Power Quality Meter
Continuous metering of three-phase systems.
9
Features and Benefits
■
Standard and portable options
■
Power quality analysis
■
Flexible control for demand load
shedding, power factor, etc.
Applications
■
Continuous metering of distribution
feeders, transformers, capacitor banks,
generators and motors
■
Medium and low voltage systems
enerVista.com compatible (see page 275)
■
Programmable setpoints
■
■
Four assignable output relays
Protection and Control
■
Four switch inputs
■
■
Process variable measurement using
analog input
■
PC connectivity
■
Allows for calculation of harmonic
distribution
■
Communicates with GE Multilin 269
(MOD 508)
Basic alarm on overcurrent, undercurrent
or voltage unbalance
Monitoring and Metering
■
Current, voltage, real and reactive power,
energy use, cost of power, power factor
and frequency
■
Harmonic analysis
User Interfaces
■
Select URPC functionality
■
RS232 and RS485 ports
GE Multilin
1
PQM/PPQM Power Quality Meter
Standard Features
The PQM is a digital metering
device that provides continuous
monitoring of a three-phase
system. It provides metering of
current, voltage, real and reactive
power, energy use, cost of power,
power factor and frequency.
When portable monitoring of a
three-phase system is required, a
Portable PQM is the ideal choice.
This version offers the same
features as the panel mount PQM
in a rugged carrying case. The
PPQM additionally acts as a
power management tool, a troubleshooting tool and a data
collection device.
In either form, the PQM can
provide users with advanced
features for monitoring and
metering which include:
Mounting Versatility
The panel mount with display offers
an easy local interface. Standard
models have RS485 ModBus ®
communications for programming
and monitoring. Users can replace
expensive additional devices
by adding the CONTROL, TRANSDUCER and POWER analysis
options to the PQM as required.
9
Metering
Each voltage and current is
sampled 64 times per cycle for
0.2% accuracy true RMS True
RMS or displacement (fundamental) quantities.
■ Ia Ib Ic In
■ Va Vb Vc Vab Vbc Vca
■ V I unbalance
■ True PF crest and K factor
■ Hz W var VA
■ Wh varh VAh W cost
■ Demand: A W var VA
A keypad and illuminated 40
character display provide local
setpoint setting and monitoring
values and status.
Alarms
Any of the assignable outputs
may be used to trigger an alarm
2
for specific applications. Simple
alarm messages provide easy
notification.
CONDITION
APPLICATION
overcurrent
undercurrent
neutral current
current unbalance
overvoltage
undervoltage
phase sequence
overfrequency
underfrequency
power factor
switch input
motors/transformers
pumps/compressors
leakage/unbalance
motors
equipment protection
motors/load transfer
pumps/equipment
generators
load shedding
capacitor banks
process control
Communications
Integrate process, instrumentation and electrical requirements
in a plant automation system by
connecting PQM meters together
to a DCS or SCADA system. A
computer running PQMPC can
change system setpoints, monitor values, status and alarms.
Continuous monitoring minimizes process downtime by
immediately identifying potential
problems due to faults or
changes from growth.
■ RS485 ModBus® 1,200 to
■
■
■
■
■
■
19,200 bps
Mini RTU SCADA system
component
Measure actual values
Read status
Issue control commands
Load all setpoints from a file
Change individual setpoints
The standard version PQM comes
complete with a front RS232 port
which can be used for data
collection, printing reports or
problem analysis without disturbing the main communication
interface to rear RS485 port.
Initially PQM meters can be used
as stand-alone units. Open architecture allows connection to
other or ModBus ® -compatible
devices on the same communication link. These can be integrated
in a complete plant wide system
for overall process monitoring
and control.
Options
There are a variety of options
available to the user, allowing a
range of custom configurations:
Transducer
Four Analog Outputs: four isolated analog outputs can be used to
replace eight analog transducers.
Output signals can be selected
from any of the measured parameters for direct interface to a PLC.
Analog Input: with the analog
input and an output relay for selection, two transducers (such as
temperature or water level) can be
monitored and used for control.
Connect two 4 to 20 mA transducers for
process variable measurement and control.
