Siemens 9200 Specification sheet

9200 Power Meter
9200 Features Guide

Table of Contents
3
Table of Contents
◆ 9200 Meter Features Guide . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
◆ The Megawatt Option . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6
Before You Use the Megawatt Option . . . . . . . . . . . . . . . . . . . . . . 6
◆ Basic Setup for the Megawatt Option . . . . . . . . . . . . . . . . . . . . . . . 7
◆ Megawatt Option Front Panel . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7
Display Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8
Configuration Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
◆ Appendix A: Communications . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
Modbus Address Table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
Read-Write Configuration Map . . . . . . . . . . . . . . . . . . . . . . . . . . 16
Read-Write Control Map . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18
Modbus Data Formats . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
Exception Responses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
◆ Appendix B: Configuration Reference Tables . . . . . . . . . . . . . . . 20
Standard Measurements and Enhanced Packages 1 & 2 . . . . . 20
Meter Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

Table of Contents
4

9200 Meter Features Guide
5
9200 Meter Features Guide
This guide describes the 9200 meter features that are ordering options—
this edition includes meter operation of the Megawatt option.
9200 Technical Documentation
Comprehensive technical documentation for the 9200 meter is shipped
with the meter and is available online at www.sea.siemens.com/access.
The 9200 Installation and Basic Setup Instructions manual provides
operational details for your 9200 meter, and can be referenced in addition
to this Features Guide.
DANGER
Installation and maintenance of Access meters and meter options should only be performed
by qualified personnel that have appropriate training and experience with high voltage/
current devices. In the
9200 Installation and Basic Setup Instructions, refer to Installation
Considerations, and the Danger, Warning, and Limitation of Liability notices.

9200 Features Guide
6
The Megawatt Option
The Megawatt option displays all power and energy values in millions
(e.g. megawatts) and volts in thousands (kilovolts). The Megawatt option
has a different front panel faceplate than the standard meter, with labels
for kV, MW, MVA, MVAR, MWh, MVAh, and MVARh.
Before You Use the Megawatt Option
In addition to setting up the PT1 and PT2 registers on your Megawatt
option, you must set the PTS (PT Scaling) register to “x1000.” This allows
communications software to correctly interpret megawatt and kilovolt
quantities, and enables meaningful measurements through the meter
front panel.
To learn about meter configuration, refer to the 9200 Installation and Basic
Setup Instructions section “Front Panel Navigation”—”Configuration Mode.”
What Does the PT Scaling (PTS) Setup Register Do?
The PT Scaling setup register provides an additional PT primary register to
accommodate a larger PT ratio. PTS offers a “x1000” quantity for the PT
primary register. (The standard meter model uses the “x1” default scaling.)
How PT Scaling Defines the PT Ratio
Suppose that a meter with the Megawatt option is applied to measure
power on a 500 kV system, the voltage applied to the PT primary is 288
kV, and the expected voltage on the PT secondary is 120 V. The formula
below shows how these values are used with the PT Scaling register set at
“x1000” to define the overall PT ratio.
The formula shows that the meter correctly measures 288.0 kV when PTS
is set to “x1000,” PT1 is set to 288, and PT2 is set to 120.
PT1 (Primary)
PTS (Scaling)
PT2 (Secondary)
Pt1
t
P S
Pt2
You must set the PTS register
to “x1000” for the Megawatt
option to operate correctly.
PT Ratio = PT Primary
PT Secondary
PT1 x PTS
PT2
PT Ratio = 288,000
120
288 x 1000
120

Basic Setup for the Megawatt Option
7
Basic Setup for the Megawatt Option
Basic setup determines how the meter interprets the power system it is
connected to, as well as how the meter communicates with connected
networks or workstations. You can use the meter front panel or software
to perform basic setup (e.g. PT Primary, PT Secondary, and PT Scaling set
up) on a meter with the Megawatt option.
For parameter configuration through the front panel, the meter must be in
Configuration mode. Refer to “Configuration Mode” in the 9200
Installation and Basic Setup Instructions. For meter setting defaults and
values refer to “Meter Settings” on page 21.
Using configuration software, you can access the networked meter from
your workstation. Refer to “Appendix A: Communications” on page 13.
Megawatt Option Front Panel
C
B
A
Down button Enter buttonUp button
Negative value
indicator
Infrared (IR) Port
Demand /
Peak Demand
measurements
System
measurements
x 1000 indicator
Phase
measurements
Energy readings
Phase B
Phase A
Phase C

