QEED QC-POWER-P96 User manual

QC-POWER-P96 (Page 1 of 6)
SPECIFICATIONS
DISPLAY
Liquid crystal display with backlight
4 line, 4 digits per line to show electrical Parameters
5th line, 8 digits to show energy
Bar graph for current indication as a % of CT rating
LCD INDICATIONS
- Integration of energy
- Unit is in configuration menu -
Communication in progress
- Maximum & Minimum Demand of Power
WIRING INPUT
3.Ø - 4 wire, 3.Ø - 3 wire, 2.Ø - 3 wire, 1.Ø - 2 wire
RATED INPUT VOLTAGE
11to300Vac(LN);19to519Vac(LL)
FREQUENCY RANGE
4 5 - 6 5 H z
CT PRIMARY
1A to 10000A (Programmable for any value)
CT SECONDARY
Nominal 5A (min 11mA, Max 6A)
PT PRIMARY
100 to 500KVac (Programmable for any value)
PT SECONDARY
100 to 500Vac (Programmable for any value)
DISPLAY UPDATE TIME
1 Second for parameters
DISPLAY SCROLLING
Automatic / Manual
POWER CONSUMPTION
<8VA
TEMPERATURE
Operating : -10 to 55°C
Storage : -20 to 75°C
HUMIDITY
85% non-condensing
MOUNTING
Panel mounting
WEIGHT
318gms
OUTPUT
Pulsed Output : Voltage range External 24VDC max
Current capacity : 100mA
INSTALATION CATEGORY
Category III
SERIAL COMMUNICATION
Interface Standard
and protocol RS485 & Modbus RTU
Communication address 1 to 255
Transmission Mode Half duplex
Data types Float and Integer
Transmission distance 500 Meter maximum
±0.1% of Full Scale
For L-N Voltage >20V
For L-L Voltage >35V
Active Power
Reactive Power
Apparent Power
Active Energy Class 1
Reactive Energy Class 1
Apparent Energy Class 1
MAX / Min Active Power 1%
MAX / MIN Reactive Power 1%
MAX Apparent Power 1%
RESOLUTION
PT Ratio x CT Ratio KWh / KVAh / KVArh Pulse
<15 0.01K 0.01K
<150 0.1K 0.1K
<1500 1K 1K
<15000 0.01M 0.01M
<150000 0.1M 0.1M
≥1500000 1M 1M
NOTE: 1) For Voltage, Current, Power, resolution
is automatically adjusted.
2) For Power Factor resolution is 0.001
3) Blink every 5 seconds, if a load is
connected to at least 1 of the 3 phases
SAFETY PRECAUTIONS
All safety related codifications, symbols and instructions that
appear in this operation manual or on the equipment must be
strictly followed to ensure the safety of the operating personnel
as well as the instrument.
If the equipment is not used in the manner specified by the
manufacturer it might impair the protection provided by the
equipment.
CAUTION
Read the instructions prior to installation
and operation of the unit.
CAUTION
Risk of electrical shock
WIRING GUIDELINES
WARNING
1. To prevent the risk of electric shock, power supply to the
equipment must be kept OFF while installing the wiring.
2. Wiring shall be done strictly according to the terminal
layout. Confirm that all connections are correct.
3. Use lugged terminals.
4. To reduce electromagnetic interference use of wires with
adequate ratings and twists of the same in equal size shall
be made with shortest connections.
5. Layout of connecting cables shall be away from any
internal EMI source.
6. Cable used for connection to power source, must have a
cross section of 0.5mm2 to 2.5mm2. These wires shall
have current capacity of 6A.
7. Copper cable should be used (Stranded or single core
cable).
8. Before attempting work on the device ensure absence of
voltages using appropriate voltage detection device.
INSTALLATION GUIDELINES
MECHANICAL INSTALLATION
For installing the meter
1. Prepare the panel cut out with the dimensions as shown below.
2. Push the meter into the panel cut-out. Secure the meter in its place by
fitting the clamp from the rear side. Fit clamps on both sides in
diagonally opposite location for optimum fitting.
3. For proper sealing, tighten the screws evenly with required torque.
4. Recommended conductor cross section = 1.5mm2.
Screw clamps tightening torque = 0.1N-m
CAUTION
The equipment in its installed state must not co in close proximity to any
heating sources, caustic vapour, oil, steam or other unwanted process
by-products.
EMC Guidelines
1. Use input power cable with shortest connections.
2. Layout of connecting cables shall be away from any internal EMI
source.