4-20 mA
transducer
PQM AUX
RELAY
STATUS
4-20 mA
transducer
COMMUNICATE
RELAYS
TX1
ALARM
PROGRAM
RX1
AUX1
SIMULATION
TX2
AUX2
SELF TEST
RX2
AUX3
ALARM
ANALOG
INPUT
PQM Power Quality Meter
823803A4.cdr
Second Rear Comm Port: an additional rear RS485 comm port is
provided for simultaneous monitoring by process, instrument,
electrical or maintenance personnel.
Redundancy in high security systems is
provided by the 2nd RS485 comm port.
COM1
RS485
COM2
RS485
PLANT CONTROL
SYSTEM
Future Expansion
The PQM uses non-volatile flash
memory for firmware storage.
This allows future product
upgrades to be loaded via the
serial port. Upgrades can also be
accessed from www.geindustrial.com/Multilin.
Ia = 100
Ic = 100
STATUS
Ib = 102
AMPS
COMMUNICATE
RELAYS
Ia = 100
Ic = 100
STATUS
Ib = 102
AMPS
COMMUNICATE
RELAYS
Ia = 100
Ic = 100
STATUS
Ib = 102
AMPS
COMMUNICATE
RELAYS
ALARM
TX1
ALARM
ALARM
TX1
ALARM
ALARM
TX1
ALARM
PROGRAM
RX1
AUX1
PROGRAM
RX1
AUX1
PROGRAM
RX1
AUX1
SIMULATION
TX2
AUX2
SIMULATION
TX2
AUX2
SIMULATION
TX2
AUX2
SELF TEST
RX2
AUX3
SELF TEST
RX2
AUX3
SELF TEST
RX2
AUX3
PQM Power Quality Meter
PQM Power Quality Meter
PQM Power Quality Meter
823777A7.CDR
www.GEindustrial.com/Multilin
PQM/PPQM Power Quality Meter
Control
Three Output Relays and Four
Inputs: measured parameters
from the standard PQM can be
combined with setpoints and I/Os
for control applications. With the
control option, three output
relays and four switch inputs are
added along with programmable
setpoints to make a mini RTU.
Output relays can also be
controlled via the communication
port or assigned to different
setpoints for custom programming to accommodate many
situations. Possibilities include:
■ Undercurrent alarm for pumps
■ Over and undervoltage for
■
■
■
■
generators
Unbalance alarm for rotating
machines
Dual level power factor for
capacitor bank switching
Underfrequency/demand output
for load shedding resulting in
power cost savings
kWh, kvarh and kVAh pulse
output for PLC interface
Record trends of measured parameters over time.
Event Recorder: alarms, setpoint
triggers, input and output events
can be stored in a 40 event record
and time and date stamped by
the internal clock. This is useful
for diagnosing problems and
system activity. Minimum and
maximum values are also continuously updated and time
stamped.
Harmonic Analysis: non linear
loads such as variable speed
drives, computers and electronic
ballasts can cause harmonics
which may lead to problems such
as nuisance breaker tripping, telephone interference, transformer,
capacitor or motor overheating.
For fault diagnosis such as
detecting undersized neutral
wiring, need for a harmonic rated
transformer, or effectiveness of
harmonic filters, details of the
harmonic spectrum are useful
and available with the power
analysis option.
Trace Memory: the PQM can be
configured to record a maximum of
36 cycles of data on all voltage and
current inputs based on overvoltage, undervoltage, overcurrent or
switch input state change.
Harmonic spectrum analysis can identify
problems and ensures implemented changes
work correctly.
Power factor setpoints and two output relays
can be used for two-level capacitor bank
switching.
BANK 1
DUAL CAPACITOR BANK POWER
FACTOR CONTROL
ON
OFF
BANK 2
OFF
ON
OFF
-1.05
LEAD
Delay 1
BANK 1
Drop Out
LAG
POWER FACTOR
Delay 2
BANK 2
Drop Out
+0.95
BANK 1
Pickup
+0.90
Delay 1
BANK 2
Pickup
Delay 2
+0.85
0
2
4
6
8
10
12 14
16
TIME (hour)
18
20
22
PQMPC Program
PQMPC is a Windows ® -based
program that can be used to
enter setpoints, read metered
values, monitor status and evaluate power quality. All data
continuously gathered by the
PQM can be transferred to a third
party software program for
display, control or analysis via
the communications interface.
