CARLO GAVAZZI EM24DINAV23XE1SFB Le manuel du propriétaire

EM24 E1

USER MANUAL

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EM24 E1

Three-phase energy analyzer

USER MANUAL

3EM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpA

Contents

EM24 4

Introduction 4

Description 4

UCS (Universal Conguration Software) 4

EM24 E1 use 5

Introduction 5

Display 5

Network parameters setting 6

Setting network parameters via DHCP 6

Setting network parameters without DHCP 6

Working with EM24 E1 7

Working with the measurement/info menu 7

Working with the settings menu 7

Resetting partial energy meter 7

Setting a parameter 8

Menu description 9

Measurement menu - measurement pages 9

Information Menu 10

Settings from EM24 E1 11

General settings 11

Essential information 12

Applications 12

Programming pages 13

Managing taris via Modbus command 14

Disabling tari management 14

Frontal LED 14

Frontal selector 14

Maintenance and disposal 15

4EM24 E1 - 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 E1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpA

EM24

Introduction

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

The direct connection version (AV2, AV9) allows to measure up to 65 A, the CT connection version (AV5, AV6) allows to measure up to 34875

A by means of current transformers (5 A secondary output).

The DHCP function is able to speed the commissioning and all the configuration parameters can be set up via UCS.

Description

AV2, AV9 AV5, AV6

Part Description

ALCD display

BVoltage/current connections

CJoystick

DSelector with pin for MID seal (programming block)

EInputs/outputs or communication port

FPins for MID seal (protection covers included)

UCS (Universal Conguration Software)

UCS desktop is available for free download. It can be connected to EM24 via Ethernet (Modbus TCP/IP) .

The following is possible with UCS:

• configure EM24 (online or offline)

• view system status for diagnostics and configuration checks function overview

6EM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpA

EM24 E1 use

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

User ID

Displaying of system variables

Displaying of dmd variables

EEEE

Overflow.

Note: the DMD calculation, the hour-counter and the

energy meters functions are inhibited and the alarm

outputs are activated. The indication “EEEE” in a single

phase variable automatically implies the overflow condi-

tion of the relevant system variable, and the PF indica-

tion is forced to “0.000”.

7EM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpA

Network parameters setting

Setting network parameters via DHCP

Step Action

1 Install EM24

2 Enable DHCP and exit with End

3Connect the EM24 to the LAN network to which the PC is connected

4Access the Info pages to view the assigned network parameters

5Start UCS software and connect to EM24 via Manual connection> Modbus TCP

6 Enter the IP address displayed on the Info page (see point 4)

7 Access the settings, disable DHCP and assign the required network parameters (assigned by network administrator)

Setting network parameters without DHCP

Step Action

1 Install EM24

2 Disable DHCP (default setting)

3Connect the PC to the EM24 via Ethernet cable (point to point connection)

4

Set the PC network properties as follows:

• static IP address

• IP address of the same class as the EM24, e.g. if the IP of EM24 is 192.168.1.10 (default), you can set the PC address to

192.168.1.20

• Subnet mask: 255.255.255.0

• Gateway: not necessary

5Start UCS software and connect to EM24 via Manual connection> Modbus TCP, enter the EM24 IP address

(192.168.1.10 by default)

6 Access the settings and enter the required network parameters

7 Disconnect the Ethernet cable and connect the EM24 to the network to which the Modbus master is connected

8

EM24 E1 use

EM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpA

Working with EM24 E1

Working with the measurement/info menu

Working with the settings menu

Resetting partial energy meter , DMD and max DMD values

Step Action Button

1 Press the button for at least 3 seconds

2In the PASS page, set the password 1357

3Confirm operation

4 In the rESEt page, set YES

5Confirm 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

9

EM24 E1 use

EM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpA

Step Action Button

6Scroll until the desired page (EnE P.rES for partial meters, rESET for max DMD values, rESEt.dmd for

DMD values), set YES

7 Confirm operation

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)

4Confirm operation

5 Scroll pages until Ct rAtio

6 Enter the editing mode

7 Select 20

8 Confirm operation

9Scroll pages until End to exit

10

EM24 E1 use

EM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpA

Menu description

Measurement menu - measurement pages

The displayed pages depend on the application set.

