|
A charge controller fitted
to your system will ensure:
· The system
operates automatically
· Prevents damage to your batteries
through over voltage
….so if the batteries become fully charged
in your absence from the site the batteries
will not be overcharged. Some charge
controllers or regulators also incorporate
a low voltage disconnect to prevent
deep discharge to the batteries. Other
features indicating the system’s operation
are also available on some models.
Which type of regulator is recommended?
Marlec has a range of regulators designed
for use with wind, solar or hybrid systems
(combined wind & solar).
· Choose the
unit that best matches your windcharger
or solar panel. If you plan to later
expand your system we suggest that you
choose a regulator that will accommodate
the planned system growth. For example,
you might decide to use a windcharger
initially but plan to later add a solar
panel to supplement your power requirements
particularly in the summer or if you
intend to cruise in warm climates.
· Decide what features you would
like the regulator to incorporate. Overcharge
protection with simple system indication
or if you want to be able to see detail
of how the system is performing.
The table below
shows the Rutland Windcharger models
and the appropriate regulators to choose.
The box completed also indicates the
capacity of solar panels that can be
connected in parallel. Click on the
model name to find detailed specifications.
| |
HRS503 & 913
|
|
|
|
Rutland
503 Windcharger |
+ 100W solar
|
+ 160W Solar |
12V
only + 100W solar |
|
Rutland 913 Windcharger |
+ 100W solar
|
+ 160W solar |
12V or 24V + 100W solar |
|
Rutland Furlmatic 910-3 Windcharger
|
+ 100W solar
|
+
160W solar
|
12V or 24V + 100W solar
|
| Marlec
Regulator Part Numbers |
| Regulator
Description: |
Part Number: |
| HRS503 12V |
CA-11/45 |
| HRS913 12V |
CA-11/40 |
| HRS913 24V |
CA-11/41 |
| HRSi 12/24V |
CA-11/46 |
| HRDX Controller 12V |
CA-11/42 |
| HRDX Controller 24V
|
CA-11/43 |
|