gefran GPC - HB, SSR_SHORT, NO_VOLTAGE and NO_CURRENT; SSR_SHORT Update Frequency; Alarms; Alarm Reset

81901A “MSW_GPC-40/600A”_03-2021_ENG_page 73
3.15.2. SSR_SHORT update frequency
Address
Format
GPC-OP
menu
Acronym
Global / M/E1/E2
GF_eXpress menu
Attribute Retentive Type Unit of mea- surement Default
Single-
node
Multi-
node
Description
1685 661 16 bit 05.07.03 dG.t Global
MainMenu → Global → Alarms →
PF alarms → dG.t
R/W
■
Unsigned
Short
sec. 10
The parameter sets the update frequency for the SSR_SHORT alarm, which corresponds to the delay time for activation of the alarm.
min...max: 1...999
3.15.3. Time filter for NO_VOLTAGE and NO_CURRENT alarms
Address
Format
GPC-OP
menu
Acronym
Global / M/E1/E2
GF_eXpress menu
Attribute Retentive Type Unit of mea- surement Default
Single-
node
Multi-
node
Description
1686
662 16 bit
05.07.02
dG.F
M
MainMenu → M → Alarms →
PF alarms → dG.F_1
R/W
■
Unsigned
Short
sec. 102710 05.08.02 E1
MainMenu → E1 → Alarms →
PF alarms → dG.F_2
4758 05.09.02 E2
MainMenu → E2 → Alarms →
PF alarms → dG.F_3
The parameter sets the time filter for the NO_VOLTAGE and NO_CURRENT alarms. It is recommended to set a value not lower than the
cycle time.
min...max: 0...99
3.15.4. HB, SSR_SHORT, NO_VOLTAGE and NO_CURRENT alarm reset
See paragraph “3.14.20. HB, SSR_SHORT, NO_VOLTAGE and NO_CURRENT alarm reset”.
3.15.5. Status 3 (STATUS3)
Address
Format
GPC-OP
menu
Acronym
Global / M/E1/E2
GF_eXpress menu
Attribute Retentive Type Unit of mea- surement Default
Single-
node
Multi-
node
Description
1657
633 16 bit
01.02.18
STATUS3
M
MainMenu → M → Status → STATUS3_1
R
Unsigned
Short
2681 01.03.18 E1
MainMenu → E1 → Status → STATUS3_2
4729 01.04.18 E2
MainMenu → E2 → Status → STATUS3_3
The parameter shows the status of the device. The individual statuses are highlighted by the corresponding bit.
Options:
bit Status of
3 SSR_SHORT (PHASE 1 with three-phase load)
4 SSR_SHORT PHASE 2 (with three-phase load)
5 SSR_SHORT PHASE 3 (with three-phase load)
6 NO_VOLTAGE (PHASE 1 with three-phase load)
7 NO_VOLTAGE PHASE 2 (with three-phase load)
8 NO_VOLTAGE PHASE 3 (with three-phase load)
9 NO_CURRENT (PHASE 1 with three-phase load)
10 NO_CURRENT PHASE 2 (with three-phase load)
11 NO_CURRENT PHASE 3 (with three-phase load)