9200 Features Guide
8
With the meter front panel, you can view parameter values; configure
parameters; perform demand resets; perform LED checks; and view meter
information. Each of these functions can be accomplished by pressing the
Up, Down, and Enter buttons on the front panel. These button actions
achieve different results according to the mode that the meter is in:
◆Display mode (default): view parameter measurements
◆Reset mode: reset demand measurements
◆Configuration Select/Edit modes: configure a parameter
◆Information mode: verify that the front panel display LEDs operate,
and view meter information, e.g, meter options, firmware version etc.
This section describes how to interpret Display mode values on a meter
with the Megawatt option. Refer to the 9200 Installation and Basic Setup
Instructions to learn about Reset, Configuration, and Information modes.
The Megawatt option displays different values than the standard meter,
but does not differ operationally for these modes.
Display Mode
C
B
A
A lit LED below A, B,
or C indicates that
the measurement has
a negative value.
Phase Measurements :
This list displays per
phase measure-
ments (A, B, C).
System
Measurements:
This list displays
system mea-
surements.
Each line of
the display
shows a differ-
ent system
measurement.
Energy Readings :
Parameters in this
row display energy
readings.
1
2
3
Demand / Peak
Demand (Max)
Measurements
:
This list displays
Demand and Peak
Demand (Max)
measurements.
(Min/Max mea-
surements will be
in a future release).
54
Numbers 1 – 5 rep-
resent the order that
the measurement
groups display when
you scroll in Display
mode.
You can scroll from
group to group with
the Enter button, or
from parameter to
parameter within a
group with the Up/
Down buttons.

Display Mode
9
In Display mode, you can view values from these measurement groups:
System (total), Per Phase, Energy, Demand, and Peak Demand. (This
assumes that you have ordered Enhanced Measurements Package 2. Refer
to “Standard Measurements and Enhanced Packages 1 & 2” on page 20, or the
9200 Options Card Retrofit Instructions for information regarding Options
Cards).
Display Mode Parameter Measurements
The following table lists the parameters in each measurement group:
* Displays system (total) values.
x1000 Indicator
When the “x1000” LED is lit, multiply the displayed value by 1000 for the
actual value.
Viewing Parameter Measurements
The meter defaults to Display mode, and to the System measurements
within this mode. The following graphics illustrate how to interpret
Display mode measurements on a meter with the Megawatt option.
Measurement Group Parameters Measured
System (Total) kVAVG, IAVG, MW, MVA, MVAR, PF, Frequency, I4
Phase A, B, and C kVLN, kVLL, I, PF, MW, MVA, MVAR, VTHD, ITHD
Energy MWh, MVAh, MVARh
Demand* MVA, MVAR, MW, IAVG
Peak Demand (Max)* MVA, MVAR, MW, IAVG
Min/Max Min/Max measurements provided in a future release

9200 Features Guide
10
kV
L-N
L-L
I
PF
kW
VA
THD
V
THD
I
A
B
C
OR
Each line of the display shows a Phase measurement. The
example above shows current for Phase A, Phase B, and Phase C
on lines 1, 2, and 3 respectively. Phase B shows a negative
current, indicated by the lit bar-shaped LED below the “B.”
value
for
2.
MAX
DMD
MIN
kWh kVAh kVARh
A
B
C
Phase Measurements
Phase measurements
Press the Enter button to display readings.Energy
Press the Up/Down
buttons to display a
previous
or the next in
this group of Phase
measurements
parameter
value
Each line of the display shows a System measurement. In the above
example, line 1 = System Average Kilovolts (kV ) with a value of
450.1 kV; line 2 = System Average Line Current (I ) with an actual
AVG
AVG
value of 2,315 A; line 3 = System Total Active Power (MW) with an
actual value of 1,042 MW. (*Actual value = displayed x 1000.)
*
*
1.
Press the Up/Down
buttons to display a
previous
or the next in
this group of System
measurements
parameter
value
OR
System Measurements
Press the Enter button to display measurements.Phase
MAX
DMD
MIN
A
B
C
System measurements
LN
V
LL
V
I
PF
W
VA
THD
V
THD
I
k
k
M
M
VA
M
R
Wh M VAh M
VARh M
VAR
AVG
V
VA
PF
x 1000
AVG
I
FREQ
W
4
I
x 1000
x 1000
k
M
M
M
VAR
AVG
V
VA
PF
x 1000
AVG
I
FREQ
W
4
I
x 1000
x 1000
k
M
M
M
LN
V
LL
V
I
PF
W
VA
THD
V
THD
I
k
k
M
M
VA
M
R
VAR
AVG
V
VA
PF
x 1000
AVG
I
FREQ
W
4
I
x 1000
x 1000
k
M
M
M
kV
M
B

