RISCO Group SMPS 3A User Manual [en, it, es, fr]

SSMMPPSS -- SSwwiittcchhiinngg MMooddee PPoowweerr

SSuuppppllyy ((33AA))

IInnssttaallllaat

FFoorr uussee wwiitthh RRIISSCCOO’’ss PPrrooSSYYSS SSeeccuurriittyy SSyysstteemms

tiioonn GGuuiiddee

GGuuiiddaa AAllll’’IInnssttaallllaazziioonnee MMoodduulloo

AAlliimmeennttaattoorree RReemmoot

DDaa uuttiilliizzzzaarree ccoonn llee CCeennttrraallii RRIISSCCOO sseerriiee PPrrooSSYYS

too -- SSMMPPSS ((33AA))

SSMMPPSS -- FFuueennttee ddee AAlliimmeennttaacciióónn ccoonn

MMóódduulloo ddee CCoonnmmuut

GGuuííaa ddee IInnssttaallaacciióónn

PPaarraa uussoo ccoonn llooss SSiisstteemmaass ddee SSeegguurriiddaadd PPrrooSSYYSS

ddee R

taacciióónn ((33AA)) --

RIISSCCOO

SSMMPPSS -- AAlliimmeennttaattiioonn eenn mmooddee

ccoommmmuuttéé ((33AA)) GGuuiiddee dd'

PPoouurr lleess ssyyssttèèmmeess ddee ssééccuurriittéé PPrrooSSYYS

'IInnssttaallllaattiioonn

S

s

S

2 SMPS - Installation Guide

s

TTaabbllee ooff CCoonntteenntts

Introduction.......................................................................4

Main Features ..................................................................4

Mounting the Power Supply..............................................6

Power Supply Terminal Wiring.........................................8

Relay Output Wiring.........................................................9

Power Supply Components..............................................10

LEDs Indication ...........................................................10

DIP Switches Settings .................................................11

Jumper Settings...........................................................11

Programming the SMPS...................................................12

Installer Programming Menu ............................................13

User Programming Menu .................................................13

Event Log Messages........................................................14

Troubleshooting................................................................15

Post Installation Tests......................................................16

Technical Specifications...................................................16

General.............................................................................16

Input.............................................................................16

Output..........................................................................16

Utility Output................................................................16

Environmental..............................................................16

About Wires ......................................................................17

Ordering Part Numbers ....................................................18

EN

SMPS - Installation Guide 3

Introduction

The Switching Mode Power Supply (SMPS) is a reliable, supervised power
supply expansion module, for use with RISCO’s ProSYS security systems.

It provides a total current capacity of up to 3A with extensive remote
diagnostics features that comply with EN50131requirements. It supports a
standby battery and is supervised for loss of Mains, Battery, failure of its
auxiliary output power and loss of its sounder device.

Up to 8 modules can be added to the system to ensure reliable operation of
the system with its multiple devices and accessories.

The SMPS includes two Utility Outputs, which may be separately
programmed by the ProSYS as regular utility outputs.

Main Features

Ê 3A switching mode power supply with self supervision
Ê Advanced remote diagnostics – includes remote Upload/download or

keypad reading of voltage output and current under load

Ê Automatic battery protection and remote voltage reading
Ê Supports 1.7 Amp Siren, with remote reading of siren current
Ê Includes two 3A utility output relays

4 SMPS - Installation Guide

The SMPS components and jumpers are shown in Figure 1:

(Battery Jumper)

COM

BLK

BUS

BAT

Battery
Connections

YEL GRN

UO 2

N.O

C

N.C

N.O

(PS LED)

PS

ON

1234

OC

(Over Current LED)

TAMP

+ -

BELL LS

Loudspeaker/

Bell

Power to accessories

And detectors

AUX
RED

BUS

Figure 1: SMPS – General View

UO 1

C

UO

1234

N.C

(UO LED)

BELL/LS

(Bell/Loudspeaker

Jumper)

AC

Transformer

SMPS - Installation Guide 5

Mounting the Power Supply

Mount the SMPS and the backup battery inside a metal box:

IMPORTANT:

The SMPS should be serviced by qualified personnel only!
Unless serviced, the SMPS box must be closed with screws at all times!
Use only safety-approved wires in accordance with the national rules! (See Table 1:

Wire Guide” on page 17).

The SMPS is designed for indoor use only!

Figure 2: SMPS Inside a Metal Box

NOTE:

Prior to installation, calculate the total current consumption of the connected devices in

order not to exceed the power supply’s maximum current consumption!

IMPORTANT:

To prevent risk of electric shock, disconnect all power sources before servicing! Under

no circumstances should mains be connected to the PCB other than to the main terminal
block!

