Owner's manual

6612_OMU_S2_URT_V1_13 Firmware Description Document FDD_6612_010
20 Rev. 1.1
Output
Location
(hex)
LSB Comment Example
Watts A Min 12 mW
Minimum Outlet 1 active power
measured (per second).
If the minimum power measured on
Outlet 1 is 80 Watts
)12?<CR>
Returns:
+80.000
Watts A Max 13 mW
Maximum Outlet 1 active power
measured (per second).
If the maximum power measured
on Outlet 1 is 200 Watts
)13?<CR>
Returns:
+200.000
Irms_nb A
Min
14 mArms
Outlet 1 minimum narrowband rms
current measured.
If the smallest narrowband current
measured on Outlet 1 is 1 Amp
)14?<CR>
Returns:
+1.000
Irms_nb A
Max
15 mArms
Outlet 1 maximum narrowband rms
current measured.
If the largest narrowband current
measured on Outlet 1 is 30 Amps
)15?<CR>
Returns:
+30.000
VARs_nb A
Min
16 mW
Outlet 1 minimum narrowband
reactive power measured (per
second).
If the largest VARs measured on
Outlet 1 is 80 VARs
)16?<CR>
Returns:
+80.000
VARs_nb A
Max
17 mWs
Outlet 1 maximum narrowband
reactive power measured (per
second).
If the largest narrowband VARs
measured on Outlet 1 is 300VARs
)17?<CR>
Returns:
+300.000
VAs_nb A
Min
18 mW
Outlet 1 minimum narrowband
apparent power measured (per
second).
If the smallest narrowband VAs
measured on Outlet 1 is 80 VARs
)18?<CR>
Returns:
+80.000
VAs_nb A
Max
19 mWs
Outlet 1 maximum narrowband
apparent power measured (per
second).
If the largest narrowband VAs
measured on Outlet 1 is 300VARs
)19?<CR>
Returns:
+300.000
Power
Factor_nb A
Min
1A –
Outlet 1 minimum narrowband
power factor measured. Minimum
is defined as the most negative or
least positive number.
If minimum narrowband power
factor measured on Outlet 1 is -0.6
)1A?<CR> Returns:
-0.600
Power
Factor_nb A
Max
1B –
Outlet 1 maximum narrowband
power factor measured. Maximum
is defined as the most positive or
least negative number.
If maximum narrowband power
factor measured on Outlet 1 is 0.9
)1B?<CR> Returns:
+0.900
Phase
Angle_nb A
Min
1C –
Outlet 1 minimum narrowband
phase angle measured.
If the minimum narrowband phase
angle measured on Outlet 1 is 10
degrees
)1C?<CR>
Returns:
+10.000