CIRCUTOR PowerStudio Series - Manual (Page 284)

PowerStudio PowerStudio
284 User Manual
2.1.11.6 CIRWATT
The following show the specific variables of the CIRWATT devices, the shared variables, such
as voltage and current, are included in the corresponding variable table.
Billing closures – absolute energy
Contract x (x: 1..3)
Rate y (y:1..9) Total
Active Inductive Capacitive Active Inductive Capacitive
AEABSCxTy IEABSCxTy CEABSCxTy AEABSCxTOT IEABSCxTOT CEABSCxTOT
CIRWATT X X X X X X
Billing closures – Incremental energy
Contract x (x: 1..3)
Rate y (y:1..9) Total
Active Inductive Capacitive Active Inductive Capacitive
AEINCCxTy IEINCCxTy CEINCCxTy AEINCCxTOT IEINCCxTOT CEINCCxTOT
CIRWATT X X X X X X
Billing closures – Power
Contract x (x: 1..3)
Rate y (y:1..9) Total
Maximum
demand
Power excesses Power factor
Maximum
demand
Power excesses Power factor
MDCxTy EXCCxTy PFCxTy MDCxTOT EXCCxTOT FPCxTOT
CIRWATT X X X X X X
The power factor variable is calculated by the software using active and inductive energy.
Power
Contract x (x: 1..3) Rate y (y: 1..9)
Contracted Excesses by register
CPWCxTy REXCCxTy
CIRWATT X X
Power Excesses are calculated by the software for each curve register downloaded onto
CIRWATT equipment.
2.1.11.7 COMPUTER SMART
Temperature
Instantaneous Maximum Minimum
AI1 AIMX AIMN
Computer Smart X X X
Capacitor
Number of x capacitor connexions
X (1..12)
Computer Smart NCCx
2.1.11.8 CVM-K2
The following shows the specific variables of the CVM-K2 devices, the shared variables, such
as voltage and current, are included in the correponding variable table.