Pixsys 2000.35.021 User manual

2000.35.021
Energy Meter
User manual / Manuale d’uso

User Manual - 2000.35.021 - 3
Index
1 Safety guide lines ..........................................................................................................................................4
2 Model identication.....................................................................................................................................4
3 Technical data................................................................................................................................................4
3.1 Main features........................................................................................................................................4
3.2 Hardware and software features ....................................................................................................4
4 Dimensions and Installation......................................................................................................................6
5 Electrical wirings ...........................................................................................................................................6
6 Mounting.........................................................................................................................................................7
7 Conguration.................................................................................................................................................7
7.1 Remarks .................................................................................................................................................7
8 EnergyMeter-Programmer .........................................................................................................................8
9 Modbus Register Map .................................................................................................................................8
Sommario
10 Norme di sicurezza .................................................................................................................................... 10
11 Identicazione del modello..................................................................................................................... 10
12 Dati tecnici ................................................................................................................................................... 10
12.1 Caratteristiche principali................................................................................................................ 10
12.2 Caratteristiche Hardware e Software ......................................................................................... 10
13 Dimensioni ed installazione.....................................................................................................................12
14 Collegamenti elettrici.................................................................................................................................12
15 Montaggio ....................................................................................................................................................13
16 Programmazione e congurazione.......................................................................................................13
16.1 Osservazioni .......................................................................................................................................13
17 EnergyMeter-Programmer .......................................................................................................................14
18 Modbus Register Map / Mappa dei Registri Mobus ...........................................................................15

4 - 2000.35.021 - User manual
Introduction
Thank you for choosing a Pixsys Energy Meter.
The 2000.35.021 is a Single-phase Power Meter able to measure the TRMS AC/DC
Current and Voltage. On the RS485 Modbus following measuring units are available:
Irms, Vrms, Watt, Var, Va, Vpk, Ipk, Frequency, Cosφ, Energy bidirectional and THD.
The device is fully congurable by RS485, DIN rail mounting, 4kV galvanic isolation for
Voltage input.
1 Safety guide lines
Read carefully the safety guidelines and programming instructions contained in
this manual before using/connecting the device. Disconnect power supply before
proceeding to hardware settings or electrical wirings. Only qualied personnel should
be allowed to use the device and/or service it and in accordance to technical data and
environmental conditions listed in this manual. Do not dispose electric tools together
with household waste material. In observance European Directive 2002/96/EC on
waste electrical and electronic equipment and its implementation in accordance with
national law, electric tools that have reached the end of their life must be collected
separately and returned to an environmentally compatible recycling facility.
2 Model identication
Power supply 9..30 V DC
2000.35.021 Power / Energy Meter Single Phase AC/DC TRMS - RS485
Modbus
3 Technical data
3.1 Main features
• TRMSMeasure,THDavailable
• 0,5%Accuracy
• RS485Modbusintegrated
• BidirectionalEnergymetering
• DINrailmountinginbothside
• OEM’sdesign,lowcost
• FullycongurablebyfreeinterfacesoftwareEnergyMeter-Programmer
• Bootloaderforupdatingrmware
3.2 Hardware and software features
Power supply 9..30 V DC, Protection against polarity reversal and
overtemperature
Absorption 1,3 W
Protection index IP20
Accuracy Voltage, Current, Active Power, Reactive Power, Apparent

