Datasheet WM4-96 Datasheet (YZ)

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Page 1

Energy Management Modular Universal Utility Meter and Power Analyzer Type WM4-96

• Class 0.5 (current/voltage)

• Universal meter: energy, water and gas

• 32-bit µP-based multifunction power analyzer

• Back-lighted graph display (128x64 dots)

• Front size: 96x96 mm

Measurement of single phase and system instantaneous

•

variables: W, W Hz, THD (for all measurements max and min values)

•

Measured energies: kWh and kvarh on 4 quadrants

• Graphic display of the load profile (daily, weekly,

monthly display)

• Current and voltage inputs with autoranging capability

• 4x4 dgt instantaneous variable read-out

• 4x9 dgt total energies read-out

• 4x6 dgt partial energies read-out

, var, var

dmd

, VA, VA

dmd

, PF, PF

avg

, V, AL,

An,

• Optional RS 422/485 serial output

• Optional RS232 + real time clock function and 2Mb

data logging of alarms, MIN/MAX events and up to 8 variables with programmable time interval.

• MODBUS RTU, JBUS protocol

ransmission and reception of SMS messages (vari-

•T

ables and alarm status)

•

Data transmission and reception by means of analogue modem

• Up to 4 optional pulse outputs

• Up to 4 optional alarm outputs

• Universal power supply

• Front degree protection: IP 65

: 18-60VAC/VDC, 90-260 VAC/VDC

Product Description

Universal utility meter and power analyzer which can be used in 3 different operating modes:

- direct measurements for the power quality analysis (LV or MV/HV connection);

- indirect energy and power measurements by means of watt-hour meters (LV or MV/HV connection);

direct measurements for the

instantaneous variables (LV connection) and indirect

measurements for the energy variables (LV or MV/HV). It’s possible to add the management of gas and water metering to all of these working modes. Automatic transmission of SMS alarm messages. Remote read-out from GSM mobile phones of all the instantaneous variables, the last variables available in the data logging and the energy meters.

• 48 independent energy meters to be used as single,

dual, multi-time energy management

• Interface with watt-hour meters by means of digital

inputs (+kWh, +kvarh, -kWh, -kvarh)

• Interface with gas and water meters by means of digi-

tal inputs (one water meter, two gas meters to be used as single or dual time management)

• Display refresh rate: 10 samples/s

•

Harmonic distortion analys (FFT) up to the 50th harmonic with graphic and numeric indication (current and voltage)

• Harmonics source detection

How to order

Model Range code System Power supply Slot A Slot B Slot C Slot D Options

How to order

Wm4Soft Network: programm to download memory data and to manage a modem. Wm4Soft Remote: programm to set all the programming parameters.

WM4-96 A V53H XX XX XX XX X

Wm4Soft Network Wm4Soft Remote

Type selection

Range code (on r

XXX: None AV5:

240/415 VAC1/5 AAC (max. 300 V (L-N)/ 520 V (L-L) - 6 A)

AV7: 400/690VAC -

1/5 AAC (max. 480V (L-N) / 830 V (L-L) / 6 A

Power supply

18 to 60V

H: 90 to 260VAC/VDC

equest)

AC/VDC

Slot A (interfacing)

XX:

None 3 universal digital inputs

D2:

+ excitation output (16-24VDC)

(alarm or pulse)

Slot D

XX:

None

R2: Dual r O2: Dual open collector O4:

elay output,

(AC1-8AAC, 250V

(30V/100mADC)

output Four open collector output (30V/100mADC)

AC)

Slot B (communication)

XX:

None

S1: Serial output,

RS485 multidr bidirectional

Options

X: None M: Serial port

RS232+RTC+ 2Mb or Data memory to store all events and contin-

ecor

uous r variables

E1: WEB-server option

op,

d up to 8

Slot C (alarm or pulse)

XX:

None

R1:

Single relay output (AC1-8AAC, 250VAC)

R2: Dual relay output,

(AC1-8AAC, 250VAC)

O1:

Single open collector output (30V/100mADC)

O2:

Dual open collector out

(30V/100mADC)

put

D1:

3 digital inputs for volt-

ee contacts

age-fr

D2:

3 universal digital inputs + excitation output (16-24VDC)

Page 2

M4-96

Input specifications

umber of analogue inputs

Current 1 (1-phase; system code: 3) Voltage 1 (1-phase; system code: 3)

