Manual ME3011b E v0707 Pre - PT Amptron Instrumindo · The ME 3011 annunciator, the new member of...

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ME 3011bInstruction Manual

Alarm Systems SERIAL PRODUCTS

Digital Alarm Annunciator


1 – Information and Technical Data

Introduction 4

Warranty 4 Installation 5 Operation Principles 6 Technical Data 7 Modularity and arrangements 9 Dimensions 10 Panel Mounting 11 Product Identification 12 Product Code 13 Front display engraving/printing 14 Signaling sequences 15

Special Options 16

2 – Product Description

CM-0x – Master CPU’s Module 17 CM-03 – Master CPU 2v x 4h 17 CM-04 – Master CPU 4x x 2h 18 SM-02 – Slave CPU Module 20 EM-0x - Expansion Modules 21 EM-02 – Expansion Module 2v x 4h 21 EM-03 – Expansion Module 4v x 2h 22 EM-04 – Expansion Module 2v x 2h 23

Functions 24

3 - Installation

Power Supply 26 Inputs 27

Alarm Inputs 27 Remote push-button 27 GPS Synchronization (Option) 28 Power consumption 32

Outputs 29 24Vdc field output 29 External Buzzer output 29 Programmable relay outputs 29 Repeater relay outputs (RRO) (Option)l 29 Repeat relays for power fault detection (Option) 30 Flashing synchronization (Option) 31

Recommendations 32 Connection diagram examples 33

Standard connections – 24 Vdc – without RRO or Special 33 Connections with Vdc Fault at Point 2 and Vac Fault at Point 4 35

Terminal identification 37 New arrangements 41 SM-02 module positions 42

SM-02 position on 4h enclosure 42 SM-02 position on 8h enclosure 43

SM-02 position on 12h enclosure 44


SM-02 position on 16h enclosure 45

Configuration modes 46

4 - e.Tool ME3011 config - Configuration via serial interface

5 - Configuration via keyboard

6 – Communication Protocol - Serial Modbus RTU

7- e.Tool ME2011 view

This manual is subject to changes without previous advice

Revision Control

Author Version/Rev Date

mbe 0 16/07/2007


Dear Customer,

Mauell thanks you for trusting us on choosing our products. It is a pleasure to provide you all necessary information on the newest member of its Mauell annunciator family. This manual presents all information needed to connect and power up the annunciator, as well as instructions for configuring it. Mauell hopes that this manual helps you explore totally the potential of the new ME 3011 annunciator. Please contact us, if any doubt persists about the equipment operation, after reading it. Our technical team is always available to clear any doubt you may deem necessary. Contact the nearest Mauell unit (please refer to the appendix) or send an email to [email protected]; visit the website www.mauell.com.br; send a fax to +55 11 2117 5354 or call +55 11 2117 5353. In order to help us on our support service have the series number and the firmware version with you, as these data are essential for clearing the doubts and for technical assistance.

The equipment manufactured and supplied by Mauell is guaranteed against any project and manufacturing defect, when stored and used according to its technical characteristics, for a 12 (twelve)-month period from its installation or 18 (eighteen) month-period from the ex works delivery date (which is the earliest).

During this period, Mauell will replace or correct, without any charges to the client, all out of technical specification equipment parts. In other words, our warranty covers materials and labor in the correction of eventual defects eligible for being covered by our warranty.

These operations will be carried out in our nearest unit (as previously agreed upon) or at Helmut Mauell do Brasil to where the equipment may be sent. In case of doubt about the use of the equipment, due to the warranty and its effects, please contact our commercial and technical departments.

INTRODUCTION

WARRANTY

mailto:[email protected]

http://www.mauell.com.br/


All annunciators have an appropriate package for air or road transportation. When receiving the equipment, the visual inspection may be carried out to check if there were damages during transportation. If so, it is necessary to contact immediately the receiving sector of your company, which may notify your insurance company and Mauell so the involved parts may adopt the necessary measures to repair the damages and to initiate the reimbursement of eventual expenses. The incorrect use and wrong handling of the equipment are not covered by Mauell general guarantee. Therefore, it is essential that the installer takes some measures, before executing the installation and powering of the equipment, as mentioned below:

Avoid mechanical impacts to the equipment or falls, which cause frame arching or back

terminal breaking.

Avoid that water or other liquid gets into the annunciator, as the liquid may cause short-circuit to the internal circuits and, consequently, bad contacts in the future.

Avoid that external objects get into the annunciator through the vents, thus, whenever it is

necessary to carry out any work involving drilling or panel plate thinning, where the annunciator is installed, the equipment may be protected with paper, plastic and other material so the debris do not get into the annunciator, causing poor operation.

Check the voltage levels and the correct identification of the cables before executing the

equipment connection. A wrong connection can cause short-circuit and damage to the equipment in an irreparable way.

The frontal modules may be removed with the aid of a blade, which may be inserted

between two modules, carefully, forcing the removal of the desired module. This operation may be carried out carefully and patiently in order to prevent damages to the front part of the modules or to the grid brackets of the module.

The access to the electronic circuits of the equipment is carried out from the front part,

removing the front modules, as described above, disconnecting the back pluggable terminals, without disconnecting the wires, from which the electronic part of the equipment may be removed. After the repair, the electronic part may be replaced and the terminals plugged again. When reconnecting, note with the maximum care, the proper position of each terminal.

The cleaning of the front part of the annunciator may be carried out with a soft cloth,

slightly wet, with neutral detergent. The equipment may not be submitted to the direct spray of liquids and care must be taken so the liquids do not get into it.

INSTALLATION


Alarm annunciators have the main function of safely signaling critical statuses of installations, aiming at their integrity. They signal acoustically and optically equipment alarms in a standardized way, within the highest ergonomic and cognitive possible standard. It is recommended, in general, to carry out the direct connection of electric field alarm signals to the annunciator, preventing loops through digital automation and control systems. Thus, the necessary operating safety level is achieved. The maximum alarm signal cable length is 600 m (unshielded) or 1000 m (shielded). These maximum values may be strongly reduced in areas with very high electromagnetic fields, for example in the case of open air cable trays within substations. It is, also, of paramount importance to place the signal cables in trays carrying cables with homogeneous voltages. Placing high and low voltage cables in conjunction within the same cable tray may cause serious annunciator malfunctions or even hardware damages. The ME 3011 annunciator, the new member of Mauell annunciator family, keeps one of the most important characteristics of ME 3010 series, which is the modularity of the alarm windows. The processing fundament of the alarm signs is now carried out through latest generation micro controllers, with high performance RISC architecture. So, ME 3011 annunciator incorporates all the advantages of a micro processed system, such as configuration of the annunciators main functions through the front keyboard, or also via configuration software, available at www.mauell.com.br for download. This way, the ME 3011 annunciator provides all conventional functions of alarm announcing together with new and advanced communication function in local network and event recording, among others. These functions will be described in details throughout this manual.

OPERATION PRINCIPLES

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1 - Supply Voltage

1.1 PS-05 Power Supply 24 Vdc ± 20%

Input: 19 to 264 Vdc and / or 90 to 264 Vac 1.2 PS-06 Power Supply (Option)

Auxiliary field output: 24Vdc / 0,75A

1.3 Special Option PSFD Power Supply Fault Detector (PSFD) for Vdc and/or Vac

1.4 Note: All power supplies are integrated into the annunciator

2 - Inputs

Alarm Inputs 4 up to 252

Isolation Opto couplers

Input Voltages 24, 48 , 60, 110 / 125 Vdc ± 20%; 110 / 127, 220 Vac ± 20%

Input Current 3 mA (typical)

2.1

Input Filter lower value = 5 ms, programmable in steps of 2.5 ms

External Push-Button Station 24Vdc

Isolation Opto couplers 2.2

Functions Sound Acknowledge (HA), Light Acknowledge (LA), Reset (RE), Light Test / Function Test , Sleep Mode (SLM), Keyboard OFF (KB OFF)

Synchronism with GPS and/or Flashing 24Vdc

2.3

Isolation Opto couplers

3 - Outputs

3.1 Relays 3 contact free freely programmable relays for various functions, e.g., external buzzer, voltage fault, alarm group, etc

3.2 Sound Indication 90 db / 10 cm, 4 kHz

3.3 Repeat relays (Option) 1 contact for each alarm point, as option Note: Field Voltages over 125 Vdc or Vac do not support repeater relays.

3.4 Repeat relays for Power Supply Fault Detector (PSFD) (Option)

1 contact for each Power Supply Fault detector (PSFD)

Note: Contact capacity for all relays is 5A / 24Vdc for resistive load. Maximal switching voltage: 125Vdc/250 Vac

4 - Interfaces

RS232C bi-directional

Baud rate: 9600,n,8,1 4.2 Communication RS232C (Option)

Protocol: Modbus RTU (Slave) or Modbus RTU (Slave)+TS

RS 485 Bi-directional serial communication (configurable)

Baud rate: 100 a 19200

Parity: even, odd or none

Stop bits: 1 or 2

4.3 Communication (Option)

Protocol: Modbus RTU (Slave)

TECHNICAL DATA


5 - Event Register (Option)

5.1 Events 1000, with Time Stamp

5.2 Resolution 1 ms, samples 2,5 ms

5.3 Interfaces RS232C or RS485

5.4 Protocols Modbus RTU (Slave)

6 - Visualization

Light Indication

Back light Available in red, yellow, green, white and blue colors

Ultra Bright Back light Available in red, yellow, green, white and blue colors

Back Light Socket (Option) Available in red, yellow, green, white and blue colors, on sockets to allow color change at the field.

