Maximum Rms Current Limit In Steady State; Minimum Number Of Cycles Of Bf Mode - gefran GPC Configuration And Programming Manual

Advanced power controller
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3.27.2.

Maximum RMS current limit in steady state

Address
Format
Single-
Multi-
node
node
1731
2755
707
16 bit
4803
The parameter sets the maximum limit of the RMS current at steady state.
The default value depends on the size of the controller:
With a three-phase load, a different Fu.tA parameter value can be set for each module. This allows, for example, control of an unbalanced
three-phase load.
min...max:
0.0...3275.0
3.27.3.

Minimum number of cycles of BF mode

Address
Format
Single-
Multi-
node
node
1728
2752
704
16 bit
4800
The parameter sets the minimum number of BF mode cycles.
The default value of the parameter depends on the setting of DIP switch 5:
min...max:
1...10
GPC-OP
Acronym
menu
09.01.02
M
Fu.tA
09.02.02
E1
09.03.02
E2
Size GPC-M, GPC-E1,
GPC-OP
Acronym
menu
09.01.03
M
09.02.03
Bf.Cy
E1
09.03.03
E2
DIP switch 5 position
OFF (resistive load)
ON (inductive load)
81901 "MSW_GPC-40/600A"_03-2021_ENG_page 108
GF_eXpress menu
Description
MainMenu → M → Power controls →
Fu.tA_1
MainMenu → E1 → Power controls →
Fu.tA_2
MainMenu → E2 → Power controls →
Fu.tA_3
Default
GPC-E2
40 A
40.0
60 A
60.0
100 A
100.0
150 A
150.0
200 A
200.0
250 A
250.0
300 A
300.0
400 A
400.0
500 A
500.0
600 A
600.0
GF_eXpress menu
Description
MainMenu → M → Power controls →
Bf.Cy_1
MainMenu → E1 → Power controls →
Bf.Cy_2
MainMenu → E2 → Power controls →
Bf.Cy_3
Default
1
5
Float
R/W
A
(####.#)
Unsigned
R/W
Short
see
table
see
table

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