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Memory profile 1
In memory profile 1, the power mean values are
combined:
Mean value P in L1
Mean value P in L2
Mean value P in L3
Mean value Q Sum
Mean value S Sum
The data of profile 1 are always stored after the
averaging time P.
Memory profile 2
In memory profile 2, the current mean values
are combined:
Mean value I in L1
Mean value I in L2
Mean value I in L3
Mean value I im N
Mean value CosPhi Sum
The data in memory profile 2 are always stored
after the averaging time I.
Memory profile 3
In memory profile 3, the energy meters are com-
bined:
real energy (consumption)
Reactive energy (inductive)
The contents of the energy meters are stored
once per hour.
Memory profile 4
In memory profile 4, all comparator results are
combined:
Comparator 1 (Bit 1)
Comparator 2 (Bit 2)
Comparator 3 (Bit 3)
Comparator 4 (Bit 4)
Comparator 5 (Bit 5)
Comparator 6 (Bit 6)
Each changing of the 6 comparator outputs will
be stored in the corresponding Bit 1-6 of a Byte.
The time stamp is valid for the first Byte. Each
further Byte describes the condition of the com-
parator one second later. In Byte 10, the condi-
tions of the comparator outputs are deposited at
the time: time stamp plus 10 seconds.
Memory profile 5
In memory profile 5, the voltage mean values
are combined:
Mean value U
L1-N
Mean value U
L2-N
Mean value U
L3-N
Mean value P
Summe
Mean value Q
Summe
The data of profile 5 are always stored after the
averaging time U.
Memory profile 6
In memory profile 6, the voltage mean values
are combined:
Mean value U
L1-L2
Mean value U
L2-L3
Mean value U
L3-L1
Mean value P
Summe
Mean value Q
Summe
The data of profile 6 are always stored after the
averaging time U.
Summary of Contents for UMG 96S
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