Led 5 mm visible red, yellow, and green color leds

6.1

Special Option More than 1 color per annunciator

Fast: approx. 1.2 Hz 6.2 Flashing frequency

Slow: approx. 0.4 Hz

Windows

Dimension 24 x 48 mm

Back light White translucent modules

6.3

Led Gray RAL 7032 polycarbonate modules

7 – General

7.1 Alarm sequence ISA 1, 1A, 1B, 2A, 2C, 4A, 4AR; others on request

Operation temperature: 0 to 55°C

Storage temperature: -20 to 80°C 7.2 Environment

Relative Humidity: 0 to 95 %, without condensation

Front: IP41 7.3 Protection class

Enclosure: IP30

7.4 Isolation 3000 Veff : IEC 60950-1 FAZER com Lote Piloto !!!

Immunity: DIN EN 61000-6-2 7.5 EMC Compliance

Emission: DIN EN 61000-6-4

7.6 ESD DIN EN 61000-4-2

7.7 Electromagnetic Field Immunity DIN EN 61000-4-3

7.8 RF Frequency Immunity DIN EN 61000-4-6

7.9 Burst DIN EN 61000-4-4

7.10 Surge DIN EN 61000-4-5

7.11 Voltage Dips DIN EN 61000-4-11

7.12 Terminals Terminal connectors (removable) for cables up to 2.5 mm²

7.13 Tropicalization Special Option

TECHNICAL DATA


The minimum configuration possible for the annunciator is a central module with 4 alarm points, and dimension of 2V x 4H or 4V x 2H. (see shaded portion on lower right corner of diagram below) Expansion modules can be added to this central unit, with 4 or 8 alarm points each, always in 2V x 2H or 2V x 4H modularity basis. So the subsequent configurations are: 8, 12, 16, 20, 24, 28 points and so on, up to a maximum of 252 alarm points. The module arrangement follows the diagram below.

Enclosure arrangement:

MODULARITY AND ARRANGEMENTS

16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

24vx8h= 188P

24vx4h= 92P

24vx2h= 44P 24

23

22vx8h= 172P

22vx4h= 84P

22vx2h= 40P 22

21

20vx12h= 236P

20vx8h= 156P

20vx4h= 76P

20vx2h= 36P 20

19

18vx12h= 212P

18vx8h= 140P

18vx4h= 68P

18vx2h= 32P 18

17

16vx16h= 252P

16vx12h= 188P

16vx8h= 124P

16vx4h= 60P

16vx2h= 28P 16

15

14vx16h= 220P

14vx12h= 164P

14vx8h= 108P

14vx4h= 52P

14vx2h= 24P 14

13

12vx16h= 188P

12vx12h= 140P

12vx8h= 92P

12vx4h= 44P

12vx2h= 20P 12

11

10vx16h= 156P

10vx12h= 116P

10vx8h= 76P

10vx4h= 36P

10vx2h= 16P 10

9

8vx16h= 124P

8vx12h= 92P

8vx8h= 60P

8vx6h= 44P

8vx4h= 28P

8vx2h= 12P 8

7

6vx16h= 92P

6vx12h= 68P

6vx10h= 56P

6vx8h= 44P

6vx6h= 32P

6vx4h= 20P

6vx2h= 8P 6

5

4vx16h= 60P

4vx14h= 52P

4vx12h= 44P

4vx10h= 36P

4vx8h= 28P

4vx6h= 20P

4vx4h= 12P

4vx2h =4P 4 4vx2h

=4P 4

3

2vx16h= 28P

2vx14h= 24P

2vx12h= 20P

2vx10h= 16P

2vx8h= 12P

2vx6h= 8P

2vx4h =4P

2

1

4 3,5 3 2,5 2 1,5 1 0,5

2vx4h =4P

4 3

CM-0x

Núm

ero

de M

ódul

os n

a Ve

rtic

al

y = 12

y = 11

y = 10

y = 9

Number of horizontal points (h)

y = 8

y = 7

CM-03

CM-04

Min. arrangements

Num

ber

of v

ertic

al p

oins

l (v)

Number of horizontal modules

y = 2

y = 1

y = 6

y = 5

y = 4

y = 3

Nr. of Points

Nr. of Points

Nr. of Points

Nr. of Points

4 v x 2 h 16 v x 2 h 28 v x 2 h 108 14 v x 8 h2 v x 4 h 8 v x 4 h 14 v x 4 h 116 10 v x 12 h2 v x 6 h 4 v x 8 h 4 v x 14 h 16 v x 8 h6 v x 2 h 2 v x 16 h 10 v x 6 h 8 v x 16 h8 v x 2 h 18 v x 2 h 6 v x 10 h 18 v x 8 h4 v x 4 h 6 v x 6 h 16 v x 4 h 12 v x 12 h2 v x 8 h 20 v x 2 h 8 v x 8 h 20 v x 8 h

10 v x 2 h 10 v x 4 h 4 v x 16 h 10 v x 16 h2 v x 10 h 4 v x 10 h 18 v x 4 h 164 14 v x 12 h

12 v x 2 h 40 22 v x 2 h 6 v x 12 h 172 22 v x 8 h6 v x 4 h 12 v x 4 h 20 v x 4 h 24 v x 8 h4 v x 6 h 8 v x 6 h 10 v x 8 h 16 v x 12 h2 v x 12 h 6 v x 8 h 84 22 v x 4 h 12 v x 16 h

14 v x 2 h 4 v x 12 h 24 v x 4 h 212 18 v x 12 h2 v x 14 h 48 26 v x 2 h 12 v x 8 h 220 14 v x 16 h

8 v x 12 h 236 20 v x 12 h6 v x 16 h 252 16 v x 16 h

188

2492

1668

2044

76

140

6036

156

Arrangement Arrangement

428

52

8 12456

1232

Arrangement Arrangement


DIMENSIONS

Points

2 65 x 209 65 x 401 65 x 593 65 x 785

4 113 x 113 113 x 209 113 x 305 113 x 401 113 x 497 113 x 593 113 x 689 113 x 785

6 161 x 113 161 x 209 161 x 305 161 x 401 161 x 497 161 x 593 161 x 785

8 209 x 113 209 x 209 209 x 305 209 x 401 209 x 593 209 x 785

10 257 x 113 257 x 209 257 x 305 257 x 401 257 x 593 257 x 785

12 305 x 113 305 x 209 305 x 401 305 x 593 305 x 785

14 353 x 113 353 x 209 353 x 401 353 x 593 353 x 785

16 401 x 113 401 x 209 401 x 401 401 x 593 401 x 785

18 449 x 113 449 x 209 449 x 401 449 x 593

20 497 x 113 497 x 209 497 x 401 497 x 593

22 545 x 113 545 x 209 545 x 401 545 x 593

24 593 x 113 593 x 209 593 x 401

16

v (y)

Cutout table [height (h) x width (v)] mm

h (x)

2 4 6 8 10 12 14


Each ME 3011 is shipped with a certain amount of panel clamps according the annunciator’s size. 1 – Locate the panel clamps inside the packing box and prepare the mounting 2 – Insert the annunciator into the cutout 3 – Insert the panel clamps into the lateral orifice, selecting the sides that provides the best mounting 4 - Srew, pressing lightly onto panel front plate

PANEL MOUNTING

Panel clamp


1 – Identification Label

1.1 Code Product code with 15 digits

1.2 Serial#

Product serial number YY/9999, where YY is the year and 9999 is a sequential number

1.3 FW: Identifies the firmware version from the annunciator YYMMDD999 = year, month, day and firmware version

1.4 Power Supply:

Power supply voltages Standard: 19-264Vdc/90-264Vac With Power Supply Fault Detector (PSFD) are specified the requested voltages. Example: Digit 7 = E, indicates this option and the voltages specified by the customer was 125Vdc and 220Vac: 125Vdc/220Vac

1.5 Field:

Indicates the field voltage of the annunciator

PRODUCT IDENTIFICATION

Indústria Brasileira / Made in Brazil / Fabriqué au Brésilwww.mauell.com.br

Power Supply: 19-264 Vdc / 90-264 Vac

Helmut Mauell do Brasil

ME3011b Alarm Annunciator

Field:

Serial #: 07/b1001

FW:

Code: 004424D11612000

70515300 24 Vdc


Go to the ME3011b Codification:

PRODUCT CODE

ME3011b - Code 012 28 FE 44 512 00 1

Code: 0 1 2 2 8 F E 4 4 5 1 2 0 0 1Dígito > 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Enclosure

12 0

Power Supply

PSFD Vdc Vac

Light Indication

7 Y 2 G 1 B 1 W 1 TOT= 12

RS485 Protocol Engraving

Lines

CablePÇ PÇ

Return to Manual

Set Quantity for each color!