Digital inputs

AQ1038 No. of inputs: 3 (voltage-free)

Purpose W

Contact measuring current

AQ1042

Purpose W

Excitation output 16V<+Aux<24VDC Max 15mA Contact measuring current

Common characteristics

Input frequency Max 20 Hz, dutycycle 50% Close contact resistance Max 1kΩ Open contact resistance Min 100kΩ Insulation 4000VRMS

Max. input number 6 in the configuration:

Accuracy

(display,RS232, RS485) In: 5A, If.s.: 6A

Current (AL1, AL2, AL3) ±0.5% RDG (0.2 to 1.2 In)

(@25°C ±5°C, R.H. ≤60%) ±5mA (0.02 to 0.2 In)

Current (A

) ±1% RDG (0.2 to 1.2 In)

Voltage AV5 range: ±0.5% RDG (48 to 300 V

±5°C, R.H. ≤60%) ±1% RDG (84 to 519 V

(@25

AV7 range: ±0.5% RDG (80 to 480 V

Frequency ±0.1% RDG (40 to 440 Hz) Active power

°C ± 5°C, R.H. ≤ 60%) ±0.5% (RDG + FS) (PF 0.5 L/C,

(@ 25

Reactive power

(@ 25°C ± 5°C, R.H. ≤ 60%) ±0.5% (RDG + FS) (PF 0.5 L/C,

Apparent power

(@ 25°C ± 5°C, R.H. ≤ 60%) ±0.5% (RDG+ FS)

Energies

(@ 25°C ± 5°C, R.H. ≤ 60%) Active: class 1 according to

3 (3-phase; system code: 3) 4 (3-phase; system code: 3)

measurement synchro-

nization + var

and PF

Interfacing with watt-hour meters

+kWh, +kvarh)

(

. Tariff selection: energy. <8mA/ 17.5 to 25VDC Number of inputs: 3 + excitation

nization + var

output

measurement synchro-

dmd

and PF Interfacing with watt-hour meters (-kWh, -kvarh) or/and measurements of gas /water m3. T arif f selection: energy or GAS.

15mA

AQ1038+AQ1042 or 2*AQ1042

Vn: 240VL-N, Vf.s.: 300VL-N

@ 40 to 100 Hz

L-L

±1% RDG (139 to 830 V Includes also: frequency , power supply and output load influences

0.1 to 1.2 In, range AV5) or

(PF 0.5 L/C,

RDG

0.1 to 1.2 In, range AV5)

0.1 to 1.2 In, range AV5) or ±1% RDG (PF 0.5 L/C,

1.2 In, range A

0.1 to

(0.1

1.2 In, range A

V5)

V5) or ±1% RDG (0.1 to 1.2 In, range AV5)

EN61036 Reactive: class 2 accor

ding

to EN61268

Ib: 5A, Imax: 6A

0.1Ib: 500mA, tart-up current: 20mA

S Un: 240V (AV5), 400V (A V7)

Harmonic distortion 1% FS (FS: 100%)

(@ 25°C ± 5°C, R.H. ≤ 60%)

phase: ±2°; Imin: 0.1Arms; Imax: 15Ap; Umin: 50V Umax: 500Vp

Sampling frequency: 6400

samples/s

Additional errors

≤0.3%

Humidity

RDG Input frequency ≤ 0.4% RDG, 62 to 400 Hz Magnetic field ≤ 0.5% RDG @ 400 A/m

NOTE: all accuracies are

dmd

referred to measurements carried out with the analogue input module

Temperature drift

≤200ppm/°C

Sampling rate 6400 samples/s @ 50Hz Display Graph LCD backlighted

(128x64 dots). Read-out for the instantaneous variables: 4x4 digit or 4x3 Total energies: 4x9 digit; Partial energies: 4x6 digit

Max. and min. indication Max. 9999 (999,999,999),

Min. -9999 (–999,999,999)

Measurements Current, voltage, power,

energy ,power factor,frequency, harmonic distortion(see “Display Pages”). TRMS measurement of a distorted

)

L-N

Coupling type Direct.

