diff --git a/MPU9250/MPU9250.ino b/MPU9250/MPU9250.ino
index 25f2655..5226813 100644
--- a/MPU9250/MPU9250.ino
+++ b/MPU9250/MPU9250.ino
@@ -50,23 +50,22 @@ void loop(){
         SensorState* state = sensors[i]->update();
         // Print/send sensor post-setup state data here. For example:
         bool _success = (state->error == ERR_NONE);
-        bool _new = (state->debug == DS_NEWREAD);
-        if(_success){
-            if(_new){
-
-                // vv Recommend commenting this bit out to see FFT printout vv
-                Serial.print("Sensor ");
-                Serial.print(sensors[i]->sensor);
-                Serial.print(" read success: ");
-                for(int x = 0; x < state->numdata; x++){
-                    Serial.print(state->data[x].data);
-                    Serial.print(' ');
-                    Serial.print(state->data[x].units);
-                    if(x < state->numdata-1){Serial.print(", ");}else{Serial.println();}
-                }
-                // ^^ ----------------------------------------------------- ^^
+        bool _new = (state->debug == DS_SUCCESS);
+        if(_success && _new) {
+            
+            // vv Recommend commenting this bit out to see FFT printout vv
+            Serial.print("Sensor ");
+            Serial.print(sensors[i]->sensor);
+            Serial.print(" read success: ");
+            for(int x = 0; x < state->numdata; x++){
+                Serial.print(state->data[x].data);
+                Serial.print(' ');
+                Serial.print(state->data[x].units);
+                if(x < state->numdata-1){Serial.print(", ");}else{Serial.println();}
             }
-        } else {
+            // ^^ ----------------------------------------------------- ^^
+
+        } else if (!_success) {
             Serial.print("Sensor ");
             Serial.print(sensors[i]->sensor);
             Serial.println(" failed to update!");
diff --git a/RTD/RTD.ino b/RTD/RTD.ino
index 47448ec..8b84954 100644
--- a/RTD/RTD.ino
+++ b/RTD/RTD.ino
@@ -49,20 +49,18 @@ void loop(){
         SensorState* state = sensors[i]->update();
         // Print/send sensor post-setup state data here. For example:
         bool _success = (state->error == ERR_NONE);
-        bool _new = (state->debug == DS_NEWREAD);
-        if(_success){
-            if(_new){
-                Serial.print("Sensor ");
-                Serial.print(sensors[i]->sensor);
-                Serial.print(" read success: ");
-                for(int x = 0; x < state->numdata; x++){
-                    Serial.print(state->data[x].data);
-                    Serial.print(' ');
-                    Serial.print(state->data[x].units);
-                    if(x < state->numdata-1){Serial.print(", ");}else{Serial.println();}
-                }
+        bool _new = (state->debug == DS_SUCCESS);
+        if(_success && _new) {
+            Serial.print("Sensor ");
+            Serial.print(sensors[i]->sensor);
+            Serial.print(" read success: ");
+            for(int x = 0; x < state->numdata; x++){
+                Serial.print(state->data[x].data);
+                Serial.print(' ');
+                Serial.print(state->data[x].units);
+                if(x < state->numdata-1){Serial.print(", ");}else{Serial.println();}
             }
-        } else {
+        } else if (!_success) {
             Serial.print("Sensor ");
             Serial.print(sensors[i]->sensor);
             Serial.println(" failed to update!");
diff --git a/SPT25-20-0200A/SPT25-20-0200A.ino b/SPT25-20-0200A/SPT25-20-0200A.ino
index cd16baf..6630916 100644
--- a/SPT25-20-0200A/SPT25-20-0200A.ino
+++ b/SPT25-20-0200A/SPT25-20-0200A.ino
@@ -49,20 +49,18 @@ void loop(){
         SensorState* state = sensors[i]->update();
         // Print/send sensor post-setup state data here. For example:
         bool _success = (state->error == ERR_NONE);
-        bool _new = (state->debug == DS_NEWREAD);