Once all setpoints have been
entered they can be downloaded
into any PQM or stored in a file
with a tag name for later reference.
OFF
1.00
Software
24
823757A7.cdr
Power Analysis
Data Logger (Trending): trending is
useful as a troubleshooting aid
when a problem is detected.
Measured values can be selected
and plotted with a programmable
sampling rate to suit the time interval of interest. The generated chart
recorder screen can be printed or
exported to other programs for
report writing.
www.GEindustrial.com/Multilin
Waveform Capture: voltage and
current waveforms can be
captured and displayed on a PC
using the PQMPC program
supplied with the PQM or using
third party software. Distorted
peaks or notches from SCR
switching provide clues for taking
corrective action.
Voltage and current waveforms provide
valuable insights into system problems.
9
Screens are available for monitoring all measured values such
as current, voltage, or power.
Status of alarms and control
settings can also be displayed.
Voltage and current waveshape can
give important information about
what is happening on a system. For
example, non linear loads such as
computers or variable speed drives
may introduce distortion that indicates filtering is required.
Gain useful system information using
voltage/current waveform capture.
Select waveform
for display
Analyze waveform
or copy to other
software
3
PQM/PPQM Power Quality Meter
Typical Wiring
ALTERNATIVE CT/VT CONNECTIONS
LINE
A
LOAD
A
PHASE A CT
PHASE B CT
B
PHASE C CT
N
VTbn
N
LINE
A
PHASE B CT
B
C
OPTIONAL
NEUTRAL CT
B
4
V2 V3 VN
5A
10
1A COM 5A
1A COM 5A
PHASE B
PHASE A
VOLTAGE
INPUTS
1A COM 5A
PHASE C
1A COM
NEUTRAL
CURRENT INPUTS
OBSERVE CT & VT
POLARITY
Perferrred 4 wire configuration
600V MAX
4 WIRE WYE DIRECT/120° VOLTAGE
NO VT
VTan
VTbn
1
2
VTcn
LOAD
A
PHASE A CT
PHASE B CT
B
B
PHASE C CT
C
C
OPTIONAL
NEUTRAL CT
N
3
4
V1 V 2 V3 VN
V1
4
3
V2 V3 VN
9
5A
10
1A COM 5A
1A COM 5A
1A COM 5A
8
7
LOAD
A
PHASE A CT
PHASE B CT
B
B
PHASE C CT
C
USE HEAVY
GAUGE WIRE
6
5
L
+
N_
SAFETY
GROUND
FILTER
GROUND
1A COM 5A
N
VTcn
SWITCHGEAR
GROUND BUS
USE SHIELDED TWISTED
PAIR WIRE
ALARM
44 COM
3
4
10
11 12 13 14 15 16 17 18 19 20
1A COM 5A
PHASE A
1A COM 5A
PHASE B
1A COM 5A
PHASE C
42 NO
*Note: Accurate only with balanced phase voltages
AUX1
40 NC
LOAD
2 PHASE CTs
A
41 COM
ANY VOLTAGE
3 WIRE DELTA/60° VOLTAGE
2 VTs
LINE
A
B
PHASE C CT
C
B
39 NO
C
38 COM
AUX2
37 NC
VTab VTcb
36 NO
35 COM
2 or 3 CTs
see below
34
1
2
3
4
V2 V3 VN
V1
9
5A
10
1A COM 5A
PHASE A
VOLTAGE
INPUTS
1A COM 5A
PHASE B
1A COM 5A
PHASE C
1A COM
NEUTRAL
CURRENT INPUTS
LINE
A
LOAD
L
PHASE A CT
PHASE B CT
B
N
PHASE C CT
1
2
3
4
V2 V3 VN
V1
9
5A
10
+
51
_
50
1A COM 5A
PHASE B
1A COM 5A
PHASE C
SINGLE PHASE DIRECT
NO VTs
28
2+
27
3+
26
4+
25
SW2
30
SW3
LOAD
L
N
N
COM2
RS485 TO/FROM
DEVICE
4-20mA
TRANSDUCER
TO PLC
OR
SCADA
SYSTEM
29
SW4
COM3
RS232 (FRONT)
RS232 INTERFACE
PQM
1
TXD 2
RXD 3
4
SGND 5
6
7
8
9
COMPUTER
1
2
3
4
5
6
7
8
9
8
3 RXD
2 TXD
20
7 SGND
6
4
5
22
9 PIN
CONNECTOR
25 PIN
CONNECTOR
1) Relay contact state shown with
control power not applied.
