Abstract: An arrangement for a moisture tight passing of a line (14) through a wall is indicated. The arrangement includes a line (14) surrounding the passage (1) in the mounted position. The passage (1) has an approximately sleeve shaped housing (2) with an interrupted sleeve shape opening (9) that can be placed in the radial direction on the finished line (14). The passage (1) further has a sealing element (3) which has a ring shaped part (5) and a web (4) which protrudes in the axial direction from the ring shaped part which tightly closes the opening (9) of the housing (2) in the mounted position. The web (4) has a slot (7) extending in its longitudinal direction, which at its one end is open toward the outside and the other end ends in a hole (6) in which the line (14) is located tightly surrounded after pushing the sealing element (3) radially on the same in the mounted position. The ring shaped part (5) of the sealing element (3) is, after assembly of the housing (2), secured to the outer surface thereof.

Abstract: An arrangement for a moisture tight passing of a line (14) through a wall is indicated. The arrangement includes a line (14) surrounding the passage (1) in the mounted position. The passage (1) has an approximately sleeve shaped housing (with an interrupted sleeve shape opening (9) that can be placed in the radial direction. on the finished line (14). The passage (1) further has a sealing element (3) which has a ring shaped part (5) and a web (4) which protrudes in the axial direction from the ring shaped part which tightly closes the opening (9) of the housing (2) in the mounted position. The web (4) has a slot (7) extending in its longitudinal direction, which at its one end is open toward the outside and the other end ends in a hole (6) in which the line (14) is located tightly surrounded after pushing the sealing element (3) radially on the same in the mounted position. The ring shaped part (5) of the sealing element (3) is, after assembly of the housing (2), secured to the outer surface thereof.

Abstract: A contactless switch includes an angularly and/or axially adjustable rotor, by which at least one main magnet is directly or indirectly adjustable. The magnetic field of the at least one main magnet influences at least two magnetic field sensors, which issue signals that correlate with a magnetic field strength of the magnetic field, and/or an alteration in the magnetic field strength and/or a polarization of the magnetic field.

Abstract: The invention relates to a contactless switch (1), comprising an angularly and/or axially adjustable rotor (2), by means of which at least one main magnet (4) is directly or indirectly adjustable, the magnetic field (F) of which influences at least two magnetic field sensors (6.1 to 6.n), by means of which signals (A1, D1, PWM) can be issued which correlate with a magnetic field strength (H) of the magnetic field (F) and/or an alteration in the magnetic field strength (H) and/or a polarisation of the magnetic field (F).