1 1

012 28 F E 44 51 2 00 1

Tropicalization

PC

R

B and W only for Back Light Complementar Informations

ISA Sequence

2

ME3011b BL Alarm Annunciator - 12 Alarm Points - 2V x 8H:

Special Options

Only for more that one color

Interface

Set the PSFDs Voltages !!

ME3011b QTY =

Nr. of Points

1

Power Supply Fail Detector

SoftwaresQTY QTY

Power Supply 19-264 Vdc / 90-264 Vac - PSFD at Keyboard, BL 5 Colors, 110/125 Vdc Field Voltage with RRO, RS232C (R) + RS485 + ER + GPS Sync, Modbus RTU (Slave) + ER, with Engraving and Special Options.

RRO (Repeater Relays)Field Voltage

w/ SO

= Nr. of Points

012

BL 5 Colors

19-264 Vdc / 90-264 Vac - PSFD at Keyboard

110/125 Vdc 110/125 Vdc

RS232C (R) + RS485 + ER + GPS Sync Low reliefModbus RTU (Slave) + ER w/ SO

no (Standard)

ISA 2C / (M) - Standard

012P - 2V x 8H

Cable CS-02 - RS232C - 5 m e.Tool ME3011b -view

110 Vdc 220 Vac


1 – Low Relief Engraving 1.1 – Back Light Display LB 24 x 48 – White Translucent - Code: 83.53.002 Character height = 3 mm Maximum number of characters per line = 19 Maximum number of lines = 4 1.2 – LED Display MK 24 x 48 - RAL 7032 color - Code: 83.52.003 Character height = 3 mm Maximum number of characters per line = 15 Maximum number of lines = 4

ABCDEFGHJKLMNOPRSTU

ABCDEFGHJKLM

ABCDEFGH

47 48

24

23

5,5

6

6

ABCDEFGHJKLMNOPRSTU

ABCDEFGHJKLM

ABCDEFGH

EFGH 47 48

24

23 5

5

4

5

ABCDEFGHJKLMNOP

ABCDEFGH

ABCDEFGHJKLMNOP

47,5 48

24

23,5

6

6

6

ABCDEFGHJKLMNOP

ABCDEFGH

ABCDEFGHJKLMNOP

ABCDEFGH

47,5 48

24

5

5

4

5

23,5

FRONT DISPLAY INSCRIPTIONS


The ME 3011 can be configured in order to comply with 16 signaling sequence. Among them the most important are the following: ISA-RP 18.1/(ISA-S18.1): ISA1/(A), ISA-1A/(A-5), ISA-1B/(A-4), ISA-2A/(R-8), ISA-2C/(M), ISA-4A/(F1A), ISA-4AR/(F1M) etc. Other sequences can be implemented on request.

SIGNALING SEQUENCES

F

S

Fast

Slow

Led off

Led on

Led intermittent

Buzzer off

Buzzer on

LEGEND

SOUND LIGHT SOUND LIGHT

Light

Sound

Light

Sound

Light

Sound

Light F F S F F S

Sound

Light

Sound

ISA 2C (M)

(default)

ALARM NORMAL

ISA 1 (A)

ISA 1A (A-5)

ISA 1B (A-4)

ISA 2A (R-8)

REF ISA

ALARM SEQUENCE

ACKNOWLEDGERESETABNORMAL

ACKNOWLEDGE BACK TO NORMAL

BACK TO NORMAL BEFORE

ACKNOWL.

INITIAL SUBSEQ. INITIAL SUBSEQ. INITIAL SUBSEQ. INITIAL SUBSEQ. INITIAL SUBSEQ.

Light

Sound

Light

Sound

ISA 4R (F1M)

REF ISA ALARM NORMALACKNOWLEDGE

RESET

PRIMARY ALARM SEQUENCE (1st. EVENT)

ISA 4A (F1A)

ABNORMAL ACKNOWLEDGE BACK TO NORMAL BACK TO NORMAL BEFORE ACKNOWL.


1 – Light display with more than one color In this case, the quantity and position for each color must be request by the costumer. For LED Display – up to 3 colors (red / yellow / green) For Back Light Display – up to 5 colors (red / yellow / green / white / blue) 2 - Back Light Socket In this option, the SMD Led is socket mounted and plugged on the annunciators PCB. It allows changing the indicating light color for the individual alarm points. The socket BL must be specified at ordering the annunciator, as a special factory option.

SPECIAL OPTIONS


1 - CM-0x - “Central Module” - Master CPU Module with 4 alarm points

Master CPU module is responsible for slave module management, man-machine interface for alarm acknowledge, annunciator configuration, sound signaling, light signaling and its own operating status. Annunciator has a RS 485 interface with Modbus RTU protocol as option, allowing interconnection of several annunciator assemblies, as well as PLC’s, RUT’s and supervisory software. Each microcontroller keeps input status stored under its processing and annunciator configuration, allowing to retrieve the operational situation in case of a power failure.

Master CPU is able to control up to 60 alarm points and up to 3 Slave CPUs directly, covering a total of 252 points; communication among them is performed serially, through a two-way internal bus, in compliance with asynchronous standard.

Equipment configuration is made through 5 buttons on CPUs keyboard or via the e.Tool ME3011 config software.

CM-03 – Central Module with arrangement 2v x 4h CM-03 – Central Module with arrangement 2v x 4h

CM-04– Central Module with arrangement 4v x 2h

Front view

Rear view

1.1 PRODUCT DESCRIPTION - CM-03 MODULE

PRODUCT DESCRIPTION - CM-0x MODULES

OPTIONS

Vdc Fault

Vac Fault

b

RS 485 balancing: Extract the tile of alarm point number 3 and set the jumpers as follows: • JP1 and JP2 closed for the last annunciator on the network. • JP1 and JP2 open for all intermediary annunciators on the network.

Note: The Modbus cable shield must be grounded.


Front view Rear view

RS 485 balancing: Extract the tile of alarm point number 3 and set the jumpers as follows: • JP1 and JP2 closed for the last annunciator on the network. • JP1 and JP2 open for all intermediary annunciators on the network.

OPTIONS

1.2 PRODUCT DESCRIPTION - CM-04 MODULE

Vdc Fault

Vac Fault

b

Note: The Modbus cable shield must be grounded.


PRODUCT DESCRIPTION - CM-0x MODULES

CM-03 CM-04

1 Vac Vac Power Supply X11 - CX1 - 1 X11 - CX1 - 1

2 Vac Vac Power Supply X11 - CX1 - 2 X11 - CX1 - 2

3 Shield Shield X11 - CX1 - 3 X11 - CX1 - 3

4 + Vdc + Vdc Power Supply X11 - CX1 - 4 X11 - CX1 - 4

5 - Vdc - Vdc Power Supply X11 - CX1 - 5 X11 - CX1 - 5

1 + 24 Vdc X11 - CX2 - 1 X11 - CX2 - 1

2 - 24 Vdc X11 - CX2 - 2 X11 - CX2 - 2

1 SLM Sleep Mode X11 - CX3 - 1 X11 - CX3 - 1

2 HA (QS) Sound Acknowladge X11 - CX3 - 2 X11 - CX3 - 2

3 LA (QL) Light Acknowladge X11 - CX3 - 3 X11 - CX3 - 3

4 RE Reset X11 - CX3 - 4 X11 - CX3 - 4

5 LT/FT Light Test/Fubctional Test X11 - CX3 - 5 X11 - CX3 - 5

6 KSLM Keyboard Sleep Mode X11 - CX3 - 6 X11 - CX3 - 6

1 X11 - CX4 - 1 X11 - CX4 - 1

2 X11 - CX4 - 2 X11 - CX4 - 2

1 X11 - CX5 - 1 X11 - CX5 - 1

2 X11 - CX5 - 2 X11 - CX5 - 2

1 X11 - CX6 - 1 X11 - CX6 - 1

2 X11 - CX6 - 2 X11 - CX6 - 2

CX7 1234 INTERF. RS232C Serial Interface RS232C X11 - CX7 - IS X11 - CX7 - IS

1 Data + X11 - CX8 - 1 X12 - CX8 - 1

2 Data - X11 - CX8 - 2 X12 - CX8 - 2

1 SincOut X11 - CX9 - 1 X12 - CX9 - 1

2 SincIn/GPS X11 - CX9 - 2 X12 - CX9 - 2

1 Input + Alarm Input 1 X11 - C1 - 1 X12 - C1 - 1




5 Common - Alarm Input Common (-) X11 - C1 - 5 X12 - C1 - 5

1 Relay Input 1 repeat relay (+) X11 - C2 - 1 X12 - C2 - 1




5 (+) CV Contact Voltage for all repeater relays(+) X11 - C2 - 5 X12 - C2 - 5

1 Relay Vdc Fault repeat relay (+) X11 - C3 - 1 X12 - C3 - 1

2 Relay Vac Fault repeat relay (+) X11 - C3 - 2 X12 - C3 - 2

(1) As standard, only 24 Vdc, other voltages must be specified at order

(2)

(3)

(4) Option

(5)

CX3

CX4

CX6

X11

CX1

CX2

CX5

X12

Alarm Inputs

RRO (4)

C3 PSFD (5)

Pow

er S

uppl

y

(1

)

X11

Option, the selection is performed at the power supply specification

Option, when CX9 is used for GPS synchronism, the flashing synchronization is performed internaly.