600V MAX
PHASE CT
22
1+
CURRENT INPUTS
LINE
L
23
_
21
NOTES:
1A COM
NEUTRAL
+
SHIELD
11 12 13 14 15 16 17 18 19 20
1A COM 5A
PHASE A
VOLTAGE
INPUTS
31
33 +24VDC
2 or 3 CTs
see above
47
COM 24
32 SW1
600V MAX
C
NC
PROGRAMMABLE
SWITCH INPUTS
Preferred 3 wire configuration
3 WIRE DIRECT/120° VOLTAGE
NO VTs
AUX3
DRY
CONTACT
SWITCH INPUTS
11 12 13 14 15 16 17 18 19 20
COM1
RS485 TO/FROM
DEVICE
48
COM 49
43 NC
1A COM
NEUTRAL
CURRENT INPUTS
OUTPUT RELAYS
9
9
5A
+
_
COM 46
ANALOG IN
2
V2 V3 VN
VOLTAGE
INPUTS
ANALOG OUT
1
COM
GE Multilin
45 NO
V1
1A
NEUTRAL
PHASE C
PHASE B
CURRENT INPUTS
PQM
Power Quality Meter
C
OPTIONAL
NEUTRAL CT
N
1A COM 5A
1A COM
NEUTRAL
ANY VOLTAGE
4 WIRE WYE/60° VOLTAGE
2 VTs (2-1/2 ELEMENTS)
VTan
PHASE A
CONTROL POWER
PHASE C
PHASE B
CURRENT INPUTS
LINE
A
1A COM 5A
11 12 13 14 15 16 17 18 19 20
PHASE A
VOLTAGE
INPUTS
10 11 12 13 14 15 16 17 18 19 20
VOLTAGE
INPUTS
CONTROL POWER
90-300 VDC
70-265 VAC 50/60 Hz
2
9
5A
N
9 WIRE RS232
LINE
A
1
N
11 12 13 14 15 16 17 18 19 20
COM 1
V1
9
RS485 SERIAL
3
COM 2
2
C
OPTIONAL
NEUTRAL CT
N
1
LOAD
PHASE C CT
C
VTcn
4-20mA
VTan
PHASE A CT
A
B
C
ANY VOLTAGE
4 WIRE WYE/120° VOLTAGE
3 VTs
ANY VOLTAGE
4 WIRE WYE/120° VOLTAGE
3 VTs
PERSONAL
COMPUTER
CAUTION:
USE HRC FUSES FOR VT PRIMARY TO ENSURE
ADEQUATE INTERRUPTING CAPACITY.
RS232
PQMPC
Transducer Option
1
V1
2
3
VOLTAGE
INPUTS
4
4
V2 V3 VN
9
5A
10
11 12 13 14 15 16 17 18 19 20
1A COM 5A
PHASE A
1A COM 5A
PHASE B
1A COM 5A
PHASE C
CURRENT INPUTS
1A COM
NEUTRAL
Control Option
823807AS.CDR
823753AQ.DWG
www.GEindustrial.com/Multilin
PQM/PPQM Power Quality Meter
Harmonic analysis can provide
early warning of problems, helping to prevent equipment damage
or nuisance breaker tripping.
PQMPC enables waveform
capture information to be transferred to other programs for
inclusion in reports and printouts.
Routine event logs of demand or
sampled voltage can also be
created and printed out.
To verify correct installation, the
simulation mode substitutes
programmed currents and voltages for real ones. This powerful
tool is also an excellent training
aid for plant personnel.
URPC Program
The Windows ® -based URPC
program allows the user to create
single line diagrams for substa-
tion and system monitoring
schemes. Additionally, annunciator panel viewing, metering, and
settings changes can also be
performed using the program.
With the URPC program the user
can access multiple PQMs or
different devices for metering in
real time. The program may be
used locally through the RS232
serial port or remotely through
the other ports on the device.