Panel Cut-out
Dimensions (In mm)
Meter Outline
Dimensions (In mm)
TERMINAL CONNECTIONS
CAUTION
1. This equipment, being of a built-in-type, normally becomes
a part of a main control panel and in case the terminals do
not remain accessible to the end user after installation and
internal wire.
2. Conductors must not come into contact with the internal
circuitry of the equipment or it may lead to a safety hazard
that may in turn endanger life or cause electrical shock to
the operator.
3. Protection & disconnection means must be installed
between power source and supply terminals to facilitate
power ‘ON’ or ‘OFF’ function & must be installed in a
convenient position normally accessible to the operator.
LEFT HAND CT MOUNTING PHASE CORRECTION
The meter phases L1, L2 & L3 are setup as default for the CT to be
mounted as an incomer on the RH (Right Hand) side of the board.
Meter display shows rH when “I” is pressed for 3 seconds.
When the CT is mounted on the LH (Left Hand) side of the board the
phase sequence needs to be reversed.
1. Press “I” for 3 seconds, then release and then press again for
3 seconds. Phase will be reversed and the display will show
LH.
2. Wait 5 seconds for the meter to resume online reading. Meter
display shows LH when “I” is pressed for 3 seconds.
SERIAL NUMBER DESCRIPTION
Press PF key for 10 seconds to 8 digit serial number only for
10 seconds on the fifth line of the display
QC-POWER-P96
Operating Instructions
QUALITY ELECTRONIC DESIGN
Transmission speed 300, 600, 1200, 2400, 4800
9600, 19200 (bps)
Parity None, Odd, Even
1 or 2
100mS
Stop bits
Response time
Measurement
Voltage V L-N
Voltage V L-L
Current
Frequency
Accuracy
±0.5% of Full Scale
±0.5% of Full Scale
±0.5% of Full Scale
Power factor ±0.1%
1%
1%
1%

ONLINE PAGE DESCRIPTION
There are 6 dedicated keys labelled as V, I, VAF, PF, P, E. Use these
keys to read meter parameters.
Simply press these keys to read the parameters.
KEY
PRESS ONLINE PAGE DESCRIPTION
Press
“V”
The first screen (Page 1). Displays line to neutral voltage
of three phases and average line to neutral voltage.
The second screen (Page 2). Displays line to line voltage
of three phases and average line to line voltage.
The third screen (Page 3). Displays percentage
harmonics line to neutral voltage of three phase and
average percentage harmonic of line to neutral voltage.
The fourth screen. (Page 4). Displays percentage
harmonics of line to line voltage of three phase and
average percentage harmonic of line to line voltage.
The fifth screen. Press for 3 seconds. Displays phase
sequence detection.
Note: 1) In 3.Ø - 3W system only second and fourth pages
will be available of selection phase.
2) In 1.Ø - 2W system only first, third and fifth pages
will be available of selection phase.
Press
“I”
The first screen (Page 5). Displays phase current of three
phases and neutral current.
The second screen (Page 6). Displays phase maximum
current demand of three phase and average current.
The third screen (Page 7). Displays percentage
harmonics of current of three phase and average
percentage harmonic of current.
The fourth screen. Press for 3 seconds. Displays current
correction indication page.
Note: In 3.Ø - 3W system only first, second and third
pages will be available of selection phase. Displays aver
age current instead of neutral current.
Press
“VAF”
The first screen (Page 8). Displays voltage, current,
power factor of first phase and frequency.
The second screen (Page 9). Displays voltage, current,
power factor of second phase and frequency.
The third screen (Page 10). Displays voltage, current,
power factor of third phase and frequency.
The fourth screen (Page 11). Displays average value of
voltage, current, power factor of three phases and
frequency.
Note: 1) In 3.Ø - 3W system voltage, current, power factor
and frequency will be line to line .
2) In 1.Ø - 2W system only first page will be
available of selection phase.
Press
“PF”
The first screen (Page 12). Displays power factor of three
phase and average power factor.
Note: 1) In 3.Ø - 3W system only power factor will be
available of selection phase.
Press
“P”
The first screen (Page 13). Displays active power of three
phase and total active power.
The second screen (Page 14). Displays reactive power of
three phase and total reactive power.
The third screen (Page 15). Displays reactive power of
three phase and total apparent power.
The second screen (Page 16). Displays active, reactive,
apparent power and power factor of first phase.
The fifth screen (Page 17). Displays active, reactive,
apparent power and power factor of second phase.
The sixth screen (Page 18). Displays active, reactive,
apparent power and power factor of third phase.
The seventh screen (Page 19). Displays total active,
reactive, apparent power and average power factor of
three phase.
