Installation manual

Our spb
Ω
blades are made of high-tensil carbon fibre and are hand laminated with
epoxy resin. This material provides the maximum consistency with the lowest
weight. This material is also used in Formula 1 and airspace industry. Therefore
these carbon fibre blades are extremely light, but can resist even the strongest
wind conditions. They have been successfully tested at German WindGuard –
according to (DIN EN61400-2 VDE 0 127-2) at windspeed of 122 km/h at 5480
RPM. This is an equivalent of sonic velocity at the tips of the blades. For everyday
use and safety reasons we have equipped the charge controller with an automatic
electronic and manual stop switch.
6. Diamaters of cables
12
Distance from wind generator to the charge controller in m
Cable cross section mm2 AWG
Distance from the charge contr. to the battery in m
Cable cross section mm2 AWG
70 - 110
50 - 1
70 - 110
---
0 - 9
6 - 10
0 - 9
16 - 6
10 - 19
10 - 8
10 - 19
25 - 4
20 - 29
16 - 6
20 - 29
35 - 2
30 - 44
25 - 4
30 - 44
---
45 - 69
35 - 2
45 - 69
---
System voltage 12 Volt
Distance from wind generator to the charge controller in m
Cable cross section mm
2
AWG
Distance from the charge contr. to the battery in m
Cable cross section mm
2
AWG
70 - 110
25 - 4
70 - 110
---
0 - 9
2.5 - 14
0 - 9
16 - 6
10 - 19
4 - 12
10 - 19
25 - 4
20 - 29
6 - 10
20 - 29
35 - 2
30 - 44
10 - 8
30 - 44
---
45 - 69
16 - 6
45 - 69
---
System voltage 24 Volt
Distance from wind generator to the charge controller in m
Cable cross section mm
2
AWG
Distance from the charge contr. to the battery in m
Cable cross section mm
2
AWG
100 - 150
10 - 8
100 - 150
16 - 6
0 - 29
2.5 - 14
0 - 29
4 - 12
30 - 79
4 - 12
30 - 69
4 - 12
80 - 99
6 - 10
70 - 99
10 - 8
System voltage 48 Volt