Display Mode
11
VAR
AVG
V
VA
PF
x 1000
AVG
I
FREQ
W
4
I
x 1000
x 1000
k
M
M
M
MAX
DMD
MIN
THD
V
THD
I
A
B
C
MWh MVAh MVARh
Press the Up/Down buttons to
display a previous
or the next in this group of
Energy readings
parameter
value
3.
An Energy reading wraps around the three lines of the front panel
display. A maximum of three digits appear on each line. The most
significant digit is in the left hand corner of the first display line,
and the least significant digit is in the bottom right hand corner of
the third display line. This energy reading is 32,876,013 MW .h
Energy Readings
Press the Enter button to display measurements.Demand
Energy readings
OR
4. Demand Measurements
MAX
DMD
MIN
A
C
Demand measurements include Total Power Demand and Total
Current Demand. The example above shows Total Power Demand
for: Apparent Power (MVA), Reactive Power (MVAR), and Real Power
(MW). The values are: 214.9 MVA, 71.0 MVAR, and 202.9 MW.
Press the Enter button to display measurements.Peak Demand
Press the Up/Down
buttons to toggle be-
tween Total Power and
Total Current Demand
OR
MAX
DMD
MIN
C
VAR
AVG
V
VA
PF
x 1000
AVG
I
FREQ
4
I
x 1000
x 1000
k
M
M
W
M
LN
V
LL
V
I
PF
W
VA
k
k
M
M
WhMVAhMVARhM
THD
I
LN
V
LL
V
I
PF
k
k
VAR
AVG
V
VA
PF
x 1000
AVG
I
FREQ
W
4
I
x 1000
x 1000
k
M
M
M
Wh
MVAh MVARhM
Demand
measurements

9200 Features Guide
12
Configuration Mode
You must set the PTS (PT Scaling) register to “x1000” for the correct
operation of a meter with the Megawatt option. Refer to the section
“Before You Use the Megawatt Option” on page 6. To learn about
Configuration mode, refer to the 9200 Installation and Basic Setup
Instructions.
Configurable Meter Settings
Configurable meter settings are listed in “Meter Settings” on page 21.
VAR
AVG
V
VA
PF
x 1000
AVG
I
FREQ
W
4
I
x 1000
x 1000
k
M
M
M
MAX
DMD
MIN
kWh kVAh kVARh
A
C
5. Peak Demand Measurements
Peak (Max) Demand measurements include Total Power Peak
Demand, and Total Current Peak Demand. The example above
shows VA), Reactive
Power (MVAR), and Real Power (MW).
Total Power Peak Demand for: Apparent Power (M
The values are: 251.9 MVA;
96.0 MVAR; and 232.9 MW.
Press the Enter button to return to measurements.System
Press the Up/Down
buttons to toggle be-
tween Total Power/Total
Current Peak Demand
OR
MAX
DMD
MIN
THD
I
LN
V
LL
V
I
k
k
Demand/Max
measurements
VAR
AVG
V
VA
PF
x 1000
AVG
I
FREQ
W
4
I
x 1000
x 1000
k
M
M
M

Appendix A: Communications
13
Appendix A: Communications
This section describes the Modbus communications protocol employed
by a meter with the Megawatt option in a Modbus network. It is assumed
that the user is familiar with serial communications in general, and the
Modbus protocol. Refer to the document 9200 Modbus Protocol for more
information.
Modbus Address Table
In the following Modbus map, many numeric measurements are scaled.
Scaling is either fixed or programmable.
For an example of fixed scaling, suppose that the frequency register 40115
contains the value 5987. Since this register is scaled by "x100" the actual
measured value is 59.87 Hz.
For an example of programmable scaling, suppose that the meter Vln a
value is 480.1. If the PVS scaling is set to "x10" (default), then register 40100
will contain a value of 4801. If the PVS scaling is set to "0.1," then register
40100 will contain a value of 48. The meter supports programmable
scaling for voltage (PVS), current (PCS), neutral current (PnS), and power
(PPS).
Modbus Addr Meter Measurement Format Scale Default Scale Description
40001 manufacturer's ID UINT32 x1 See note 1.
40003 firmware revision UINT16 x1
40004 oem ID UINT16 x1 See note 2.
40005 meter options UINT32 x1 See note 3.
40007 # meter power ups UINT16 x1
40008 # peak demand
resets UINT16 x1
40009 meter on-time UINT32 x1 See note 4.
40011 # flash erase cycles UINT32 x1
40013 device type UINT16 x1 See note 5.
40014 Reserved
40015 demand interval
down counter UINT16 x1
Reserved
40100 kVln a UINT16 PVS x10 See note 6.
40101 kVln b UINT16 PVS x10

