PSL PQube - Page 73

PQube User Manual 2.1
Page 73 of 113
register 1024.
60-61
Energy (Wh)
Float
Wh
Also, see registers 131-133
62-63
Apparent Energy (VAh)
Float
VAh
Also, see registers 131-133
64-65
Voltage THD
Float
%
Also, see registers 192-197
66-67
Current TDD
Float
%
Also, see register 1020-1021: base
current for TDD. Also, see registers
198-203.
68-69
ANSI Voltage Unbalance
Float
%
If using IEC or GB methods, see
registers 174-175 and 178-179
70-71
ANSI Current Unbalance
Float
%
If using IEC or GB methods, see
registers 176-177 and 180-181
72-73
L1 Flicker P
inst
Float
-
Instantaneous value. For L2 and L3
see 228-239.
74-75
L1 Flicker P
ST
Float
-
10-minute value. For L2 and L3 see
228-239.
76-77
L1 Flicker P
LT
Float
-
2-hour value. For L2 and L3 see 228-
239.
78
New Event Recordings
Integer
-
Number of new events recorded by
PQube since last time this register
was polled. This register is
incremented when the files are fully
available for download. This register
is cleared by reading it.
79
New Trend Recordings
Integer
-
Number of new trends (daily,
weekly, monthly) recorded by
PQube since last time this register
was polled. This register is
incremented when the files are fully
available for download. This register
is cleared by reading it.
80-81
Volt-amps
reactive
Float
VAR
Also, see registers 216-221
82-83
True power
factor
Float
-
Value between -1.0 and +1.0
84-85
Temperature –
Probe 1
Float
°C
Modbus register is always in °C,
even if user has selected °F for
display
86-87
Humidity –
Probe 1
Float
%RH
Relative humidity
88-89
Temperature –
Probe 2
Float
°C
Modbus register is always in °C,
even if user has selected °F for
display
90-91
Humidity –
Probe 2
Float
%RH
Relative humidity
92-93
CO
2
rate
Float
Grams
per
hour
Patent-pending table-based
algorithm. May be negative,
indicating avoided CO
2
.
94-95
CO
2
accumulated
Float
Grams
Patent-pending table-based
algorithm. Also, see registers 131-
133: Energy accumulated since
[date]
96-97
Earth current
Float
RMS
Amps
A
rms10/12
98-99
L1-N voltage
fundamental
magnitude
Float
RMS
Volts
For delta systems, the PQube
calculates a metering Neutral for
this parameter.
100-101
L1-N voltage
fundamental
angle
Float
degrees
Range: ±180.0º
102-103
L2-N voltage
fundamental
magnitude
Float
RMS
Volts
For delta systems, the PQube
calculates a metering Neutral for
this parameter.
104-105
L2-N voltage
fundamental
angle
Float
degrees
Range: ±180.0º
106-107
L3-N voltage
Float
RMS
For delta systems, the PQube