Index: sources/drydemo/StateControllerTreatment.cpp
===================================================================
diff -u -r6fa9c0ad6983354e16a32086f4cda496bf426219 -r7094c1e2387d63fc7fb9d6d9a09ea0aee3c71420
--- sources/drydemo/StateControllerTreatment.cpp	(.../StateControllerTreatment.cpp)	(revision 6fa9c0ad6983354e16a32086f4cda496bf426219)
+++ sources/drydemo/StateControllerTreatment.cpp	(.../StateControllerTreatment.cpp)	(revision 7094c1e2387d63fc7fb9d6d9a09ea0aee3c71420)
@@ -185,8 +185,8 @@
     _treatmentParams.dialysateTemperatureC         = f32Var.value;
     resp.append(0);
 
-    GetValue(payload.toByteArray(), index, u32Var);
-    if (_treatmentParams.acidConcentrate != u32Var.value) { triggerAnAlarm(ALARM_ID_TD_REPLACE_ACID_JUG); }
+    GetValue(payload.toByteArray(), index, u32Var);        // If the acid is different, set the sequence to trigger the acid
+    if (_treatmentParams.acidConcentrate != u32Var.value) { _treatmentStatus.txPauseSeqAlarmState = SEQ_ALARM_TRIGGER_RPLC_ACID; }
     _treatmentParams.acidConcentrate = u32Var.value;
     resp.append(0);
 
@@ -511,8 +511,8 @@
             break;
     }
 
-    qDebug() << "Pres Steat" << _pressureVars.presLimitState << _treatmentStatus.isBloodPumpRunning << _pressureVars.presStabilizeTimeoutMS
-             << _pressureVars.presStabilizationTimerCtr * QOBJECT_TIMER_TIMEOUT_MS << _treatmentSubStates.txState ;
+    //qDebug() << "Pres Steat" << _pressureVars.presLimitState << _treatmentStatus.isBloodPumpRunning << _pressureVars.presStabilizeTimeoutMS
+    //         << _pressureVars.presStabilizationTimerCtr * QOBJECT_TIMER_TIMEOUT_MS << _treatmentSubStates.txState ;
 }
 
 void StateController::handleUpdatePressureLimitWindows()
@@ -552,27 +552,27 @@
         _pressureVars.arterialMaxLimitMMHG = _pressureVars.arterialStableMMHG + artOffsetMMHG;
         _pressureVars.arterialMaxLimitMMHG = qMin(_pressureVars.arterialMaxLimitMMHG, static_cast<qint32>(MAX_ART_PRES_LIMIT_MMHG));
 
-        _pressureVars.venousMinLimitMMHG = _pressureVars.venousStableMMHG - venMinOffsetMMHG;
-        _pressureVars.venousMinLimitMMHG = qMax(_pressureVars.venousMinLimitMMHG, static_cast<qint32>(MIN_VEN_PRES_LIMIT_MMHG));
+        _pressureVars.venousMinLimitMMHG   = _pressureVars.venousStableMMHG - venMinOffsetMMHG;
+        _pressureVars.venousMinLimitMMHG   = qMax(_pressureVars.venousMinLimitMMHG, static_cast<qint32>(MIN_VEN_PRES_LIMIT_MMHG));
 
-        _pressureVars.venousMaxLimitMMHG = _pressureVars.venousStableMMHG + venMaxOffsetMMHG;
-        _pressureVars.venousMaxLimitMMHG = qMin(_pressureVars.venousMaxLimitMMHG, static_cast<qint32>(MAX_VEN_PRES_LIMIT_MMHG));
+        _pressureVars.venousMaxLimitMMHG   = _pressureVars.venousStableMMHG + venMaxOffsetMMHG;
+        _pressureVars.venousMaxLimitMMHG   = qMin(_pressureVars.venousMaxLimitMMHG, static_cast<qint32>(MAX_VEN_PRES_LIMIT_MMHG));
 