User Manual - 2000.35.021 - 5
power:<0,5%F.S.
Frequency: +/- 0,1 Hz
 Energy:+/-1%ofreading
 Vpeak,Ipeak:+/-5%f.s.
Measurement Irms, Vrms, Watt, Var, Va, Vpk, Ipk, Frequency, Cosφ,
Energy bidirectional, THD
Temperature coecient < 200 ppm/°C
Working temperature -15..+65°C
Storage temperature -40°C.. +85°C
Type of measure TRMS or DC
Range Current: Up to 50 A AC/DC
Voltage: up to 800 V AC or 1000V DC
RS485 customize setting with free interface software
EnergyMeter-Programmer
Crest factor 1,8 (on current measurement)
Output RS485 Modbus RTU
Working frequency DC or 1..400 Hz
Sampling rate 11k Samples per Second
Input impedence  1Mohm+/-1%
Isolation 3 kV on bare wire for Current measure,
4 kV for Voltage measure (reinforced insulation to power
supply and serial output)
Hysteresis  0,15%f.s.
Humidity  10..90%notcondensing
Altitude Up to 2000 m s.l.m.
Weight 80 g.
Filling Epoxy Resins
Box material  PBT,grey
Mounting Screw predisposition for vertical/horizontal mounting,
DIN rail clips (included) for vertical/horizontal mounting.
Terminals Removable terminals 3,5mm, n°1 4 poles, n°2 2 poles
Dip-switch 2 poles
Led N°1 yellow, Power on xed, data communication blinking
Standards CE EN61000-6-4/2006 + A1 2011; EN64000-6-2/2005;
EN61010-1/2010
Overvoltage category Cat III up to 600V; Cat II up to 1000V
Dimensions 46,1x 63x 26,4 mm (terminal excluded)

6 - 2000.35.021 - User manual
4 Dimensions and Installation
ON
Addr
Cat III: 600 V
Cat II: 1000 V 9..30 V DC
P1
TRMS AC/DC
1000 V
dc
2300.35.219
15,0 mm
46,2 mm
63,0 mm
800 V ac
50 V ac
1-ph energy meter
Baud V- V- V+ V+ B- A+ GND Pow
1 2
5 Electrical wirings
Although this controller was designed to resist electromagnetic interferences
in industrial environments, please observe following safety guidelines:
• Separatethecontrollinefromthepowerwires.
• Avoidproximityofremotecontrolswitches,electromagneticcontactors,powerful
engines and in all instances use specic lters.
• Avoidproximityofpowergroups,especiallythosewithphasecontrol.
POW
+ 9..30
V DC
± 1000 V DC
800 V AC
Cat. II: 1000V
Cat. III: 600V LOAD - CARICO
(COATING SIDE - LATO RESINA)(P1 SIDE - LATO P1)
+
Vg
GND
-
A+
B-
V+
V-
485
USB

User Manual - 2000.35.021 - 7
6 Mounting
The Power Meter 2000.35.021 can be mounted in any position (see photo below),
horizontal or vertical mounting, horizontal or vertical through the two hooks for DIN
rail included in the box.
7 Conguration
Using a serial link RS485-USB you can connect the 2000.35.021 with the interface
program EnergyMeter-Programmer. This software allows to set the Modbus address,
baudrate, delay, the TV and TA ratio, to modify a lter in order to have fastest responce
time instead of a more stable measurement (lter range from 1-speed to 5-accuracy).
You can download the EnergyMeter-Programmer free of charge from Download Area
on our website www.pixsys.net.
A second way to program the 2000.35.021 is by using the Modbus Register Map directly.
7.1 Remarks
• Modbusconnections:A+andB-asperModbusRTUstandards;
• Modbus Register reference: with reference to the logical address, for ex. 40010,
corresponds to physical address n°9 as per Modbus RTU standard;
• Modbusfunctionssupported:3(Readmultipleregisters,max100),6(Writesingle),
16 (Write multiple).
• Anychangemadebydip-switchrequirestoswitchothepowersupply
Energy storage data on ash memory: 4,5 years minimum, 45 years typical
Minimum Current measurement oset: 100mA
Minimum Power measurement oset: 1 W
Measurement refresh: every 50 cycles or 1 second (the faster), programmable by
EnergyMeter-Programmer
If you want to set the device by EnergyMeter-Programmer set the dips to 0. If you want
to set by RS485 directly, set the rst dip to 1 (up) then use the second dip for baudrate
setting ( 0 for 9600 or 1 for 38400). After the settings, please save the conguration
bytheCOMMANDregister,thenswitchothepowersupply:Beforeswitchingonthe
power supply set the dips to 0.