-        if(_success){
-            if(_new){
-                Serial.print("Sensor ");
-                Serial.print(sensors[i]->sensor);
-                Serial.print(" read success: ");
-                for(int x = 0; x < state->numdata; x++){
-                    Serial.print(state->data[x].data);
-                    Serial.print(' ');
-                    Serial.print(state->data[x].units);
-                    if(x < state->numdata-1){Serial.print(", ");}else{Serial.println();}
-                }
+        bool _new = (state->debug == DS_SUCCESS);
+        if(_success && _new) {
+            Serial.print("Sensor ");
+            Serial.print(sensors[i]->sensor);
+            Serial.print(" read success: ");
+            for(int x = 0; x < state->numdata; x++){
+                Serial.print(state->data[x].data);
+                Serial.print(' ');
+                Serial.print(state->data[x].units);
+                if(x < state->numdata-1){Serial.print(", ");}else{Serial.println();}
             }
-        } else {
+        } else if (!_success) {
             Serial.print("Sensor ");
             Serial.print(sensors[i]->sensor);
             Serial.println(" failed to update!");
diff --git a/SPTD25-20-1000H/SPTD25-20-1000H.ino b/SPTD25-20-1000H/SPTD25-20-1000H.ino
index 4b1aa8d..10570a3 100644
--- a/SPTD25-20-1000H/SPTD25-20-1000H.ino
+++ b/SPTD25-20-1000H/SPTD25-20-1000H.ino
@@ -49,20 +49,18 @@ void loop(){
         SensorState* state = sensors[i]->update();
         // Print/send sensor post-setup state data here. For example:
         bool _success = (state->error == ERR_NONE);
-        bool _new = (state->debug == DS_NEWREAD);
-        if(_success){
-            if(_new){
-                Serial.print("Sensor ");
-                Serial.print(sensors[i]->sensor);
-                Serial.print(" read success: ");
-                for(int x = 0; x < state->numdata; x++){
-                    Serial.print(state->data[x].data);
-                    Serial.print(' ');
-                    Serial.print(state->data[x].units);
-                    if(x < state->numdata-1){Serial.print(", ");}else{Serial.println();}
-                }
+        bool _new = (state->debug == DS_SUCCESS);
+        if(_success && _new) {
+            Serial.print("Sensor ");
+            Serial.print(sensors[i]->sensor);
+            Serial.print(" read success: ");
+            for(int x = 0; x < state->numdata; x++){
+                Serial.print(state->data[x].data);
+                Serial.print(' ');
+                Serial.print(state->data[x].units);
+                if(x < state->numdata-1){Serial.print(", ");}else{Serial.println();}
             }
-        } else {
+        } else if (!_success) {
             Serial.print("Sensor ");
             Serial.print(sensors[i]->sensor);
             Serial.println(" failed to update!");
diff --git a/Sensor.cpp b/Sensor.cpp
index 452c41e..d72002d 100644
--- a/Sensor.cpp
+++ b/Sensor.cpp
@@ -9,7 +9,7 @@
  * @param setup - t_datasetup - How many datasets are there? What are their units?
  * @param delta - uint16_t - The minimum time (in ms) between sensor read attempts.
  **/
-Sensor::Sensor(sensors_t sensor, arduino_t arduino, t_datasetup setup, uint16_t delta){
+Sensor::Sensor(sensors_t sensor, arduino_t arduino, t_datasetup setup, unsigned long delta){
     // Set up cache
     this->sensor = sensor;
     this->arduino = arduino;
diff --git a/Sensor.h b/Sensor.h
index 0d7feeb..9d384e4 100644
--- a/Sensor.h
+++ b/Sensor.h
@@ -47,8 +47,8 @@ struct t_datasetup {
 // Sensor class - note the difference in exposure and implementation in read/init and getRead/begin
 class Sensor{
   private:
-    uint16_t delta;         //The minimum time (milliseconds) between sensor updates.
-    uint16_t lastread;      //Timestamp of last read ATTEMPT
+    unsigned long delta;         //The minimum time (milliseconds) between sensor updates.
