--- assets/reports/documents/pipelineinduction.lhtml
+++ assets/reports/documents/pipelineinduction.lhtml
@@ -433,9 +433,9 @@ end
                 unitAc = unitAc .. ", " .. lCable.acResistanceCurrent .. " A"
             end

-            local unit1m = "Ω/km " .. ltr("CableView","at") .. " " .. lCable.internalReactance1ftFrequency .. " Hz"
+            local unit1ft = "Ω/km " .. ltr("CableView","at") .. " " .. lCable.internalReactance1ftFrequency .. " Hz"
             if lCable.isSteel then
-                unit1m = unit1m .. ", " .. lCable.internalReactance1ftCurrent .. " A"
+                unit1ft = unit1ft .. ", " .. lCable.internalReactance1ftCurrent .. " A"
             end
             ?>

@@ -468,7 +468,7 @@ end
                 </tr>
                 <tr><td>-</td>
                     <td>Reatância interna - 1 ft</td>
-                    <td><?= lCable.internalReactance1ft ?> <?= unit1m ?></td>
+                    <td><?= lCable.internalReactance1ft ?> <?= unit1ft ?></td>
                 </tr>
             </table>
             <br/>
--- src/views/towersview.cpp
+++ src/views/towersview.cpp
@@ -645,6 +645,7 @@ QString TowersView::exportATP()
     QString transmitterName;
     if(transmitter)
         transmitterName = transmitter->getName();
+    QVector<int> spaces;

     QString begin, body, end;

@@ -661,19 +662,11 @@ QString TowersView::exportATP()
     tl->calculateSections();

     int phaseNumber = 1;
-    int circuitNumber = 1;
+    int circuitNumber = 0;
     for(Circuit *circuit : tower->getCircuits()) {
         for(Phase *phase : circuit->getPhases()) {
             for(Cable *cable : phase->getCables()) {
-
-                double acResistence = cable->getType()->getACResistance();
-                double diameter = cable->getType()->getDiameter();
-                double x = cable->getTowerX();
-                double y = cable->getTowerY();
-                double re = cable->getType()->getInternalReactance1m();
-                body += QString::asprintf("  %d      %.4f   %.d  %.4f   %02.3f  %+.2f   %.2f   %.2f    %02.1f   %02.0f       %d\n",
-                                          phaseNumber, acResistence, 0.0, re, diameter/10, x, y, y-cable->getSag(AverageSag),
-                                          0.0, 0.0, circuitNumber);
+                body += generateATPBody(phaseNumber, circuitNumber, cable);
             }
             phaseNumber++;
         }
@@ -684,14 +677,7 @@ QString TowersView::exportATP()
     circuitNumber = 0;
     for(ShieldWire *shieldWire : tower->getShieldWires()) {
         for(Cable *cable : shieldWire->getCables()) {
-            double acResistence = cable->getType()->getACResistance();
-            double diameter = cable->getType()->getDiameter();
-            double x = cable->getTowerX();
-            double y = cable->getTowerY();
-            double re = cable->getType()->getInternalReactance1m();
-            body += QString::asprintf("  %d      %.4f   %.d  %.4f   %02.3f  %+.2f   %.2f   %.2f    %02.1f   %02.0f       %d\n",
-                                      phaseNumber, acResistence, 0.0, re, diameter/10, x, y, y-cable->getSag(AverageSag),
-                                      0.0, 0.0, circuitNumber);
+            body += generateATPBody(phaseNumber, circuitNumber, cable);
         }
     }
     end += "BLANK CARD ENDING CONDUCTOR CARDS\n";
@@ -705,6 +691,44 @@ QString TowersView::exportATP()
     return begin + body + end;
 }

+QString TowersView::generateATPBody(int phaseNumber, double circuitNumber, Cable* cable)
+{
+    double acResistence = cable->getType()->getACResistance();
+    double diameter = cable->getType()->getDiameter();
+    double x = cable->getTowerX();
+    double y = cable->getTowerY();
+    double re = cable->getType()->getInternalReactance1m();
+
+    QString sPhaseNumber = numberToFormatedStr(QString::asprintf("%d", phaseNumber), 0);
+    QString sACResistance = numberToFormatedStr(QString::asprintf("%.4f", acResistence), 1);
+    QString sZero1 = numberToFormatedStr(QString::asprintf("%d", 0), 2);
+    QString sRe = numberToFormatedStr(QString::asprintf("%.4f", re), 3);
+    QString sDiameter = numberToFormatedStr(QString::asprintf("%02.3f", diameter/10), 4);
+    QString sTX = numberToFormatedStr(QString::asprintf("%.3f", x), 5);
+    QString sTY = numberToFormatedStr(QString::asprintf("%.3f", y), 6);
+    QString sSag = numberToFormatedStr(QString::asprintf("%.3f", y-cable->getSag(AverageSag)), 7);
+    QString sZero2 = numberToFormatedStr(QString::asprintf("%02.1f", 0.0), 8);
+    QString sZero3 = numberToFormatedStr(QString::asprintf("%02.1f", 0.0), 9);
+    QString sZero4 = numberToFormatedStr(QString::asprintf("%d", circuitNumber), 10);
+
+    QString body = "  " + sPhaseNumber + "     " + sACResistance + sZero1 + sRe + sDiameter + sTX
+            + sTY + sSag + sZero2 + sZero3 + "      " + sZero4 + "\n";
+
+    return body;
+}
+
+QString TowersView::numberToFormatedStr(QString number, int index)
+{
+    QVector<int> spacing = {1,8,2,8,8,8,8,8,8,6,2};
+    int spaceLength = spacing.at(index);
+
+    while(number.length() < spaceLength) {
+        number = " " + number;
+    }
+
+    return number;
+}
+
 void TowersView::manageButtonClicked()
 {
     int tlIndex = m_transmissionLines->currentIndex();
--- src/views/towersview.h
+++ src/views/towersview.h
@@ -2,6 +2,7 @@
 #define TOWERVIEW_H

 #include <QScrollArea>
+#include <core/cable.h>

 class InputView;
 class QComboBox;
@@ -80,6 +81,8 @@ private:
     InputView *m_inputView;

     QString exportATP();
+    QString generateATPBody(int phaseNumber, double circuitNumber, Cable* cable);
+    QString numberToFormatedStr(QString number, int index);
 };

 #endif // TOWERVIEW_H