9200 Features Guide
14
40102 kVln c UINT16 PVS x10
40103 kVln avg UINT16 PVS x10
40104 kVll ab UINT16 PVS x10
40105 kVll bc UINT16 PVS x10
40106 kVll ca UINT16 PVS x10
40107 kVll avg UINT16 PVS x10
40108 I a UINT16 PCS x10 See note 7.
40109 I b UINT16 PCS x10
40110 I c UINT16 PCS x10
40111 I avg UINT16 PCS x10
40112 I demand UINT16 PCS x10
40113 I peak demand UINT16 PCS x10
40114 I4 UINT16 PnS x10 See note 8.
40115 Frequency INT16 x100
40116 PF sign total INT16 x100
40117 PF sign a INT16 x100
40118 PF sign b INT16 x100
40119 PF sign c INT16 x100
40120 MW total INT16 PPS x1 See note 9.
40121 MVAR total INT16 PPS x1
40122 MVA total INT16 PPS x1
40123 MW a INT16 PPS x1
40124 MW b INT16 PPS x1
40125 MW c INT16 PPS x1
40126 MVAR a INT16 PPS x1
40127 MVAR b INT16 PPS x1
40128 MVAR c INT16 PPS x1
40129 MVA a INT16 PPS x1
40130 MVA b INT16 PPS x1
40131 MVA c INT16 PPS x1
40132 MW demand INT16 PPS x1
40133 MW peak demand INT16 PPS x1
40134 MVAR demand INT16 PPS x1
40135 MVA demand INT16 PPS x1
40136 MVAR peak demand INT16 PPS x1
40137 MVA peak demand INT16 PPS x1
Modbus Addr Meter Measurement Format Scale Default Scale Description

Modbus Address Table
15
40138 MWh del UINT32 x1
See note
10.
40140 MWh rec UINT32 x1
40142 MVARh del UINT32 x1
40144 MVARh rec UINT32 x1
40146 MVAh del+rec UINT32 x1
40148 V1 THD UINT16 x10
40149 V2 THD UINT16 x10
40150 V3 THD UINT16 x10
40151 I1 THD UINT16 x10
40152 I2 THD UINT16 x10
40153 I3 THD UINT16 x10
40154 I a demand UINT16 PCS x10
40155 I b demand UINT16 PCS x10
40156 I c demand UINT16 PCS x10
40157 I a peak demand UINT16 PCS x10
40158 I b peak demand UINT16 PCS x10
40159 I c peak demand UINT16 PCS x10
40160 MWh a del UINT32 x1
See note
10.
40162 MWh b del UINT32 x1
40164 MWh c del UINT32 x1
40166 MWh a rec UINT32 x1
40168 MWh b rec UINT32 x1
40170 MWh c rec UINT32 x1
40172 MVARh a del UINT32 x1
40174 MVARh b del UINT32 x1
40176 MVARh c del UINT32 x1
40178 MVARh a rec UINT32 x1
40180 MVARh b rec UINT32 x1
40182 MVARh c rec UINT32 x1
40184 MVAh a UINT32 x1
40186 MVAh b UINT32 x1
40188 MVAh c UINT32 x1
Reserved
40500 Expansion, SnapOn
1, 25 regs UINT16 x1
Modbus Addr Meter Measurement Format Scale Default Scale Description