8 - 2000.35.021 - User manual
Dip-switch settings 1 2
All setting from EEPROM 0 0
SetAddress1-Baud9600 1 0
SetAddress1-Baud38400 1 1
8 EnergyMeter-Programmer
The free interface program EnergyMeter-Programmer is the fastest way to congure
the device. The changes made to the program act on the register of the 2000.35.021.
To restore the default conguration, just press the button FACTORY DEFAULT.
Type of measure Allows the selection of the measure RMS or DC only to
dene the sign (positive or negative) of reading
Save on energy ash It is possible to activate the saving of the counters
directly on the device’s ash memory
Report of transformation In case you would use the TA and / or TV, you can dene
the transformation ratio for the current input and
voltage input, the default ratio is 1:1
Filter Allows to insert a lter on reading in order to get more
speed in responding (value 1) or a more stable and
accurate measurement ( value 5 ). By default the value
is set to 2. You can choose between intermediate values
already set or manually enter the desired lter by
choosing the CUSTOM option from the menu.
In this case, you can set the following parameters:
ltering in DC, ltering in AC (default value 5 ), Frequency
measurement on Current channel
CAUTION : Magnetic elds of high intensity can vary the values measured by the
transformer. Avoid installation near permanent magnets, electromagnets or iron
masses that induce strong changes in the magnetic eld. If any irregularity, to reorient
or move the transformer in the area most appropriate.
9 Modbus Register Map
See paragraph 9, page 15.

User Manual - 2000.35.021 - 9
Notes / Updates

10 - 2000.35.021 - Manuale d’uso
Introduzione
Grazie per aver scelto un Energy Meter Pixsys.
Il 2000.35.021 è un Energy / Power Meter monofase in grado di misurare la corrente e
la tensione AC/DC TRMS.
L’isolamento per la tensione di ingresso è di 4kV. Tramite l’uscita RS485 Modbus sono
disponibili: Irms, Vrms, Watt, Var, Va, Vpk, Ipk, Frequency, Cosφ, Energy bidirezionale,
THD. Il dispositivo è congurabile tramite la porta RS485.
Predisposto per il montaggio su barra DIN.
1 Norme di sicurezza
Prima di utilizzare il dispositivo, leggere con attenzione le istruzioni e le misure di
sicurezza contenute in questo manuale. Disconnettere l’alimentazione prima di
qualsiasi intervento sulle connessioni elettriche o settaggi hardware.
L’utilizzo/manutenzione è riservato a personale qualicato ed è da intendersi esclusiva-
mente nel rispetto dei dati tecnici e delle condizioni ambientali dichiarate.
Non gettare le apparecchiature elettriche tra i riuti domestici.
Secondo la Direttiva Europea 2002/96/CE, le apparecchiature elettriche esauste
devono essere raccolte separatamente al ne di essere reimpiegate o riciclate in modo
eco-compatibile.
2 Identicazione del modello
Modello con alimentazione 9..30 V DC
2000.35.021 Power / Energy Meter Monofase AC/DC TRMS - RS485
Modbus
3 Dati tecnici
3.1 Caratteristiche principali
• MisuraditipoTRMS,THDdisponibile
• Classediprecisione0,5%
• UscitaRS485ModbusRTUintegrata
• Misuredienergiabidirezionale
• MontaggiosubarraDINinverticaleoorizzontale
• Idealepercostruttoridimacchine,esecuzionelowcost
• FacilmentecongurabileviaRS485tramitesoftwareEnergyMeter-Programmer
• Bootloaderperaggiornamentormware
3.2 Caratteristiche Hardware e Software
Alimentazione 9..30 V DC, Protetto contro l’inversione di polarità e le
sovratemperature
Assorbimento 1,3 W
Classe di protezione IP20

