Maxim Integrated 6612_OMU_S2_URT_V1_13 - Manual (Page 33)

FDD_6612_ 010 6612_OMU_S2_URT_V1_13 Firmware Description Document
Rev. 1.1 33
Output
Location
(hex)
LSB Comment Example
Irms_wb B
Max
75 mArms
Outlet 2 maximum wideband rms
current measured.
If the largest wideband current
measured on Outlet 2 is 30 Amps
)75?
Returns:
+30.000
VARs_wb B
Min
76 mW
Outlet 2 minimum wideband
reactive power measured (per
second).
If the largest VARs measured on
Outlet 2 is 80 VARs
)76?
Returns:
+80.000
VARs_wb B
Max
77 mW
Outlet 2 maximum wideband
reactive power measured (per
second).
If the largest VARs measured on
Outlet 2 is 300 VARs
)77?
Returns:
+300.000
VAs_wb B
Min
78 mW
Outlet 2 minimum wideband
apparent power measured (per
second).
If the smallest VAs measured on
Outlet 2 is 80 VARs
)78?
Returns:
+80.000
VAs_wb B
Max
79 mW
Outlet 2 maximum wideband
apparent power measured (per
second).
If the largest VAs measured on
Outlet 2 is 300 VARs
)79?
Returns:
+300.000
Power
Factor_wb B
Min
7A
Outlet 2 minimum wideband power
factor measured. Minimum is
defined as the most negative or
least positive number.
If minimum wideband power factor
measured on Outlet 2 is –0.6
)7A? Returns:
-0.600
Power
Factor_wb B
Max
7B –
Outlet 2 maximum wideband power
factor measured. Maximum is
defined as the most positive or
least negative number.
If maximum wideband power
factor measured on Outlet 2 is 0.9
)7B? Returns:
+0.900
Phase
Angle_wb B
Min
7C mDegrees
Outlet 2 minimum wideband phase
angle measured.
If the minimum wideband phase
angle measured on Outlet 2 is
10 degrees
)7C?
Returns:
+10.000
Phase
Angle_wb B
Max
7D mDegree
Outlet 2 maximum wideband phase
angle measured.
If the maximum wideband phase
angle measured on Outlet 2 is
70 degrees
)7D?
Returns:
+70.000
Reserved 7E – Reserved Reserved
Reserved 7F – Reserved Reserved