socomec DIRIS Am Notice D'utilisation page 52

NB:
Values should be multiplied by the fol-
lowing coefficient:
CT = 100 = 20 VT = 20000 = 200
5 100
CT x VT = 20 x 200
= 4000
Powers will be multiplied by 4000 (if
there is no VT, then VT = 1), currents
by 20 and voltages by 200.
SOCOMEC - Ref. : 875 508A
TABLE OF VALUES WITHOUT ALLOCATED CURRENT AND VOLTAGE WINDING RATIOS
Decimal Hexa. N° of
address address words
1792 700 1
1793 701 1
1794 702 1
1795 703 1
1796 704 1
1797 705 1
1798 706 1
1799 707 1
1800 708 1
1801 709 1
1802 70A 1
1803 70B 1
1804 70C 1
1805 70D 1
1806 70E 1
1807 70F 1
1808 710 1
1809 711 1
1810 712 1
1811 713 1
1812 714 1
1813 715 1
1814 716 1
1815 717 1
1816 718 1
1817 719 1
1818 71A 1
1819 71B 1
1820 71C 1
1821 71D 1
1822 71E 1
1823 71F 1
1824 720 1
1825 721 1
1826 722 1
1827 723 1
1828 724 1
1829 725 1
1830 726 1
1831 727 1
1832 728 1
1833 729 1
1834 72A 1
1835 72B 1
1836 72C 1
1837 72D 1
1838 72E 1
1839 72F 1
1840 730 1
1841 731 1
1842 732 1
1843 733 1
1844 734 1
Zone size: 53 words (decimal) or 35 (hexadecimal).
Text
current phase 1
current phase 2
current phase 3
Neutral current
phase to phase voltage U12
phase to phase voltage U23
phase to phase voltage U31
phase to neutral phase 1
phase to neutral phase 2
phase to neutral phase 3
Frequency
∑ Active power +/-
∑ Reactive power +/-
∑ Apparent power +/-
∑ Power factor L/C
-: capacitive and +: inductive
Active power phase 1 +/-
Active power phase 2 +/-
Active power phase 3 +/-
Reactive power phase 1 +/-
Reactive power phase 2 +/-
Reactive power phase 3 +/-
Apparent power phase 1
Apparent power phase 2
Apparent power phase 3
Power factor phase 1
-: capacitive and +: inductive
Power factor phase 2
-: capacitive and +: inductive
Power factor phase 3
-: capacitive and +: inductive
Average values I1
Average values I2
Average values I3
Average value ∑ Active power +
Average value ∑ Active power -
Average value ∑ Reactive power +
Average value ∑ Reactive power -
Average value ∑ Apparent power
Maximum value I1
Maximum value I2
Maximum value I3
Maximum value ∑ Active power +
Maximum value ∑ Active power -
Maximum value
∑ Reactive power +
Maximum value
∑ Reactive power -
Maximum value
∑ Apparent power
Active energy + < 10000
Active energy + > 10000
Reactive energy + < 10000
Reactive energy - > 10000
Apparent energy < 10000
Apparent energy > 10000
Active energy - <10000
Active energy - > 10000
Reactive energy - < 10000
Reactive energy - > 10000
Unit
mA
mA
mA
mA
V/100
V/100
V/100
V/100
V/100
V/100
Hz/100
kW/100
kvar/100
kVA/100
0,001
kW/100
kW/100
kW/100
kvar/100
kvar/100
kvar/100
kVA/100
kVA/100
kVA/100
0,001
0,001
0,001
mA
mA
mA
kW
kW/100
kvar/100
kvar/100
KVA/100
mA
mA
mA
kW/100
kW/100
kvar/100
kvar/100
kVA/100
kWh
kWh
kvarh
kvarh
kvarh
kVAh
kVAh
kWh
kWh
kvarh
53