As standard, CX4 for external Buzzer

RS 485 Interface

CX9 SINC (3)

GPS syncrhonization and/or Flashing synchonization

INTERF. CX8

C1

C2

Auxiliary Field OutputRem

ote

Push

-But

ton

(24V

dc)

Relay RCX4 [1] Potential-free contact

V OUT.

Prog

ram

able

Rel

ays

(2)



CM-03 and CM-04 Module Connector Identification

LineConnector Term. Desc. Function

Identification

CM-03 CM-04


2 - SM-02 - “Slave Module” - CPU Slave Module with 8 alarm points

Each Slave CPU Module is able to control up to 64 alarm points, and is used if number of alarm points exceeds 60. For configurations from 62 to 128 points one Slave CPU Module is used, from 130 to 188 two Modules, and from 190 to 252 three Modules.

Front view

OPTIONS

1 Vac Vac Power Supply X.. - CX1 - 12 Vac Vac Power Supply X.. - CX1 - 23 NC Not Connected4 + Vdc + Vdc Power Supply X.. - CX1 - 45 - Vdc - Vdc Power Supply X.. - CX1 - 51 + 24 Vdc X.. - CX2 - 12 - 24 Vdc X.. - CX2 - 21 Input + Alarm Input 1 X.. - C1 - 12 Input + Alarm Input 2 X.. - C1 - 23 Input + Alarm Input 3 X.. - C1 - 34 Input + Alarm Input 4 X.. - C1 - 45 Input + Alarm Input 5 X.. - C1 - 56 Input + Alarm Input 6 X.. - C1 67 Input + Alarm Input 7 X.. - C1 78 Input + Alarm Input 8 X.. - C1 89 Common - Alarm Input Common (-) X.. - C1 91 Relay Input 1 repeat relay (+) X.. - C2 - 12 Relay Input 2 repeat relay (+) X.. - C2 - 23 Relay Input 3 repeat relay (+) X.. - C2 - 34 Relay Input 4 repeat relay (+) X.. - C2 - 45 Relay Input 5 repeat relay (+) X.. - C2 - 56 Relay Input 6 repeat relay (+) X.. - C2 67 Relay Input 7 repeat relay (+) X.. - C2 78 Relay Input 8 repeat relay (+) X.. - C2 89 (+) CV Contact Voltage for all repeater relays(+) X.. - C2 9

(1)

(2)

Pow

er S

uppl

y IN

(

1)O

UT

Alar

m I

nput

s

X..

CX1

The power supply for the Slave Module SM-02 must be the same as for the CM-0x module, otherwise, the alarm annunciator can be damaged.

Option

Auxiliary Field Output

C1

C2

RRO

(2

)

CX2

SM-02 Module Connector Identification

Line Connector Term. Den. Function Identificacion


3 - EM-0x - Expansion Module. 3.1 - EM-02 - Expansion Module with 8 alarm points, arrangement 2v x 4h. Each expansion modules provides 8 alarm points, used together with CPUs.

Front view

Rear view

1 Input + Alarm Input 1 X.. - C1 - 12 Input + Alarm Input 2 X.. - C1 - 23 Input + Alarm Input 3 X.. - C1 - 34 Input + Alarm Input 4 X.. - C1 - 45 Input + Alarm Input 5 X.. - C1 - 56 Input + Alarm Input 6 X.. - C1 - 67 Input + Alarm Input 7 X.. - C1 - 78 Input + Alarm Input 8 X.. - C1 - 89 Common - Alarm Input Common (-) X.. - C1 - 91 Relay Input 1 repeat relay (+) X.. - C2 - 12 Relay Input 2 repeat relay (+) X.. - C2 - 23 Relay Input 3 repeat relay (+) X.. - C2 - 34 Relay Input 4 repeat relay (+) X.. - C2 - 45 Relay Input 5 repeat relay (+) X.. - C2 - 56 Relay Input 6 repeat relay (+) X.. - C2 - 67 Relay Input 7 repeat relay (+) X.. - C2 - 78 Relay Input 8 repeat relay (+) X.. - C2 - 89 (+) CV Contact Voltage for all repeater relays(+) X.. - C2 - 9

(1)

EM-02 - Expansionn Module Connectors Identification

Line Connector Term. Des. Function Identificacion

Option

X..

C1

C2

RRO

(1)

Alar

m I

npur

s

OPTIONS

PRODUCT DESCRIPTION - EM-0x EXPANSION MODULES


3.2 - EM-03 – Expansion Module with 8 alarm points, arrangement 4v x 2h Front view

Rear view


1 Input + Alarm Input 1 X.. - C1 - 12 Input + Alarm Input 2 X.. - C1 - 23 Input + Alarm Input 3 X.. - C1 - 34 Input + Alarm Input 4 X.. - C1 - 45 Common - Alarm Input Common (-) X.. - C1 - 51 Relay Input 1 repeat relay (+) X.. - C2 - 12 Relay Input 2 repeat relay (+) X.. - C2 - 23 Relay Input 3 repeat relay (+) X.. - C2 - 34 Relay Input 4 repeat relay (+) X.. - C2 - 45 (+) CV Contact Voltage for 4 repeaters 1 to 4 (+) X.. - C2 - 51 Input + Alarm Input 5 X.. - C3 - 12 Input + Alarm Input 6 X.. - C3 - 23 Input + Alarm Input 7 X.. - C3 - 34 Input + Alarm Input 8 X.. - C3 - 45 Common - Alarm Input Common (-) X.. - C3 - 51 Relay Input 5 repeat relay (+) X.. - C4 - 12 Relay Input 6 repeat relay (+) X.. - C4 - 23 Relay Input 7 repeat relay (+) X.. - C4 - 34 Relay Input 8 repeat relay (+) X.. - C4 - 45 (+) CV Contact Voltage for 4 repeaters 5 to 8 (+) X.. - C4 - 5

(1) Option

X..+1

C3

C4

RRO

(1)

5

- 8

Alar

m I

nput

s

5 -

8

X..

C1

C2

RRO

1

- 4

(1)

Alar

m I

nput

s

1 -

4

EM-03 - Expansion Module Connectors Identification

Line Connector Term. Obs. Function Identificacion

OPTIONS


3.3- EM-04 – Expansion Module with 4 alarm points, arrangement 2v x 2h


1 Input + Alarm Input 1 X.. - C1 - 12 Input + Alarm Input 2 X.. - C1 - 23 Input + Alarm Input 3 X.. - C1 - 34 Input + Alarm Input 4 X.. - C1 - 45 Common - Alarm Input Common (-) X.. - C1 - 51 Relay Input 1 repeat relay (+) X.. - C2 - 12 Relay Input 2 repeat relay (+) X.. - C2 - 23 Relay Input 3 repeat relay (+) X.. - C2 - 34 Relay Input 4 repeat relay (+) X.. C2 - 45 (+) CV Contact Voltage for this 4 repeater relays(+) X.. - C2 - 5

(1) Option

X..

C1

C2

RRO

(1)

Alar

m I

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s

EM-04 - Expansion Module Connectors Identification

Line Connector Term. Obs. Function Identificacion

OPTIONS


1 – Keyboard Functions 1.1 – Horn/Buzzer Acknowledge (HA)

Sound Acknowledge is performed through CPU front button. Its activation stops the buzzer.

1.2 – Light Acknowledge (LA)

Light acknowledge is performed through CPU front button, which makes intermittent light signaling (blinking) turn permanently on or off when activated, depending on selected sequence. Note About Sound and Light Acknowledge:

Sound and Light Acknowledge functions can be activated manually, as described above, or automatically, with adjustable time periods from 5 s to 45 hours.

Sound and light acknowledge buttons can be configured for simultaneous activation or in a way to interlock them, i.e., light acknowledge function is only accepted after acknowledging sound.

See details on annunciator configuration chapter.

1.3 - Reset (RE)

Reset sequence is performed through CPU module, which resets alarm sequence when activated.

Depending on selected sequence, Reset button is disabled.

1.4 – Light Test (LT)

Light test is performed through button on CPU module front panel, which turns all equipment LED’s on when activated.

Vdc Fault

Vac Fault

b

KEYBOARD FUNCTION DESCRIPTION

FA Red LED on, indicates system

failure

RUN Green LED continuously on indicates system operative

Blinking Green LED indicates system operative in Sleep Mode (SLM) PSFD Yellow LED for Vdc power supply

fault and Orange LED for Vac power

supply fault indication, if requested.

Enter Used only in keyboard configuration

mode.

LT/FT Light Test or Functional Test,

selectable via configuration modes.

HA Sound acknowledge

LA Light acknowledge

RE Reset


1.5 – Functional Test (FT)

Functional test is performed through TL button on CPU module front panel, which simulates an alarm condition in all points when activated, according to pre-configured sequence in equipment.

Note About Light and Functional Tests:

Light test button (TL) must be configured according to desired Function: either Light test, or Function test. See details on annunciator configuration chapter.