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

Active energy

Maximum dmd current

Partial active energy

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

Reactive energy

System apparent power

Partial reactive energy

7

kWh (+)

t1

WΣ dmd

Imported active energy, tariff 1

System active power dmd

8

kWh (+)

t2

WΣ dmd

Imported active energy, tariff 2

System active power dmd

9

kWh (+)

t3

WΣ dmd

Imported active energy, tariff 3

System active power dmd

10

kWh (+)

t4

WΣ dmd

Imported active energy, tariff 4

System active power dmd

11

kvarh (+)

t1

WΣ dmd

Imported reactive energy, tariff 1

WΣ dmd

12

kvarh (+)

t2

WΣ dmd

Imported reactive energy, tariff 2

WΣ dmd

13

kvarh (+)

t3

WΣ dmd

Imported reactive energy, tariff 3

WΣ dmd

14

kvarh (+)

t4

WΣ dmd

Imported reactive energy, tariff 4

WΣ dmd

15

kWh (+) X

W X

User X

Imported active energy

Active power

User

16

kWh (+) Y

W Y

User Y

Imported active energy

Active power

User

17

kWh (+) Z

W Z

User Z

Imported active energy

Active power

User

18

Total kvarh (-)

VAΣ dmd

VAΣ dmd max

Total exported reactive energy

System apparent power dmd

System apparent power dmd max

19

Total kWh (-)

WΣ dmd

WΣ dmd max

Total exported active energy

System active power dmd

System active power dmd max

11

EM24 E1 use

EM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpA

20

Hours

WΣ

PFΣ

Total load operating hours

System active power

System power factor

21

Hours

VArΣ

PFΣ

Total load operating hours

System reactive power

System power factor

22

var L1

var L2

var L3

Phase 1 reactive power

Phase 2 reactive power

Phase 3 reactive power

23

VA L1

VA L2

VA L3

Phase 1 apparent power

Phase 2 apparent power

Phase 3 apparent power

24

PF L1

PF L2

PF L3

Phase 1 power factor

Phase 2 power factor

Phase 3 power factor

25

W L1

W L2

W L3

Phase 1 active power

Phase 2 active power

Phase 3 active power

26

A L1

A L2

A L3

Phase 1 current

Phase 2 current

Phase 3 current

27

V L1-2

V L2-3

V L3-1

Phase 1-phase 2 voltage

Phase 2-phase 3 voltage

Phase 3-phase 1 voltage

28

V L1

V L2

V L3

Phase 1 voltage

Phase 2 voltage

Phase 3 voltage

Measurement menu - measurement pages. SFA models

The displayed pages depend on the application set.

Page Displayed measurements Description

1 Tot kWh (+) Total imported active energy

2

V L1

V L2

V L3

Phase 1 voltage

Phase 2 voltage

Phase 3 voltage

3

A L1

A L2

A L3

Phase 1 current

Phase 2 current

Phase 3 current

4

PF L1

PF L2

PF L3

Phase 1 power factor

Phase 2 power factor

Phase 3 power factor

Note: in programming mode, the last displayed page is stored.

Information Menu

Page Page title Information displayed

1 IP o.o.-.- IP address (first part)

2 IP -.-.o.o IP address (second part)

3Sub o.o.-.- Subnet mask (first part)

4Sub -.-.o.o Subnet mask (second part)

5 Gateo.o.-.- Default gateway (first part)

6Gate-.-.o.o Default gateway (second part)

7 Port Modbus TCP port

8 DHCP DHCP enabling

9 Info Ethernet diagnostic

10 Ut ratio VT/PT ratio

11 CT ratio CT ratio

12

EM24 E1 use

EM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpA

12

1P/2P/3P/3Pn

(2-3-4-wire)

dmd (time)

System

Connection (2-3-4-wire)

Dmd integration time (min.)