-        _pressureVars.tmpMinLimitMMHG = _pressureVars.tmpStableMMHG - tmpOffsetMMHG;
-        _pressureVars.tmpMinLimitMMHG = qMax(_pressureVars.tmpMinLimitMMHG, static_cast<float>(MIN_TMP_PRES_LIMIT_MMHG));
+        _pressureVars.tmpMinLimitMMHG      = _pressureVars.tmpStableMMHG - tmpOffsetMMHG;
+        _pressureVars.tmpMinLimitMMHG      = qMax(_pressureVars.tmpMinLimitMMHG, static_cast<float>(MIN_TMP_PRES_LIMIT_MMHG));
 
-        _pressureVars.tmpMaxLimitMMHG = _pressureVars.tmpStableMMHG + tmpOffsetMMHG;
-        _pressureVars.tmpMaxLimitMMHG = qMin(_pressureVars.tmpMaxLimitMMHG, static_cast<float>(MAX_TMP_PRES_LIMIT_MMHG));
+        _pressureVars.tmpMaxLimitMMHG      = _pressureVars.tmpStableMMHG + tmpOffsetMMHG;
+        _pressureVars.tmpMaxLimitMMHG      = qMin(_pressureVars.tmpMaxLimitMMHG, static_cast<float>(MAX_TMP_PRES_LIMIT_MMHG));
     }
     else {
-        _pressureVars.arterialMinLimitMMHG          = MIN_ART_PRES_LIMIT_MMHG;
-        _pressureVars.arterialMaxLimitMMHG          = MAX_ART_PRES_LIMIT_MMHG;
+        _pressureVars.arterialMinLimitMMHG = MIN_ART_PRES_LIMIT_MMHG;
+        _pressureVars.arterialMaxLimitMMHG = MAX_ART_PRES_LIMIT_MMHG;
 
-        _pressureVars.venousMinLimitMMHG            = MIN_VEN_PRES_LIMIT_MMHG;
-        _pressureVars.venousMaxLimitMMHG            = MAX_VEN_PRES_LIMIT_MMHG;
+        _pressureVars.venousMinLimitMMHG   = MIN_VEN_PRES_LIMIT_MMHG;
+        _pressureVars.venousMaxLimitMMHG   = MAX_VEN_PRES_LIMIT_MMHG;
 
-        _pressureVars.tmpMinLimitMMHG               = MIN_TMP_PRES_LIMIT_MMHG;
-        _pressureVars.tmpMaxLimitMMHG               = MAX_TMP_PRES_LIMIT_MMHG;
+        _pressureVars.tmpMinLimitMMHG      = MIN_TMP_PRES_LIMIT_MMHG;
+        _pressureVars.tmpMaxLimitMMHG      = MAX_TMP_PRES_LIMIT_MMHG;
     }
 }
 
@@ -589,19 +589,18 @@
         }
     }
     else if (_pressureVars.presLimitState == PRESSURE_LIMITS_STATE_STABLE) {
-        _pressureVars.presStabilizeTimePeriod         = period;
+        _pressureVars.presStabilizeTimePeriod   = period;
         _pressureVars.presLimitState            = PRESSURE_LIMITS_STATE_STABILIZATION;
         _pressureVars.presStabilizationTimerCtr = 0;
     }
 }
 
 void StateController::handleWidenPressureLimitsMessage()
 {
-    if (! _treatmentRcvdMessages[ID_UI_PRESSURE_LIMIT_WIDEN_RQST].isNull()) {
-        _treatmentRcvdMessages[ID_UI_PRESSURE_LIMIT_WIDEN_RQST].clear();
-        // TODo address the increase per request
-        handleUIResponseMessage(ID_TD_PRESSURE_LIMIT_WIDEN_RESP, ACCEPT_VALUE);
-    }
+    if (_treatmentRcvdMessages[ID_UI_PRESSURE_LIMIT_WIDEN_RQST].isNull()) { return; }
+    handleSignalInitiatePressureStabilization(USE_NORMAL_STABILIZATION_PERIOD);
+    _treatmentRcvdMessages[ID_UI_PRESSURE_LIMIT_WIDEN_RQST].clear();
+    handleUIResponseMessage(ID_TD_PRESSURE_LIMIT_WIDEN_RESP, ACCEPT_VALUE);
 }