     sensors.requestTemperatures(); // Send the command to get temperatures
 
 #ifdef DEBUG
+    float temp;
+    
     // printout of temperature sensor values in the order they are enumerated at the 1-wire bus
     // reading will be prefixed via T1: .. T2: ... etc.
     // alternative printout, only known sensors correctly prefixed
     if ( sensors.isConnected( gSensor1 ) ) {
-      Serial << "T1: " << sensors.getTempC( gSensor1 ) << " ";
+      temp = sensors.getTempC( gSensor1 );
+      Serial << "T1: " << temp << " " << getRawTemperature(temp);
     }
     if ( sensors.isConnected( gSensor2 ) ) {
-      Serial << "T2: " << sensors.getTempC( gSensor2 ) << " ";
+      temp = sensors.getTempC( gSensor2 );
+      Serial << "T2: " << temp << " " << getRawTemperature(temp);
     }
     if ( sensors.isConnected( gSensor3 ) ) {
-      Serial << "T3: " << sensors.getTempC( gSensor3 ) << " ";
+      temp = sensors.getTempC( gSensor3 );
+      Serial << "T3: " << temp << " " << getRawTemperature(temp);
     }
     if ( sensors.isConnected( gSensor4 ) ) {
-      Serial << "T4: " << sensors.getTempC( gSensor4 ) << " ";
+      temp = sensors.getTempC( gSensor4 );
+      Serial << "T4: " << temp << " " << getRawTemperature(temp);
     }
     if ( sensors.isConnected( gSensor5 ) ) {
-      Serial << "T5: " << sensors.getTempC( gSensor5 ) << " ";
+      temp = sensors.getTempC( gSensor5 );
+      Serial << "T5: " << temp << " " << getRawTemperature(temp);
     }
     Serial.println();
 #endif // DEBUG


// Data wire is plugged into port 2 on the Arduino
#define ONE_WIRE_BUS 2
#define TEMPERATURE_PRECISION 12

// Setup a oneWire instance to communicate with any OneWire devices (not just Maxim/Dallas temperature ICs)
OneWire oneWire(ONE_WIRE_BUS);

#define SCAN_SENSORS
// read temperature sensors
#define READ_SENSORS
// send the data via 433MHZ Tx
#define SEND_DATA

#ifdef DEBUG
 // http://arduiniana.org/libraries/streaming/
