Abstract: The invention relates to an electrical connection unit, the electrical connection unit comprising: a connector (1), the connector (1) comprising: a first end (2) with a first plug face (3), set up for connection to a first socket (4); a second end (6); a connector adapter (9), comprising: a coupling (10) for coupling to the first plug face (3); a second plug face (11) for connecting to a second socket (12); wherein the connector adapter (9) is coupled to the first plug face (3) by means of the coupling (10), wherein the first plug face (3) has a protective conductor contact (14) and at least two, in particular current-carrying, contacts (15, 16), wherein the second plug face (11) has a further protective conductor contact (17) or a neutral conductor and at least two further, in particular current-carrying, contacts (18, 19), and wherein the second plug face (11) is offset perpendicular to a mounting direction (M) of the connector adapter (9) relative to the coupling (10) of the connector (1), and/or

Abstract: The invention relates to a measuring apparatus (10) for measuring a filling level of a container, which measuring apparatus has a measuring arm (12) with a float element (18) which is designed to change its angular position about a rotation axis (38) depending on the filling level. A magnet element (24) is connected to one end of the measuring arm (12) in a rotationally fixed manner. A magnet-sensitive element (26) is designed to output a measurement signal (27) depending on the angular position of the magnet element (24). The measuring apparatus (10) is characterized in that the measuring arm (12) is mounted in a first bearing (22) and additionally in a second bearing (36), wherein the magnet element (24) is arranged in an intermediate space (34) between the first bearing (22) and the second bearing (36).

Abstract: The invention relates to a measuring apparatus (10) for measuring a filling level of a container, which measuring apparatus has a measuring arm (12) with a float element (18) which is designed to change its angular position about a rotation axis (38) depending on the filling level. A magnet element (24) is connected to one end of the measuring arm (12) in a rotationally fixed manner. A magnet-sensitive element (26) is designed to output a measurement signal (27) depending on the angular position of the magnet element (24). The measuring apparatus (10) is characterized in that the measuring arm (12) is mounted in a first bearing (22) and additionally in a second bearing (36), wherein the magnet element (24) is arranged in an intermediate space (34) between the first bearing (22) and the second bearing (36).