Manuale d’uso - 2000.35.021 - 11
Precisione Tensione, Corrente, Potenza Attiva, Potenza Reattiva,
Potenza Apparente: < 0,5% F.S. Frequenza: +/- 0,1 Hz.
Energia:+/-1%sullalettura.Vpicco,Ipicco:+/-5%
Misure Irms, Vrms, Watt, Var, Va, Vpk, Ipk, Frequency, Cosφ,
Energy bidirezionale, THD
Coecienti di temperatura < 200 ppm/°C
Temperatura di lavoro -15..+65°C
Temperatura di stoccaggio -40°C.. +85°C
Tipo di misura TRMS o DC
Campo di misura CORRENTI: FINO a 50 A AC/DC. TENSIONI: FINO a 800 V
AC o 1000V DC.
Congurabili tramite software EnergyMeter-Program-
mer
Uscita Seriale RS485 Modbus RTU
Frequenza di lavoro DC o 1..400 Hz
Velocità di campionamento 11k campioni al secondo
Impedenza d’ingresso  1Mohm+/-1%
Isolamento 3 kV su cavo nudo per la misura di corrente, 4 kV per la
misura di tensione (isolamento rinforzato rispetto ad
alimentazione e uscita seriale)
Fattore di cresta 1,8 (sulla misura di corrente)
Umidità  10..90%noncondensante
Altezza Isolamento garantito no a 2000m s.l.m.
Peso 80 g.
Riempimento Resina epossidica bicomponente
Materiale involucro  PBT,grigio
Montaggio Predisposto per il montaggio a parete in verticale/
orizzontale tramite viti, predisposto per montaggio a
barra DIN in orizzontale o verticale tramite clips (incluse)
Morsetti Morsetti estraibili 3,5mm, n°1 4 poli, n°2 2 poli
Dip-switch 2 poli
Led N°1 giallo, Strumento acceso led sso, in comunicazione
lampeggio
Omologazioni ce EN61000-6-4/2006 + A1 2011; EN64000-6-2/2005;
EN61010-1/2010
Categoria di sovratensione Cat III no a 600V; Cat II no a 1000V
Dimensioni 46,1x 63x 26,4 mm (morsetti esclusi)

12 - 2000.35.021 - Manuale d’uso
4 Dimensioni ed installazione
ON
Addr
Cat III: 600 V
Cat II: 1000 V 9..30 V DC
P1
TRMS AC/DC
1000 V
dc
2300.35.219
15,0 mm
46,2 mm
63,0 mm
800 V ac
50 V ac
1-ph energy meter
Baud V- V- V+ V+ B- A+ GND Pow
1 2
5 Collegamenti elettrici
Benché questo regolatore sia stato progettato per resistere ai più gravosi
disturbi presenti in ambienti industriali è buona norma seguire la seguenti
precauzioni:
• Distinguerelalineadialimentazionidaquelledipotenza.
• Evitarelavicinanza digruppi di teleruttori,contattori elettromagnetici,motori di
grossa potenza e comunque usare gli appositi ltri.
• Evitarelavicinanzadigruppidipotenza,inparticolareseacontrollodifase.
POW
+ 9..30
V DC
± 1000 V DC
800 V AC
Cat. II: 1000V
Cat. III: 600V LOAD - CARICO
(COATING SIDE - LATO RESINA)(P1 SIDE - LATO P1)
+
Vg
GND
-
A+
B-
V+
V-
485
USB

