sleeve 32 can be connected to one another as one piece however instead of this the parts can also be formed separately and fastened to one another with the aid of additional fastening elements such as screws or rivets it is also possible to connect the individual parts to one another by a material lock e g by welding in fig3 and 4 a coolant distribution device according to the invention is represented which is a three part combination consisting of a receiving plate 2 coolant distribution element 20 and a drive sleeve 32 the coolant distribution element 20 is molded from plastic and can be fastened to the receiving plate 2 by snap on connecting elements or a bayonet catch alternatively the coolant distribution element 20 can also be fastened to the receiving plate 2 with the aid of screws 36 which are plugged into the coolant distribution element 20 via through holes 38 the drive sleeve 32 and the receiving plate 2 are two separate sheet metal parts in fig5 and 6 it is shown that the receiving plate 2 and the coolant distribution element 20 can also be combined as one part in a sheet metal part 40 the sheet metal part 40 can for example be made from sheet metal by stamping and re forming the drive sleeve 32 also formed as a sheet.