CARLO GAVAZZI EM24DINAV53XW1EPFB Manuale utente

EM24 W1

USER MANUAL

MANUALE D’USO

BETRIEBSANLEITUNG

MANUEL D’EMPLOI

MANUAL DE USUARIO

BRUGERMANUAL

EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA

EM24 W1

Three-phase energy analyzer

USER MANUAL

3EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA

Contents

EM24 W1 5

Description 5

Structure 5

EM24 W1 use 6

Introduction 6

Display 6

Working with the measurement/info menu 7

Working with the settings menu 7

Setting a parameter 7

Setting wireless M-Bus parameters 9

Testing wireless M-Bus communication 10

Measurement menu - measurement pages 11

Information Menu 12

General settings 13

Essential information 14

Easy connection 14

Average value calculation (dmd) 14

Frames 14

Security proles 16

Encryption key 16

Frontal LED 16

Frontal selector 16

Maintenance and disposal 17

4EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA

Information property

CARLO GAVAZZI Controls SpA reserves the right to apply modifications or make improvements to the relative documentation

without the obligation of advance notice.

Safety messages

The following section describes the warnings related to user and device safety included in this document:

NOTICE: indicates obligations that if not observed may lead to damage to the device.

CAUTION! Indicates a risky situation which, if not avoided, may cause data loss.

IMPORTANT: provides essential information on completing the task that should not be neglected.

General warnings

This manual is an integral part of the product and accompanies it for its entire working life. It should be consulted for all

situations tied to configuration, use and maintenance. For this reason, it should always be accessible to operators.

NOTICE: no one is authorized to open the analyzer. This operation is reserved exclusively for CARLO GAVAZZI technical

service personnel.

Protection may be impaired if the instrument is used in a manner not specified by the manufacturer.

Service and warranty

In the event of malfunction, fault, requests for information, contact the CARLO GAVAZZI branch or distributor in your country.

Installation and use of analyzers other than those indicated in the provided instructions void the warranty.

Download

This manual www.productselection.net/MANUALS/UK/EM24_im_use.pdf

Installation instruction - EM24 www.productselection.net/MANUALS/UK/EM24_im_inst.pdf

UCS software www.productselection.net/Download/UK/ucs.zip

5EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA

EM24 W1

Introduction

Description

EM24 is a three-phase energy analyzer for DIN-rail mounting, with configuration joystick and LCD display.

The direct connection version (AV2) allows to measure up to 65 A, the CT connection version (AV5) allows to measure up to 34875 A by

means of current transformers (5 A secondary output).

The wireless M-Bus communication allows to transmit the collected data.

Structure

AV2 AV5

Part Description

ALCD display

BVoltage/current connections

CJoystick

DSelector with pin for MID seal (programming block)

ESMA connector (external antenna version)

FPins for MID seal (protection covers included)

GExternal antenna for wireless M-Bus communication

HSMA connector cable (2 m)

EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA6EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA

EM24 W1 use

Interface

Introduction

EM24 is organized in two menus:

• measurement and information menu: pages used to display the measurement pages, information relevant to the programmed parameters

and instrument firmware release

• settings menu: pages used to set parameters

Display

The display is divided into 3 lines.

Symbol Description

Displaying of phase-to-neutral system voltage

Displaying of phase-to-phase system voltage

Displaying of max values

Displaying of system variables

Displaying of dmd variables

EEEE

Overflow.

Note: in case of overflow of at least one current, hour

counter increase is disabled. The calculation of DMD

and the energy counters are calculated considering the

value of the measure in overflow as equal to the maxi-

mum managed by the instrument. “EEEE” in a single

phase variable automatically implies that the upper limit

of the related system variable has been exceeded, and

the indication of PF is forced to “1,000”.

7

EM24 W1 use

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Working with EM24 W1

Working with the measurement/info menu

Working with the settings menu

Setting a parameter

Example procedure: how to set Ct rAtio=20 and save changes.

