diff --git a/MTC_Adapter/EsaCncLib/thdNcEsaGvKvara.cs b/MTC_Adapter/EsaCncLib/thdNcEsaGvKvara.cs
index fe18489..29bdac3 100644
--- a/MTC_Adapter/EsaCncLib/thdNcEsaGvKvara.cs
+++ b/MTC_Adapter/EsaCncLib/thdNcEsaGvKvara.cs
@@ -29,9 +29,9 @@ namespace EsaCncLib
   public class EsaBaseMem
   {
     /// <summary>
-    /// Dimensione in Byte dell'area di memoria
+    /// Dimensione dell'area di memoria (numero oggetti)
     /// </summary>
-    public UInt16 BiteSize { get; set; } = 0;
+    public UInt16 MemorySize { get; set; } = 0;
     /// <summary>
     /// Nome dell'area di memoria
     /// </summary>
@@ -224,65 +224,65 @@ namespace EsaCncLib
       SCMA_MMan_CNT = new EsaDWordMem();
       SCMA_MMan_MNT = new EsaDWordMem();
       // aree FIXED secondo necessità: indicazione dimensione x impiego // rif aree reali ESA reale (commento successivo)
-      SCMA_MMan_ACK.BiteSize = 4;       // 32
-      SCMA_MMan_STROBE.BiteSize = 4;    // 32
-      SCMA_MMan_WD.BiteSize = 1;        // 1
-      SCMA_MMan_status.BiteSize = 1;    // 1
-      SCMA_MMan_ALM.BiteSize = 32;      // 32
-      SCMA_MMan_MNUM.BiteSize = 2;      // 2 
-      SCMA_MMan_MF.BiteSize = 20;       // 20
-      SCMA_MMan_SNUM.BiteSize = 2;      // 2
-      SCMA_MMan_SF.BiteSize = 10;       // 10
-      SCMA_MMan_TNUM.BiteSize = 2;      // 2
-      SCMA_MMan_TF.BiteSize = 10;       // 10
-      SCMA_MMan_OVR.BiteSize = 4;       // 16
-      SCMA_MMan_ANALOG.BiteSize = 128;  // 128
-      SCMA_MMan_CNT.BiteSize = 128;     // 128
-      SCMA_MMan_MNT.BiteSize = 131;     // 131
+      SCMA_MMan_ACK.MemorySize = 4;       // 32
+      SCMA_MMan_STROBE.MemorySize = 4;    // 32
+      SCMA_MMan_WD.MemorySize = 1;        // 1
+      SCMA_MMan_status.MemorySize = 1;    // 1
+      SCMA_MMan_ALM.MemorySize = 32;      // 32
+      SCMA_MMan_MNUM.MemorySize = 2;      // 2 
+      SCMA_MMan_MF.MemorySize = 20;       // 20
+      SCMA_MMan_SNUM.MemorySize = 2;      // 2
+      SCMA_MMan_SF.MemorySize = 10;       // 10
+      SCMA_MMan_TNUM.MemorySize = 2;      // 2
+      SCMA_MMan_TF.MemorySize = 10;       // 10
+      SCMA_MMan_OVR.MemorySize = 4;       // 16
+      SCMA_MMan_ANALOG.MemorySize = 128;  // 128
+      SCMA_MMan_CNT.MemorySize = 128;     // 128
+      SCMA_MMan_MNT.MemorySize = 131;     // 131
 
       // indirizzo area IOT...