1. Locate the SMPS metal box in a clean and dry location, close to the

mains.

2. Open the SMPS box by releasing the attaching screws.

6 SMPS - Installation Guide

3. When attaching the box to the wall, it is recommended to use Ø4.2mm,

32mm length screws (DIN 7981 4.2X32 ZP)

4. Connect the incoming mains cable to the main fuse terminal block as

shown in Figure 3.

5. Wire the SMPS terminals as described in “Power Supply Terminal Wiring”

on pages 8 - 9.

Figure 3: SMPS – AC & Ground Connection

6. Set the SMPS jumpers and the dipswitches as described in “DIP Switches

Settings” on page 11 and section on page 11.

7. Locate the battery at the bottom of the SMPS box.

8. Connect flying leads (battery connectors) from the SMPS board to the

battery terminals - (+) Red, (-) Black).

NOTE:

Use only Lead Acid battery type, rated 12V, 7-21AH (maximum) and safety approved in

accordance with the national standards!

9. Switch on the Mains.

10. Perform a BUS test using the ProSYS menu (refer to ProSYS Installation

and Programming Manual).

SMPS - Installation Guide 7

11. Perform a diagnostic test of the SMPS output and battery, using the

ProSYS software as described in the User Programming Menu section on

page 13.

12. Close the SMPS metal box.

Power Supply Terminal Wiring

Terminal Description/Action
COM BLK

BUS YEL
BUS GRN

BUS terminals: used to connect the SMPS and its Utility
Output module to the ProSYS communication Bus. Connect
the wires respectively, point to point, according to the indicated
colors.

NOTE:

Maximum permitted wire run for Bus wiring from the SMPS to the ProSYS is 300m
(1000 ft)!

IMPORTANT:

DO NOT connect the AUX (RED) terminal to the ProSYS BUS. Ensure that the
incoming AUX (usually red) wire from the ProSYS Bus is disconnected!

TAMP

Used for connection of the box’s tamper switch between the
TAMP and the COM terminals (normally closed).

NOTES:

1. It is not necessary to use the box tamper if another module sharing the same

box is equipped with one.

2. To avoid Tamper trouble, if NO connection is made for the TAMP terminal,
connect a wire between the TAMP and COM terminals.

3. Do not use an End of Line resistor in the tamper switch circuit!

Used to connect an external sounder driven by the SMPS (bell

BELL

NOTES:

1. To avoid bell loop trouble, if NO connection is made for the BELL/LS

terminals, connect a 2.2Kȍ resistor in its place.

2. Use a larger wire gauge if the distance between the sounder and the SMPS is
significant. Take the sounder(s) current draw into account when selecting a wire
gauge (see About Wires on Page 17).

or loudspeaker). Position the Bell/LS jumper respectively for the
connected device as described in the Jumper Settings section
on page 11.

8 SMPS - Installation Guide

Used together with the COM (-) terminal to apply power to

AUX
RED(+)

GROUND
(Earth)

AC

Aux. devices (e.g. PIRs, smoke/glass break detectors and
any other devices that require 12VDC power supply). Total
current consumption from the SMPS (Via The Aux./COM and
BELL/LS terminals) is 3A.

NOTE:

If one or more of the AUX/BELL/LS outputs is overloaded and the SMPS shuts
down, the SMPS must be reset, using the ProSYS software as follows:

From the ProSYS main user menu press [2] [0] [2] (Overload Restore
option), or enter and exit the installation-programming mode (refer to the
ProSYS Installation Guide).
If overload still exists, perform manual reset as follows:
Disconnect all loads from the AUX/COM terminals for at least 10 seconds before
you reconnect any load to the AUX/COM terminals. Then perform Overload
Restore again, using ProSYS main user menu (see Installer Programming Menu
on page 13).

Used to connect the GND terminal to the main box ground pin
(see illustration on page 6). Use 16 AWG (at least).

Used for connection of the AC terminals (see illustration on
page 6) to the transformer outputs (16.5VAC/50 VA).

NOTE:

A readily accessible disconnect device shall be incorporated in the building
installation wiring.

Relay Output Wiring

NOTE:

If the SMPS Utility Output is to be used, take into consideration that in such a
case one available ProSYS output expander is utilized!

The SMPS Utility Output module comprises two relays (Dry Contacts) that are
of the “Change Over” type.

Terminal block description:

NO = Normally Open
NC = Normally Closed
C = Common

Connect each of the SMPS relay outputs according to your preferred
configuration.

SMPS - Installation Guide 9

Power Supply Components

The LEDs, Dipswitches, jumpers, and terminals functions are described
herein.

LEDs Indication
LED Description

Indicates communication status between the Power
Supply and the Main Panel.

