Trumpf TruConvert DC 1000 Series, Руководство оператора

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As soon as a higher battery current and battery power that
is higher than the nominal power is called, the system can
supply this for a certain time span.
During overload operation, the overload capacity is reduced
continuously. The still remaining overload capacity is dis-
played on the user interface in percent in the form of a sta-
tus bar. The actual value for the overload capacity can be
queried via Modbus
(see "Tab. 7-7", pg. 7 ‐ 15) . As soon as
the overload capacity has dropped to "0%", only operation at
nominal power is possible.
Once the system has cooled long enough, the overload
capacity increases again and overload operation is possible
again.
6.2 Examples: Reduce and then again
increase overload capacity
The overload capacity drops from 100% to 0% if the system is
operated at overload with:
■ A battery current or a battery power between 100% and
125% (the higher value is relevant).
For 10 minutes.
or
■ A battery current or a battery power between 125% and
150% (the higher value is relevant).
For 1 minute.
The overload capacity increases again from 0% to 100% if the
system is operated under normal load with:
■ A battery current or a battery power < 90%.
For 20 minutes.
or
■ A battery current or a battery power < 80%.
For 10 minutes.
A67-0140-00.BKen-0
01-05 2020-07-01 Overload
7 ‐ 23
Reduce overload capacity
from 100% to 0%
Increase overload capacity
again from 0% to 100%