1.6 - Enter

The enter is button is used to reset the annunciator and for configuration via keyboard. 1.7 - RUN Led Green Led continuously ON indicates that the system is operative. Green Led blinking indicates that the system is operative in sleep mode (SLM) 1.8– FA Led Red Led blinking in other sequence that the alarm windows, means that the annunciator is faulty, for this function the buzzer signalization is programmable. The internal fault detected are:

Watsh dog Communication between Master and Slave CPUs Live Signal

1.9 – PSFD The Power Supply Fail detection is improved via Firmware and the voltage value to be detected must be informed at the annunciators order., for Vdc and/or Vac. There are two ways to visualize these indication:

Standard: o Vdc Fault is indicated at the keyboard yellow led o Vac Fault is indicated at the keyboard orange led

Option: o Vdc Fault is indicated at the alarm point 2 window o Vac Fault is indicated at the alarm point 4 window

KEYBOARD FUNCTION DESCRIPTION


2 – General functions 2.1 – Sound Signal

Annunciator has a “buzzer”, which can be configured to generate different sounds (continuous, intermittent and two-tone) and disabled. For connecting external buzzer, potential-free terminals are available on the rear panel for external buzzer, with 30W of capacity.

2.2 – Alarm Group

Alarm group function is used to group inputs in certain combinations for a better operating visualization. Thus, a certain alarm group can have its light indication in a different color from the rest of annunciator and a differentiated sound signaling. Annunciator has 3 relays, which can be programmed to activate if an alarm occurs in up to 3 alarm groups.

2.3 - Sleep Mode - SLM

Sleep Mode function is used to deactivate internal light and/or sound signaling. When active, front panel RUN led (Green) starts blinking, indicating that device is operative in sleep mode. This Function can be enabled/disabled through front buttons or external button.

2.4 – Input Temporization

Inputs have filters with individually adjustable times from 5 ms to 600 ms.

2.5 – Automatic Storage of Last Status of Annunciator

CPU module will store the last status of equipment in case of power failure, retrieving this data when power returns.

2.6 – Flashing

Light signaling has two flashing frequencies: fast flashing = 1.2 Hz and slow flashing = 0.4 Hz

2.7 – Keyboard OFF

Allows turn off the annunciators keybord trough an external key, maintaining the keyboard functions only at the remote push-button station.

GENERAL FUNCTION DESCRIPTION


1 – ME3011b power supply 1.1 – Annunciator standard supply voltage is 24 Vdc For other voltages, the following power supplies can be incorporated into the annunciator: 2 – Redundant voltage supply with 19 to 264 Vdc and/or 90 to 264 Vac

The quantity is the same as of Master and Slave CPUs used in annunciator configuration. 2.1 – Vac power supply The fuses must be dimensioned according the consumption table In case with supply only with one phase, only one fuse is needed 2.2 – Vdc power supply It is advisable to use fast fuse at terminal 4 (+) The fuses must be dimensioned according the consumption table at page 26.

Note: For annunciators with more than 60 points, the power supply of the Slave Module(s) SM-02 must be the same as the Central Module CM-03, otherwise, the annunciator can be damaged.

INSTALLATION – ANNUNCIATOR POWER SUPPLY


1 – Field Inputs

Field inputs are galvanically isolated by opto couplers and protected against surges, with a common signal per alarm group (4 points for Cm-0x Module, 8 points for EM-02, EM-03 and SM-02 , 4 points for EM-04), and can be provided optionally with repeat relays. As option, inputs can be isolated each other and, in this case, the field signal input terminal is not relevant. Each Input had one individual filter, and can be configured from 5 ms to 600 ms, in steps of 2.5 ms via keyboard, or via software e.Tool ME3011 config.

The field voltage are indicated at the product label 2 – Remote Push-Button Station

The central Modules CM-0x have a opto isolated terminal block (CX3) to connect following functions to a remote push-button station:

1. Sleep Mode 2. Sound Acknowledge 3. Light Acknowledge 4. Reset 5. Light Test/Functional Test 6. Keyboard OFF Mode

Functions on terminals 1, 2, 3 and 5 are programmable via e.Tool ME3011b- config or Keyboard, according necessity. Terminal 6 (KSLM) is only a hardware switch, to turn off the Keyboard push-buttons.

INSTALLATION - INPUTS


3 – GPS synchronization (Option) Via connector CX9 from the CM-0x CPUs In this case, the blink synchronism is performed internally via Modbus.

INSTALLATION - INPUTS


3 – Field Voltage Supply 24 Vdc Annunciator has, regardless main voltage supply or field voltage, one 24 Vdc / 1A output for field contacts in CM-0x and SM-02 modules. It is recommended the use of a fast 1A fuse at +24Vdc 4 – External Buzzer Relay with 1 potential-free NO contact, in CM-0x modules. As standard, the relay on terminals CX4 is used for the external buzzer. 5 – Programmable relays outputs Annunciator provides 3 potential-free contacts for other functions, such as: external buzzer, alarm group, triggering a second buzzer, etc. Correspondent connectors: CX4, CX5 and CX6.

F1

INSTALLATION - OUTPUTS


6 – Repeater Relays output (Option) Relay with 1 potential-free NO contact per alarm input, where the relays coil is actuated due the input voltage. That means, if the annunciator fail, the alarms continues to be repeated. For field voltages over 125Vdc and Vac voltages, this option is not available. ME3011b relays capacity



7 – Repeater relays for power fault detection (Option) The Vdc fault detection can be indicated at the alarm point 2 or at the yellow led from the keyboard. The Vac fault detection can be indicated at the alarm point 4 or at the orange led from the keyboard. If the PSFD indication are the alarm points 2 and 4, there are no relay on the connector C2-2 and C2-4. The nominal voltages to be detected and the indication position must be defined at the product order.


8 – Flashing Synchronization Option This function is performed due the CPUs CM-0x CX9 connector. The tCX9 – terminal 1 of the synchronizing annunciator must be connected to the CX9-terminal 1 from the other annunciators. The CX2 –terminal 2 (-24Vdc) from all annunciators must be connected.



Recommendations: Control and load cables must be ad equally separated, if possible in separated cable trays. If there are crossing lines, try to mount it on perpendicular crossing. It is recommended that power line filters be installed at the cabinet input to achieving successful filtering of electromagnetic interference, this filter acts as a barrier between polluted energy and clean energy goes into the cabinet. The filter must be connected to an effective ground plane and where proximity does not couple radiated noise to the clean lines. Nr. of Points X Power Consumption (W)

RECOMMENDATIONS

POWER CONSUMPTION

Points 24Vdc 48Vdc 60Vdc 125Vdc 127Vac 220Vac Points 24Vdc 48Vdc 60Vdc 125Vdc

4 1,9 3,3 4,1 3,9 3,9 6,8 4 2,7 4,1 4,9 6,312 3,7 5,5 5,7 9,1 7,9 11,5 12 6,1 7,8 8,2 16,420 5,6 7,2 8,0 11,8 11,9 16,3 20 9,6 11,1 12,1 23,928 7,4 9,4 10,2 15,7 14,7 23,2 28 13,0 14,9 16,0 32,736 9,2 11,1 11,8 19,7 18,7 28,0 36 16,4 18,2 19,2 41,644 11,0 12,9 14,0 23,6 22,7 34,9 44 19,8 21,5 23,1 50,452 11,9 14,6 16,2 27,6 26,7 39,7 52 22,3 24,8 27,0 59,260 13,5 16,3 17,9 31,5 29,5 46,6 60 25,5 28,1 30,3 68,0

Annunciators without repeater relays (RRO) Annunciators with repeater relays (RRO)


INPUT LEVELS


1 –Standard, Front view

CONNECTION DIAGRAM EXAMPLES

Connector Identification

I - X25-C1-1 I - X25-C1-2 I - X25-C1-3 I - X25-C1-4 I - X15-C1-1 I - X15-C1-2 I - X15-C1-3 I - X15-C1-4I - X..-C_-N

I - X25-C1-5 I - X25-C1-6 I - X25-C1-7 I - X25-C1-8 I - X15-C1-5 I - X15-C1-6 I - X15-C1-7 I - X15-C1-8 I - Alarm Input

I - X24-C1-1 I - X24-C1-2 I - X24-C1-3 I - X24-C1-4 I - X14-C1-1 I - X14-C1-2 I - X14-C1-3 I - X14-C1-4 X.. - Connector line

I - X24-C1-5 I - X24-C1-6 I - X24-C1-7 I - X24-C1-8 I - X14-C1-5 I - X14-C1-6 I - X14-C1-7 I - X14-C1-8 C_ - Connector

I - X23-C1-1 I - X23-C1-2 I - X23-C1-3 I - X23-C1-4 I - X13-C1-1 I - X13-C1-2 I - X13-C1-3 I - X13-C1-4N - Connector terminal cooresponding to the Alarm Point

