A multicoupler, particularly for gas or oil production, comprises at least one male and one female part. Said parts comprise a plurality of fluid coupling members which can be assigned to one another and which are in engagement with one another when male part and female part are in the coupling position. One of the parts comprises a connecting means including a spindle, which connecting means in the coupling position is in engagement with a mating connecting means on the other part.To improve a multicoupler of this type such that with a simplified constructional configuration and without destruction of parts of the multicoupler a coupling position can also be reliably maintained upon further rotation of the spindle, the connecting means comprises a threaded section rotatable by said spindle and the mating connecting means comprises a mating threaded section and a free-rotating chamber, the threaded section being helically movable along the mating threaded section up into the free-rotating chamber while occupying the coupling position.