)

est factor

L-N

)

L-L

wave (voltage/curr

3, max. 15Ap/500Vp “A

≤

(L-N), 15Ap/800Vp “AV7” (L-N)

Ranges (impedances)

AV5 58/100 V (> 500 kΩ) -

≤

1 AAC ( 58/100 V (> 500 k 5 AAC (

≤ 0.3 VA) 240 V/415 V (> 500 kΩ) 1 AAC (≤ 0.3 VA) 240 V/415 V (> 500 kΩ) 5 AAC (≤ 0.3 VA)

AV7 100/170 V (> 500 kΩ) -

1 AAC (≤ 0.3 VA) 100/170 V (> 500 k

≤ 0.3 VA)

5 AAC ( 400/690 V (> 500 kΩ) 1 AAC (≤ 0.3 VA) 400/690 V (> 500 kΩ) 5 AAC (≤

Frequency 40 to 440 Hz Overload protection

Continuous: voltage/current: AV5: 300V

V7: 480V

For 1s: voltage/current: AV5: 600V

AV7: 960V

@ 50Hz

, 60% to90% R.H.

/2digit

ent) .

0.3 VA) ) -

Ω

) -

Ω

0.3 VA)

L-N L-N

/1040V

L-N

/1660V

L-N

/ 500V / 830V

L-L L-L

/ 6A

/ 6A /120A /120A

RMS

;

”

Page 3

WM4-96

Output specifications

RS422/RS485 (on request) Multidrop

idirectional (static and

b dynamic variables)

onnections 2 or 4 wires, max. distance

1200m, termination directly on the module

Addresses

from 1 to 255, key-pad selectable Protocol MODBUS RTU/JBUS Data (bidirectional)

Dynamic (reading only) All display variables, see

lso the table, “List of the

onnected variables”.

tatic (writing only) All configuration parameters

energy reset, activation of digital outputs.

Data format 1 start bit, 8 data bit, no

parity/even parity/ odd parity, 1 stop bit

Baud rate 1200, 2400, 4800 and 9600

bit/s selectable

Insulation By means of optocouplers,

4000 V

output to

RMS

measuring inputs

4000 V

output to

RMS

power supply input

RS232

((oonn rreeqquueesstt)

)

Bidirectional (static and

dynamic variables) Connections 3 wires, max. distance15m Data format 1 start bit, 8 data bit,

no parity, 1 stop bit Baud rate 2400, 4800, 9600,

38400 bit/s Protocol MODBUS RTU (JBUS) Other features As per RS422/485

Communication by modem

Analogue modem For the remote communica-

tion of all the data measured and managed by WM4. External communication Modem. Recommended type: US Robotics

GSM Modem For the transmission of

SMS messages: alarms, instantaneous variables, last available variables of data logging and energy meters. The alarms can also be transmitted automatically, while the variables can be

ecalled by means of special

r SMS question codes

GSM kit type-tested for WM4 Siemens kit (external)

model “TC35 TERMINAL” included GSM module, antenna and 230V power supply.

Digital outputs (on request)

To be used as alarms and/or retransmission of the energy, gas, water metering and/or

outputs remotely

olled

contr

by the serial

communication port.

The outputs are completely programmable independently of the type of module being used.

Pulse outputs (on request)

Number of outputs Up t o 4 Type

From 1 to 1000 pulses programmable for k-M-G Wh, k-M-G varh, open collector (NPN transistor) V

1.2 VDC/ max. 100 mA

0 VDC max.

OFF

Outputs connectable to total and/or partial energy meters

Pulse duration

220 ms (ON), ≥ 220 ms (OFF) According to DIN43864

Insulation By means of optocouplers,

4000 V

RMS

output to

measuring inputs,

RMS

output to

4000 V power supply input.

Notes

The outputs can be either open collector type or relay type (for the relay output refer to the specifications described in the “alarm outputs” section).

Alarm outputs (on request)

Number of set-points Up to 4, independent Alarm type Up alarm, down alarm

with or without latch , phase asymmetry, phase loss, neutral loss.

Monitoring of the variable All the variables listed at

the paragraph “List of the connectable variables”.