The eighth screen (Page 20). Displays maximum active,
reactive, apparent power demand.
The ninth screen (Page 21). Displays minimum active,
reactive, apparent power demand.
Note: 1) In 3.Ø - 3W system only seventh, eighth and ninth
page will be available also for 1.Ø - 2W– system only first,
second, third, fourth, eighth and ninth page will be available.
KEY
PRESS ONLINE PAGE DESCRIPTION
Press
“E”
The first screen. Displays active energy of three phases.
The second screen. Displays apparent energy of three
phases.
The third screen. Displays reactive energy of three
Phases.
AUTOMATIC / MANUAL MODE DESCRIPTION
Press E key for 3 seconds to toggle between Automatic and
Manual mode.
Note: By default unit operates in automatic mode.
In automatic mode online pages scroll automatically at the rate of 5
seconds per page.
In automatic mode when any key is pressed, unit temporarily
switches to manual mode and the appropriate page is displayed,
also if no key is pressed for 5 seconds the unit will return to
automatic.
CONFIGURATION
There are 6 dedicated keys with symbols marked as
use these 6 keys to enter into configuration
menu or the change the settings.
Note : The settings should be done by a professional, after going
through this users manual and after having understood the
application situation.
For the configuration setting mode:
●Use + keysfor3secondstoenterorexitfromthe
configuration menu.
●Use or keystomovecurserleftorrightbyonedigiteach
time.
●Use or keysforincreasingordecreasingparametervalues.
●Use keytogobacktothepreviouspage.
●Use keytosavethesettingandmoveontothenextpage.
Config.
Page Function Rangeor Selection
Factory
Setting
11.0 Back Light 0-7200S 0000
12.0 Demand Interval Method Sliding/Fixed Sliding
13.0 Demand Interval Duration 1-30 15
14.0 Demand Interval Length 1-30min 1
15.0 Max Page Automatic 1-21 21
16 Change Page Sequence No/Yes No
16.01 Page Sequence 1 Page1of 21 1
16.02 Page Sequence 2 Page2of 21 2
16.03 Page Sequence 3 Page3of 21 3
16.04 Page Sequence 4 Page4of 21 4
16.05 Page Sequence 5 Page5of 21 5
16.06 Page Sequence 6 Page6of 21 6
16.07 Page Sequence 7 Page7of 21 7
16.08 Page Sequence 8 Page8of 21 8
16.09 Page Sequence 9 Page9of 21 9
16.10 Page Sequence 10 Page10of21 10
16.11 Page Sequence 11 Page11of21 11
16.12 Page Sequence 12 Page12of21 12
16.13 Page Sequence 13 Page13of21 13
16.14 Page Sequence 14 Page14of21 14
16.15 Page Sequence 15 Page15of21 15
16.16 Page Sequence 16 Page 16 of 21 16
16.17 Page Sequence 17 Page17of21 17
16.18 Page Sequence 18 Page18of21 18
16.19 Page Sequence 19 Page19of21 19
16.20 Page Sequence 20 Page20of21 20
16.21 Page Sequence 21 Page21of21 21
17.0 Pulse Weight (KWh) 0.01to99.99 0.01
18.0 Pulse Duration (Seconds) 0.1 to 2.0 0.1
19.0 Factory Default No/Yes No
20.0 Reset Energy and Max Demand No/Yes No
*20.1 Password 0001-9999 1001
20.01 Reset Active Energy No/Yes No
20.02 Reset Reactive Energy No/Yes No
20.03 Reset Apparent Energy No/Yes No
20.04 Reset Max Current No/Yes No
20.05 Reset Max Active Power No/Yes No
20.06 Reset Min Active Power No/Yes No
20.07 Reset Max Reactive Power No/Yes No
20.08 Reset Min Reactive Power No/Yes No
Config.
Page Function Rangeor Selection
Factory
Setting
20.09 Reset Max Apparent Power No/Yes No
* For resetting energy parameters user will be prompted for password.
If correct password is entered, the user will be able to reset all energy
parameters. The password will be 1 grater than the main password.
Config.
Page Function Rangeor Selection
Factory
Setting
Password 0000-9999 1000
1.0 Change Password No/Yes No
1.1 New Password 0000-9999 1000
2.0 Network Selection
3P4W,3P3W
1P2W-P1
1P2W-P2
1P2W-P3
3P4W
3.0 CT Secondary Pre-set 5A
4.0 CT Primary 5A to
10000A 160A
5.0 PT Secondary 173-415V 350V
6.0 PT Primary 100-500KV 350V
7.0 Slave ID (Address) 1-255 1
8.0 Baud Rate
300,600,
1200,4800,
9600&19200
9600
9.0 Parity None, Even,
Odd None
10.0 Stop Bit 1 or 2 1
APPLICATION OF PULSE OUTPUT
Pulse output from QC-POWER-P96 meter can be interfaced into a process
through a PLC for the on-line control of energy content in the process.
