   { "S_DG",                0, { 0x28, 0x98, 0x76, 0xE0, 0x04, 0x00, 0x00, 0x28 } }, //
 };
 
-// elements = new Actor( pin, name, interval )
-// "pin" is the digital IO pin of the arduino board
-// "interval" is the interval used for PWM control of the connected relais. Typically this is 30 min (= 30*60*1000)
-// "switch_on_surge_amperage" is the amperage during the switch on period
-// "switch_on_surge_duration" is the max. duration in milliseconds of the switch on period
-// "working_amperage" is the amperage when the actor is on and the switch on surge time has elapsed
 Actor* g_actors[ ACTOR_COUNT + 1 ] = {
   //new Actor( 22, "a1", ACTOR_CYCLE_INTERVAL, 0.2f, 60000, 0.075f ),
   new Actor(),

          }
          ftpClient << endl;
        }
        //TODO: Zeit wird zu Testzwecken falsch geschrieben!
        ftpClient << lz(day()) << '.' << lz(month()) << '.' << year() << ',' << lz(hour()) << ':' << lz(minute()) << ':' << lz(second());
        ftpClient << ',' << g_totalAmperage << ',' << g_requiredAmperage << ',' << FreeRam();
        for( unsigned short i = 0; i < SENSOR_COUNT; ++i ){

    DEBUG{ Serial << F("TemperaturesUploader START") << endl; }
    bool success = ftpOpen();
    if ( success ){
      StringStream dir;
      dir << F("Heizung");
      ftpSetMode( dir.c_str(), FTP_MAKEDIR, true );
      StringStream fname;
      //fname << year() << lz(month()) << lz(day()) << '/' << lz(hour()) << lz(minute()) << F(".txt");
      fname << F("Heizung/") << year() << lz(month()) << lz(day()) << F(".txt");