Step Action Button

1 Power on the energy analyzer -

2 Press the joystick for at least 3 seconds

3 In the PASS? page, select the correct password (default 0)

4 Confirm operation

to next measurement page

to previous measurement page

to sengs menu

to previous info page to next info page

increase a parameter value

decrease a parameter value

edit/conrm

to previous page to next page

8

EM24 W1 use

EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA

Step Action Button

5 Scroll pages until Ct rAtio

6 Enter the editing mode

7 Select 20

8 Confirm operation

9 Scroll pages until End

10 Confirm operation to exit

9

EM24 W1 use

EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA

Wireless M-Bus communication setting

Setting wireless M-Bus parameters

Step Action Button

1 Press the button for at least 3 seconds

2 In the PASS? page, select the correct password (default 0)

3 Confirm operation

4 Scroll pages until ModE

5 Press the joystick to edit the parameter

6 Select the option

7 Confirm

8 Go to FrAME

9 Press the button to edit the parameter

10

Select the frame type according to the desired variables:

Variable Frame 1 Frame 2 Frame 3 Frame 4

Total imported active

energy

● ● ● ●

Total exported active

energy

●

Total imported reactive

energy

● ● ●

Total exported reactive

energy

● ● ●

Imported active power ● ● ●

Exported active power ●

Imported reactive power ● ●

Exported reactive power ● ●

Current L1 ●

Current L2 ●

Current L3 ●

Voltage L1-N ●

Voltage L2-N ●

Voltage L3-N ●

Supply frequency ●

Error flag ● ● ● ●

12 Confirm

13 Scroll pages until interVAL

10

EM24 W1 use

EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA

Step Action Button

14 Press the button to edit the parameter

15 Select the option

16 Confirm

17 Scroll pages until EnCrYPt

18 Press the button to edit the parameter

19 Select the option

20 Confirm

21 Scroll pages until End

22 Confirm to exit

Testing wireless M-Bus communication

Step Action Button

1 Scroll Info pages until tr tESt

2 Press the button to force the communication

3 Verify if the master has received the message -

11

EM24 W1 use

EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA

Menu description

Measurement menu - measurement pages

The displayed pages depend on the version and settings.

Page Displayed measurements Description

1

L1-L2-L3

VLNΣ

Hz

Phase sequence

System phase-neutral voltage

Frequency

2

L1-L2-L3

VLLΣ

Hz

Phase sequence

System phase-phase voltage

Frequency

3

Tot kWh (+)

WΣ dmd

WΣ dmd max

Total imported active energy

System active power dmd

System active power dmd max

4

kWh

A dmd max

PArt

Partial imported active energy

Maximum dmd current

5

Tot kvarh (+)

VAΣ dmd

VAΣ dmd max

Total imported reactive energy

System apparent power dmd

System apparent power dmd max

6

kvarh

VAΣ

PArt

Partial imported reactive energy

System apparent power

7

Total kvarh (-)

VAΣ dmd

VAΣ dmd max

Total exported reactive energy

System apparent power dmd

System apparent power dmd max

8

Total kWh (-)

WΣ dmd

WΣ dmd max

Total exported active energy

System active power dmd

System active power dmd max

9

Hours

WΣ

PFΣ

Total load operating hours

System active power

System power factor

10

Hours

VArΣ

PFΣ

Total load operating hours

System reactive power

System power factor

11

var L1

var L2

var L3

Phase 1 reactive power

Phase 2 reactive power

Phase 3 reactive power

12

VA L1

VA L2

VA L3

Phase 1 apparent power

Phase 2 apparent power

Phase 3 apparent power

13

PF L1

PF L2

PF L3

Phase 1 power factor

Phase 2 power factor

Phase 3 power factor

14

W L1

W L2

W L3

Phase 1 active power

Phase 2 active power

Phase 3 active power

15

A L1

A L2

A L3

Phase 1 current

Phase 2 current

Phase 3 current

16

V L1-2

V L2-3

V L3-1

Phase 1-phase 2 voltage

Phase 2-phase 3 voltage

Phase 3-phase 1 voltage

17

V L1

V L2

V L3

Phase 1 voltage

Phase 2 voltage

Phase 3 voltage

12

EM24 W1 use

EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA

Information Menu

Page Page title Information displayed

1CoMM rEV Firmware revision (communication)

2 StAtuS Device status

3 ModE Transmission mode

4 FrAME Frame type

5 interVAL Transmission interval

6 EnCrYPt Encryption

7tr tESt

Transmission test by pressing the joystick

• transmission counter

• transmission feedback (tr)

8id nuM Identification number for wireless M-Bus communication

9CT ratio CT ratio

10 1P/2P/3P/3Pn

(2-3-4-wire)

System

Connection (2-3-4-wire)

11 Pulse LED pulse weight (kWh/kvarh per pulse)

12 ChEcKSuM FW checksum for MID certification

13 Year Firmware release

Year of production

13

EM24 W1 use

EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA

General settings

The available settings depend on the version, the settings and the selector position.