If the PLC has a self exciting digital input, an external DC voltage
supply is not needed.
The KWh pulse is also used to derive average KWh information at the
PLC.
# All fuse are : 0.5A Class CC UL type
0.5A fast acting 600Vac
QC-POWER-P96 (Page 2 of 6)
Note : For 1.Ø - 2W network, all pages will be the as 3.Ø - 4W only
selected phase parameters will be displayed.

MODBUS REGISTER ADDRESSES LIST
Readable Parameters : [ Length (Register) : 2 : Data Structure : Float ]
Address Hex Address Parameter
30000 0x00 Voltage V1N
30002 0x02 Voltage V2N
30004 0x04 Voltage V3N
30006 0x06 Average Voltage LN
30008 0x08 Voltage V12
30010 0x0A Voltage V23
30012 0x0C Voltage V31
30014 0x0E Average Voltage LL
30016 0x10 Current I1
30018 0x12 Current I2
30020 0x14 Current I3
30022 0x16 Average Current
30024 0x18 KW1
30026 0x1A KW2
30028 0x1C KW3
30030 0x1E KVA1
30032 0x20 KVA2
30034 0x22 KVA3
30036 0x24 KVAr1
30038 0x26 KVAr2
30040 0x28 KVAr3
30042 0x2A Total KW
30044 0x2C Total KVA
30046 0x2E Total KVAr
30048 0x30 PF1
30050 0x32 PF2
30052 0x34 PF3
30054 0x36 Average PF
30056 0x38 Frequency
30058 0x3A Total Net KWh 30060
0x3C Total Net KVAh
30062 0x3E Total Net KVArh
30064 0x40 KW Max Active Power
30066 0x42 KW Min Active Power
30068 0x44 KVAr Max Reactive Power
30070 0x46 KVAr Min Reactive Power
30072 0x48 KVA Max Apparent Power
Address Hex Address Parameter
30147 0x93 4th Harmonic Voltage V1-N
30149 0x95 5th Harmonic Voltage V1-N
30151 0x97 6th Harmonic Voltage V1-N
30153 0x99 7th Harmonic Voltage V1-N
30155 0x9B 8th Harmonic Voltage V1-N
30157 0x9D 9th Harmonic Voltage V1-N
30159 0x9F 10th Harmonic Voltage V1-N
30161 0xA1 11th Harmonic Voltage V1-N
30163 0xA3 12th Harmonic Voltage V1-N
30165 0xA5 13th Harmonic Voltage V1-N
30167 0xA7 14th Harmonic Voltage V1-N
30169 0xA9 15th Harmonic Voltage V1-N
30171 0xAB 16th Harmonic Voltage V1-N
30173 0xAD 17th Harmonic Voltage V1-N
30175 0xAF 18th Harmonic Voltage V1-N
30177 0xB1 19th Harmonic Voltage V1-N
30179 0xB3 20th Harmonic Voltage V1-N
30181 0xB5 21st Harmonic Voltage V1-N
30183 0xB7 22nd Harmonic Voltage V1-N
30185 0xB9 23rd Harmonic Voltage V1-N
Address Hex Address Parameter
30247 0xF7 24th Harmonic Voltage V2-N
30249 0xF9 25th Harmonic Voltage V2-N
30251 0xFB 26th Harmonic Voltage V2-N
30253 0xFD 27th Harmonic Voltage V2-N
30255 0xFF 28th Harmonic Voltage V2-N
30257 0x101 29th Harmonic Voltage V2-N
30259 0x103 30th Harmonic Voltage V2-N
30261 0x105 1st Harmonic Voltage V3-N
30263 0x107 2nd Harmonic Voltage V3-N
30265 0x109 3rd Harmonic Voltage V3-N
30267 0x10B 4thHarmonic Voltage V3-N
30269 0x10D 5th Harmonic Voltage V3-N
30271 0x10F 6th Harmonic Voltage V3-N
30273 0x111 7th Harmonic Voltage V3-N
30275 0x113 8th Harmonic Voltage V3-N
30277 0x115 9th Harmonic Voltage V3-N
30279 0x117 10th Harmonic Voltage V3-N
Address Hex Address Parameter
30347 0x15B 14th Harmonic Voltage V1-V2
30349 0x15D 15th Harmonic Voltage V1-V2
30351 0x15F 16th Harmonic Voltage V1-V2
30353 0x161 17th Harmonic Voltage V1-V2
30355 0x163 18th Harmonic Voltage V1-V2
30357 0x165 19th Harmonic Voltage V1-V2
30359 0x167 20th Harmonic Voltage V1-V2
30361 0x169 21st Harmonic Voltage V1-V2
30363 0x16B 22nd Harmonic Voltage V1-V2
30365 0x16D 23rd Harmonic Voltage V1-V2