Set-point adjustment 0 to 100% of the electrical

scale

Hysteresis 0 to 100% of the electrical

scale On-time delay 0 to 255 s Relay status Selectable: normally

de-energized or normally

gized

ener Output type

Relay, SPDT

AC 1-8A, 250V

AC DC 12-5A, 24VDC AC 15-2.5A, 250VAC DC 13-2.5A, 24VDC

Min. response time ≤ 150 ms, filters excluded,

FFT excluded, setpoint on-time delay: ”0s”

Insulation 4000 V

RMS

output to

measuring input,

RMS

output to

4000 V power supply input.

Notes The outputs can be either

relay type or open collector type (for this latter one, see the specifications mentioned in the pulse outputs)

Page 4

M4-96

Software functions

Password Numeric code of max 3

digits; 2 protection levels of the programming data

1st level Password “0”: no protection

nd level Password from 1 to 499:

ll data are protected

a Note: by entering in the programming mode by means of password, the measurement is inhibited.

perating mode selection - Direct measurements for

the power quality analysis (L V or MV/HV connection);

- Indirect energy and power measurements by means of watt-hour meters (LV or MV/HV connection);

- Direct measurements for the instantaneous variables (LV connection) and indirect measurements for the energy variables (LV or MV/HV). It’s possible to add the management of gas and water metering to all of these working modes.

Pulse weight Water/gas meter inputs:

selectable from 1 to 10000 pulses/m

, energy from 1 to 10000.00 imp/kWh/kvarh

Transformer ratio CT up to 30000A (6000)

VT up to 600 kV (6000)

Filters

Filter operating range 0 to 99.9% of the input

electrical scale.

Filtering coefficient 1 to 255 Filter action

Display, alarms, serial outputs (fundamental variables:

V,A,W and their derived ones).

Event logging Only with RS232+RTC

module+ Data memory

T ype of data Alarms and max./min. (max.

480 events) stor

ed with date (dd:mm:yy) and hour (hh:mm:ss) reference, data logger and load pr

ofile

Sampling management Only for data logger and load

profile. The sample stored within the selected time interval results from the continuous average of the measur values. The average is calcu lated (min. sample) with an interval within two following

easurements of approx.

200 ms. Data management type: FIFO Memory size 2 Mbyte Battery life 10 years

Data logger function The data are stored at time

intervals from 1 to 60 min.; up

to 8 instantaneous variables

can be selected. Historical data storing time See the “Historical data

storing time table”. Data format Date: day, month

ime: hours, minutes, seconds,

type of stored variable:

variable value.

Load profile Storage at time intervals of

5-10-15-20-30 min of Wdmd. Historical data storing time 30 weeks: with recording

interval of 5min.

90 weeks: with storing

interval of 15min. Data format Wdmd variable value, min-

utes, seconds, day, month.

Displaying 4 variables per page

1 page that can be layed out

by the user

30 fixed pages Energy meters Up to 12 pages depending on

the selected tariff mode. Dis-

playing of the consumed

energy up to two months pre-

ceding the current one by

means of password (depend-

ing on the selected tariff mode). Water and gas meters 1 page with two displaying

modes depending on the

selected one:

water and gas m

day-time and night gas m Stored events 240 pages.

Display of the data by means

of password. Data logger

Display of the data by means

of password with reset func-

tion of the relevant memory

section. Load profile 3 pages, daily, weekly and

monthly graphic display.

Reset function of the r

memory section by means of

password.

Display language Selectable:

Italian, English, French, Ger

man, Spanish

elevant

Wm4Soft software: parameter programming and memory data transfer

Wm4Soft Network English language softwar

to transfer memory data and write messages to be coupled to the SMS alarms, plus modem communication

management. The p rog r a m

runs under Windows

/95/98/98SE/2000/NT/XP Working mode Three differ ent working

modes can be selected:

- management of a local

Page 5

WM4-96

Wm4Soft software: memory data transfer (cont.)

S485 network;

- management of modem ommunication from a single

c instrument to PC (data download);

- management of modem

communication from local networks (RS485 communication) to a common PC

data download).

ata Storing In pre-formatted XLS files

Data T ransfer Manual or automatic at

(

Excel data base).

( The instantaneous and the energy , gas, water variables are stored into two separated files.

programmable timings.

Modem communication Phone book management

m4Soft Remote

Data access By means of RS232 serial

General Specifications

(save up to 100 numbers). Each number is associated to a modem that corresponds

ither to the single instrument

e or to a network of instruments. Each network can manage up to 10 local instruments.

nglish language software

o program the working

t parameters of the instrument The program runs under Windows 95/98/98SE/2000/ NT/XP.

port to be coupled to a GSM or analogue modem or RS485 port (also multi-drop availability.).