Manuale d’uso - 2000.35.021 - 13
6 Montaggio
Il 2000.35.021 può essere montato in qualsiasi posizione (vedere foto):
orizzontale o verticale con viti, orizzontale o verticale attraverso i due gancetti per
barra DIN inclusi nella scatola.
7 Programmazione e congurazione
AttraversoundispositivoserialeRS485-USBèpossibilecollegarsial2000.35.021tramite
il programma di interfaccia EnergyMeter-Programmer . L’utilizzo di questo software,
scaricabile gratuitamente dall’area download del sito www.pixsy.net, permette di
congurare il dispositivo via PC.
In alternativa, settando i dip in maniera opportuna (vedi tabella dei Dip-switch), si
può mettere in comunicazione il 2000.35.021 direttamente con il Master via RS485
Modbus RTU. Tutte le congurazioni del dispositivo, in questo caso, saranno eseguite
utilizzando la Mappa dei Registri modbus.
7.1 Osservazioni
• ConnessioniModbus:A+eB-comeprevistodaglistandardModbus;
• Riferimenti di Registro Modbus: all’indirizzo logico, per es. 40010, corrisponde
l’indirizzo sico n°9, come previsto dagli standard Modbus;
• FunzioniModbussupportate:3(Readmultipleregister,max100),6(Writesingle),16
(Write multiple)
• Perrendereattivetuttelemodicheviadip-switchbisognatoglierel’alimentazione
al dispositivo.
Conservazione dati energia su ash: minimo 4,5 anni, 45 anni tipico.
Minimo valore di Corrente misurata (cut o): 100mA
Minimo valore di Potenza misurata (cut o): 1 W
Velocità di campionamento: ogni 50 cicli o ogni 1 secondo (il più veloce dei due),
programmabile da EnergyMeter-Programmer.
Per la congurazione del dispositivo tramite EnergyMeter-Programmer, impostare
entrambi i dip a zero (basso). Per la congurazione via RS485, alzare il dip 1 e scegliere
la velocità di comunicazione con il dip 2. Una volta congurato, potete riportare il
modulo nella congurazione di default in modo tale che prenda le congurazioni
memorizzate in EEPROM.

14 - 2000.35.021 - Manuale d’uso
Dip-switch settings 1 2
Congurazione da EEPROM 0 0
SetIndirizzo1-Baud9600 1 0
SetIndirizzo1-Baud38400 1 1
8 EnergyMeter-Programmer
il programma di interfaccia gratuito EnergyMeter-Programmer è lo strumento più
veloceperla congurazione del dispositivo.Le modicheeettuatesulprogramma
agiscono sui registri del 2000.35.021, qualora vogliate ripristinare le congurazioni di
defaultbastapremereilpulsanteDEFAULTDIFABBRICA.
Modalità di misura permette la selezione della misura in RMS o DC solo per
denire il segno, positivo o negativo, della lettura.
Salvataggio su ash è possibile attivare o disattivare il salvataggio dei
contatori direttamente sulla memoria Flash del
dispositivo.
Rapporto di trasformazione nel caso in cui si usassero dei TA e/o TV è possibile denire
il rapporto di trasformazione per l’ingresso in corrente e
per l’ingresso in tensione, di default il rapporto è 1:1.
Filtraggio permette di introdurre un ltro sulla lettura in modo
da ottenere maggiore velocità nella risposta (valore 1)
oppure una misura più stabile e accurata (valore 5), di
default il valore è impostato a 2. è possibile scegliere
tra dei valori intermedi già impostati oppure introdurre
manualmente il ltro desiderato scegliendo l’opzione
CUSTOM dal menù a tendina, in questo caso si potrà
intervenire sui seguenti parametri: Filtraggio in DC,
Filtraggio in AC (default valore 5), Misura di Frequenza
sul canale di corrente.
ATTENZIONE : campi magnetici di notevole intensità possono far variare i valori misurati
dal dispositivo. Evitare l’installazione vicino a magneti permanenti, elettromagneti o
masse ferrose che inducano forti alterazioni del campo magnetico. Qualora si mani-
festassero anomalie consigliamo di orientare diversamente il dispositivo o spostarlo
inzonapiùconsona.