30367 0x16F 24th Harmonic Voltage V1-V2
30369 0x171 25th Harmonic Voltage V1-V2
30371 0x173 26th Harmonic Voltage V1-V2
30373 0x175 27th Harmonic Voltage V1-V2
30375 0x177 28th Harmonic Voltage V1-V2
30377 0x179 29th Harmonic Voltage V1-V2
30379 0x17B 30th Harmonic Voltage V1-V2
30381 0x17D 1st Harmonic Voltage V2-V3
30383 0x17F 2nd Harmonic Voltage V2-V3
30385 0x181 3rd Harmonic Voltage V2-V3
30387 0x183 4th Harmonic Voltage V2-V3
30389 0x185 5th Harmonic Voltage V2-V3
30391 0x187 6th Harmonic Voltage V2-V3
30393 0x189 7th Harmonic Voltage V2-V3
30395 0x18B 8th Harmonic Voltage V2-V3
30397 0x18D 9th Harmonic Voltage V2-V3
30187 0xBB 24th Harmonic Voltage V1-N
30189 0xBD 25th Harmonic Voltage V1-N
30191 0xBF 26th Harmonic Voltage V1-N
30193 0xC1 27th Harmonic Voltage V1-N
30195 0xC3 28th Harmonic Voltage V1-N
30197 0xC5 29th Harmonic Voltage V1-N
30281 0x119 11th Harmonic Voltage V3-N
30283 0x11B 12th Harmonic Voltage V3-N
30285 0x11D 13th Harmonic Voltage V3-N
30287 0x11F 14th Harmonic Voltage V3-N
30289 0x121 15th Harmonic Voltage V3-N
30291 0X123 16th Harmonic Voltage V3-N
30293 0x125 17th Harmonic Voltage V3-N
30295 0x127 18th Harmonic Voltage V3-N
30297 0x129 19th Harmonic Voltage V3-N
30122 0x7A Neutral Current
30124 0x7C THD of 1st Phase Voltage
30126 0x7E THD of 2nd Phase Voltage
30128 0x80 THD of 3rd Phase Voltage
30130 0x82 THD of Voltage V12
30132 0x84 THD of Voltage V23
30134 0x86 THD of Voltage V31
30136 0x88 THD of Current I1
30138 0x8A THD of Current I2
30140 0x8C THD of Current I3
30141 0x8D 1st Harmonic Voltage V1-N
30143 0x8F 2nd Harmonic Voltage V1-N
30145 0x91 3rd Harmonic Voltage V1-N
30199 0xC7 30th Harmonic Voltage V1-N
30201 0xC9 1st Harmonic Voltage V2-N
30203 0xCB 2nd Harmonic Voltage V2-N
30205 0xCD 3rd Harmonic Voltage V2-N
30207 0xCF 4th Harmonic Voltage V2-N
30209 0xD1 5th Harmonic Voltage V2-N
30211 0xD3 6th Harmonic Voltage V2-N
30213 0xD5 7th Harmonic Voltage V2-N
30215 0xD7 8th Harmonic Voltage V2-N
30217 0xD9 9th Harmonic Voltage V2-N
30219 0xDB 10th Harmonic Voltage V2-N
30221 0xDD 11th Harmonic Voltage V2-N
30223 0xDF 12th Harmonic Voltage V2-N
30225 0xE1 13th Harmonic Voltage V2-N
30227 0xE3 14th Harmonic Voltage V2-N
30229 0xE5 15th Harmonic Voltage V2-N
30231 0xE7 16th Harmonic Voltage V2-N
30233 0xE9 17th Harmonic Voltage V2-N
30235 0xEB 18th Harmonic Voltage V2-N
30237 0xED 19th Harmonic Voltage V2-N
30239 0xEF 20th Harmonic Voltage V2-N
30241 0xF1 21st Harmonic Voltage V2-N
30243 0xF3 22nd Harmonic Voltage V2-N
30245 0xF5 23rd Harmonic Voltage V2-N
30299 0x12B 20th Harmonic Voltage V3-N
30301 0x12D 21st Harmonic Voltage V3-N
30303 0x12F 22nd Harmonic Voltage V3-N
30305 0x131 23rd Harmonic Voltage V3-N
30307 0x133 24th Harmonic Voltage V3-N
30309 0x135 25th Harmonic Voltage V3-N
30311 0x137 26th Harmonic Voltage V3-N
30313 0x139 27th Harmonic Voltage V3-N
30315 0x13B 28th Harmonic Voltage V3-N
30317 0x13D 29th Harmonic Voltage V3-N
30319 0x13F 30th Harmonic Voltage V3-N
30321 0x141 1st Harmonic Voltage V1-V2
30323 0x143 2nd Harmonic Voltage V1-V2
30325 0x145 3rd Harmonic Voltage V1-V2
30327 0x147 4th Harmonic Voltage V1-V2
30329 0x149 5th Harmonic Voltage V1-V2
30331 0x14B 6th Harmonic Voltage V1-V2
30333 0x14D 7th Harmonic Voltage V1-V2
