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Verfügbare Sprachen
Verfügbare Sprachen
LiFePO4-7s
LiFePO4-8s
Ternary-3s
Ternary-6s
Ternary-7s
Custom
NOTE: These settings are general guidelines for use at the operator's
discretion. The MPPT can be set to satisfy a wide range of charging
parameters. Consult the battery manufacturer for optimal battery charge settings.
4.3 Load Control Information
The primary purpose of the load control function is to disconnect system loads when
the battery has discharged to a low state of charge, and reconnect system loads
when the battery is sufficiently recharged. System loads may be lights, DC
appliances, or other electronic devices. The total current draw of all loads must not
exceed the MPPT 20 or 30 Amp maximum load rating.
CAUTION: Equipment Damage
Do not wire any AC inverter to the load terminals of the MPPT. Damage to the
load control circuit may result. An inverter should be wired to the battery. If there is a
possibility that any other load will sometimes exceed the maximum voltage or current
limits, the device should be wired directly to the battery or battery bank.
General Load Control Notes:
Do not wire multiple MPPT load outputs together in parallel to power DC loads with
a current draw greater than 20 or 30A, depending on the MPPT model in use.
Equal current sharing cannot be assured and an over-load condition will likely occur
on one or more controllers.
Exercise caution when connecting loads with specific polarity to a live load
circuit. A reverse polarity connection may damage the load. Always double
check load connections before applying power.
The load output voltage range is the same as battery pack. For example, if the
It can supply power to load output continuously if the load output current in
within the rated range.
11
22.4
25.6
11.1
22.2
25.9
Custom
25.2
28.8
12.6
25.2
29.4
Custom
18.9
21.6
9.6
19.2
22.4
Custom
Custom
21.7
24.8
10.5
21
24.5
0
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