A sprinkler device with a sprinkler head which comprises a pipe element and a frame element connected to the pipe element, wherein the pipe element comprises a water inlet opening and a water outlet opening opposite the water inlet opening in the axial direction of the pipe element and facing the frame element; a closure element is received in the water outlet opening and closes same; and between the closure element and the frame element, a liquid-filled glass bulb is disposed in the longitudinal direction of the sprinkler head in such a way that its first end lies against the closure element and its second end lies against the frame element, whereby the glass bulb holds the closure element in the water outlet opening of the pipe element, characterised in that the pipe element comprises at least two latching elements on its outer periphery, which extend radially outwards from the outer peripheral surface of the pipe element; the pipe element further comprises, on its outer surface, at least one groove extending in the peripheral direction, in which a sealing element is received, wherein, when viewed in the axial direction of the pipe element in the direction towards the water inlet opening, the at least one groove is spaced further apart from the water outlet opening than the at least two latching elements; the surface of sections of the pipe element is processed such that at least an area of the pipe element from the water inlet opening up to the at least one groove has a lower surface roughness than the remaining area of the pipe element and the side surfaces of the latching elements are processed in such a way that a frictional resistance arising as the sprinkler head is being turned into a connecting piece is low; and the closure element is formed conically at least in one partial region, widening in the direction towards the water outlet opening, and is displaceably held in guides on the inner periphery of the pipe element in the axial direction of the pipe element in such a way that the closure element, when it is held by the glass bulb, closes the water outlet opening, and that the closure element, when it is not held by the glass bulb, is displaced in the guides in such a way that a gap is formed between the closure element and the inner periphery of the pipe element. the pipe element comprises a water inlet opening and a water outlet opening opposite the water inlet opening in the axial direction of the pipe element and facing the frame element; a closure element is received in the water outlet opening and closes same; and between the closure element and the frame element, a liquid-filled glass bulb is disposed in the longitudinal direction of the sprinkler head in such a way that its first end lies against the closure element and its second end lies against the frame element, whereby the glass bulb holds the closure element in the water outlet opening of the pipe element, characterised in that the pipe element comprises at least two latching elements on its outer periphery, which extend radially outwards from the outer peripheral surface of the pipe element; the pipe element further comprises, on its outer surface, at least one groove extending in the peripheral direction, in which a sealing element is received, wherein, when viewed in the axial direction of the pipe element in the direction towards the water inlet opening, the at least one groove is spaced further apart from the water outlet opening than the at least two latching elements; the surface of sections of the pipe element is processed such that at least an area of the pipe element from the water inlet opening up to the at least one groove has a lower surface roughness than the remaining area of the pipe element and the side surfaces of the latching elements are processed in such a way that a frictional resistance arising as the sprinkler head is being turned into a connecting piece is low; and the closure element is formed conically at least in one partial region, widening in the direction towards the water outlet opening, and is displaceably held in guides on the inner periphery of the pipe element in the axial direction of the pipe element in such a way that the closure element, when it is held by the glass bulb, closes the water outlet opening, and that the closure element, when it is not held by the glass bulb, is displaced in the guides in such a way that a gap is formed between the closure element and the inner periphery of the pipe element.