I - X23-C1-5 I - X23-C1-6 I - X23-C1-7 I - X23-C1-8 I - X13-C1-5 I - X13-C1-6 I - X13-C1-7 I - X13-C1-8



I - X21-C1-1 I - X21-C1-2 I - X21-C1-3 I - X21-C1-4 I - X11-C1-1 I - X11-C1-2

I - X21-C1-5 I - X21-C1-6 I - X21-C1-7 I - X21-C1-8 I - X11-C1-3 I - X11-C1-4


2 –Standard, rear view



2 - Connection diagram with RRO and power fault indication, Vdc at alarm point 2 or yellow led on the keyboard end/or Vac fault at alarm point 4 or orange led on

the keyboard Front view

Connector Identification

I1- X25-C1-1 R1 - X25-C2-1

I2 - X25-C1-2 R2 - X25-C2-2

I3 - X25-C1-3 R3 - X25-C2-3

I4- X25-C1-4 R4 - X25-C2-4

I1- X15-C1-1 R1 - X15-C2-1

I2 - X15-C1-2 R2 - X15-C2-2

I3 - X15-C1-3 R3 - X15-C2-3

I4- X15-C1-4 R4 - X15-C2-4 IN - X..-C_-N

I5 - X25-C1-5 R5 - X25-C2-5

I6 - X25-C1-6 R6 - X25-C2-6

I7 - X25-C1-7 R7 - X25-C2-7

I8 - X25-C1-8 R8 - X25-C2-8

I5 - X15-C1-5 R5 - X15-C2-5

I6 - X15-C1-6 R6 - X15-C2-6

I7 - X15-C1-7 R7 - X15-C2-7

I8 - X15-C1-8 R8 - X15-C2-8 I - Alarm Input

I1- X24-C1-1 R1 - X24-C2-1

I2 - X24-C1-2 R2 - X24-C2-2

I3 - X24-C1-3 R3 - X24-C2-3

I4- X24-C1-4 R4 - X24-C2-4

I1- X14-C1-1 R1 - X14-C2-1

I2 - X14-C1-2 R2 - X14-C2-2

I3 - X14-C1-3 R3 - X14-C2-3

I4- X14-C1-4 R4 - X14-C2-4 R - Alarm repeater relay (RRO)

I5 - X24-C1-5 R5 - X24-C2-5

I6 - X24-C1-6 R6 - X24-C2-6

I7 - X24-C1-7 R7 - X24-C2-7

I8 - X24-C1-8 R8 - X24-C2-8

I5 - X14-C1-5 R5 - X14-C2-5

I6 - X14-C1-6 R6 - X14-C2-6

I7 - X14-C1-7 R7 - X14-C2-7

I8 - X14-C1-8 R8 - X14-C2-8 X.. - Connector line

I1- X23-C1-1 R1 - X23-C2-1

I2 - X23-C1-2 R2 - X23-C2-2

I3 - X23-C1-3 R3 - X23-C2-3

I4- X23-C1-4 R4 - X23-C2-4

I1- X13-C1-1 R1 - X13-C2-1

I2 - X13-C1-2 R2 - X13-C2-2

I3 - X13-C1-3 R3 - X13-C2-3

I4- X13-C1-4 R4 - X13-C2-4 C - Connector

I5 - X23-C1-5 R5 - X23-C2-5

I6 - X23-C1-6 R6 - X23-C2-6

I7 - X23-C1-7 R7 - X23-C2-7

I8 - X23-C1-8 R8 - X23-C2-8

I5 - X13-C1-5 R5 - X13-C2-5

I6 - X13-C1-6 R6 - X13-C2-6

I7 - X13-C1-7 R7 - X13-C2-7

I8 - X13-C1-8 R8 - X13-C2-8

N - Connector terminal cooresponding to the Alarm Point

I1- X22-C1-1 R1 - X22-C2-1

I2 - X22-C1-2 R2 - X22-C2-2

I3 - X22-C1-3 R3 - X22-C2-3

I4- X22-C1-4 R4 - X22-C2-4

I1- X12-C1-1 R1 - X12-C2-1

I2 - X12-C1-2 R2 - X12-C2-2

I3 - X12-C1-3 R3 - X12-C2-3

I4- X12-C1-4 R4 - X12-C2-4

I5 - X22-C1-5 R5 - X22-C2-5

I6 - X22-C1-6 R6 - X22-C2-6

I7 - X22-C1-7 R7 - X22-C2-7

I8 - X22-C1-8 R8 - X22-C2-8

I5 - X12-C1-5 R5 - X12-C2-5

I6 - X12-C1-6 R6 - X12-C2-6

I7 - X12-C1-7 R7 - X12-C2-7

I8 - X12-C1-8 R8 - X12-C2-8

I1- X21-C1-1 R1 - X21-C2-1

I2 - X21-C1-2 R2 - X21-C2-2

I3 - X21-C1-3 R3 - X21-C2-3

I4- X21-C1-4 R4 - X21-C2-4

I1- X11-C1-1 R1 - X11-C2-1

I2 - X11-C1-2 R2 - X11-C2-1 Vdc Fault (*) RD - X11-C3-2(*)

I5 - X21-C1-5 R5 - X21-C2-5

I6 - X21-C1-6 R6 - X21-C2-6

I7 - X21-C1-7 R7 - X21-C2-7

I8 - X21-C1-8 R8 - X21-C2-8

I3 - X11-C1-3 R3 - X11-C2-3

I4 - X11-C1-4 R4 - X11-C2-4 Vac Fault (*) RA - X11-C3-1(*)

(*)If the Alarm points 2 an 4 are used for Power Suply Fault detector, the correspondent repeaters are on connector C3 repeaters

Vdc Fault

Vac Fault



Rear view



TERMINAL IDENTIFICATION FOR ENCLOSURES WITH CM-03 MODULE – REAR VIEW

4 3 X 1C 2 1 4 3 X 2C 2 1 24

8 7 6 5 8 7 6 5 23

4 3 X 1B 2 1 4 3 X 2B 2 1 22

8 7 6 5 8 7 6 5 21

4 3 X 1A 2 1 4 3 X 2A 2 1 4 3 X 3A 2 1 20

8 7 6 5 8 7 6 5 8 7 6 5 19

4 3 X 19 2 1 4 3 X 29 2 1 4 3 X 39 2 1 18

8 7 6 5 8 7 6 5 8 7 6 5 17

4 3 X 18 2 1 4 3 X 28 2 1 4 3 X 38 2 1 4 3 X 48 2 1 16

8 7 6 5 8 7 6 5 8 7 6 5 8 7 6 5 15

4 3 X 17 2 1 4 3 X 27 2 1 4 3 X 37 2 1 4 3 X 47 2 1 14

8 7 6 5 8 7 6 5 8 7 6 5 8 7 6 5 13

4 3 X 16 2 1 4 3 X 26 2 1 4 3 X 36 2 1 4 3 X 46 2 1 12

8 7 6 5 8 7 6 5 8 7 6 5 8 7 6 5 11

4 3 X 15 2 1 4 3 X 25 2 1 4 3 X 35 2 1 4 3 X 45 2 1 10

8 7 6 5 8 7 6 5 8 7 6 5 8 7 6 5 9

4 3 X 14 2 1 4 3 X 24 2 1 4 3 X 34 2 1 4 3 X 44 2 1 8

8 7 6 5 8 7 6 5 8 7 6 5 8 7 6 5 7

4 3 X 13 2 1 4 3 X 23 2 1 4 3 X 33 2 1 4 3 X 43 2 1 6

8 7 6 5 8 7 6 5 8 7 6 5 8 7 6 5 5

4 3 X 12 2 1 4 3 X 22 2 1 4 3 X 32 2 1 4 3 X 42 2 1 4

8 7 6 5 8 7 6 5 8 7 6 5 8 7 6 5 3

X 11 2 1 4 3 X 21 2 1 4 3 X 31 2 1 4 3 X 41 2 1 2

4 3 8 7 6 5 8 7 6 5 8 7 6 5 1

Num

ber

of v

ertic

al p

oint

s (v

)

Number of horizontal modules

43


Num

ber

of v

ertic

al m

odul

es

y = 12

y = 11

y = 10

y = 9

y = 8

y = 7

21

CM-03

y = 6

y = 5

y = 4

y = 3

y = 2

y = 1

16151413121110987654321


TERMINAL IDENTIFICATION FOR ENCLOSURES WITH CM-03 MODULE – FRONT VIEW

1 2 X 2C 3 4 1 2 X 1C 3 4 24

5 6 7 8 5 6 7 8 23

1 2 X 2B 3 4 1 2 X 1B 3 4 22

5 6 7 8 5 6 7 8 21

1 2 X 2A 3 4 1 2 X 2A 3 4 1 2 X 1A 3 4 20

5 6 7 8 5 6 7 8 5 6 7 8 19

1 2 X 39 3 4 1 2 X 29 3 4 1 2 X 19 3 4 18

5 6 7 8 5 6 7 8 5 6 7 8 17

1 2 X 48 3 4 1 2 X 38 3 4 1 2 X 28 3 4 1 2 X 18 3 4 16

5 6 7 8 5 6 7 8 5 6 7 8 5 6 7 8 15

1 2 X 47 3 4 1 2 X 37 3 4 1 2 X 27 3 4 1 2 X 17 3 4 14

5 6 7 8 5 6 7 8 5 6 7 8 5 6 7 8 13

1 2 X 46 3 4 1 2 X 36 3 4 1 2 X 26 3 4 1 2 X 16 3 4 12

5 6 7 8 5 6 7 8 5 6 7 8 5 6 7 8 11

1 2 X 45 3 4 1 2 X 35 3 4 1 2 X 25 3 4 1 2 X 15 3 4 10

5 6 7 8 5 6 7 8 5 6 7 8 5 6 7 8 9

1 2 X 44 3 4 1 2 X 34 3 4 1 2 X 24 3 4 1 2 X 14 3 4 8

5 6 7 8 5 6 7 8 5 6 7 8 5 6 7 8 7

1 2 X 43 3 4 1 2 X 33 3 4 1 2 X 23 3 4 1 2 X 13 3 4 6

5 6 7 8 5 6 7 8 5 6 7 8 5 6 7 8 5

1 2 X 42 3 4 1 2 X 32 3 4 1 2 X 22 3 4 1 2 X 12 3 4 4

5 6 7 8 5 6 7 8 5 6 7 8 5 6 7 8 3

1 2 X 41 3 4 1 2 X 31 3 4 1 2 X 21 3 4 1 2 X 11 2

5 6 7 8 5 6 7 8 5 6 7 8 3 4 1

Num

ber

of v

ertic

al P

oint

s (v

)

