Schneider Electric 4000

63230-300-212 AppendixA—AbbreviatedR egisterListing

April 2001 Registe r Listing

147

1865

ShortDemand Interval, InputP ulseMetering

Setsthe interval for a runningaverage demandcalculation of

short duration.

—Seconds 0to 6 0, Default = 15

1866 TimeElapsed in Interval, InputPulse Metering —Seconds 0t o 3,600

1867 Time Elapse d in Subinterval, Input Pulse M etering —Seconds 0 to 3 ,600

1868 Interval C ount, Input Pulse Metering —1.0 0 to 32,767

1869 Subinter val Count, Input Pulse Metering —1.0 0 to 60

1870 to 1873 Min/Max Reset Date/Time, I nput Pulse Metering —See Template See Template

1874 Min/Max R eset Count, Input Pu lse Metering —1.0 0to 32,767

1880

DemandCalculation Mode,Generic Group 1

0 =Thermal Demand (default)

1 = Timed Interval Sliding Bl ock

2=TimedIntervalBlock

4 = Timed Interval Rolling Bl ock

8 = Input SynchronizedBlock

16= Input Synchronized RollingBlock

32 = Command Synchronized Bl ock

64 = Command Synchronized Ro lling Block

128 = Clock Synchronized B lock

256 = Clock Synchronized Rol ling Block

512 = Slave to Power Deman d Interval

1024= Slave to IncrementalEnergy Interval

——0to1024

1881 DemandInterval, Generic Group1 —Minutes 1 to 60, Default = 15

1882 DemandSubinterval, Generic Group1 —Minutes 1 to 60, Default= 1

1883 DemandSensitivity,Generic Group 1

Adjusts the sensitivity o ft he thermal demand calculat ion. —1% 1to99,Default=90

1885

ShortDemand Interval, GenericGroup 1

Setsthe interval for a runningaverage demandcalculation of

short duration.

—Seconds 0to 6 0, Default = 15

1886 Time Elapse d in Interval, Generic Gro up 1 —Seconds 0 to 3,60 0

1887 Time Elapse d in Subinterval, Generic Gr oup 1 —Seconds 0 to 3,600

1888 Interval C ount, Generic Gro up 1 —1.0 0 to32,767

1889 SubintervalCount, Generic Group1 —1.0 0 to 60

1890 to 1893 Min/Max Reset Date/Time, G eneric Group 1 —See Template See Template

1894 Min/Max R eset Count, Gener ic Group 1 —1.0 0 to32,767

Tabl e A–3:AbbreviatedRegister List

Number Description Scale

Factor Units Regist er Range

See “HowPower Factoris Stored in the Register”onpage 128.

Thealternate storage methodfor power factor(PF) is useful for outputtingPF on analog outputs.The PF value isstored as a positive value

between 0 and 2, centered around 1 (un ity). A value of 0 lagging maps to 0; -0.99 9m aps to 0.999;0.999 leading m aps to 1.001; and 0 leading

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

These configuration r egisters require th at you enter the setup mo de to change the regi ster’s contents. Issue command 9020 t o enter setup

modeand 9021 to exit setup mode.S ee “Usingthe Command Interfaceto Change ConfigurationRegisters”onpage 187 for instructions on

howto use the setup-mode commands.

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