UG_6612_ 017 6612_OMU_S2+2_URT_V1_14 Firmware Description Document
Rev. 1.0 25
Output
Location
(hex)
LSB Comment Example
Bit 14 MAXIB_WB maximum
wideband current exceeded on
Outlet 2.
Bit 15 PFB_NB negative
Narrowband Power Factor Negative
Threshold Alarm for Outlet 2. Only
available is )F2 bit 2 is 1.
Bit 16 PFB_NB positive
Narrowband Power Factor Positive
Threshold Alarm for Outlet 2.
Bit 17 PFB_WB negative
Wideband Power Factor Negative
Threshold Alarm for Outlet 2. Only
available is )F2 bit 2 is 1.
Bit 18PFB_WB positive
Wideband Power Factor Positive
Threshold Alarm for Outlet 2.
Bit 19 MAXIT_WB maximum
total wideband current exceeded on
both Outlet 1 and Outlet 2.
Bit 20 MAXIT_NB maximum
total narrowband current exceeded
on both Outlet 1 and Outlet 2.
Bit 21 CREEP A Alert Creep
Alert on Outlet 1.
Bit 22 CREEP B Alert Creep
Alert on Outlet 2.
Bit 23 Line/Neutral Reversal
detected. Only available in non-
isolated mode (CESTATE, Bit 2=1)
Bit 24 Reserved.
Bit 25 Reserved.
Bit 26 Unexpected Reset.
Bits 27-31 Reserved.
Note: Duplicate of address 0x02
(see Table 2)
Irms_wb A
Overcurrent
Event Count
23
Counter increments on each edge
event.
If four wideband over current
events have occurred on Outlet 1:
)23?<CR>
Returns: +4
Vrms Under
Voltage
Event Count
24
Counter increments on each edge
event.
Note: Duplicate of address 0x04
(see Table 2).
If four under voltage events have
occurred:
)24?<CR>
Returns: +4
Vrms Over
Voltage
Event Count
25
Counter increments on each edge
event.
Note: Duplicate of address 0x06
(see Table 2).
If four over voltage events have
occurred:
)25?<CR>
Returns: +4
Vrms A 26 mV
Vrms voltage
Note: Duplicate of address 0x06
(see Table 2).
If the line voltage is 120 V
)26?<CR>
Returns:
+120.000
Watts A 27 mW
Outlet 1 active power
measurement (per second).
Note: Duplicate of address 0x07
(see Table 2).
If 120 Watts are measured on
Outlet 1
)27?<CR>
Returns:
+120.000
6612_OMU_S2+2_URT_V1_14 Firmware Description Document UG_6612_017
26 Rev. 1.0
Output
Location
(hex)
LSB Comment Example
Wh A 28 mWh
Outlet 1 active accumulated energy
measurement (per hour).
Note: Duplicate of address 0x08
(see Table 2).
If 120 Wh are measured on
Outlet 1
)28?<CR>
Returns:
+120.000
Total Cost A 29 mUnits
Outlet 1 cost of Wh A.
Note: Duplicate of address 0x09
(see Table 2).
If the cost is 102.536 units on
Outlet 1
)29?<CR>
+102.536
Irms_wb A 2A mA
Outlet 1 wideband rms current
measurement.
If wideband current measured on
Outlet 1 is 12 Amps
)2A?<CR>
Returns:
VARs_wb A 2B mW
Outlet 1 wideband reactive power
measurement (per second).
If wideband 120 VARs are
measured on Outlet 1
)2B?<CR>
Returns:
+120.000
VAs_wb A 2C mW
Outlet 1 wideband apparent power
measurement (per second).
If wideband 120 VAs are measured
on Outlet 1
)2C?<CR>
Returns:
+120.000
Power
Factor_wb A
2D
Outlet 1 wideband power factor.
The output will be between -0.950
and 1.000. Positive power factor is
defined as current lagging voltage
(inductive). Negative power factor
is defined as voltage lagging
current (capacitive).