PS (Power Supply
Communication)

On: Normal communication with the Main Panel.
Off: No input power
Flashing: Bus communication failure, system in

installation mode or PS dipswitch 4 is OFF.
Indicates communication status between the SMPS UO

UO
(Utility Output

Communication)

module and the Main Panel.

On: Normal communication with the Main Panel.
Off: No voltage power
Flashing: Bus communication failure, system in

installation mode or UO dipswitch 4 is OFF.
Indicates an actual/potential (calculated) overload.
On: Total current consumption from the AUX and
BELL/LS outputs exceeded 3A (power consumption

OC
(Over Current)

from both outputs will be disconnected).

Off: Normal current draw
Flashing: The SMSP detected a potential current

overload when calculating the total value of real current
consumption from the AUX output and expected current
consumption from the BELL/LS output.

NOTE:

To calculate sounder’s current consumption, the Sounder must be operated at
least once (recommended to be performed upon installation completion).

10 SMPS - Installation Guide

DIP Switches Settings

Module Dip Switch Description

Power
Supply

PS/SW1­SW3
PS/SW4 Enables/Disables Power Supply - ProSYS

Used to set a unique ID number for the Bus
module for communication purposes.

communication

On (up): Communication enabled.
Off (down): Communication disabled

Utility
output

UO/ SW1­SW3
UO/SW4 Enables/disables UO module - ProSYS

Used to set a unique Bus ID number for the UO
module located on the SMPS board.

communication.

On (up): communication enabled.
Off (down): communication disabled

NOTE:

When PS/SW4, or UO/SW4 is Off, the ID number defined by SW1-SW3 is not
recognized by the ProSYS and can be used for the connection of another accessory
of the same category. The UO/PS LED will flash since there is no communication with
the main panel.

Jumper Settings

Jumper Description

Battery discharge protection

If a continuous AC power outage occurs, the
SMPS automatically disconnects the battery when

Protection
ON

its backup battery voltage drops below 10.8VDC.
This is done to prevent "deep discharge” that may
damage the battery.

BAT

The battery may be totally discharged during
continuous AC failure (no deep discharge

Protection

protection).

OFF

NOTE:

If 2 pins configuration is selected, the battery might be damaged,
thus battery replacement may be required.

SMPS - Installation Guide 11

Jumper Description

Used to determine the SMPS mode of operation in accordance
with the sounder device connected to the BELL/LS terminals.

Bell/LS

NOTE:

The sounder(s) connected to the SMPS operates identically to the
main panel’s sounder(s).

Bell

For a bell/electronic siren with a built-in siren
driver, position jumper on one pin; 12VDC is
produced at the sounder’s terminals during
burglary/panic alarms. Slow pulsing voltage is

produced during fire alarm.
LS
(Speaker)

For a loudspeaker without a built-in siren driver,

position jumper on both pins. The SMPS produces

continuous oscillating voltage for burglary/panic

alarms and an interrupted oscillating voltage for fire

alarm.

Programming the SMPS

The following section describes additional dedicated SMPS software
functions added to the ProSYS software.

It is recommended to read and fully understand the ProSYS installation
procedure before programming the SMPS!

Up to 8 PS modules may be connected (1.5A regular PS or 3A SMPS).
Up to 8 Utility Output Expansion Modules may be connected to the ProSYS

according to the following table:

ProSYS 16 ProSYS 40 ProSYS 128
Maximum UO
Expansion

2 4 8
Modules

12 SMPS - Installation Guide

Installer Programming Menu

Function Quick Key Description
Add/Delete

Power
Supply

[7] [1] [4] Selection of new type: PS02, followed by

selection of Bell/Speaker (if exists) and
assigning to partition.

Module:
Add/Delete

Utility

[7] [1] [3] New type: UO02

A Two-output relay module.

Output
Module:

User Programming Menu

Function Quick Key Description

NOTE:

Performed only if Aux. output is overloaded and
then switched off, code is required and the
relevant SMPS is selected.

The Grand Master/Installer/Sub­installer/Manager can use this option to

Overload
Restore

[2] [0] [2]

restore the Aux. power (If overload
condition is still present, disconnection of
all loads from AUX. output is required!).
Trouble messages dedicated to the SMPS:
Potential overload: The SMSP has
detected a potential current overload when
calculating the total expected current
consumption from the siren and the Aux.
outputs.

View
Trouble

[3] [1]

Overload: The total current consumption
from the Aux. and siren outputs exceed
3A.

Battery

[4] [CODE] [2]

Tests the standby battery of the pre­selected SMPS. Battery voltage of the
relevant SMPS is displayed on the LCD.