Number of horizontal Modules

123


Num

ber

of v

ertic

al M

odul

es

y = 12

y = 11

y = 10

y = 9

y = 8

y = 7

4

CM-03

y = 6

y = 5

y = 4

y = 3

y = 2

y = 1

12345678910111213141516


6 X 22 5 24

8 7 23

2 X 21 1 22

4 3 21

6 X 20 5 20

8 7 19

2 X 19 1 18

4 3 17

6 X 18 5 16

8 7 15

2 X 17 1 14

4 3 13

6 X 16 5 12

8 7 11

2 X 15 1 4 3 X 25 2 1 10

4 3 8 7 6 5 9

6 X 14 5 4 3 X 24 2 1 8

8 7 8 7 6 5 7

2 X 13 1 4 3 X 23 2 1 4 3 X 33 2 1 6

4 3 8 7 6 5 8 7 6 5 5

2 X 12 1 4 3 X 22 2 1 4 3 X 32 2 1 4 3 X 42 2 1 4

4 3 8 7 6 5 8 7 6 5 8 7 6 5 3

X 11 4 3 X 21 2 1 1 2 X 31 3 4 1 2 X 41 3 4 2

8 7 6 5 5 6 7 8 5 6 7 8 1


1 121110987

Num

ber

of v

ertic

al M

odul

es

y = 12

y = 11

y = 10

y = 9

y = 8

y = 6

Num

ber

of v

ertic

al P

oint

s (v

)

CM-04

y = 2

y = 1

y = 3

2 5

y = 5

y = 4

y = 7

13 14

Number of horizontal Points

0,5 1,5 2,5 3,5

643

TERMINAL IDENTIFICATION FOR ENCLOSURES WITH CM-04 MODULE – REAR VIEW


TERMINAL IDENTIFICATION FOR ENCLOSURES WITH CM-04 MODULE –FRONT VIEW

5 X 22 6 24

7 8 23

1 X 21 2 22

3 4 21

5 X 20 6 20

7 8 19

1 X 19 2 18

3 4 17

5 X 18 6 16

7 8 15

1 X 17 2 14

3 4 13

5 X 16 6 12

7 8 11

1 2 X 25 3 4 1 X 15 2 10

5 6 7 8 3 4 9

1 2 X 24 3 4 5 X 14 6 8

5 6 7 8 7 8 7

1 2 X 33 3 4 1 2 X 23 3 4 1 X 13 2 6

5 6 7 8 5 6 7 8 3 4 5

1 2 X 42 3 4 1 2 X 32 3 4 1 2 X 22 3 4 1 X 12 2 4

5 6 7 8 5 6 7 8 5 6 7 8 3 4 3

1 2 X 41 3 4 1 2 X 31 3 4 1 2 X 21 3 4 X 11 2

5 6 7 8 5 6 7 8 5 6 7 8 1y = 1

34567891011

y = 5

y = 4

y = 7

y = 2

y = 3

Num

ber

of v

ertic

al M

odul

es

y = 12

y = 11

y = 10

y = 9

y = 8

y = 6

1,5

CM-04

0,5


2,53,5

Number of horizontal Points

2 1

Num

ber

of v

ertic

al P

oint

s (v

)