9 Modbus Register Map / Mappa dei Registri Mobus
Register
Name Comment Register Type R/W Default
Value Range Modbus
Address
Machine ID Machine ID Unsigned short R 7 40001
FW version Firmware version Unsigned short R 0 40002
Address Modbus address Unsigned short R/W 140003
Delay Machine answer delay (in characters) Unsigned short R/W 10..1000 40004
Baudrate
0= 1200, 1= 2400, 2= 4800, 3=
9600, 4= 19200, 5= 38400, 6=
57600, 7= 115200
Unsigned short R/W 10..7 40005
Parity 0= NO, 1= ODD, 2= EVEN Unsigned short R/W 00..2 40006
DC Filter Number of tenths of second (1/10) for
all RMS calculation in DC Unsigned short R/W 10 1..65535 40007
Flag
Measurement
bit 0 :[ 0= TRMS value (without sign);
1 = DC_measurement (with sign)];
bit 1:[ 0= Energy stori ng disable;
1= Energy storing enable];
bit 2 :[ 0= Frequency detect on
Voltage channel; 1= Frequency
detect on Current channel].
Unsigned short R/W 0x10 40008
TV_Ratio Voltage transformer ratio Float
(LSW rst) R/W 1.0 40009
40010
TA_Ratio Current transformer ratio Float
(LSW rst) R/W 1.0 40011
40012
# of ZX for VI
measurement
Number of ZX for_AC Meas Number
of line cycle Zero Crossings for AC
measurement RMS.
Unsigned short R/W 50 1..65535 40014
STATUS
bit 0: ash settings error;
bit1: ash calibration error;
bit 2: Voltage Over Range;
bit 3: Voltage Under Range;
bit [4:5] Reserved;
bit 6: Zero crossing detecting;
bit [7:9] Reserved;
bit 10: Energy storing error;
bit 11: Energy initialization error;
bit 12: Reserved;
bit 13: Current Over Range;
bit 14: Current Under Range;
bit 15: Reserved.
Unsigned short R 0 40072
V RMS Voltage RMS Measurement (V) Float
(LSW rst) R40073
40074
I RMS Current RMS Measurement (mA) Float
(LSW rst) R40075
40076

16 - 2000.35.021 - Manuale d’uso
Register
Name Comment Register Type R/W Default
Value Range Modbus
Address
PActive Power Measurement (W) Float
(LSW rst) R40077
40078
QReactive Power Measurement (VAR) Float
(LSW rst) R40079
40080
SApparent Power Measurement (VA) Float
(LSW rst) R40081
40082
Cosφ Cosφ Measurement Float
(LSW rst) R40083
40084
Frequency Frequency Measurement (Hz) Float
(LSW rst) R40085
40086
THD THD Measurement Float
(LSW rst) R40087
40088
Energy Totale Energy Measurement (KWh) Float
(LSW rst) R40089
40090
Energy positive Only positive Energy Measurement
(KWh)
Float
(LSW rst) R40091
40092
Energy
negative
Only negative Energy Measurement
(KWh)
Float
(LSW rst) R40093
40094
V peak Instantaneous Voltage Peak (V) Float
(LSW rst) R/W 40095
40096
I peak Instantaneous Current Peak (mA) Float
(LSW rst) R/W 40097
40098
V MAX Max RMS Voltage (V) Float
(LSW rst) R/W 40099
40100
V min Min RMS Voltage (V) Float
(LSW rst) R/W 40101
40102
I MAX Max RMS Current (mA) Float
(LSW rst) R/W 40103
40104
I min Min RMS Current (mA) Float
(LSW rst) R/W 40105
40106
P MAX Max RMS Power (W) Float
(LSW rst) R/W 40107
40108
P min Min RMS Power (W) Float
(LSW rst) R/W 40109
40110
Q MAX Max Reactive Power (VAR) Float
(LSW rst) R/W 40111
40112
Q min Min Reactive Power (VAR) Float
(LSW rst) R/W 40113
40114
S MAX Max Apparent Power (VA) Float
(LSW rst) R/W 40115
40116
S min Min Apparent Power (VA) Float
(LSW rst) R/W 40117
40118

