Abstract: A device for a valve system, comprising a housing, a slide valve movable between a distal seat and a proximal seat of the housing, and a control moving the slide valve. The housing comprises a base, which contains the slide valve and delimits a proximal opening, a spacer, which comprises an internal ring inserted in the proximal opening, and a cover, which contains part of the control. To improve compactness and simplify assembly, the base forms the distal seat and the spacer forms the proximal seat, while the cover comprises a cover fin, to rest against a proximal edge delimiting the proximal opening, and the spacer comprises a spacer fin to rest against the proximal edge, the cover fin and the spacer fin being successive along the proximal edge.

Abstract: A thermostatic device includes: a housing and a regulator, the one moving in translation with respect to the other in order to regulate the rate of water flow; a thermoactuator comprising a primary part and a secondary part moving in translation depending on the temperature, the primary part and the regulator being translationally fixed; a slide, that can move in translation with respect to the housing and is rotationally fixed with respect to the housing; and an overtravel spring applying a primary return force on the slide. In order to absorb an overtravel of the thermoactuator while improving compactness and the ease of manufacture, the overtravel spring bears against the housing and the thermostatic device comprises a rotary drive part in helical connection with the slide and being fixed in translation with respect to the secondary part.

Abstract: Device for a valve system, comprising: a housing with a seat for being coupled to a base and exchanging water streams when the housing is in a first coupling position, the seat comprising a first seat opening fluidly connecting to a first base opening when the housing is in the first coupling position; an adjuster which is contained inside the housing for adjusting the flow rate of one of the water streams; and a controller for controlling the adjuster. To avoid any complications in the event of an error while making the system more versatile, the seat comprises a breakable portion which can be broken off from the seat to enable it to be coupled in a second coupling position, the first seat opening subsequently fluidly connecting to a second base opening.

Abstract: The thermostatic cartridge includes: a cartridge body, inside which are delimited a chamber, a hot and cold fluid inlet passages and a mixed fluid outlet passage; a slide valve regulating the temperature of the mixed fluid, movable along an axis to close, in inverse proportions, the inlet passages; a thermostatic element, a mechanism for adjusting a thermostatic regulation temperature, which is, in a usage configuration, mechanically connected to the body to set, and by actuation, to modify the position of the piston of the thermostatic element along the axis; and a control member rotationally mounted on the body so as to, in the usage configuration, actuate it when the control member is rotationally driven in between positions associated with extreme low and high values of the thermostatic regulation temperature. When the control member is driven past a first position, the adjustment mechanism is disconnected from the body or control member.

Abstract: A thermostatic cartridge includes: a casing at least partially within and locked translationally along an axis a cartridge body that delimits a chamber, a hot and cold fluid inlet passages and a mixed fluid outlet passage; a slide valve regulating the temperature of the mixed fluid displaceable along the axis to close, in inverse proportions, the inlet passages; a thermostatic element; and a mechanism for adjusting a thermostatic regulation temperature mechanically and displaceably connected to the body and to secure the position of the piston of the element along the axis and to alter the piston position by actuating the adjustment mechanism to move relative to the body. To control the regulation temperature, the casing is rotationally mounted on the body such that the adjustment mechanism is actuated when the casing is between positions-corresponding to extreme low and high temperature values.

Abstract: The thermostatic cartridge includes: a cartridge body, inside which are delimited a chamber, a hot and cold fluid inlet passages and a mixed fluid outlet passage; a slide valve regulating the temperature of the mixed fluid, movable along an axis to close, in inverse proportions, the inlet passages; a thermostatic element, a mechanism for adjusting a thermostatic regulation temperature, which is, in a usage configuration, mechanically connected to the body to set, and by actuation, to modify the position of the piston of the thermostatic element along the axis; and a control member rotationally mounted on the body so as to, in the usage configuration, actuate it when the control member is rotationally driven in between positions associated with extreme low and high values of the thermostatic regulation temperature. When the control member is driven past a first position, the adjustment mechanism is disconnected from the body or control member.

Abstract: A thermostatic cartridge includes: a casing at least partially within and locked translationally along an axis a cartridge body that delimits a chamber, a hot and cold fluid inlet passages and a mixed fluid outlet passage; a slide valve regulating the temperature of the mixed fluid displaceable along the axis to close, in inverse proportions, the inlet passages; a thermostatic element; and a mechanism for adjusting a thermostatic regulation temperature mechanically and displaceably connected to the body and to secure the position of the piston of the element along the axis and to alter the piston position by actuating the adjustment mechanism to move relative to the body. To control the regulation temperature, the casing is rotationally mounted on the body such that the adjustment mechanism is actuated when the casing is between positions-corresponding to extreme low and high temperature values.

Abstract: This thermostatic cartridge (1) has a hollow casing (10); a thermostatic element (30); a return spring (40); a slide valve (20) which is movably mounted inside a chamber (11) of the casing to regulate the respective amounts of cold fluid (F) and hot fluid (C) entering the chamber, and which is axially translatably coupled to a thermosensitive portion (31) of the thermostatic element; an end piece (50) against which a portion (32) of the thermostatic element, axially translatably actuated by the thermosensitive portion, is axially pressed under the action of the return spring; a nut (60), axially translatably mounted inside the chamber while being rotatably linked to the casing; an overtravel spring (70), axially inserted between the end piece and the nut in order to rigidly connect the end piece and the nut axially, as long as the slide valve can be freely moved axially by the r thermosensitive portion; and a screw (80), which is screwed into the nut while being locked against axial translation relative to th