9200 Features Guide
16
Read-Write Configuration Map
40700 Expansion, SnapOn
2, 25 regs UINT16 x1
41138 MWh del UINT32 x1
See note
11.
41140 MWh rec UINT32 x1
41142 MVARh del UINT32 x1
41144 MVARh rec UINT32 x1
41146 MVAh del+rec UINT32 x1
41160 MWh a del UINT32 x1
41162 MWh b del UINT32 x1
41164 MWh c del UINT32 x1
41166 MWh a rec UINT32 x1
41168 MWh b rec UINT32 x1
41170 MWh c rec UINT32 x1
41172 MVARh a del UINT32 x1
41174 MVARh b del UINT32 x1
41176 MVARh c del UINT32 x1
41178 MVARh a rec UINT32 x1
41180 MVARh b rec UINT32 x1
41182 MVARh c rec UINT32 x1
41184 MVAh a UINT32 x1
41186 MVAh b UINT32 x1
41188 MVAh c UINT32 x1
Modbus
Addr Meter Configuration Format Scale Default Description
44000 Configuration via
display password UINT16 x1 0 0 –9999
44001 Volts Mode Enumerated
5 =
Delta
direct
0 = 4W (4-Wire WYE)
1 = dELt (Delta)
2 = 2W (Single Phase)
3 = dEM (Demonstration)
4 = 3W (3-Wire WYE)
5 = dELd (Delta Direct)
Modbus Addr Meter Measurement Format Scale Default Scale Description

Read-Write Configuration Map
17
44002 PT Primary UINT16 x1 480
1 –65535
44003 PT Secondary UINT16 x1 480
44004 CT Primary UINT16 x1 400
44005 CT Secondary UINT16 x1 5
44006 V1 Polarity
Enumerated 0 =
Normal
0 = nor (Normal)
1 = inv (Inverted)
44007 V2 Polarity
44008 V3 Polarity
44009 I1 Polarity
44010 I2 Polarity
44011 I3 Polarity
44012 Programmable
Voltage Scale (PVS)
Enumerated
4 = 10
0 = 0.001
1 = 0.01
2 = 0.1
3 = 1
4 = 10
5 = 100
6 = 1000
44013 Programmable
Current Scale (PIS)
44014
Programmable
Neutral Current
Scale (PnS)
44015 Programmable
Power Scale (PPS) 3 = 1
44016 Demand Sub
Interval UINT16 x1 15 1 –60 minutes
44017 Demand #Sub
Intervals UINT16 x1 1 1 –5
44018 Kt, Digital Output
#1 UINT16 x10
1.0 0.1 - 999.9
44019 Kt, Digital Output
#2 UINT16 x10
44020 Kt, Irda UINT16 x10
44021 Output Mode,
Digital Output #1
Enumerated
0 = MWh 0 = MWh Del.
1 = MVAh
2 = MVARh Del.
3 = Ext1
4 = Ext2
5 = MWh Rec.
6 = MVARh Rec.
See note 12.
44022 Output Mode,
Digital Output #2
2 =
MVARh
44023 Output Mode, Irda 3 = Ext1
44024 Baud Rate Enumerated 3 =
9600bps
0 = 1200bps
1 = 2400bps
2 = 4800bps
3 = 9600bps
4 = 19200bps
Modbus
Addr Meter Configuration Format Scale Default Description

9200 Features Guide
18
Read-Write Control Map
Notes
1. Manufacturer’s identification is the serial number of the meter. It has the format of the
YYMM##### where YY and MM represent the manufacture date.
2. Identifies the Original Equipment Manufacturer (OEM).
3. Options codes identify meter options. To see a table that cross-references Options
Cards and options codes, refer to the 9200 Options Card Retrofit Instructions.
4. Number of seconds that the meter has been powered up.
5. Device identification.
6. PVS = Programmable Voltage Scale. Ensure that scaling is compatible with the
expected register value; this provides maximum resolution and prevents register
overflow.
44025 Protocol Enumerated 1 =
MODBUS
0 = PML
1 = MODBUS
See note 13.
44026 Unit ID UINT16 x1
100 plus
the last 2
digits of
the Man.
ID #
1 –247
44027 RTS Delay UINT16 x1 20 0 –1000 milliseconds
See note 14.
44028 Display Scroll Time UINT16 x1 0 0 –30 seconds
See note 15.
44029 Display Refresh
Period UINT16 x1 2 1 –6 seconds See note 16.
44030 PT Scale Enumer-
ated 0 = x1 0 = x1
1 = x1000
Modbus Addr17 Meter Control Format Scale Description
42001 Energy Reset UINT16 x1 Reset MWh, MVAh, and
MVARh to 0.
42002 Peak Power Demand Reset UINT16 x1 Reset MW, MVA, and
MVAR peak demand to 0.
42003 Peak Current Demand Reset UINT16 x1 Reset I peak demand.
42004 Digital Output #1 UINT16 x1 Refer to “Digital Output
Control”in the 9200
Installation and Basic
Setup Instructions.
42005 Digital Output #2 UINT16 x1
Modbus
Addr Meter Configuration Format Scale Default Description