If the wideband power factor on
Outlet 1 is 0.95
)2D?<CR>
Returns:
+0.950
Phase
Angle_wb A
2E
Outlet 1 wideband phase angle.
The output will be between
180.000 and -180.000.
If the wideband phase angle
measured on Outlet 1 is 60
degrees
)2E?<CR>
Returns:
+60.000
Reserved 2F Reserved
Reserved
Vrms A Min 30 mV
Minimum Vrms measured
Note: Duplicate of address 0x10
(see Table 2).
If the minimum line voltage
measured was 105 V
)30<CR>
Returns:
+15.000
Vrms A Max 31 mV
Maximum Vrms measured
Note: Duplicate of address 0x11
(see Table 2).
If the maximum line voltage
measured was 130 V
)31<CR>
Returns:
+130.000
Watts A Min 32 mW
Minimum Outlet 1 active power
measured (per second)
Note: Duplicate of address 0x12
(see Table 2)
If the minimum power measured on
Outlet 1 is 80 Watts
)32?<CR>
Returns:
+80.000
UG_6612_ 017 6612_OMU_S2+2_URT_V1_14 Firmware Description Document
Rev. 1.0 27
Output
Location
(hex)
LSB Comment Example
Watts A Max 33 mW
Maximum Outlet 1 active power
measured (per second)
Note: Duplicate of address 0x13
(see Table 2).
If the maximum power measured
on Outlet 1 is 200 Watts
)33?<CR>
Returns:
+200.000
Irms_wb A
Min
34 mArms
Outlet 1 minimum wideband rms
current measured.
If the smallest wideband current
measured on Outlet 1 is 1 Amp
)34?<CR>
Returns:
+1.000
Irms_wb A
Max
35 mArms
Outlet 1 maximum wideband rms
current measured.
If the largest wideband current
measured on Outlet 1 is 30 Amps
)35?<CR>
Returns:
+30.000
VARs_wb A
Min
36 mW
Outlet 1 minimum wideband
reactive power measured (per
second).
If the largest VARs measured on
Outlet 1 is 80 VARs
)36?<CR>
Returns:
+80.000
VARs_wb A
Max
37 mW
Outlet 1 maximum wideband
reactive power measured (per
second).
If the largest VARs measured on
Outlet 1 is 300 VARs
)37?<CR>
Returns:
+300.000
VAs_wb A
Min
38 mW
Outlet 1 minimum wideband
apparent power measured (per
second).
If the smallest VAs measured on
Outlet 1 is 80 VARs
)38?<CR>
Returns:
+80.000
VAs_wb A
Max
39 mW
Outlet 1 maximum wideband
apparent power measured (per
second).
If the largest VAs measured on
Outlet 1 is 300 VARs
)39?<CR>
Returns:
+300.000
Power
Factor_wb A
Min
3A
Outlet 1 minimum wideband power
factor measured. Minimum is
defined as the most negative or
least positive number.
If minimum wideband power factor
measured on Outlet 1 is 0.6
)3A?<CR> Returns:
-0.600
Power
Factor_wb A
Max
3B
Outlet 1 maximum wideband power
factor measured. Maximum is
defined as the most positive or
least negative number.
If maximum wideband power factor
measured on Outlet 1 is 0.9
)3B?<CR> Returns:
+0.900
Phase
Angle_wb A
Min
3C
Outlet 1 minimum wideband phase
angle measured.
If the minimum wideband phase
angle measured on Outlet 1 is 10
degrees
)3C?<CR>
Returns:
+10.000
Phase
Angle_wb A
Max
3D
Outlet 1 maximum wideband phase
angle measured.
If the maximum wideband phase
angle measured on Outlet 1 is 70
degrees
)3D?<CR>
Returns:
+70.000
Reserved 3E-3F Reserved
Reserved

78M6612-DB/OMU-USB

Mfr. #:
Manufacturer:
Maxim Integrated
Description:
Power Management IC Development Tools Omu Demo Kit
Lifecycle:
New from this manufacturer.
Delivery:
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Payment:
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