PQM Technical Specifications
MONITORING
UNDERVOLTAGE MONITORING
Required voltage:
20 V applied
Pickup level:
0.50 – 0.99 in steps of 0.01 x VT
Dropout level:
103% of pickup
Time delay:
0.5 – 600.0 in steps of 0.5 sec
Phases:
Any one/any two/all three
(programmable) phases have to go
below pickup to operate
Level accuracy:
Per voltage input
Timing accuracy:
-0/+1 sec
OVERVOLTAGE MONITORING
Pickup level:
1.01 – 1.25 in steps of 0.01 x VT
Dropout level:
97% of pickup
Time delay:
0.5 – 600.0 in steps of 0.5 sec
Phases:
Any one/any two/all three
(programmable) phases have to
exceed pickup to operate
Level accuracy:
Per voltage input
Timing accuracy:
-0/+1 sec
UNDERFREQUENCY MONITORING
Required voltage:
20 V applied
Pickup level:
20 – 70.00 in steps of 0.01 Hz
Dropout level:
Pickup +0.03 Hz
Time delay:
0.1 – 10.0 in steps of 0.1 sec
Level accuracy:
±0.02 Hz
Timing accuracy:
±3 cycles
OVERFREQUENCY MONITORING
Required voltage:
20 V applied
Pickup level:
20 – 70.00 in steps of 0.01 Hz
Dropout level:
Pickup -0.03 Hz
Time delay:
0.1 – 10.0 in steps of 0.1 sec
Level accuracy:
±0.02 Hz
Timing accuracy:
±3 cycles
POWER FACTOR MONITORING
Required voltage:
20 V applied
0.50 lag – 0.50 lead in steps of 0.01
Pickup level:
Dropout level:
0.50 lag – 0.50 lead in steps of 0.01
Time delay:
0.5 – 600.0 in steps of 0.5 sec
Timing accuracy:
-0/+1 sec
SAMPLING MODES
SAMPLES/
CYCLE
Metered values
64
Trace memory
16
Harmonic spectrum
256
INPUTS SAMPLED DURATION
AT A TIME
(CYCLES)
ALL
2
ALL
continuous
1
1
DEMAND MONITORING
Measured values:
Phase A/B/C/N current (A)
3φ real power (kW)
3φ reactive power (kvar)
3φ apparent power (kVA)
Measurement type: Thermal exponential
90% response time (programmable):
5 – 60 min, steps of 1 min
Block interval/rolling demand time in interval
(programmable): 5 – 60 min, steps of 1 min
Pickup level:
A: 10 – 7,500 in steps of 1
kW: 0.1 – 6,500.0 in steps of 0.1
kvar: 0.1 – 6,500.0 in steps of 0.1
kVA: 0.1 – 6,500.0 in steps of 0.1
POWER SUPPLY
CONTROL POWER
Input:
90 – 300 VDC
70 – 265 VAC 50/60 Hz
Power:
10 VA nominal, 20 VA maximum
Holdup:
100 ms typical @ 120 VAC/VDC
www.GEindustrial.com/Multilin
METERING
MEASURED VALUES
ACCURACY
PARAMETER
(% of full scale) RESOLUTION
RANGE
Voltage
±0.2%
1 VOLT
20% of VT – 100% of VT
Current
±0.2%
1A
1% of CT – 150% of CT
Voltage unbalance
±1%
0.1%
0 – 100.0%
Current unbalance
±1%
0.1%
0 – 100.0%
kW
±0.4%
0.01 kW
0 – 999,999.99 kW
kvar
±0.4%
0.01 kvar
0 – 999,999.99 kvar
kVA
±0.4%
0.01 kVA
0 – 999,999.99 kVA
kWh
±0.4%
1 kWh
232 kWh
kvarh
±0.4%
1 kvarh
232 kvarh
kVAh
±0.4%
1 kVAh
232 kVAh
Power factor
1%
0.01
±0.0 – 1.0
Frequency
0.02 Hz
0.01 Hz
20.00 – 70.00 Hz
kw demand
±0.4%
0.1 kw
999,999.99 kw
kvar demand
±0.4%
0.1 kvar
