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g. Resistors are not included the scope delivery.
We recommend limiting the charging power using DIP switches, see
„Tab. for DIY applications external charging power limits, etc.
6 191 Ω
10 249 Ω
16 348 Ω
20 432 Ω
25 536 Ω
32 732 Ω
Tab. Example concept for simple PV-optimised charging
5. DIP switch setting
3.2.
Example:
IC/0 (348 Ω), DIP: Modbus A
The car can charged with maximum A. With the
Modbus settings, the configuration the DIP switch cannot over
written and, with the DIP switch, higher charging currents can con-
figured than those that actually arrive the IC/0 input.2.
. Status the IC/0 input
2. Modbus-RTU activation
However, only the smallest enabled/set charging power communicated
to the vehicle.4 Maximum charging power when using the enabling contact
If the enabling contact used, multiple aspects have weightings of
different strengths reaching the maximum charging power. Charging power dependent the resistance
5.
The following settings are checked:
1. DIP switch configuration“ page 24, for standard applica-
tions.3 Adjusting the charging power with resistors
Alternatively, the charging power can adjusted between 0V/IC using
resistors, e.EN
Mounting instructions for the Ion charging stations
Product overview
IC
0V
S1
S2
Fig