Modbus Data Formats
19
7. PCS = Programmable Current Scale. Ensure that scaling is compatible with the
expected register value; this provides maximum resolution and prevents register
overflow.
8. PnS = Programmable Neutral Current Scale. Ensure that scaling is compatible with
the expected register value; this provides maximum resolution and prevents register
overflow.
9. PPS = Programmable Power Scale. Ensure that scaling is compatible with the
expected register value; this provides maximum resolution and prevents register
overflow.
10. When it is read from that address the Low Order Word is fetched first.
11. These registers are duplicates of other UINT32 read-only registers differing only in
that the High Order Word is fetched first.
12. Digital output modes are: MW pulsing, MVAR pulsing, MVA pulsing, and digital
control. For digital output control information, refer to “Digital Output Control”in the
9200 Installation and Basic Setup Instructions.
13. The PML protocol is an ION compatible protocol used when other ION devices are
sharing a RS-485 network.
14. The RTS Delay parameter defines the delay between the 9200 becoming ready to
transmit data on the serial port, and the 9200 transmitting the data.
15. Number of seconds that a display is shown before scrolling to the next,
0 = no scrolling (disabled).
16. Number of seconds that a measurement value is held on the display before being
refreshed; limited to 1-6 seconds.
17. To use the Read-Write Control Map, it is recommended that your meter has firmware
version 202 or later. For detailed information, contact Technical Services.
Modbus Data Formats
To learn about Modbus data formats, refer to the 9200 Installation and Basic
Setup Instructions.
Exception Responses
To learn about Modbus exception responses, refer to the 9200 Installation
and Basic Setup Instructions.

9200 Features Guide
20
Appendix B: Configuration Reference Tables
Standard Measurements and Enhanced Packages 1 & 2
Standard Enhanced Pkg. 1 Enhanced Pkg. 2
Parameter
Display Comm Pulse Display Comm Pulse Display Comm Pulse
Volts L-N Avg ● ● ● ● ● ●
Volts L-N Per Phase ● ● ● ● ● ●
Volts L-L Avg ● ● ● ● ● ●
Volts L-L Per Phase ● ● ● ● ● ●
Current Avg ● ● ● ● ● ●
Current Per Phase ● ● ● ● ● ●
Current Neutral (I4) ● ● ● ●
Power Total (MW) ● ● ● ●
Power Per Phase (MW) ● ●
Reactive Power Total (MVAR) ● ●
Reactive Power Per Phase (MVAR) ● ●
Apparent Power Total (MVA) ● ●
Apparent Power Per Phase (MVA) ● ●
Energy Del. (Imp.) (MWh) ● ● ● ● ● ● ●
Energy Del. Per Phase (Imp.) (MWh) ●
Energy Rec. (Exp.) (MWh) ● ● ● ● ●
Energy Rec. Per Phase (Exp.) (MWh) ●
Reactive Energy Del. (Imp.) (MVARh) ● ● ● ● ●
Reactive Energy Del. (Imp.) Per Phase (MVARh) ●
Reactive Energy Rec. (Exp.) (MVARh) ● ● ● ●
Reactive Energy Rec. (Exp.) Per Phase (MVARh) ●
Apparent Energy (MVAh) ● ● ● ● ●
Apparent Energy Per Phase (MVAh) ●
Frequency ● ● ● ●
Power Factor Total ● ● ● ●
Power Factor Per Phase ● ●
Current Avg. Demand ● ● ● ●
Current Demand Per Phase ● ● ● ●
Current Avg. Peak Demand ● ● ● ●
Current Peak Demand Per Phase ● ● ● ●
Power Demand (MW) ● ●
Power Peak Demand (MW) ● ● ● ●
Reactive Power Demand (MVAR) ● ●
Reactive Power Peak Demand (MVAR) ● ●
Apparent Power Demand (MVA) ● ●
Apparent Power Peak Demand (MVA) ● ●
THD Voltage Per Phase ● ●
THD Current Per Phase ● ●