-      SCMA_MMan_ACK.AddressName = "SCMA.ACK"; //fIni.ReadString("NC", "SCMA_AreaAddress_ACK", "SCMA.ACK");
-      SCMA_MMan_STROBE.AddressName = "SCMA.STROBE";
-      SCMA_MMan_WD.AddressName = "SCMA.WD";
-      SCMA_MMan_status.AddressName = "SCMA.status";
-      SCMA_MMan_ALM.AddressName = "SCMA.ALM";
-      SCMA_MMan_MNUM.AddressName = "SCMA.MNUM";
-      SCMA_MMan_MF.AddressName = "SCMA.MF";
-      SCMA_MMan_SNUM.AddressName = "SCMA.SNUM";
-      SCMA_MMan_SF.AddressName = "SCMA.SF";
-      SCMA_MMan_TNUM.AddressName = "SCMA.TNUM";
-      SCMA_MMan_TF.AddressName = "SCMA.TF";
-      SCMA_MMan_OVR.AddressName = "SCMA.OVR";
-      SCMA_MMan_ANALOG.AddressName = "SCMA.ANALOG";
-      SCMA_MMan_CNT.AddressName = "SCMA.CNT";
-      SCMA_MMan_MNT.AddressName = "SCMA.MNT";
+      SCMA_MMan_ACK.AddressName = "scma.ACK"; //fIni.ReadString("NC", "SCMA_AreaAddress_ACK", "scma.ACK");
+      SCMA_MMan_STROBE.AddressName = "scma.STROBE";
+      SCMA_MMan_WD.AddressName = "scma.WD";
+      SCMA_MMan_status.AddressName = "scma.status";
+      SCMA_MMan_ALM.AddressName = "scma.ALM";
+      SCMA_MMan_MNUM.AddressName = "scma.MNUM";
+      SCMA_MMan_MF.AddressName = "scma.MF";
+      SCMA_MMan_SNUM.AddressName = "scma.SNUM";
+      SCMA_MMan_SF.AddressName = "scma.SF";
+      SCMA_MMan_TNUM.AddressName = "scma.TNUM";
+      SCMA_MMan_TF.AddressName = "scma.TF";
+      SCMA_MMan_OVR.AddressName = "scma.OVR";
+      SCMA_MMan_ANALOG.AddressName = "scma.ANALOG";
+      SCMA_MMan_CNT.AddressName = "scma.CNT";
+      SCMA_MMan_MNT.AddressName = "scma.MNT";
 
       // Creazione buffers letture memoria
-      SCMA_MMan_ACK.data = new UInt32[SCMA_MMan_ACK.BiteSize];
-      SCMA_MMan_STROBE.data = new UInt32[SCMA_MMan_STROBE.BiteSize];
-      SCMA_MMan_ALM.data = new UInt32[SCMA_MMan_ALM.BiteSize];
-      SCMA_MMan_MNT.data = new UInt32[SCMA_MMan_MNT.BiteSize];
-      SCMA_MMan_ANALOG.data = new UInt32[SCMA_MMan_ANALOG.BiteSize];
-      SCMA_MMan_CNT.data = new UInt32[SCMA_MMan_CNT.BiteSize];
+      SCMA_MMan_ACK.data = new UInt32[SCMA_MMan_ACK.MemorySize];
+      SCMA_MMan_STROBE.data = new UInt32[SCMA_MMan_STROBE.MemorySize];
+      SCMA_MMan_ALM.data = new UInt32[SCMA_MMan_ALM.MemorySize];
+      SCMA_MMan_MNT.data = new UInt32[SCMA_MMan_MNT.MemorySize];
+      SCMA_MMan_ANALOG.data = new UInt32[SCMA_MMan_ANALOG.MemorySize];
+      SCMA_MMan_CNT.data = new UInt32[SCMA_MMan_CNT.MemorySize];
 
-      SCMA_MMan_WD.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_WD.BiteSize / 2)];
-      SCMA_MMan_WD.data = new UInt16[SCMA_MMan_WD.BiteSize];
-      SCMA_MMan_MF.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_MF.BiteSize / 2)];
-      SCMA_MMan_MF.data = new UInt16[SCMA_MMan_MF.BiteSize];
-      SCMA_MMan_SF.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_SF.BiteSize / 2)];
-      SCMA_MMan_SF.data = new UInt16[SCMA_MMan_SF.BiteSize];
-      SCMA_MMan_TF.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_TF.BiteSize / 2)];
-      SCMA_MMan_TF.data = new UInt16[SCMA_MMan_TF.BiteSize];
-      SCMA_MMan_MNUM.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_MNUM.BiteSize / 2)];
-      SCMA_MMan_MNUM.data = new UInt16[SCMA_MMan_MNUM.BiteSize];
-      SCMA_MMan_SNUM.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_SNUM.BiteSize / 2)];
-      SCMA_MMan_SNUM.data = new UInt16[SCMA_MMan_SNUM.BiteSize];
-      SCMA_MMan_TNUM.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_TNUM.BiteSize / 2)];
-      SCMA_MMan_TNUM.data = new UInt16[SCMA_MMan_TNUM.BiteSize];