Page title Sub-menu Description Values Default value

Cng PASS - Change password From 0 to 9999 0

MEASurE Measure type A

b

A

SELECtor SELEC. 1 Page displayed according to selector

position among the available pages for

each application (see”Frontal selector”

on page 16)

From 1 to 17 1

SELEC. 2 From 1 to 17 3

SELEC. 3 From 1 to 17 3

SELEC.LoC From 1 to 17 3

SYS - System 3P.n

1P

3P

Note: MID (PFA, PFB): not available

3P.n

Ct rAtio - Current transformer ratio (CT) AV5: from 1 to 6975 (non MID)

AV2: N/A

1

ModE - Transmission mode t1

C1

t1

FrAME Frame type 1

2

3

4

2

intErVAL Interval 10 s

30 s

1 m

5 m

15 m

30 m

60 m

1 m

EnCrYPt Encryption prole no

a

b

a

EnE t.rES Total counter reset no

yes

no

EnE P.rES Partial counter reset no

yes

no

rESEt dmd max Dmd calculation and dmd max reset no

yes

no

End - Exit and save - -

Note: OMS certification is valid with the following settings:

- Frame type: 2 or 3

- Communication interval: 30 s, 1 m or 5 m

- Encryption enabled (security profile A or B)

14

Essential information

EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA

Essential information

Measurement management

Easy connection

If the “Measure” parameter is set to A (easy connection), for the calculation of the active energy the power is always integrated, both in the case of imported

and exported power . The current direction does not affect the measurement. If the “Measure” parameter is set to B (without easy connection), both the active

imported and exported are available.

Average value calculation (dmd)

The system calculates the average value of electrical variables in a set integration interval.

Dmd values are available on display only. The dmd interval is automatically set equal to the transmission interval and it is not synchronized with the transmission

interval.

Communication

Frames

The frames are packages of messages sent by EM24 containing the variables measured. The variables and their encoding included in the frame depend on the

type of frame selected:

Frame 1

Variable Data Format Engineering unit DIF

[hex]

VIF

[hex]

VIFE#1

[hex]

VIFE#2

[hex]

VIFE#3

[hex]

Total imported active energy 32 bit integer Wh*100 04 05

Error ag 8 bit integer 01 FD 17

Frame 2

Variable Data Format Engineering unit DIF

[hex]

VIF

[hex]

VIFE#1

[hex]

VIFE#2

[hex]

VIFE#3

[hex]

Total imported active

energy

32 bit integer Wh*100 04 05

Total imported reactive

energy

32 bit integer kVarh*0.1 04 FB 82 75

Total exported reactive

energy

32 bit integer kVarh*0.1 04 FB 82 F5 3C

Imported active power 32 bit integer Watt*0.1 04 2A

Error ag 8 bit integer 01 FD 17

Frame 3

Variable Data Format Engineering unit DIF

[hex]

VIF

[hex]

VIFE#1

[hex]

VIFE#2

[hex]

VIFE#3

[hex]

Total imported active

energy

32 bit integer Wh*100 04 05

Total imported reactive

energy

32 bit integer kVarh*0.1 04 FB 82 75

Total exported reactive

energy

32 bit integer kVarh*0.1 04 FB 82 F5 3C

Imported active power 32 bit integer Watt*0.1 04 2A

Imported reactive power 32 bit integer Var 04 FB 14

Exported reactive power 32 bit integer Var 04 FB 94 3C

15

Essential information

EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA

Frame 3

Variable Data Format Engineering unit DIF

[hex]

VIF

[hex]

VIFE#1

[hex]

VIFE#2

[hex]

VIFE#3

[hex]

Current L1 32 bit integer Ampere*0.001 04 FD D9 FC 01

Current L2 32 bit integer Ampere*0.001 04 FD D9 FC 02

Current L3 32 bit integer Ampere*0.001 04 FD D9 FC 03

Voltage L1-N 32 bit integer Volt*0.1 04 FD C8 FC 01

Voltage L2-N 32 bit integer Volt*0.1 04 FD C8 FC 02

Voltage L3-N 32 bit integer Volt*0.1 04 FD C8 FC 03

Frequency 16 bit integer Hz*0.1 02 FB 2E

Error ag 8 bit integer 01 FD 17

Frame 4

Variable Data Format Engineering unit DIF

[hex]

VIF

[hex]

VIFE#1

[hex]

VIFE#2

[hex]

