29 to its solid line position in fig2 4 and the initiation of the cleaning operation located adjacent the cleaning station 46 is the wicking station 48 which moistens the transfer web 49 web 49 is preferably a fluorosilicone coated belt wicking station 48 moves with the master transport assembly 29 to the dotted line position shown overlying the transfer station 14 supply tanks 50 and 51 are connected to the cleaning station 46 and the wicking station 48 respectively by supply lines 52 and 54 the image transfer station 14 has the transfer belt wound about rollers 55 56 58 and the toner prefusing heating roller 59 a motor drive mechanism not shown rolls the belt 49 up and about the toner prefusing heater roller 59 drive mechanism 60 is employed to power drive screw 62 to cause the transfer roller 64 to move reciprocatingly along track 65 the transfer roller 64 is actuated up against the bottom of the belt 49 by an air cylinder 61 to accomplish liquid gap image transfer from the fully toned image on the photoconductor to the belt 49 this image transfer by the transfer roller 64 across the liquid filled gap between the belt 49 and the toned image is accomplished as described in u s pat nos 4 879 184 issued nov 7 1989 and 4 894 686 issued jan 16 1990 both assigned to the.