30335 0x14F 8th Harmonic Voltage V1-V2
30337 0x151 9th Harmonic Voltage V1-V2
30339 0x153 10th Harmonic Voltage V1-V2
30341 0x155 11th Harmonic Voltage V1-V2
30343 0x157 12th Harmonic Voltage V1-V2
30345 0x159 13th Harmonic Voltage V1-V2
30399 0x18F 10th Harmonic Voltage V2-V3
30401 0x191 11th Harmonic Voltage V2-V3
30403 0x193 12th Harmonic Voltage V2-V3
30405 0x195 13th Harmonic Voltage V2-V3
30407 0x197 14th Harmonic Voltage V2-V3
30409 0x199 15th Harmonic Voltage V2-V3
30411 0x19B 16th Harmonic Voltage V2-V3
30413 0x19D 17th Harmonic Voltage V2-V3
30415 0x19F 18th Harmonic Voltage V2-V3
30417 0x1A1 19th Harmonic Voltage V2-V3
30419 0x1A3 20th Harmonic Voltage V2-V3
30421 0x1A5 21st Harmonic Voltage V2-V3
30423 0x1A7 22nd Harmonic Voltage V2-V3
30425 0x1A9 23rd Harmonic Voltage V2-V3
30427 0x1AB 24th Harmonic Voltage V2-V3
30429 0x1AD 25th Harmonic Voltage V2-V3
30431 0x1AF 26th Harmonic Voltage V2-V3
30433 0x1B1 27th Harmonic Voltage V2-V3
30435 0x1B3 28th Harmonic Voltage V2-V3
30437 0x1B5 29th Harmonic Voltage V2-V3
30439 0x1B7 30th Harmonic Voltage V2-V3
30441 0x1B9 1st Harmonic Voltage V3-V1
30443 0x1BB 2nd Harmonic Voltage V3-V1
30445 0x1BD 3rd Harmonic Voltage V3-V1
QC-POWER-P96 (Page 3 of 6)

MODBUS REGISTER ADDRESSES LIST
Readable Parameters : [ Length (Register) : 2 : Data Structure : Float ]
Address Hex Address Parameter
30447 0x1BF 4th Harmonic Voltage V3-V1
30449 0x1C1 5th Harmonic Voltage V3-V1
30451 0x1C3 6th Harmonic Voltage V3-V1
30453 0x1C5 7th Harmonic Voltage V3-V1
30455 0x1C7 8th Harmonic Voltage V3-V1
30457 0x1C9 9th Harmonic Voltage V3-V1
30459 0x1CB 10th Harmonic Voltage V3-V1
30461 0x1CD 11th Harmonic Voltage V3-V1
30463 0x1CF 12th Harmonic Voltage V3-V1
30465 0x1D1 13th Harmonic Voltage V3-V1
30467 0x1D3 14th Harmonic Voltage V3-V1
30469 0x1D5 15th Harmonic Voltage V3-V1
30471 0x1D7 16th Harmonic Voltage V3-V1
30473 0x1D9 17th Harmonic Voltage V3-V1
30475 0x1DB 18th Harmonic Voltage V3-V1
30477 0x1DD 19th Harmonic Voltage V3-V1
30479 0x1DF 20th Harmonic Voltage V3-V1
30481 0x1E1 21st Harmonic Voltage V3-V1
30483 0x1E3 22nd Harmonic Voltage V3-V1
30485 0x1E5 23rd Harmonic Voltage V3-V1
30487 0x1E7 24th Harmonic Voltage V3-V1
30489 0x1E9 25th Harmonic Voltage V3-V1
30491 0x1EB 26th Harmonic Voltage V3-V1
30493 0x1ED 27th Harmonic Voltage V3-V1
30495 0x1EF 28th Harmonic Voltage V3-V1
30497 0x1F1 29th Harmonic Voltage V3-V1
Address Hex Address Parameter
30547 0x223 24th Harmonic Current I1
30549 0x225 25th Harmonic Current I1
30551 0x227 26th Harmonic Current I1
30553 0x229 27th Harmonic Current I1
30555 0x22B 28th Harmonic Current I1
30557 0x22D 29th Harmonic Current I1
30559 0x22F 30th Harmonic Current I1
30561 0x231 1st Harmonic Current I2
30563 0x233 2nd Harmonic Current I2
30565 0x235 3rd Harmonic Current I2
30567 0x237 4th Harmonic Current I2
30569 0x239 5th Harmonic Current I2
30571 0x23B 6th Harmonic Current I2
30573 0x23D 7th Harmonic Current I2
30575 0x23F 8th Harmonic Current I2
30577 0x241 9th Harmonic Current I2
30579 0x243 10th Harmonic Current I2
30581 0x245 11th Harmonic Current I2
30583 0x247 12th Harmonic Current I2
30585 0x249 13th Harmonic Current I2
30587 0x24B 14th Harmonic Current I2
30589 0x24D 15th Harmonic Current I2
30591 0x24F 16th Harmonic Current I2
