The available pulses in Wavenet Explorer is:
[table="width: 500, class: grid, align: left"]
Constant Entry in Dropdown | Meaning |
0.002 (l;Wh) | This means for every pulse that the waveflow gets, 0.002 liters or 0.000002kWh are added to the total |
0.003 (l;Wh) | This means for every pulse that the waveflow gets, 0.003 liters or 0.000003kWh are added to the total |
0.004 (l;Wh) | This means for every pulse that the waveflow gets, 0.004 liters or 0.000004kWh are added to the total |
0.005 (l;Wh) | This means for every pulse that the waveflow gets, 0.005 liters or 0.000005kWh are added to the total |
0.006 (l;Wh) | This means for every pulse that the waveflow gets, 0.006 liters or 0.000006kWh are added to the total |
0.007 (l;Wh) | This means for every pulse that the waveflow gets, 0.007 liters or 0.000007kWh are added to the total |
0.008 (l;Wh) | This means for every pulse that the waveflow gets, 0.008 liters or 0.000008kWh are added to the total |
0.009 (l;Wh) | This means for every pulse that the waveflow gets, 0.009 liters or 0.000009kWh are added to the total |
0.01 (l;Wh) | This means for every pulse that the waveflow gets, 0.01 liters or 0.00001 kWh are added to the total |
0.011 (l;Wh) | This means for every pulse that the waveflow gets, 0.011 liters or 0.000011kWh are added to the total |
0.012 (l;Wh) | This means for every pulse that the waveflow gets, 0.012 liters or 0.000012kWh are added to the total |
0.013 (l;Wh) | This means for every pulse that the waveflow gets, 0.013 liters or 0.000013kWh are added to the total |
0.014 (l;Wh) | This means for every pulse that the waveflow gets, 0.014 liters or 0.000014kWh are added to the total |
0.015 (l;Wh) | This means for every pulse that the waveflow gets, 0.015 liters or 0.000015kWh are added to the total |
0.2 (l;Wh) | This means for every pulse that the waveflow gets, 0.2 liters or 0.0002kWh are added to the total |
0.3 (l;Wh) | This means for every pulse that the waveflow gets, 0.3 liters or 0.0003kWh are added to the total |
0.4 (l;Wh) | This means for every pulse that the waveflow gets, 0.4 liters or 0.0004kWh are added to the total |
0.5 (l;Wh) | This means for every pulse that the waveflow gets, 0.5 liters or 0.0005kWh are added to the total |
0.6 (l;Wh) | This means for every pulse that the waveflow gets, 0.6 liters or 0.0006kWh are added to the total |
0.7 (l;Wh) | This means for every pulse that the waveflow gets, 0.7 liters or 0.0007kWh are added to the total |
0.8 (l;Wh) | This means for every pulse that the waveflow gets, 0.8 liters or 0.0008kWh are added to the total |
0.9 (l;Wh) | This means for every pulse that the waveflow gets, 0.9 liters or 0.0009kWh are added to the total |
1.0 (l;Wh) | This means for every pulse that the waveflow gets, 1.0 liters or 0.001 kWh are added to the total |
1.1 (l;Wh) | This means for every pulse that the waveflow gets, 1.1 liters or 0.0011kWh are added to the total |
1.2 (l;Wh) | This means for every pulse that the waveflow gets, 1.2 liters or 0.0012kWh are added to the total |
1.3 (l;Wh) | This means for every pulse that the waveflow gets, 1.3 liters or 0.0013kWh are added to the total |
1.4 (l;Wh) | This means for every pulse that the waveflow gets, 1.4 liters or 0.0014kWh are added to the total |
1.5 (l;Wh) | This means for every pulse that the waveflow gets, 1.5 liters or 0.0015kWh are added to the total |
2 (l;Wh) | This means for every pulse that the waveflow gets, 2 liters or 0.002kWh are added to the total |
3 (l;Wh) | This means for every pulse that the waveflow gets, 3 liters or 0.003kWh are added to the total |
4 (l;Wh) | This means for every pulse that the waveflow gets, 4 liters or 0.004kWh are added to the total |
5 (l;Wh) | This means for every pulse that the waveflow gets, 5 liters or 0.005kWh are added to the total |
6 (l;Wh) | This means for every pulse that the waveflow gets, 6 liters or 0.006kWh are added to the total |
7 (l;Wh) | This means for every pulse that the waveflow gets, 7 liters or 0.007kWh are added to the total |
8 (l;Wh) | This means for every pulse that the waveflow gets, 8 liters or 0.008kWh are added to the total |
9 (l;Wh) | This means for every pulse that the waveflow gets, 9 liters or 0.009kWh are added to the total |
10 (l;Wh) | This means for every pulse that the waveflow gets, 10 liters or 0.01 kWh are added to the total |
11 (l;Wh) | This means for every pulse that the waveflow gets, 11 liters or 0.011kWh are added to the total |
12 (l;Wh) | This means for every pulse that the waveflow gets, 12 liters or 0.012kWh are added to the total |
13 (l;Wh) | This means for every pulse that the waveflow gets, 13 liters or 0.013kWh are added to the total |
14 (l;Wh) | This means for every pulse that the waveflow gets, 14 liters or 0.014kWh are added to the total |
15 (l;Wh) | This means for every pulse that the waveflow gets, 15 liters or 0.015kWh are added to the total |
20 (l;Wh) | This means for every pulse that the waveflow gets, 20 liters or 0.02kWh are added to the total |
30 (l;Wh) | This means for every pulse that the waveflow gets, 30 liters or 0.03kWh are added to the total |
40 (l;Wh) | This means for every pulse that the waveflow gets, 40 liters or 0.04kWh are added to the total |
50 (l;Wh) | This means for every pulse that the waveflow gets, 50 liters or 0.05kWh are added to the total |
60 (l;Wh) | This means for every pulse that the waveflow gets, 60 liters or 0.06kWh are added to the total |
70 (l;Wh) | This means for every pulse that the waveflow gets, 70 liters or 0.07kWh are added to the total |
80 (l;Wh) | This means for every pulse that the waveflow gets, 80 liters or 0.08kWh are added to the total |
90 (l;Wh) | This means for every pulse that the waveflow gets, 90 liters or 0.09kWh are added to the total |