-      SCMA_MMan_OVR.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_OVR.BiteSize / 4)];
-      SCMA_MMan_OVR.data = new Byte[SCMA_MMan_OVR.BiteSize];
-      SCMA_MMan_status.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_status.BiteSize / 4)];
-      SCMA_MMan_status.data = new Byte[SCMA_MMan_status.BiteSize];
+      SCMA_MMan_WD.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_WD.MemorySize / 2)];
+      SCMA_MMan_WD.data = new UInt16[SCMA_MMan_WD.MemorySize];
+      SCMA_MMan_MF.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_MF.MemorySize / 2)];
+      SCMA_MMan_MF.data = new UInt16[SCMA_MMan_MF.MemorySize];
+      SCMA_MMan_SF.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_SF.MemorySize / 2)];
+      SCMA_MMan_SF.data = new UInt16[SCMA_MMan_SF.MemorySize];
+      SCMA_MMan_TF.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_TF.MemorySize / 2)];
+      SCMA_MMan_TF.data = new UInt16[SCMA_MMan_TF.MemorySize];
+      SCMA_MMan_MNUM.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_MNUM.MemorySize / 2)];
+      SCMA_MMan_MNUM.data = new UInt16[SCMA_MMan_MNUM.MemorySize];
+      SCMA_MMan_SNUM.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_SNUM.MemorySize / 2)];
+      SCMA_MMan_SNUM.data = new UInt16[SCMA_MMan_SNUM.MemorySize];
+      SCMA_MMan_TNUM.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_TNUM.MemorySize / 2)];
+      SCMA_MMan_TNUM.data = new UInt16[SCMA_MMan_TNUM.MemorySize];
+      SCMA_MMan_OVR.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_OVR.MemorySize / 4)];
+      SCMA_MMan_OVR.data = new Byte[SCMA_MMan_OVR.MemorySize];
+      SCMA_MMan_status.tempData = new UInt32[(int)Math.Ceiling((decimal)SCMA_MMan_status.MemorySize / 4)];
+      SCMA_MMan_status.data = new Byte[SCMA_MMan_status.MemorySize];
     }
 
 #if false
@@ -333,12 +333,12 @@ namespace EsaCncLib
       // variabili di appoggio
       TS_REG newTsReg = currData.AddresReg;// new TS_REG();
       // effettuo lettura!
-      iError = read_regbuffer(ref newTsReg, 0, currData.BiteSize, currData.tempData);
+      iError = read_regbuffer(ref newTsReg, 0, currData.MemorySize, currData.tempData);
       currData.AddresReg = newTsReg;
       // ...e copio in array a byte...
       try
       {
-        Buffer.BlockCopy(currData.tempData, 0, currData.data, 0, currData.BiteSize);
+        Buffer.BlockCopy(currData.tempData, 0, currData.data, 0, currData.MemorySize);
       }
       catch
       { }
@@ -366,12 +366,12 @@ namespace EsaCncLib
       // variabili di appoggio
       TS_REG newTsReg = currData.AddresReg;
       // effettuo lettura!
-      iError = read_regbuffer(ref newTsReg, 0, currData.BiteSize, currData.tempData);
+      iError = read_regbuffer(ref newTsReg, 0, currData.MemorySize, currData.tempData);
       currData.AddresReg = newTsReg;
       // ...e copio in array a byte...
       try
       {
-        Buffer.BlockCopy(currData.tempData, 0, currData.data, 0, currData.BiteSize*2);
+        Buffer.BlockCopy(currData.tempData, 0, currData.data, 0, currData.MemorySize*2);
       }
       catch
       { }
@@ -397,7 +397,7 @@ namespace EsaCncLib
       // variabili di appoggio
       TS_REG newTsReg = currData.AddresReg;// new TS_REG();
       // effettuo lettura!
-      iError = read_regbuffer(ref newTsReg, 0, currData.BiteSize, currData.data);
+      iError = read_regbuffer(ref newTsReg, 0, currData.MemorySize, currData.data);
       currData.AddresReg = newTsReg;
     }