Manuale d’uso - 2000.35.021 - 17
Register
Name Comment Register Type R/W Default
Value Range Modbus
Address
Cosφ MAX Max Cosφ Float
(LSW rst) R/W 40119
40120
Cosφ min Min Cosφ Float
(LSW rst) R/W 40121
40122
Frequency MAX Max Frequency (Hz) Float
(LSW rst) R/W 40123
40124
Frequency min Min Frequency (Hz) Float
(LSW rst) R/W 40125
40126
THD MAX Max THD Float
(LSW rst) R/W 40127
40128
THD min Min THD Float
(LSW rst) R/W 40129
40130
STATUS SW
bit 0: ash settings error;
bit1: ash calibration error;
bit 2: Voltage Over Range;
bit 3: Voltage Under Range;
bit [4:5] Reserved;
bit 6: Zero crossing detecting;
bit [7:9] Reserved;
bit 10: Energy storing error;
bit 11: Energy initialization error;
bit 12: Reserved;
bit 13: Current Over Range;
bit 14: Current Under Range;
bit 15: Reserved.
Unsigned short R40132
V RMS SW Voltage RMS measurement (V)
swapped
Float
(MSW rst) R40133
40134
I RMS SW Current RMS measurement (mA)
swapped
Float
(MSW rst) R40135
40136
P SW Power measurement (W) swapped Float
(MSW rst) R40137
40138
Q SW Reactive Power measurement Q
(VAR) swapped
Float
(MSW rst) R40139
40140
S SW Apparent Power measurement S (VA)
swapped
Float
(MSW rst) R40141
40142
Cosφ SW Cosφ measurement swapped Float
(MSW rst) R40143
40144
Frequency SW Frequency measurement (Hz)
swapped
Float
(MSW rst) R40145
40146
THD SW THD swapped Float
(MSW rst) R40147
40148

18 - 2000.35.021 - Manuale d’uso
Register
Name Comment Register Type R/W Default
Value Range Modbus
Address
Energy SW Total Energy measurement (KWh)
swapped
Float
(MSW rst) R40149
40150
Energy positive
SW
Only positive Energy Measurement
(KWh) swapped
Float
(MSW rst) R40151
40152
Energy
negative SW
Only negative Energy Measurement
(KWh) swapped
Float
(MSW rst) R40153
40154
V peak SW Instantaneous Voltage Peak (V)
swapped
Float
(MSW rst) R/W 40155
40156
I peak SW Instantaneous Current Peak (mA)
swapped
Float
(MSW rst) R/W 40157
40158
V MAX SW Max RMS Voltage (V) swapped Float
(MSW rst) R/W 40159
40160
V min SW Min RMS Voltage (V) swapped Float
(MSW rst) R/W 40161
40162
I MAX SW Max RMS Current (mA) swapped Float
(MSW rst) R/W 40163
40164
I min SW Min RMS Current (mA) swapped Float
(MSW rst) R/W 40165
40166
P MAX SW Max RMS Power (W) swapped Float
(MSW rst) R/W 40167
40168
P min SW Min RMS Power (W) swapped Float
(MSW rst) R/W 40169
40170
Q MAX SW Max Reactive Power (VAR) swapped Float
(MSW rst) R/W 40171
40172
Q min SW Min Reactive Power (VAR) swapped Float
(MSW rst) R/W 40173
40174
S MAX SW Max Apparent Power (VA) swapped Float
(MSW rst) R/W 40175
40176
S min SW Min Apparent Power (VA) swapped Float
(MSW rst) R/W 40177
40178
Cosφ MAX SW Max Cosφ swapped Float
(MSW rst) R/W 40179
40180
Cosφ min SW Min Cosφ swapped Float
(MSW rst) R/W 40181
40182
Frequency
MAX SW Max Frequency (Hz) swapped Float
(MSW rst) R/W 40183
40184
Frequency
min SW Min Frequency (Hz) swapped Float
(MSW rst) R/W 40185
40186
THD MAX SW Max THD swapped Float
(MSW rst) R/W 40187
40188
THD min SW min THD swapped Float
(MSW rst) R/W 40189
40190