999,999.99 kvar
kva demand
±0.4%
0.1 kva
999,999.99 kva
Amps demand
±0.2%
1A
0 – 7,500 A
Amps THD
±2.0%
0.1%
0.0 – 100.0%
Volts THD
±2.0%
0.1%
0.0 – 100.0%
Crest factor
±0.4%
—
1 – 9.99
INPUTS
AC CURRENT
Conversion:
CT input:
Burden:
Overload:
True RMS, 64 samples/cycle
1 A and 5 A secondary
0.2 VA
20 x CT for 1 sec
100 x CT for 0.2 sec
150% of CT
up to 32nd harmonic
±0.2% of full scale, true RMS
Full scale:
Frequency:
Accuracy:
AC VOLTAGE
Conversion:
True RMS, 64 samples/cycle
VT pri/sec:
Direct or 120 – 72,000 : 69 – 240
Input range:
20 – 600 VAC
Full scale:
150/600 VAC autoscaled
Burden:
<0.1 VA
Frequency:
up to 32nd harmonic
Accuracy:
±0.2% of full scale, true RMS
SWITCH INPUTS
Type:
Dry contact
Resistance:
1,000 Ω max ON resistance
Voltage:
24 VDC @ 2 mA
Duration:
100 ms minimum
ANALOG INPUT
Range:
4 – 20 mA
Accuracy:
±1% of full scale
Relay output:
Programmable 4 – 20 mA
Internal burden resistance:
250 Ω
PULSE INPUT
Max inputs:
4
Min pulse width:
150 ms
Min off time:
200 ms
COMMUNICATIONS
COM1/COM2 type:
RS485 2-wire, half duplex, isolated
COM3 type:
RS232, 9PIN
Baud rate:
1,200 – 19,200 bps
Protocol:
ModBus® RTU
Functions:
Read/write setpoints
Read actual values
Execute commands
OUTPUTS
ANALOG OUTPUTS
Accuracy:
±1% of full scale reading
OUTPUT
0 – 1 mA (T1 Option) 0 – 20 mA and 4 – 20 mA (T20 Option)
Max load
2400 Ω
600 Ω
Max output
1.1 mA
21 mA
Isolation:
50 V isolated, active source
OUTPUT RELAYS
Voltage
Make/Carry Make/Carry
Continuous
0.2 SEC
Break
30 VDC
5
30
5
Resistive 125 VDC
5
30
0.5
250 VDC
5
30
0.3
30 VDC
5
30
5
Inductive 125 VDC
5
30
0.25
(Vr = 7ms) 250 VDC
5
30
0.15
120 VAC
5
30
5
Resistive 250 VAC
5
30
5
Inductive 120 VAC
5
30
5
PF = 0.4
250 VAC
5
30
5
Configuration
FORM C NO/NC
Contact material
SILVER ALLOY
PULSE OUTPUT
Parameters:
Interval:
Pulse width:
Min pulse interval:
+ve kWh, –ve kWh, +ve kvarh, –ve kvarh, kVAh
1 – 65000 in steps of 1
100 – 2000 ms in steps of 10 ms
500 ms
9
ENVIRONMENTAL
Humidity:
95% non-condensing
Temperature:
-10° C to +60° C ambient
Environment:
IEC 68-2-38
temperature/humidity cycle
PACKAGING
Shipping box:
8 1/2" L x 6" H x 6" D
(215 mm x 152 mm x 152 mm)
Ship weight:
5 lbs (2.3 kg)
NOTE: LCD contrast impaired below -20° C
TYPE TESTS
Dielectric strength:
Insulation resistance:
Transients:
Impulse test:
RFI:
EMI:
Static:
2.0 kV for 1 min to relays, CTs, VTs, power
supply
IEC255-5 500 VDC
ANSI C37.90.1 oscillatory
2.5 kV/1 MHz
ANSI C37.90.1 fast rise
5 kV/10 ns
Ontario Hydro A-28M-82
IEC255-4 impulse/high frequency disturbance
Class III Level
IEC 255-5 0.5 J 5 kV
50 MHz/15 W transmitter
C37.90.2 electromagnetic interference
@ 150 MHz and 450 MHz, 10 V/m
IEC 801-2 static discharge
Note: Type test report available upon request.