13 Pulse LED pulse weight (Number of kWh/kvarh per pulse)

14 Year Firmware release

Year of production

Note: in SFA models page 12 is not available.

13

Congure the system

EM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpA

Settings from EM24 E1

General settings

The available settings depend on the application set.

Page title Sub-menu Description Values Default value

Cng PASS - Change password From 0 to 9999 0

APPLiCAt Application tYP.A

tYP.b

tYP.C

tYP.d

tYP.E

tYP.F

tYP.G

tYP.H

User USEr 1 User From 0 to 9999 1

USEr 2 From 0 to 9999 2

USEr 3 From 0 to 9999 3

dHCP - DHCP enabling oFF/on oFF

IP Addr IP o.-.-.- IP address From 000 to 255 192

IP -.o.-.- From 000 to 255 168

IP -.-.o.- From 000 to 255 1

IP -.-.-.o From 000 to 255 10

SUb SUb o.-.-.- Subnet mask From 000 to 255 255

SUb -.o.-.- From 000 to 255 255

SUb -.-.o.- From 000 to 255 255

SUb -.-.-.o From 000 to 255 0

GAtE GAtE o.-.-.- Default gateway From 000 to 255 192

GAtE -.o.-.- From 000 to 255 168

GAtE -.-.o.- From 000 to 255 1

GAtE -.-.-.o From 000 to 255 1

Port - MODBUS TCP port 502

SELECtor SELEC. 1 Page displayed according to selector

position among the available pages for

each application (see”Frontal selector”

on page 17)

From 1 to 28 1

SELEC. 2 From 1 to 28 25

SELEC. 3 From 1 to 28 28

SELEC.LoC From 1 to 28 3

SYS - System 3P.n

3P.1

2P

1P

3P

Note: MID (PFA, PFB): only 3P.n

3P.n

Ut rAtio - Voltage transformer ratio (VT) AV5: from 1 to 6975

AV2: N/A

1

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

AV2: N/A

1

P int.ti - Dmd integration time (min) From 1 to 30 15

FiLtEr.S - Interval of lter intervention with respect

to full scale (%)

From 0 to 100 2

FiLtEr.Co - Filter coefcient From 1 to 32 2

End - Exit and save - -

Note: the Ut rAtio is available for compatibility with other versions, even though the AV5 version is not meant to be used with voltage transformers. It should

be therefore set to 1.

14

Congure the system

EM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpA

General settings - SFA models

The available settings depend on the application set.

Page title Sub-menu Description Values Default value

Cng PASS - Change password From 0 to 9999 0

dHCP - DHCP enabling oFF/on oFF

IP Addr IP o.-.-.- IP address From 000 to 255 192

IP -.o.-.- From 000 to 255 168

IP -.-.o.- From 000 to 255 1

IP -.-.-.o From 000 to 255 10

SUb SUb o.-.-.- Subnet mask From 000 to 255 255

SUb -.o.-.- From 000 to 255 255

SUb -.-.o.- From 000 to 255 255

SUb -.-.-.o From 000 to 255 0

GAtE GAtE o.-.-.- Default gateway From 000 to 255 192

GAtE -.o.-.- From 000 to 255 168

GAtE -.-.o.- From 000 to 255 1

GAtE -.-.-.o From 000 to 255 1

Port - MODBUS TCP port 502

FiLtEr.S - Interval of lter intervention with respect

to full scale (%)

From 0 to 100 2

FiLtEr.Co - Filter coefcient From 1 to 32 2

End - Exit and save - -

15

Essential information

EM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpA

Essential information

Measurement management

Applications

Note: if an application with easy connection is selected, 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 an application without easy connection is selected, both the active imported

and exported are available.