Operating 0 to +50°C (32 to 122°F) Temperature

Storage -10 to +60°C (14 to 140°F) temperature

Insulation reference voltage 300 V

Insulation 4000 V

Dielectric strength 4000 V Noise Rejection

CMRR

EMC IE C EN 61000-6-2,

(R.H. < 90% non-condensing)

RMS

to ground (AV5 input)

RMSbetween all inputs/

outputs to ground

RMS

for 1 minute

100 dB, 48 to 62 Hz

IEC EN 61000-6-3

Other standards

Safety IEC 61010-1, EN 61010-1 Product Energy measurements:

Pulse output DIN43864

Approvals CE, UL and CSA Connector Screw-type

Housing

Dimensions 96x96x140 mm Material ABS,

Protection degree Front: IP65,

Weight Approx. 600 g

Load profile display

Installed power

Example: the consumed power integrated in 15 minutes exceeds the installed power

Graph of consumptions

By means of the “F” key you can display the single integration time periods and the details r power programmed for that time period, the storing time of the Wdmd sample and the relevant value.

Time of the last integration

Wdmd of the last integration period

Profile of the installed power divided into time periods

elating to the value of the installed

EN61036, EN61268.

max. 2.5 mm2 wires (2x 1.5mm2)

self-extinguishing: UL 94 V-0 NEMA4x, NEMA12

(packing included)

Daily graph: resolution of 15 minutes, total time of 24 hours.

Weekly graph: resolution of 2 hours, total time of 7 days.

Monthly graph: resolution of 12 hours, maximum total time of 31 days.

Page 6

M4-96

trftrf

endend

startstart

WINTERWINTER

OO:OOOO:OO

O6:OOO6:OO

22 O6:OOO6:OO

O8:OOO8:OO

33 O8:OOO8:OO

1O:OO1O:OO

TARIFFTARIFF

trf1

trf2

trf2 trf3

trf3

trf4

trf1

trftrf

WINTERWINTER

1O:OO1O:OO

16:OO16:OO

33 16:OO16:OO

18:OO18:OO

44 18:OO18:OO

21:OO21:OO

TARIFFTARIFF

11 21:OO21:OO

OO:OOOO:OO

startstart

endend

Supply specifications

AC/DC voltage 90 to 260V (standard)

18 to 60V (on request)

Power consumption ≤30VA/12W (90 to 260V)

≤20VA/12W (18 to 60V)

Harmonic distortion analysis

Analysis principle FFT Harmonic measurement

Current Up to the 50thharmonic Voltage Up to the 50

T ype of harmonics THD (V

THD odd (V THD even (V

L1)

harmonic

L1)

The same for the other phases: L2, L3. THD (A

THD odd (A THD even (A

1) The same for the other phases: L2, L3.

Harmonic phase angle The instrument measures the

angle between the single harmonic of “V” and the single harmonic of “I” of the same order . Accor ding to the value of the electrical angle, it is

Harmonic details The harmonic contents is dis-

System The harmonic distortion

possible to know if the distortion is absorbed or generated. Note: if the system has 3 wires the angle cannot be measured.

played as a graph showing the whole harmonic spectrum. This value is also given as a numerical information: THD % / RMS value THD even % / RMS value THD odd% / RMS value single harmonics in % / RMS value

can be measured in singlephase, 3-wire or 4-wire systems. Tw: 0.02

Time period management (energy, water and gas metering)

Time periods Energy

Selectable: single time, dual time and multi-time

Single time Energy

, water, gas

Nu m b e r o f m e t e r s T otal: 4 (9-digit)

(no partial meters)

Dual time Energy, gas

Nu m b e r o f m e t e r s T otal: 4 (9-digit)

Partial: 8 (6-digit);

Time periods 2, programmable within

24 hours

Multi-time Energy

otal: 4 (9-digit)

Number of meters

T Partial: 48 (6-digit);

Time periods 4, programmable within

24 hours

Time seasons 3, programmable within

12 months;

Pulse output Connectable to total and/or

partial meters (dual time, multi-time periods)

Energy metering recording Energy consumption history ,

ecording of energy metering

r by months, oldest data: 2 months before current date. Recording of total and partial

ener Energy metering recording (EEPROM) Max.999,999,999.99kWh/kvarh.

gy metering.

Management concept (multi-time)

(a)

+Wh, +varh (-Wh, -varh)*

max. 4

(b)

Time period (24 hours)

max. 3

(c)

Season (12 months)

Partial: up to 48 meters (a x b x c)

Total: up to 4 meters (“a” type)

* Only if measuring analogue inputs are present.