Manuale d’uso - 2000.35.021 - 19
Register
Name Comment Register Type R/W Default
Value Range Modbus
Address
STATUS 100
bit 0: ash settings error;
bit1: ash calibration error;
bit 2: Voltage Over Range;
bit 3: Voltage Under Range;
bit [4:5] Reserved;
bit 6: Zero crossing detecting;
bit[7:9] Reserved;
bit 10: Energy storing error;
bit11: Energy initialization error;
bit 12: Reserved;
bit 13: Current Over Range;
bit 14: Current Under Range;
Unsigned short R40192
V RMS 100 Voltage RMS measurement (V/100)
in hundredths
Signed long
(LSW rst) R40193
40194
I RMS 100 Current RMS measurement (mA/100)
in hundredths
Signed long
(LSW rst) R40195
40196
P 100 Power measurement (W/100) in
hundredths
Signed long
(LSW rst) R40197
40198
Q 100 Reactive Power measurement
(VAR/100) in hundredths
Signed long
(LSW rst) R40199
40200
S 100 Apparent Power measurement
(VA/100) in hundredths
Signed long
(LSW rst) R40201
40202
Cosφ 100 Cosφ measurement in hundredths Signed long
(LSW rst) R40203
40204
Frequency 100 Frequency measurement (Hz/100) in
hundredths
Signed long
(LSW rst) R40205
40206
THD 100 THD in hundredths Signed long
(LSW rst) R40207
40208
Energy 100 Total Energy measurement
(KWh/100) in hundredths
Signed long
(LSW rst) R40209
40210
Energy positive
100
Only positive Energy Measurement
(KWh/100) in hundredths
Signed long
(LSW rst) R40211
40212
Energy
negative 100
Only negative Energy Measurement
(KWh/100) in hundredths
Signed long
(LSW rst) R40213
40214
V peak 100 Instantaneous Voltage Peak (V/100)
in hundredths
Signed long
(LSW rst) R/W 40215
40216
I peak 100 Instantaneous Current Peak
(mA/100) in hundredths
Signed long
(LSW rst) R/W 40217
40218
V MAX 100 Max RMS Voltage (V/100) in
hundredths
Signed long
(LSW rst) R/W 40219
40220
V min 100 Min RMS Voltage (V/100) in
hundredths
Signed long
(LSW rst) R/W 40221
40222

20 - 2000.35.021 - Manuale d’uso
Register
Name Comment Register Type R/W Default
Value Range Modbus
Address
I MAX 100 Max RMS Current (mA/100) in
hundredths
Signed long
(LSW rst) R/W 40223
40224
I min 100 Min RMS Current (mA/100) in
hundredths
Signed long
(LSW rst) R/W 40225
40226
P MAX 100 Max RMS Power (W/100) in
hundredths
Signed long
(LSW rst) R/W 40227
40228
P min 100 Min RMS Power (W/100) in
hundredths
Signed long
(LSW rst) R/W 40229
40230
Q MAX 100 Max Reactive Power (VAR/100) in
hundredths
Signed long
(LSW rst) R/W 40231
40232
Q min 100 Min Reactive Power (VAR/100) in
hundredths
Signed long
(LSW rst) R/W 40233
40234
S MAX 100 Max Apparent Power (VA/100) in
hundredths
Signed long
(LSW rst) R/W 40235
40236
S min 100 Min Apparent Power (VA/100) in
hundredths
Signed long
(LSW rst) R/W 40237
40238
Cosφ MAX 100 Max Cosφ in hundredths Signed long
(LSW rst) R/W 40239
40240
Cosφ min 100 Min Cosφ in hundredths Signed long
(LSW rst) R/W 40241
40242
Frequency MAX
100
Max Frequency (Hz/100) in
hundredths
Signed long
(LSW rst) R/W 40243
40244
Frequency min
100
Min Frequency (Hz/100) in
hundredths
Signed long
(LSW rst) R/W 40245
40246
THD MAX 100 Max THD in hundredths Signed long
(LSW rst) R/W 40247
40248
THD min 100 min THD in hundredths Signed long
(LSW rst) R/W 40249
40250
Command
Flash settings save command =
0xC1C0;
Reset command = 0xC1A0;
Load Energy command = 0xBABA
(energy to load must be written in
Command_aux);
Load Positive Energy command =
0xBABB (positive energy to load must
be written in Command_aux);
Load Negative Energy command =
0xBABC (negative energy to load
must be written in Command_aux);
Unsigned short R/W 040252
Command aux Auxiliary Register for Energy
Command (see command register)
Float
(LSW rst) R/W 040253
40254