CET PMC-53A - Page 69

CET Electric Technology
69
2=1P2W L-L, 3=1P3W
4=3P3W, 5=3P4W*
6021
RW
PF Convention
UINT16
0=IEC*, 1=IEEE, 2=-IEEE
6022
RW
kVA Calculation
UINT16
0=Vector*, 1=Scalar
6023
RW
Ia Polarity
UINT16
0=Normal*, 1=Reverse
6024
RW
Ib Polarity
UINT16
6025
RW
Ic Polarity
UINT16
6026~6027
RW
Reserved
UINT16
6028
RW
THD Calculation
2
UINT16
0= THDf*, 1= THDr
6029
RW
Demand Period
UINT16
1 to 60 (minutes), 15*
6030
RW
Number of Sliding Windows
UINT16
1 to 15, 1*
6031
RW
Predicted Response
UINT16
70 to 99, 70*
6032
RW
Arm before Execute
UINT16
0=Disabled*, 1=Enabled
6033
RW
Self-Read Time
3
UINT16
0xFFFF*
6034
RW
Monthly Energy Log Self-Read
Time
4
UINT16
0*
6035
RW
Energy Pulse Constant
UINT16
0=1000 imp/kxh*
1=3200 imp/kxh
6036
RW
LED Energy Pulse
UINT16
0=Disabled
1=kWh*
2=kvarh
6037
RW
Backlight Time-out
UINT16
0 to 60 (mins), 5*
6038
RW
System Language
UINT16
1=English
6039
RW
Date Format
UINT16
0=YYMMDD*
1=MMDDYY
2=DDMMYY
6040
RW
Delimiter
4
UINT16
0=Option 1*, 1=Option 2
See Note 4
6041
RW
Monthly Freeze
Self-Read Time
5
UINT16
0*
6042
RW
Daily Freeze
Self-Read Time
6
UINT16
0*
6043
RW
Default Display 1
st
parameter
7
UINT16
0 to 36, 7* (Ullavg)
6044
RW
Default Display 2
nd
parameter
7
UINT16
0 to 36, 11* (Iavg)
6045
RW
Default Display 3
rd
parameter
7
UINT16
0 to 36, 12* (P)
6046
RW
Default Display 4
th
parameter
7
UINT16
0 to 36, 15* (PF)
6047
RW
EN Period
8
UINT16
5 to 60* min
6048
RW
Setpoint LCD Flash Alarm~
UINT16
0=Enabled*, 1=Disabled
6049
RW
Current Threshold of
Device Operating Time~
UINT16
1* to 1000 (x0.001In)
6050
RW
kvarh Calculation~
UINT16
0=RMS*, 1=kvarh Fund.
6051
RW
DNP Polling Object~
9
UINT16
0 to 65535, 0x3F*
#
Available in Firmware V1.00.03 or later
~ Available in Firmware V1.00.06 or later
Table 5-33 Basic Setup Parameters
Notes:
1) The value of [PT Primary/PT Secondary] cannot exceed 10000.
2) There are two ways to calculate THD:
THDf (based on Fundamental):
%100THD
1
2
2




I
I
n
n
where I
n
represents the RMS value for the n
th
harmonic and I
1
represents the RMS value of the
Fundamental component.
THDr (based on RMS):
%100THD
1
2
2
2







n
n
n
n
I
I
where I
n
represents the RMS value for the n
th
harmonic.