Example of multi-time energy metering

Page 7

WM4-96

Display pages

Display variables in three-phase systems, 4-wire connections

No 1st variable 2nd variable 3rd variable 4th variable Note

0 1 V L1 V L2 V L3 V L-N sys Sys = system = 2 V L1-2 V L2-3 V L3-1 V L-L sys Sys = system = 3 4 W L1 W L2 W L3 W sys Sys = system = 5 6 VA L1 VA L2 VA L3 VA sys Sys = system = 7 PF L1 PF L2 PF L3 PF sys 8 V L1 A L1 PF L1 W L1 9 V L2 A L2 PF L2 W L2 10 V L3 A L3 PF L3 W L3 11 V sys PF sys var sys W sys Sys = system = 12 An PF sys Hz W sys Sys = system = 13 W dmd var dmd PF avg VA dmd 14 (MAX1) (MAX2) (MAX3) (MAX4) The MAX value can be one of the 15 (MAX5) (MAX6) (MAX7) (MAX8) 16 (MAX9) (MAX10) (MAX11) (MAX12) 17 (MIN1) (MIN2) (MIN3) (MIN4) The MIN value can be one of the 18 (MIN5) (MIN6) (MIN7) (MIN8) 19 Hystogram FFT V1 (THD, THDo, THDe, Single harmonic) Only if analysis V1-A1 are activated 20 Hystogram FFT A1 (THD, THDo, THDe, Single harmonic) Only if analysis V1-A1 are activated 21 Hystogram FFT V2 (THD, THDo, THDe, Single harmonic) Only if analysis V2-A2 are activated 22 Hystogram FFT A2 (THD, THDo, THDe, Single harmonic) Only if analysis V2-A2 are activated 23 Hystogram FFT V3 (THD, THDo, THDe, Single harmonic) Only if analysis V3-A3 are activated 24 Hystogram FFT A3 (THD, THDo, THDe, Single harmonic) Only if analysis V3-A3 are activated 25 kWh + TOT kWh – TOT kvarh + TOT kvarh – TOT 26 kWh+ kWh– kvarh+ kvarh– Partial energy being measured 27 GAS m

Selectable Selectable Selectable Selectable

A L1 A L2 A L3 An A n = neutral current

ΣΣ

var L1 var L2 var L3 var sys Sys = system =

above mentioned (From No 0 to No 13)

WATER m3 or GAS m3night tariff According to the setting

Used calculation formulas

Phase variables

Instantaneous effective voltage

Instantaneous active power

Instantaneous power factor

(TPF)

Instantaneous effective current

Instantaneous appar

ent power

Instantaneous reactive power

System variables

Equivalent three-phase voltage

Three-phase reactive power

Neutral curr

An = AL1+AL2+A

ent

Three-phase active power

Three-phase apparent power

Three-phase power factor

(TPF)

Total harmonic distortion

Where: i = considered phase (L1, L2 or L3) T = considered variable (V or A) n = harmonic order

Energy metering

Where: i = considered phase (L1, L2 or L3)

= active power

P Q = reactive power

, t2=starting and ending time points

of consumption recording n = time unit

= time interval between two successive

∆

power consumptions n

, n2= starting and ending discr

points of consumption recording

ete time

Page 8

M4-96

List of the variables that can be connected to:

ax./Min. variable detection

• M

• Alarm outputs

• Pulse outputs

o Variable 1-phase 3-ph. 4-wire 3-ph. 4-wire 3 ph. 3-wire 3 ph. 3-wire meas. module Notes

1 V L1 o x x o o o 2 V L2 o x x o o o 3 V L3 o x x o o o 4 5 V L1-2 o x x x x o 6 V L2-3 o x x x x o 7 V L3-1 o x x x x o 8 V L-L sys o x x x x o Sys = system =