30593 0x251 17th Harmonic Current I2
30595 0x253 18th Harmonic Current I2
30597 0x255 19th Harmonic Current I2
Address Hex Address Parameter
30647 0x287 14th Harmonic Current I3
30649 0x289 15th Harmonic Current I3
30651 0x28B 16th Harmonic Current I3
30653 0x28D 17th Harmonic Current I3
30655 0x28F 18th Harmonic Current I3
30657 0x291 19th Harmonic Current I3
30659 0x293 20th Harmonic Current I3
30661 0x295 21st Harmonic Current I3
30663 0x297 22nd Harmonic Current I3
30665 0x299 23rd Harmonic Current I3
30667 0x29B 24th Harmonic Current I3
30669 0x29D 25th Harmonic Current I3
30671 0x29F 26th Harmonic Current I3
30673 0x2A1 27th Harmonic Current I3
30675 0x2A3 28th Harmonic Current I3
30677 0x2A5 29th Harmonic Current I3
30679 0x2A7 30th Harmonic Current I3
30684 0x2AC Serial No(Data Structure : Hex)
30692 0x2B4 Max I1 Demand
30694 0x2B6 Max I2 Demand
30696 0x2B8 Max I3 Demand
30700 0x2BC Phase Sequence Indication
30702 0x2BE Existing KW MAX Active Power
30704 0x2C0 Existing KW MIN Active Power
30706 0x2C2 Existing KVAr MAX Reactive Power
30708 0x2C4 Existing KVAr MIN Reactive Power
30710 0x2C6 Existing KVA MAX Apparent Power
30712 0x2C8 Existing MAX I1 Demand
30714 0x2CA Existing MAX I2 Demand
30716 0x2CC Existing MAX I3 Demand
30718 0x2CE Existing MAX Average I Demand
30499 0x1F3 30th Harmonic Voltage V3-V1
30501 0x1F5 1st Harmonic Current I1
30503 0x1F7 2nd Harmonic Current I1
30505 0x1F9 3rd Harmonic Current I1
30507 0x1FB 4th Harmonic Current I1
30509 0x1FD 5th Harmonic Current I1
30511 0x1FF 6th Harmonic Current I1
30513 0x201 7th Harmonic Current I1
30515 0x203 8th Harmonic Current I1
30517 0x205 9th Harmonic Current I1
30519 0x207 10th Harmonic Current I1
30521 0x209 11th Harmonic Current I1
30523 0x20B 12th Harmonic Current I1
30525 0x20D 13th Harmonic Current I1
30527 0x20F 14th Harmonic Current I1
30529 0x211 15th Harmonic Current I1
30531 0x231 16th Harmonic Current I1
30533 0x215 17th Harmonic Current I1
30535 0x217 18th Harmonic Current I1
30537 0x219 19th Harmonic Current I1
30539 0x21B 20th Harmonic Current I1
30541 0x21D 21st Harmonic Current I1
30543 0x21F 22nd Harmonic Current I1
30545 0x221 23rd Harmonic Current I1
30599 0x257 20th Harmonic Current I2
30601 0x259 21st Harmonic Current I2
30603 0x25B 22nd Harmonic Current I2
30605 0x25D 23rd Harmonic Current I2
30607 0x25F 24th Harmonic Current I2
30609 0x261 25th Harmonic Current I2
30611 0x263 26th Harmonic Current I2
30613 0x265 27th Harmonic Current I2
30615 0x267 28th Harmonic Current I2
30617 0x269 29th Harmonic Current I2
30619 0x26B 30th Harmonic Current I2
30621 0x26D 1st Harmonic Current I3
30623 0x26F 2nd Harmonic Current I3
30625 0x271 3rd Harmonic Current I3
30627 0x273 4th Harmonic Current I3
30629 0x275 5th Harmonic Current I3
30631 0x277 6th Harmonic Current I3
30633 0x279 7th Harmonic Current I3
30635 0x27B 8th Harmonic Current I3
30637 0x27D 9th Harmonic Current I3
30639 0x27F 10th Harmonic Current I3
30641 0x281 11th Harmonic Current I3
30643 0x283 12th Harmonic Current I3
30645 0x285 13th Harmonic Current I3
QC-POWER-P96 (Page 4 of 6)

MODBUS REGISTER ADDRESSES LIST
Readable / Writable Parameters : [ Data Structure : Integer ]
Address Hex Address Parameter Range Length (Register)
