Abstract: A smart monocontrol cartridge for taps includes a casing that houses a channel for a fluid, a mobile body which includes a cavity in which a mobile cam is located, the mobile cam being coupled by a rotator to the mobile body by means of an axis, and a sensor to detect a position of the mobile cam. The smart monocontrol cartridge also includes a magnet. The magnet can be arranged in the casing or in the mobile body with the sensor arranged in the mobile cam, or the sensor can be arranged in the casing or in the mobile body with the magnet being arranged in the mobile cam. The sensor is arranged to sense the magnetic field generated by the magnet so that a modification of an inclination of the cam can be determined based on a variation of the magnetic field sensed by the sensor.

Abstract: The contactless angular position detection device includes a main casing (1) having a through opening (2) formed about a geometric axis (E) and a rotary element (3) to which a permanent magnet (4) is fixed. The rotary element (3) is mounted inside the main casing (1) to rotate with respect thereto about the geometric axis (E) Further, an electronic circuit 5 is mounted inside the main casing (1) and which includes a sensor (7) capable of detecting variations in the magnetic field produced by the permanent magnet (4) when rotating with respect to the main casing (1), a secondary casing (9) coupled to the main casing (1), and plug connection housed in or supported by the secondary casing (9) for connecting said electronic circuit 5 to the outside. The main casing (1) and secondary casing (9) are permanently and tightly attached.

Abstract: The contactless angular position detection device includes a main casing (1) having a through opening (2) formed about a geometric axis (E) and a rotary element (3) to which a permanent magnet (4) is fixed. The rotary element (3) is mounted inside the main casing (1) to rotate with respect thereto about the geometric axis (E) Further, an electronic circuit 5 is mounted inside the main casing (1) and which includes a sensor (7) capable of detecting variations in the magnetic field produced by the permanent magnet (4) when rotating with respect to the main casing (1), a secondary casing (9) coupled to the main casing (1), and plug connection housed in or supported by the secondary casing (9) for connecting said electronic circuit 5 to the outside. The main casing (1) and secondary casing (9) are permanently and tightly attached.