VIFE#3

[hex]

Total imported active

energy

32 bit integer Wh*100 04 05

Total exported active

energy

32 bit integer Wh*100 04 85 3C

Total imported reactive

energy

32 bit integer kVarh*0.1 04 FB 82 75

Total exported reactive

energy

32 bit integer kVarh*0.1 04 FB 82 F5 3C

Imported active power 32 bit integer Watt*0.1 04 2A

Exported active power 32 bit integer Watt*0.1 04 AA 3C

Imported reactive power 32 bit integer Var 04 FB 14

Exported reactive power 32 bit integer Var 04 FB 94 3C

Error ag 8 bit integer 01 FD 17

Notes:

• the values transmitted - energy, current, voltage, frequency - are instant values, while power values are the average values within the transmission interval

• “error flag” is a diagnostic variable used to communicate an overflow condition which makes the measured data invalid:

Bit Meaning Notes

8

[MSb]

7654321

[LSb]

1P system 3P system • N.A. (not available): the bit cannot be set because the relevant

measurement is not dened, bit = 0.

• Frequency out of range is set when occurs an overow or an under-

ow of the frequency measured by measuring module.

• In system 3P, monitored voltages are the L-N voltages referred to a

virtual neutral.

0 0 0 0 0 0 0 0 No error

00000001 V1N overow

0 0 0 0 0 0 1 0 N.A. V2N overow

00000100 N.A.V3N overow

00001000 I1 overow

00010000 N.A. I2 overow

00100000 N.A. I3 overow

0 1 0 0 0 0 0 0 Frequency out of range

EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA16

Essential information

EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA

Frame available according to the EM24 model:

Frame type “X” models “PFA” models “PFB” models

1 X X X

2 X X X

3 X X X

4 X X

rror ag

Encryption

To ensure data privacy and prevent data access by unauthorized parties, you can enable M-Bus wireless communication data encryption.

Security proles

Two security profiles are available:

• Security profile A (ENC-Mode 5)

• Security profile B (ENC-Mode 7)

Encryption key

The encryption key is uniquely associated with each device. The key is included in a sealed envelope contained in the package of EM24.

IMPORTANT: KEEP THE ENCRYPTION KEY. In case of loss, it is not possible to recover the key and the tool can be used only without cryptography.

Frontal LED and selector

Frontal LED

The frontal red LED flashes proportionally to the active imported energy consumption if the selector is in - 1 - 2 position, and to the reactive inductive

energy consumption in kvarh position. Any kind of negative (exported) energy will not be managed by the front LED.

Frontal selector

• Lock position: the frontal selector prevents from accessing the programming mode of measurement parameters.

• 1, 2, kvarh position: quick access to measuring pages. Each position is associated with one measuring page.

Note: in MID versions the position in sealed in Lock .

17

Maintenance and disposal

EM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 W1 - Instruction manual | CARLO GAVAZZI Controls SpA

Maintenance and disposal

Cleaning

Use a slightly dampened cloth to clean the display. Do not use abrasives or solvents.

Responsibility for disposal

The product must be disposed of at the relative recycling centers specified by the government or local public authorities. Correct disposal

and recycling will contribute to the prevention of potentially harmful consequences to the environment and persons.

EM24 W1 - User manual

CARLO GAVAZZI Controls SpA

via Safforze, 8

32100 Belluno (BL) Italy

www.gavazziautomation.com

[email protected]

info: +39 0437 355811

fax: +39 0437 355880

EM24 W1

Analizzatore di energia trifase

MANUALE D’USO

20 EM24 W1 - Manuale d'istruzioni | CARLO GAVAZZI Controls SpA

Indice

EM24 W1 22

Descrizione 22

Struttura 22

Utilizzo di EM24 W1 23

Introduzione 23

Visualizzazione 23

Utilizzo del menu misure/informazioni 24

Utilizzo del menu impostazioni 24

Impostazione di un parametro 24

Impostazione dei parametri dell’M-Bus wireless 26

Prova della comunicazione dell’M-Bus wireless 27

Menu misure - pagine delle misure 28

Menu Informazioni 29

Impostazioni generali 30

Informazioni essenziali 31

Connessione facile 31

Calcolo del valore medio (dmd) 31

Frame 31

Proli di sicurezza 33

Chiave di crittograa 33

LED frontale 33

Selettore frontale 33

Manutenzione e smaltimento 34

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CARLO GAVAZZI EM24DINAV53XW1EPFB Manuale utente

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