APPROVALS
ISO:
Manufactured to an ISO9001 registered program
UL:
UL listed for the USA and Canada
:
Conforms to EN 55011/CISPR 11, EN 50082-2
Conforms to IEC 947-1, IEC 1010-1
*Specifications subject to change without notice.
5
PQM/PPQM Power Quality Meter
PQM Dimensions
PANEL MOUNT WITH DISPLAY
USE MOUNTING A
FRONT
7.36"
(187)
STATUS
ALARM
4.35"
(110)
RELAYS
ALARM
COMMUNICATE
TX1
PROGRAM
RX1
AUX1
SIMULATION
TX2
AUX2
SELF TEST
RX2
AUX3
SIDE
3.92"
(100)
0.85"
(22)
PQM Power Quality Meter
DETACHABLE FACE PLATE VERSION (MOD 505)
DETACHABLE FACE PLATE
FRONT
DETACHABLE FACE PLATE CHASSIS
SIDE
USE MOUNTING A
USE MOUNTING B
0.85"
(22)
7.36"
(187)
REAR
SIDE
MOUNTING SURFACE
STATUS
ALARM
4.35"
(110)
RELAYS
ALARM
COMMUNICATE
TX1
PROGRAM
RX1
AUX1
SIMULATION
TX2
AUX2
SELF TEST
RX2
AUX3
4.07"
(103)
PQM Power Quality Meter
7.50"
(191)
4.54"
(115)
1.81"
(46)
MOUNTING A
7.10"
(180)
0.10"
(2.5)
6.90"
(175)
0.32"
(8)
CUT-OUT
1.16"
(29)
1.73"
(44)
4.11"
(104)
2.32"
(59)
(6) - 0.218" Dia. HOLES
(6.00)
3.47"
(88)
0.08" R (8 PLACES)
(2)
For an electronic version of the PQM/
PPQM guideform specifications,
please visit: www.GEindustrial.com/
Multilin/specs, fax your request
to 905-201-2098 or email to
literature.multilin@indsys.ge.com.
PQM
PQM
*
*
*
T20
T1
C
PPQM
www.enerVista.com
6
See page 275.
823762AF.DWG
Ordering
A
enerVista enabled
Inches
(mm)
3.47"
(88)
7.24"
(184)
PQM/PPQM
Guideform
Specifications
9
MOUNTING B
*
150
500
1000
(Order code for all options: PQM-T20-C-A)
Basic unit with display, all current/voltage/power measurements, 1 RS485
comm port, 1 RS232 comm port
Transducer option; 4 isolated analog outputs 0 – 20 mA and 4 – 20 mA, assignable to
all measured parameters, 4 – 20 mA analog input, 2nd RS485 comm port
Transducer option; 4 isolated analog outputs 0 – 1 mA, assignable to all measured
parameters, 4 – 20 mA analog input, 2nd RS485 comm port
Control option; 3 additional programmable output relays (total of 4),
4 programmable switch inputs
Power analysis option; harmonic analysis, triggered trace memory waveform
capture, event record, data logger
1 A – 150 A clamp-on CT for wires 0.47" (12 mm) in diameter
2 A – 500 A clamp-on CT for wires 1.18" (30 mm) in diameter
2 A – 1000 A clamp-on CT for wires 2.13" (54 mm) in diameter
Modifications:
Accessories:
MOD 500: Portable test/carrying case
MOD 501: 20 – 60 VDC/20 – 48 VAC
control power
MOD 504: Removable terminal blocks
MOD 505: Detachable faceplate
MOD 506: 4-step capacitor bank switching
MOD 507: -40 to +60° C temperature
operation
MOD 508: 269 communication protocol
MOD 513: Class 1, division 2 operation
MOD 516: PQM remote: base unit only
MOD 517: PQM remote: detachable
faceplate only
PQMPC Windows® software supplied free
**RS232 to RS485 convertor
2.25" collar for limited depth mounting
RS485 terminating network
PQM mounting plate to replace MTM Plus
Control Power:
90 – 300 VDC/70 – 265 VAC standard
20 – 60 VDC/20 – 48 VAC (MOD 501)
**Required to connect a computer to the PQM RS485 ports
www.GEindustrial.com/Multilin