Settings; Information List - Siemens SIPROTEC 7UT613 series Manual

Table 2-14 Operational measured values (phase relationship)
ϕIL1M1, ϕIL2M1, ϕIL3M1
ϕIL1M2, ϕIL2M2, ϕIL3M2
ϕIL1M3, ϕIL2M3, ϕIL3M3
ϕIL1M4, ϕIL2M4, ϕIL3M4
ϕIL1M5, ϕIL2M5, ϕIL3M5
ϕIZ1; ϕIZ2; ϕIZ3
ϕIZ4
5)
ϕI1 to ϕI9
3)
ϕI10 to ϕI12
3) 5)
ϕUL1E; ϕUL2E; ϕUL3E
1) 4)
ϕUen
4)
ϕU4
4)
1)
only for 3-phase objects, also for single-phase transformers
2)
only for 3-phase objects, not for single-phase transformers
3)
only for single-phase busbar protection
4)
only for 7UT613 and 7UT633 with voltage measuring inputs
5)
only for 7UT635
6)
only for CFC and serial interfaces

2.22.2.2 Settings

Addr. Parameter
7601 POWER CALCUL.

2.22.2.3 Information List

No. Information
621 UL1E=
622 UL2E=
623 UL3E=
624 UL12=
625 UL23=
626 UL31=
627 UE =
629 U1 =
7UT613/63x Manual
C53000-G1176-C160-2
Measured Values
Phase angle of the currents at the measuring lo-
cations M1 to M3, referred to I L1M1
1)
Phase angle of the currents at the measuring lo-
1) 5) cations M1 to M3, referred to IL1M1
Currents at the 1-phase further measuring loca-
tions Z1 to Z3, referred to IL1M13
Currents at the 1-phase auxiliary measuring loca-
tion Z4, referred to IL1M1
Phase angle of the currents at the current inputs,
referred to I1 3)
Phase angle of the currents at the current inputs,
referred to I1
3) 5)
Phase angle of the voltages at the 3-phase
voltage measuring location, referred to IL1M1 or
I1
1) 4)
Phase angle of the voltages at the 1-phase
voltage measuring location, referred to IL1M1 or
I1 4)
Phase angle of the voltages at the 1-phase
voltage measuring location, referred to IL1M1 or
I1
4)
Setting Options
with V setting
with V measur.
Type of In-
formation
MV
MV
MV
MV
MV
MV
MV
MV
1)
1) 5)
5)
Default Setting
with V setting
U L1-E
U L2-E
U L3-E
U L12
U L23
U L31
Displacement voltage UE
U1 (positive sequence)
2.22 Additional Functions
Dimension % Conversion
°
0° = 0 %
360° = 100 %
° 0° = 0 %
360° = 100 %
° 0° = 0 %
360° = 100 %
° 0° = 0 %
360° = 100 %
° 0° = 0 %
360° = 100 %
° 0° = 0 %
360° = 100 %
° 0° = 0 %
360° = 100 %
° 0° = 0 %
360° = 100 %
° 0° = 0 %
360° = 100 %
Comments
Calculation of Power
Comments
6)
307