallel to the output; and with at least one actuation circuit which is connected to the at least one current monitoring circuit and is configured to switch the actuatable safety switch into a safety state when the output current exceeds the current threshold value, wherein the safety switch in safety state reduces the electrical output power at the output.