9A L1xxxxx o 10 11 A L3 o x x x x o 12An oxxxx o 13 14 W L2 o x x o o o 15 W L3 o xxoo o 16 W sys o x x x x o Sys = system = 17 var L1 x x x o o o 18 var L2 o x x o o o 19 var L3 o x x o o o 20 var sys o x x x x o Sys = system = 21 VA L1 x x x o o o 22 VA L2 o x x o o o 23 VA L3 o x x o o o 24 VA sys o x x x x o Sys = system = 25 PF L1 x x x o o o 26 PF L2 o x x o o o 27 PF L3 o x x o o o 28 PF sys o x x x x o Sys = system = 29Hz xxxxx o 30 THD V1 x x x x x o FFT V1-A1 ON 31 THDo V1 x x x x x o FFT V1-A1 ON 32 THDe V1 x x x x x o FFT V1-A1 ON 33 34 THDo V2 o x x x x o FFT V2-A2 ON 35 THDe V2 o x x x x o FFT V2-A2 ON 36 THD V3 o x x x x o FFT V3-A3 ON 37 38 THDe V3 o x x x x o FFT V3-A3 ON 39 40 41 THDe A1 x x x x x o FFT V1-A1 ON 42 THD A2 o x x x x o FFT V2-A2 ON 43 THDo A2 o x x x x o FFT V2-A2 ON 44 THDe A2 o x x x x o FFT V2-A2 ON 45 THD A3 o x x x x o FFT V3-A3 ON 46 47 THDe A3 o x x x x o FFT V3-A3 ON 48 A dmd x x x x x o 49 VA dmd x x x x x x 50 51 W dmd x x x x x x ◆ 52

(x) = available (o) = not available

(

◆) Notes: the alarm outputs can be connected to Wdmd total and/or Wdmd tariff1, Wdmd tariff2, Wdmd tariff3,

Wdmd tariff4.

V L-N sys o x x o o o Sys = system=

A L2 o x x x x o

W L1 x x x o o o

THD V2 o x x x x o FFT V2-A2 ON

THDo V3 o x x x x o FFT V3-A3 ON THD A1 x x x x x o FFT V1-A1 ON

THDo A1

THDo A3

avg

PF ASY

system balanced sys. unbal. sys. bal. sys. unbal. sys. not available

xxxxx x o

xxxx o

x x x o FFT V1-A1 ON

x x x o FFT V3-A3 ON

Page 9

WM4-96

Historical data storing time table

Average values only

ime

nterval

i (minutes)

1 5 10 15 20 25 30 35 40 45 50 55 60

2 Selected variables

ata storing time

AYS WEEK YEARS

22 17 -

1 610 87 1.7

- 174 3.4

- 262 5.0

- 349 6.7 436 8.4

- 523 10.1

- 610 11.7

- 697 13.4

- 785 15.1

- 872 16.8

- 959 18.4

- - 20.1

4 Selected variables

ata storing time

AYS WEEK YEARS

112 -

8 407 58 1.1 814 116 2.2

- 174 3.4

- 232 4.5 291 5.6

- 349 6.7

- 407 7.8

- 465 8.9

- 523 10.1

- 581 11.2

- 639 12.3

- 697 13.4

6 Selected variables

ata storing time

AYS WEEK YEARS

19 -

6 305 44 610 87 1.7 915 131 2.5

- 174 3.4 218 4.2

- 262 5

- 305 5.9

- 349 6.7

- 392 7.5

- 436 8.4

- 479 9.2

- 523 10.1

8 Selected variables

ata storing time

AYS WEEK YEARS

97 -

4 244 35 488 70 1.3 732 105 2 976 139 2.7

174 3.4

- 209 4

- 244 4.7

- 279 5.4

- 314 6

- 349 6.7

- 384 7.4

- 418 8

The working mode of data logging The Wm4Soft network potential

Average value of “n” data sample

Average value of “n+1” data sample

Average value of “n+2” data sample

ti= time interval (programmable from 1 to 60 minutes)

Download data files from WM4-96 to PC

Type of

Network

Local

No. of

Network

No. of

WM4

Port

AR1041

Local

Accessory

None

Accessory

None

(RS232)

Local

AR1041

None

SIU-PC

AR1034

Remote Remote Remote

Remote

100 100 100

100

1 1

AR1041 (RS232)

AR1041 AR1034 (RS485)

Analogue

modem

GSM

modem

SIU-PC+

analogue

modem

SIU-PC+

GSM

modem

Analogue

modem

Analogue

modem

Analogue

modem

Analogue

modem

◆ Notes:

A- Only data download B- Data download. Each AR1041 can be connected to a GSM modem in or

der to manage the SMS messages. C- The WM4-96 can be set to manage the data download or to manage SMS messages.