Application Measurements Easy connection

A

System:

• phase sequence

• phase-neutral voltage

• frequency

• total imported active energy

• active power dmd and dmd max

YES

B

System:

• phase sequence

• phase-neutral voltage

• frequency

• total imported active energy

• active power dmd and dmd max

• total imported reactive energy

• apparent power dmd and dmd max

YES

C

System:

• phase sequence

• phase-neutral voltage

• frequency

• total imported active energy

• active power dmd and dmd max

• imported active and reactive energy by tariff

YES

D

Single phase:

• imported active energy

• voltage

YES

E

System:

• phase sequence

• phase-neutral voltage

• frequency

• total imported and exported active energy

• active power dmd and dmd max

• run hour meter

• active power

• power factor

NO

F

System:

• phase sequence

• phase-neutral voltage

• frequency

• total imported and exported active energy

• active power dmd and dmd max

• phase-phase voltage

• active energy

• maximum dmd current

• partial active energy

• total imported and exported reactive energy

• apparent power, dmd and dmd max

• partial reactive energy

• run hour meter

• active power

• power factor

NO

16

Essential information

EM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpA

G

System:

• phase sequence

• phase-neutral voltage

• frequency

• total imported active energy

• active power dmd and dmd max

• phase-phase voltage

• active energy

• maximum dmd current

• partial active energy

• total imported reactive energy

• apparent power, dmd and dmd max

• reactive energy

• run hour meter

• active power

• active power dmd

• reactive power

• power factor

• imported active and reactive energy by tariff

Single phase:

• reactive power per phase

• apparent power per phase

• power factor per phase

• active power per phase

• current per phase

• line-line voltages

• line-neutral voltages

YES

H

System:

• phase sequence

• phase-neutral voltage

• frequency

• total imported and exported active energy

• active power dmd and dmd max

• phase-phase voltage

• active energy

• maximum dmd current

• partial active energy

• total imported and exported reactive energy

• apparent power, dmd and dmd max

• reactive energy

• run hour meter

• active power

• active power dmd

• reactive power

• power factor

• imported active and reactive energy by tariff

Single phase:

• reactive power per phase

• apparent power per phase

• power factor per phase

• active power per phase

• current per phase

• line-line voltages

• line-neutral voltages

NO

Programming pages

The following table shows which programming pages are available for each application

Page Application

A B C D E F G H

Change password x x x x x x x x

Application xxxxxxxx

User - - - x- - - -

DHCP enabling x x x x x x x x

IP address x x x x x x x x

Subnet mask x x x x x x x x

Default gateway x x x x x x x x

MODBUS TCP port x x x x x x x x

17

Essential information

EM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpAEM24 E1 - Instruction manual | CARLO GAVAZZI Controls SpA

Selector xxxxxxxx

System x x x x x x x

VT ratio x x x x x x x x

CT ratio xxxxxxxx

Average power integration time x x x -x x x x

Filter S - - - - - xxx

Filter Co - - - - - xxx

End xxxxxxxx

Tariff management

Managing taris via Modbus command

Change the tariff by entering the value corresponding to the current tariff according to the following table in the 1201Fh registry:

Current

tariff

Register

value

T1 1

T2 2

T3 3

T4 4

Note: the tariff management is not available in SFA models

Disabling tari management

Set tariff management as disabled or enter 0 (default value) in the 1201Fh register.

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

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

Application Selector position Page available

ALock 3

1,2,3 1

B, C, E, F, G, H Lock, 1, 2, kvarh Can be set from 1 to 28

C

Lock, 1, 2, kvarh Can be set from 1 to 28

D

Lock 28

1 15

2 16

317

18

Maintenance and disposal

EM24 E1 - 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 E1 - Instruction manual | CARLO GAVAZZI Controls SpA

EM24 E1 - 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 E1

Analizzatore di energia per sistemi trifase

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