+    unsigned long lastread;      //Timestamp of last read ATTEMPT
   protected:
     // Sensor-specific functionality initialize and read functions - to be implemented by sensor classes
     virtual errorlevel_t init() = 0;                                  //Connect to sensor, calibrate, set data count and units, and update state accordingly
@@ -62,7 +62,7 @@ class Sensor{
     // Wrappers return pointer to updated state
     SensorState* update();  //Calls read(), manages delta, and wraps all t_datum
     SensorState* begin();   //Sets state in accordance with init()
-    Sensor(sensors_t sensor, arduino_t arduino, t_datasetup setup, uint16_t delta);
+    Sensor(sensors_t sensor, arduino_t arduino, t_datasetup setup, unsigned long delta);
 };
 
 #endif
\ No newline at end of file
diff --git a/TMP006/TMP006.ino b/TMP006/TMP006.ino
index 3645560..cfa88b9 100644
--- a/TMP006/TMP006.ino
+++ b/TMP006/TMP006.ino
@@ -51,20 +51,18 @@ void loop(){
         SensorState* state = sensors[i]->update();
         // Print/send sensor post-setup state data here. For example:
         bool _success = (state->error == ERR_NONE);
-        bool _new = (state->debug == DS_NEWREAD);
-        if(_success){
-            if(_new){
-                Serial.print("Sensor ");
-                Serial.print(sensors[i]->sensor);
-                Serial.print(" read success: ");
-                for(int x = 0; x < state->numdata; x++){
-                    Serial.print(state->data[x].data);
-                    Serial.print(' ');
-                    Serial.print(state->data[x].units);
-                    if(x < state->numdata-1){Serial.print(", ");}else{Serial.println();}
-                }
+        bool _new = (state->debug == DS_SUCCESS);
+        if(_success && _new) {
+            Serial.print("Sensor ");
+            Serial.print(sensors[i]->sensor);
+            Serial.print(" read success: ");
+            for(int x = 0; x < state->numdata; x++){
+                Serial.print(state->data[x].data);
+                Serial.print(' ');
+                Serial.print(state->data[x].units);
+                if(x < state->numdata-1){Serial.print(", ");}else{Serial.println();}
             }
-        } else {
+        } else if (!_success) {
             Serial.print("Sensor ");
             Serial.print(sensors[i]->sensor);
             Serial.println(" failed to update!");
diff --git a/Template.ino b/Template.ino
index 2f7cff8..dc59d22 100644
--- a/Template.ino
+++ b/Template.ino
@@ -88,17 +88,17 @@ void loop(){
         // Print/send sensor post-setup state data here. For example:
         bool _success = (state->error == ERR_NONE);
         bool _new = (state->debug == DS_SUCCESS);
-        if(_success && _new){
+        if(_success && _new) {
             Serial.print("Sensor ");
             Serial.print(sensors[i]->sensor);
             Serial.print(" read success: ");
-            for(int x = 0; x < state.numdata; x++){
+            for(int x = 0; x < state->numdata; x++) {
                 Serial.print(state->data[x].data);
                 Serial.print(' ');
                 Serial.print(state->data[x].units);
-                if(x < state.numdata-1){Serial.print(", ");}
+                if(x < state->numdata-1){Serial.print(", ");}
             }
-        } else {
+        } else if (!_success) {
             Serial.print("Sensor ");
             Serial.print(sensors[i]->sensor);
             Serial.println(" failed to update!");
diff --git a/VFS500/VFS500.ino b/VFS500/VFS500.ino
index 87a4f47..bae2957 100644
--- a/VFS500/VFS500.ino
+++ b/VFS500/VFS500.ino
@@ -49,20 +49,18 @@ void loop(){
         SensorState* state = sensors[i]->update();
         // Print/send sensor post-setup state data here. For example:
         bool _success = (state->error == ERR_NONE);
-        bool _new = (state->debug == DS_NEWREAD);
-        if(_success){
-            if(_new){
-                Serial.print("Sensor ");
-                Serial.print(sensors[i]->sensor);
-                Serial.print(" read success: ");
-                for(int x = 0; x < state->numdata; x++){
-                    Serial.print(state->data[x].data);
-                    Serial.print(' ');
-                    Serial.print(state->data[x].units);
-                    if(x < state->numdata-1){Serial.print(", ");}else{Serial.println();}
-                }
+        bool _new = (state->debug == DS_SUCCESS);
+        if(_success && _new) {
+            Serial.print("Sensor ");
+            Serial.print(sensors[i]->sensor);
+            Serial.print(" read success: ");
+            for(int x = 0; x < state->numdata; x++){
+                Serial.print(state->data[x].data);
+                Serial.print(' ');
+                Serial.print(state->data[x].units);
+                if(x < state->numdata-1){Serial.print(", ");}else{Serial.println();}
             }
-        } else {
+        } else if (!_success) {
             Serial.print("Sensor ");
             Serial.print(sensors[i]->sensor);
             Serial.println(" failed to update!");