CET PMC-53 Series - Page 39

Ceiec Electric Technology
39
40048
RO
PFa
1
INT16
×1000
■
40049
RO
PFb
1
INT16
×1000
■
40050
RO
PFc
1
INT16
×1000
■
40051
RO
∑PF
INT16
×1000
■
40052
RO
FREQ
UINT16
×100, HZ
■
■
40053
RO
I4*
UINT32
x1000, A
■
40055
RO
Voltage
Unbalance*
UINT16
x1000
■
40056
RO
Current
Unbalance*
UINT16
x1000
■
40057
RO
dPFa*
,1
INT16
x1000
■
40058
RO
dPFb*
,1
INT16
x1000
■
40059
RO
dPFc*
,1
INT16
x1000
■
40060
RO
kW Demand*
INT32
x1000, kW
■
40062
RO
kvar Demand*
INT32
x1000, kvar
■
40064
RO
kVA Demand*
INT32
x1000, kVA
■
40066
RO
Ia Demand*
UINT32
x1000, A
■
40068
RO
Ib Demand*
UINT32
x1000, A
■
40070
RO
Ic Demand*
UINT32
x1000, A
■
40072
RO
Va Angle*
UINT16
x 100, °
■
40073
RO
Vb Angle*
UINT16
x 100, °
■
40074
RO
Vc Angle*
UINT16
x 100, °
■
40075
RO
Ia Angle*
UINT16
x 100, °
■
40076
RO
Ib Angle*
UINT16
x 100, °
■
40077
RO
Ic Angle*
UINT16
x 100, °
■
40078
RO
I residual
#, 3
UINT16
X10, mA
■
40079
RO
Temperature
#, 4
INT16
X10, °C
■
40080
- 40094
Reserved
40095
RO
Alarm
#, 5
Bitmap
■
■
■
40096
RO
DO Status
#, 6
Bitmap
■
■
■
40097
RO
DI Status
#, 7
Bitmap
■
■
■
40098
RO
SOE Pointer
#, 8
UNIT32
■
■
■
* Available in Firmware Version V1.20.01 and Protocol Version V6.0 or later
#
Register address for this register has been changed from Protocol Version 5.0 or earlier
Table5-1 Basic Measurements
Notes:
1) When the Wiring Mode is Delta, the per phase line-to-neutral voltages, kWs, kvars, kVAs
and PFs have no meaning, and their registers are reserved.
2) “×100, V” indicates the value returned in the register is 100 times the actual engineering
value with the unit V (voltage). For example, if the register contains a value 22003, the
actual voltage is 22003/100=220.03V.