Min Value Max Value
40000 0x00 Password 0 9998 1
Value Meaning
40001 0x01 Network Selection 0x0000 3P4W 1
0x0001 3P3W 1
0x0002 1P2W-P1 1
0x0003 1P2W-P2 1
0x0004 1P2W-P3 1
Min Value Max Value
40002 0x02 CT Secondary 1 5 1
40003 0x03 CT Primary (CT Secondary = 5A) 5 10000 1
CT Primary (CT Secondary = 1A) 1 10000
40004 0x04 PT Secondary 173 415 1
40005 0x05 PT Primary 100 500000 2
40007 0x07 Slave ID 1 255 1
Value Meaning
40008 0x08 Baud Rate 0x0000 300 bps 1
0x0001 600 bps 1
0x0002 1200 bps 1
0x0003 2400 bps 1
0x0004 4800 bps 1
0x0005 9600 bps 1
0x0006 19200 bps 1
40009 0x09 Parity 0x0000 None 1
0x0001 Odd 1
0x0002 Even 1
40010 0x0A Stop Bit 0x0000 1 1
0x000 2 1
Min Value Max Value
40011 0x0B Backlight OFF 0 7200 1
40012 0x0C Factory Default Reset 1 Set to factory setting range 1
40013 0x0D Reset KWh 1 Reset Total Active Energy 1
40014 0x0E Reset KVAh 1 Reset Total Apparent Energy 1
40015 0x0F Reset KVArh 1 Reset Total Reactive Energy 1
40016 0x10 Auto Mode Pages 1 21 1
Page NoMeaning
40017 0x11 Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40018 0x12 Page Address Sequence 1-21 1-First Page : 21-Last Page 1
Address Hex Address Parameter Range Length (Register)
40019 0x13 Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40020 0x14 Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40021 0x15 Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40022 0x16 Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40023 0x17 Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40024 0x18 Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40025 0x19 Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40026 0x1A Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40027 0x1B Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40028 0x1C Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40028 0x1D Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40030 0x1E Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40031 0x1F Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40032 0x20 Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40033 0x21 Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40054 0x36 Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40055 0x37 Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40059 0x3B Page Address Sequence 1-21 1-First Page : 21-Last Page 1
40060 0x3C Page Address Sequence 1-21 1-First Page : 21-Last Page 1
Value Meaning
40034 0x22 Demand Interval Method 0x0000 Sliding 1
0x0001 Fixed 1
40035 0x23 Demand Interval Duration Min 1 Max 30 1
40036 0x24 Demand interval Length Min 1 Max 30 1
40037 0x25 Reset Max KW 1 Reset Max Active Power 1
40038 0x26 Reset Min KW 1 Reset Min Active Power 1
40039 0x27 Reset Max KVAr 1 Reset Max Reactive Power 1
40040 0x28 Reset Min KVAr 1 Reset Max Reactive Power 1
40041 0x29 Reset Max KVA 1 Reset Max Apparent Power 1
Min Value Max Value
40057 0x39 Pulse Duration 0.1(second) 2.0(seconds) 1
40058 0x3A Pulse Weight 00.10 99.99 1
Value Meaning
40064 0x40 Reset Max Current 1 Reset Max Current 1
QC-POWER-P96 (Page 5 of 6)

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32013 Longarone (BL) Italy
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QC-POWER-P96 (Page 6 of 6)
QUALITY ELECTRONIC DESIGN