User

PC PC PC PC PC

◆

A B A C B

Page 10

M4-96

The available modules

Type N. of Order

hannels code

WM4-96 base AD1040 AV5.3 measuring inputs AQ1018 AV7.3 measuring inputs AQ1019 18-60VAC/DC power supply AP1021 90-260VAC/DC power supply AP1020 RS485 port (1) 1 AR1034 Relay output (*) 1 AO1058 Relay output (*) 2 AO1035 Open collector output (*) 1 AO1059 Open collector output (*) 2 AO1036 Open collector output (*) 4 AO1037 Digital inputs 3 AQ1038 Digital inputs + Aux 3 AQ1042 RS232 port + R

+ 2Mb Data memory (1) 1 AR1041

Wiring diagrams

Single phase input connections

The possible module combinations

asic unit Slot A Slot B Slot C Slot D

RS485 port Single relay output (*) Single open collect. output (*) Dual relay output (*) Dual open coll. output (*) 4 open coll. output (*) 3 digital inputs 3 digital inputs + Aux

Basic unit Slot E

RS232 port + RTC +2 Mb Data memory

(*) Alarm or pulse (1) The RS232 module works as alternative of the

RS485 module.

Fig. 1

CT connection Direct connection CT and VT connection

ee-phase three-wir

Thr

e input connections - Balanced load

Fig. 4

Fig. 2

Fig. 5

Fig. 3

Fig. 6

CT connection (3-wire system)Direct connection (3-wire system)

CT and VT connection (3-wir

e system)

Page 11

WM4-96

Wiring diagrams (cont.)

hree-phase, four-wire input connections - Balanced load

Fig. 7

Direct connection (4-wire system)

Three-phase, three-wire input connections - Unbalanced load

Fig. 10

CT connection (4-wire system)

Fig. 8

Fig. 11

CT and VT connection (4-wire system)

Fig. 12

ig. 9

CT connection (3-wire system) ARON

Three-phase, three and four wires input connections

Fig. 13

CT and VT connection (3-wire system) CT connection (4-wire system) CT and VT connection (4-wire system)

CT and VT connection (3-wire system) ARON

- Unbalanced load

Fig. 14

CT and VT connection (3-wire system)

Fig. 15

Page 12

M4-96

Wiring diagrams of optional modules

VDC

AO1037 4 open collector outputs: The load resistance (Rc) must be designed so that the closed contact current is lower than 100mA; the VDC voltage must be lower than or equal to 30V VDC: power supply voltage output. Vo+: positive output contact (open collector transistor). GND: ground output contact (open collector transistor).

AQ1042 digital input module.

Connection by means of NPN transistor.

AQ1042 digital input module.

Connection by means of con tacts.

AO1058 1 relay output

AQ1042 digital

input module.

Connection by means of PNP

transistor.

AQ1038 digital

input module.

Connection by means of con

tacts.

AO1035 2 relay outputs

AR1034 RS422/485 4-wir

tional devices pr RS 1, 2, 3...N) are connected in parallel. The termination of the serial output is carried out only on the last instrument of the network, by means of a jumper between (Rx+) and (T).

ovided with RS422/485 (that is

es connection:

addi

Page 13

WM4-96

Wiring diagrams optional modules, cont.

AR1034 RS422/485 2-wires connection: additional devices provided with RS422/485 (that is

S 1, 2, 3...N) are connected in parallel.

R The termination of the serial output is carried out only on the last instrument of the network, by means of a jumper between (Rx+) and (T).

ont panel description

1. Key-pad

Set-up, programming and display parameters are easily controlled by the 4 push-buttons.

- to enter programming and to confirm password.

Dimensions

and

▼

▲

- to pr ogram values

- to select functions

- to scroll display pages

- for special functions

2. Display

Istantaneous measurements:

- 4 digits (max display 9999) Energies, gas, water:

- 9 digits (max display 999999999).

Alphanumeric indications by means of LCD display for:

- Display of configuration parameters

- All measuring variables.

Page 14

M4-96

Modules

AR1041

RS232 Interface + RTC+ 2Mb Data memory

Power supply modules

AP1021

Power supply 18-60VAC/DC

AP1020

Power supply 90-260 VAC/DC

Digital output modules

AO1058

Single relay output

Digital output modules

AO1035

Dual relay output

Other input/output modules

AO1059

Single open collector output

AO1036

Dual open collector output

AO1037

4 open collector outputs

AQ1038

3 digital inputs

AQ1042

3 digital inputs + aux

AR1034

RS485 port