PSL PQube - Page 110

PQube User Manual 2.1
Page 110 of 113
24
Peak Current (N-minute)
Float
RMS Amps
N-minute RMS average
Typically N is 10 minutes or 15 minutes.
See register 1024.
Also, see registers 122-124: Peak current
since [date]
25
Peak Power (1-cycle)
Float
Watts
See registers 125-127: Peak power since
[date]
26
Peak Power (1-minute)
Float
Watts
See registers 125-127: Peak power since
[date]
27
Peak Power (N-minute)
Float
Watts
Typically N is 10 minutes or 15 minutes.
See register 1024. Also, see registers
125-127: Peak power since [date]
28
Peak VA (1-cycle)
Float
VA
See registers 128-130: Peak apparent
power since [date]
29
Peak VA (1-minute)
Float
VA
See registers 128-130: Peak apparent
power since [date]
30
Peak VA (N-minute)
Float
VA
See registers 128-130: Peak apparent
power since [date]. Typically N is 10
minutes or 15 minutes. Also, see register
1024.
31
Energy (Wh)
Float
Wh
Also, see registers 131-133: Energy
accumulated since [date]
32
Apparent Energy (VAh)
Float
VAh
Also, see registers 131-133: Energy
accumulated since [date]
33
Voltage THD
Float
%
34
Current TDD
Float
%
Also, see register 1020-1021: base
current for TDD
35
ANSI Voltage Unbalance
Float
%
If using IEC or GB methods, see registers
174-175 and 178-179
36
ANSI Current Unbalance
Float
%
If using IEC or GB methods, see registers
176-177 and 180-181
37
Flicker P(inst)
Float
P
inst
Instantaneous value
38
Flicker P(ST)
Float
P
ST
10-minute value
39
Flicker P(LT)
Float
P
LT
2-hour value
40
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.
41
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.
42
Volt-amps
reactive
Float
VAR
43
True power
factor
Float
-
Value between -1.0 and +1.0
44
Temperature –
Probe 1
Float
°C
45
Humidity –
Probe 1
Float
%RH
Relative humidity
46
Temperature –
Probe 2
Float
°C
47
Humidity –
Probe 2
Float
%RH
Relative humidity
48
CO
2
rate
Float
Grams per
hour
Patent-pending table-based algorithm.
May be negative, indicating avoided CO
2
.