An intelligent electronic system for previously sensing the dryness condition of a textile clothes load applicable to an automatic electronic clothes dryer machine is disclosed, which comprises: an electronic integrated circuit of the microcontroller type located in a dryer machine, wherein said microcontroller receives and processes signals coming from a plurality of temperature sensing means and from humidity sensing means in order to make decisions and to inform the dryer machine what action it must execute; as well as a method for previously sensing the dryness condition of a textile clothes load applicable to any automatic electronic clothes dryer machine for home use, wherein said method comprises the steps of: (a) collecting information about air temperature at the drum's outlet and inlet, as well as information on the humidity conditions of the textile clothes load; (b) with the information collected in step a) above determining whether the dryer machine is cold or warm; (c) letting a first period of time to elapse during which measuring of air temperature conditions of the drum's outlet and inlet as well as humidity conditions of said textile clothes load continues; (d) checking whether or not said conduit is obstructed; (e) letting a second period of time to elapse during which measuring of air temperature conditions of the drum's outlet and inlet as well as humidity conditions of said textile clothes load continues; (f) determining whether the textile clothes load is small or large; (g) determining whether the textile clothes load is small or large; and, (h) checking whether or not the large or small textile clothes load is dry, by comparing the humidity conditions of said small or large load against a preset parameter.