Schneider Electric 4000

Appendix A—Abbreviated Regist er Listing 63230-300-212

144

1693 Maximum Voltage, Negative Sequence, Ang le —0.1 0 to 3,599

1694 MaximumVoltage, ZeroSequence, Magnitude D Volts/Scale 0 to 32,767

1695 MaximumVoltage, Zero Sequence,Angle —0.1 0 to 3,599

1696 MaximumCurrent, Sequence,Unbalance —0.10% -1,000to 1,000

1697 Maximum Voltage, Seq uence, Unbalance —0.10% -1,000 to 1,000

Accumulated Energy

1700to 1703 Energy,RealI n —WH 0to 9,999,999,999,999,999

1704to 1707 Energy,ReactiveIn —VArH 0 to 9,999,999,999,999,999

1708to 1711 Energy,RealOut —WH 0 to9,999,999,999,999,999

1712 to 1715 Energy, Reactive Out —VArH 0 to 9,999,999,999,999,999

1716to 1719 Energy,Real Total(signed/absolute) —WH -9,9 99,999,999,999,99 9 to

9,999,999,999,999,999

1720to 1723 Energy,ReactiveTotal (signed/absolute) —VA rH -9,999,999 ,999,999,999-

9,999,999,999,999,999

1724 to 1727 Energy, Apparent —VAH 0to 9,9 99,999,999,999,999

1728to 1731 Energy,ConditionalReal In —WH 0to 9,999,999,999,999,999

1732to 1735 Energy,ConditionalReactive In —VArH 0 to 9,999,999,999,999,999

1736to 1739 Energy,ConditionalReal Out —WH 0 to 9,999,999,999,999,999

1740to 1743 Energy,ConditionalReactive Out —VArH 0 to 9,999,999,999,999,999

1744to 1747 Energy,ConditionalApparent —VAH 0 to 9,999 ,999,999,999,999

1748 to 1750 Energy, Incremental Real I n, Last Complete In terval —WH 0to999,999,999,999

1751 to 1753 Energy. Incremental Reacti ve In, Last Complet e Interval —VArH 0to999,999,999,999

1754 to 1756 Energy, Incremental Real O ut, Last Complete I nterval —WH 0to999,999,999,999

1757 to 1759 Energy, Incremental React ive Out, Last Complet e Interval —VArH 0to999,999,999,999

1760 to 1762 Energy,Incre mental Apparent, Last Comp lete Interval —VAH 0 to 999,999,999,999

1763 to 1766 Last Complete Interval Date /Time —Seetemplate Seetemplate

1767 to 1769 Energy, Incremental Real In, Present Interval —WH 0to999,999,999,999

1770 to 1772 Energy. Incremental React ive In, Present Inter val —VArH 0to999,999,999,999

1773to 1775 Energy, IncrementalReal Out, PresentInterval —WH 0to999,999,999,999

1776 to 1778 Energy, Incremental React ive Out, Present Inte rval —VArH 0to999,999,999,999

1779 to 1781 Energy,Incre mental Apparent, Present In terval —VAH 0 to 999,999,999,999

1782 to 1784 Energy, Reactive, Quadrant 1 —VArH 0to999,999,999,999

1785 to 1787 Energy, Reactive, Quadrant 2 —VArH 0to999,999,999,999

1788 to 1790 Energy, Reactive, Quadrant 3 —VArH 0to999,999,999,999

1791 to 1793 Energy, Reactive, Quadrant 4 —VArH 0to999,999,999,999

1794 Condition al Energy Control Stat us ——

0=OFF

1=ON

Tabl e A–3:AbbreviatedRegister List

Number Description Scale

Factor Units Register Range

See “How Power Factor is Stored in t he Register”on page 128.

Thealternate storage methodfor power factor(PF) is useful for outputtingPF on analog outputs.The PF valueis stored as a positivevalue

between0 and 2,centered around1 (unity). A valueof 0 lagging mapsto 0; -0.999 mapsto 0.999;0.999 leadingmaps to 1.001;and 0 leading

mapsto 2. The alternate PF is alsostored with a scale factor0.001.

Theseconfiguration registersrequire that youenter the setup mode to change the register’scontents. Issuecommand 9020 to enter setup

mode and 9021 to exit setup mode. See “Us ing the Command Interface to Cha nge Configuration Regist ers”on page 187 for instruction s on

howtousethesetup-modecommands.

Quantity available for 4- wire system only. Value set to - 32,768 if not available.