121314


NEW ARRANGEMENTS – REAR VIEW

4

36

4 4

32 EM-03 32 EM-04

4 4 4

28 28 28

4 4 4 4

24 EM-03 24 EM-03 24 EM-03 24 EM-04

4 4 4 4 4

20 20 20 20 20 10v x 2h4 4 4 4 4 4

16 EM-03 16 EM-03 16 EM-03 16 EM-03 16 EM-03 16 EM-04 8v x 2h4 4 4 4 4 4 4

12 12 12 12 12 12 12

4 4 4 4 4 4 4 4

8 EM-03 8 EM-03 8 EM-03 8 EM-03 8 EM-03 8 EM-03 8 EM-03 8 EM-04

4 4 4 4 4 4 4 4 4

4 4 4 4 4 4 4 4 4

8 4 4v x 6h52 EM-02 56 EM-04 8 4

8 4 8 4 20 EM-02 1244 EM-02 36 44 EM-02 36 4 4

8 4 8 4 8 4 4 8 EM-03

28 EM-02 32 EM-03 28 EM-02 32 EM-03 28 EM-02 32 EM-04

8 4 8 4 8 4

20 EM-02 12 20 EM-02 12 20 EM-02 12

4 4 4 4 4 4 4 4

4 8 EM-03 4 8 EM-03 4 8 EM-03 4 8 EM-04

8 8 4 8 8 4

44 EM-02 52 EM-02 56 EM-04 36 EM-02 28 EM-02 20

8 8 4 4 8 4

36 EM-02 28 EM-02 20 4 12 EM-02 16 EM-03

4 8 4

4 12 EM-02 16 EM-03

4 8 4

4 12 EM-02 16 EM-04

8 8 8 4

52 EM-02 44 EM-02 36 EM-02 28 EM-04

4 8 8 4 4 8 8 4

4 12 EM-02 20 EM-02 24 EM-04 4 12 EM-02 20 EM-02 24 EM-04CM-03

2v x 14h

CM-03

CM-03

6v x 10h 4v x 10

CM-03

2v x 6h

CM-03

4v x 14h

10v x 6h

CM-03

CM-03

8v x 6h

CM-03

2v x 10h

CM-03

6v x 6h

CM-04

CM-03

4v x 2h

6v x 2h

12v x 2h

CM-04 CM-04 CM-04 CM-04

20v x 2h

18v x 2h

16v x 2h

14v x 2h

CM-04 CM-04 CM-04 CM-04


SM-02 MODULE POSITION ON 4h ENCLOSURE – REAR VIEW

8

92 EM-02

8 8

84 EM-02 84 EM-02

8 8 8

76 EM-02 76 EM-02 76 EM-02

8 8 8 8

68 68 68 68

8 8 8 8 8

60 EM-02 60 EM-02 60 EM-02 60 EM-02 60 EM-02

8 8 8 8 8 8

52 EM-02 52 EM-02 52 EM-02 52 EM-02 52 EM-02 52 EM-02

8 8 8 8 8 8

44 EM-02 44 EM-02 44 EM-02 44 EM-02 44 EM-02 44 EM-02

8 8 8 8 8 8

36 EM-02 36 EM-02 36 EM-02 36 EM-02 36 EM-02 36 EM-02

8 8 8 8 8 8

28 EM-02 28 EM-02 28 EM-02 28 EM-02 28 EM-02 28 EM-02

8 8 8 8 8 8

20 EM-02 20 EM-02 20 EM-02 20 EM-02 20 EM-02 20 EM-02

8 8 8 8 8 8

12 EM-02 12 EM-02 12 EM-02 12 EM-02 12 EM-02 12 EM-02

4 4 4 4 4 4

4 4 4 4 4 4

8

44 EM-02

8 8

36 EM-02 36 EM-02

8 8 8

28 EM-02 28 EM-02 28 EM-02

8 8 8 8

20 EM-02 20 EM-02 20 EM-02 20 EM-02

8 8 8 8 8

12 EM-02 12 EM-02 12 EM-02 12 EM-02 12 EM-02

4 4 4 4 4 4

4 4 4 4 4 4CM-03

10v x 4h

8v x 4h

6v x 4h

12v x 4h

SM-02

CM-03 CM-03 CM-03 CM-03 CM-03

24v x 4h

CM-03

14v x 4h

22v x 4h

20v x 4h

18v x 4h

16v x 4hSM-02 SM-02SM-02

4v x 4h

CM-03 CM-03 CM-03 CM-03

2v x 4h

CM-03



8 8

188 EM-02 180 EM-02

8 8 8 8

164 EM-02 172 EM-02 164 EM-02 172 EM-02

8 8 8 8 8 8

156 EM-02 148 EM-02 156 EM-02 148 EM-02 156 EM-02 148 EM-02

8 8 8 8 8 8 8 8

132 140 EM-02 132 140 EM-02 132 140 EM-02 132 140 EM-02

8 8 8 8 8 8 8 8


8 8 8 8 8 8 8 8


8 8 8 8 8 8 8 8


8 8 8 8 8 8 8 8

68 76 EM-02 68 76 EM-02 68 76 EM-02 68 76 EM-02

8 8 8 8 8 8 8 8


8 8 8 8 8 8 8 8


8 8 8 8 8 8 8 8


4 8 4 8 4 8 4 8

4 12 EM-02 4 12 EM-02 4 12 EM-02 4 12 EM-02

8 8

124 EM-02 116 EM-02

8 8 8 8

100 EM-02 108 EM-02 100 EM-02 108 EM-02

8 8 8 8 8 8

92 EM-02 84 EM-02 92 EM-02 84 EM-02 92 EM-02 84 EM-02

8 8 8 8 8 8 8 8

68 76 EM-02 68 76 EM-02 68 76 EM-02 68 76 EM-02

8 8 8 8 8 8 8 8


8 8 8 8 8 8 8 8


8 8 8 8 8 8 8 8


4 8 4 8 4 8 4 8

4 12 EM-02 4 12 EM-02 4 12 EM-02 4 12 EM-02

8 8

60 EM-02 52 EM-02

8 8 8 8

36 EM-02 44 EM-02 36 EM-02 44 EM-02

8 8 8 8 8 8

28 EM-02 20 EM-02 28 EM-02 20 EM-02 28 EM-02 20 EM-02

4 8 4 8 4 8 4 8

4 12 EM-02 4 12 EM-02 4 12 EM-02 4 12 EM-02CM-03

SM-02

SM-02

CM-03

4v x 8h

SM-02

CM-03

SM-02

SM-02

CM-03 CM-03

SM-02

SM-02

SM-02

SM-02

CM-03

2v x 8h

CM-03

10v x 8h

12v x 8h

SM-02SM-02

14v x 8h

CM-03

SM-02

CM-03

16v x 8h

24v x 8h

22v x 8h

20v x 8h

18v x 8h

6v x 8h

CM-03 CM-03

CM-03

8v x 8h



8 8 8

236 EM-02 228 EM-02 220 EM-02

8 8 8 8 8 8

196 204 EM-02 212 EM-02 196 204 EM-02 212 EM-02

8 8 8 8 8 8 8 8 8

188 EM-02 180 EM-02 172 EM-02 188 EM-02 180 EM-02 172 EM-02 188 EM-02 180 EM-02 172 EM-02

8 8 8 8 8 8 8 8 8


8 8 8 8 8 8 8 8 8

140 EM-02 132 124 EM-02 140 EM-02 132 124 EM-02 140 EM-02 132 124 EM-02

8 8 8 8 8 8 8 8 8


8 8 8 8 8 8 8 8 8


8 8 8 8 8 8 8 8 8

52 EM-02 60 EM-02 68 52 EM-02 60 EM-02 68 52 EM-02 60 EM-02 688 8 8 8 8 8 8 8 8


4 8 8 4 8 8 4 8 8

4 12 EM-02 20 EM-02 4 12 EM-02 20 EM-02 4 12 EM-02 20 EM-02

8 8 8

148 EM-02 156 EM-02 164 EM-02

8 8 8 8 8 8

140 EM-02 132 124 EM-02 140 EM-02 132 124 EM-02

8 8 8 8 8 8 8 8 8


8 8 8 8 8 8 8 8 8


8 8 8 8 8 8 8 8 8

52 EM-02 60 EM-02 68 52 EM-02 60 EM-02 68 52 EM-02 60 EM-02 688 8 8 8 8 8 8 8 8


4 8 8 4 8 8 4 8 8

4 12 EM-02 20 EM-02 4 12 EM-02 20 EM-02 4 12 EM-02 20 EM-02

8 8 8

92 EM-02 84 EM-02 76 EM-02

8 8 8 8 8 8

52 EM-02 60 EM-02 68 52 EM-02 60 EM-02 68

8 8 8 8 8 8 8 8 8


4 8 8 4 8 8 4 8 8

4 12 EM-02 20 EM-02 4 12 EM-02 20 EM-02 4 12 EM-02 20 EM-02

10 x 12h

CM-03

SM-02 SM-02 SM-02

SM-02

14 x 12h

CM-03

CM-03

SM-02

CM-03

12 x 12h

SM-02

16 x 12h

CM-03

SM-02

20v x 12h

SM-02

SM-02

SM-02 SM-02

SM-02

SM-02

SM-02

18v x 12h

CM-03

8v x 12h

6v x 12h

CM-03

4v x 12h

CM-03

SM-02

CM-03



8 8 8 8

252 EM-02 244 EM-02 236 EM-02 228 EM-02

8 8 8 8 8 8 8 8

196 204 EM-02 212 EM-02 220 EM-02 196 204 EM-02 212 EM-02 220 EM-02

8 8 8 8 8 8 8 8


8 8 8 8 8 8 8 8

132 140 EM-02 148 EM-02 156 EM-02 132 140 EM-02 148 EM-02 156 EM-02

8 8 8 8 8 8 8 8


8 8 8 8 8 8 8 8

68 76 EM-02 84 EM-02 92 EM-02 68 76 EM-02 84 EM-02 92 EM-02

8 8 8 8 8 8 8 8


4 8 8 8 4 8 8 8

4 12 EM-02 20 EM-02 28 EM-02 4 12 EM-02 20 EM-02 28 EM-02

8 8 8 8

188 EM-02 180 EM-02 172 EM-02 164 EM-02

8 8 8 8 8 8 8 8

132 140 EM-02 148 EM-02 156 EM-02 132 140 EM-02 148 EM-02 156 EM-02

8 8 8 8 8 8 8 8


8 8 8 8 8 8 8 8

68 76 EM-02 84 EM-02 92 EM-02 68 76 EM-02 84 EM-02 92 EM-02

8 8 8 8 8 8 8 8


4 8 8 8 4 8 8 8

4 12 EM-02 20 EM-02 28 EM-02 4 12 EM-02 20 EM-02 28 EM-02

8 8 8 8

124 EM-02 116 EM-02 108 EM-02 100 EM-02

8 8 8 8 8 8 8 8

68 76 EM-02 84 EM-02 92 EM-02 68 76 EM-02 84 EM-02 92 EM-02

8 8 8 8 8 8 8 8


4 8 8 8 4 8 8 8

4 12 EM-02 20 EM-02 28 EM-02 4 12 EM-02 20 EM-02 28 EM-02

8 8 8 8

60 EM-02 52 EM-02 44 EM-02 36 EM-02

4 8 8 8 4 8 8 8

4 12 EM-02 20 EM-02 28 EM-02 4 12 EM-02 20 EM-02 28 EM-02

SM-02

SM-02

CM-03

SM-02

SM-02

CM-03

SM-02

SM-02

SM-02

CM-03 CM-03

SM-02

SM-02

SM-02

16v x 16h

14v x 16h

12v x 16h

10v x 16h

8v x 16h

SM-02

6v x 16h

CM-03

SM-02

CM-03

CM-03

2v x 16h

4v x 16h

CM-03

Manual ME3011b_E_v0707_Pre.doc

The ME 3011b Annunciator provides two ways for parameter configuration. 1 – Via Serial Interface By means of RS232C serial interface, using e.Tool ME3011- config program.

Detailed instructions you find at Configuration via serial interface - e.Tool ME3011 config Manual

Interface RS232C - Cable C S-02 - 5, 10 or 15m The latest e.Tool ME3011- config software can be downloaded from our site: http://www.mauell.com.br/br/central_downloads.php The manual of e.Tool ME3011 config can be downloaded from our site: http://www.mauell.com.br/br/central_downloads.php 3 – Via KEYBOARD

By means of central module, using buttons and LED’s from keyboard in order to set programming phase and the 4 alarm LED’s of central module for indicating selected parameter.

NOTE: For detailed instructions for the keyboard configuration, please contact our service department: [email protected]

CONFIGURATION MODES

e.Tool ME3011- view – Visualization via serial interface

COMMUNICATION PROTOCOL – SERIAL MODBUS RTU (SLAVE)

http://www.mauell.com.br/br/central_downloads.php

http://www.mauell.com.br/br/central_downloads.php


Manual ME3011b_E_v0707_Pre.doc

Brazil

Helmut Mauell do Brasil

Representatives and branches – Worldwide

Est. Estadual Salvador de Leone, 2998 Abu Dhabi E.A.U. Korea 06850-000 – Itapecerica da Serra - SP Argentina Malaysia Tel.: +55 (0) 11 2117 5353 Belgium Netherlands Fax.: +55 (0) 11 2117 5354 Czech Republic Norway www.mauell.com.br Denmark Poland [email protected] Finland Singapore France Spain Great Britain Sweden

Germany Hungary Switzerland Iran Turkey Helmut Mauell GmbH Kuwait USA Am Rosenhügel 1–7 D-42553 Velbert Tel.:+49 (0)20 53/1 30 Fax.:+49 (0)20 53/1 36 53 www.mauell.com [email protected]

http://www.mauell.com/


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