SMPS - Installation Guide 13

Function Quick Key Description

Battery Voltage (of pre-selected SMPS);

tests battery voltage.
Auxiliary load (of relevant SMPS): real
time Aux output voltage and current of
SMPS. SMPS Aux Output voltage &
current are displayed on the LCD keypad.

Bell Load (of relevant SMPS); displays the

SMPS
Diagnostics

[4] [Installer
CODE] [#]
[9] [2]

Bell current consump tion. The SMPS
checks the bell load at each bell operation.
The last measured data is displayed on the
LCD keypad.

NOTE:

The diagnostic features can be also performed from the separately provided

Upload/Download software, locally or remotely.

Event Log Messages

The following list details SMPS dedicated event messages, as displayed on
the keypad LCD:

Event Message Meaning

S=X OVER. RC=YY Overload in SMPS X. Reset by user YY
POT.OVRLOAD PS=X Potential overload of SMPS joined by SMPS ID

(1-8)=X

POT.LOAD RS PS=X Potential overload restore from SMPS, joined by the

SMPS ID (1-8)=X
OVERLOAD PS=X Overload from SMPS joined by the SMPS ID =X
OVERLOAD RS PS=X Overload restore from SMPS, joined by SMPS ID

(1-8)=X
WEAK BAT RS PS=X Weak Bat indication, joined by the SMPS ID (1-8)=X
WEAK BAT RS PS=X Weak Bat restore from SMPS joined by SMPS ID

(1-8)=X

14 SMPS - Installation Guide

Troubleshooting

This section describes possible system problems and their solution.
Always perform the following preliminary checks before referring to the

troubleshooting table.
Perform a complete visual inspection of the SMPS, its battery, and AC

transformer for signs of mechanical damage, loose connections, or torn wires.
Check the connections of the incoming AC power source, AC transformer,

and battery.

Trouble

AC Failure
Trouble

Bell Loop
Trouble

Low Battery
Trouble

PS/UO LED
Flashing

OC LED
Flashing

No Output
Power from
SMPS

Probable
Meaning /
Cause

Indicates
problem with
mains power
Indicates that
the bell is either
faulty or not
connected
No battery,
battery is faulty,
or needs
recharging
Communication
problem

Indicates a
potential
overload

Faulty SMPS View PS troubles using the ProSYS LCD

Response

Check the mains input and panel box fuse.
Replace if necessary with a fuse of the
same rating.
Check bell/siren wiring. If siren is not used,
select the “No Bell/L. speaker” option from
the ProSYS menu (see Installer
Programming Menuon page 13).
Check battery voltage; replace if necessary
or wait until battery is recharged.

1. Check relevant (PS or UO) dipswitch for
correct ID settings and communication
enabling.

2. Verify appropriate distance of wiring
(refer to on page 17).

3. Perform Bus test from the ProSYS
menu.

Disconnect one or more accessories from
the AUX. or siren output. Use the ProSYS
diagnostics to check system load values
(see User

Programming Menu on page

13).

keypad.
Check system for shorts. Perform restore
to the SMPS (see User

Menu

on page 13).

Programming

SMPS - Installation Guide 15

Trouble

System
does not
function

UO Relays
do not
operate
correctly

Bus Test
less than
98%

Post Installation Tests

Upon installation completion, verify that the SMPS is functioning by
conducting the “Verify Modules” and Bus Communication tests, from the
ProSYS menu.

Technical Specifications

General

Probable
Meaning /
Cause

PS/UO
Dipswitch ID
has been
changed

Incorrect UO
programming

Communication
with PS or UO
is not stable

Response

Reset the SMPS (see User

Programming Menu

disconnect battery and mains wires, wait
for few seconds, and reconnect the battery
and mains wires.
Using the ProSYS menu, verify that the
UO functions are appropriately
programmed

The distance between ProSYS and SMPS
is too long; verify appropriate distance and
gauge of wiring (refer to Table 1: Wire
Gauge).

on page 13),

Ê Efficiency: 93% @ 1A load, 85 % Min @ 3A full load
Ê SMPS card dimensions (HxWxD): 90mm x110mm
Ê Weight: 0.14Kg
Ê Main Panel Connection: RS485, 3 Wire Bus, up to 300m from Main panel.

Input

Ê Power: 16.5VAC @ 50VA (via 230VAC/16.5VAC/50Hz transformer).
Ê Rechargeable Standby Battery: 12V Up To 21 Amp-Hours (AH)

Output

Ê Auxiliary output: 3A @13VDC
Ê Bell/Siren output: 1.7A @13VDC
Ê Overload Protection: Automatic Electronic Protection

Utility Output

Ê 12VDC @ 3A max Dry Contact Relays

Environmental

Ê Operating temperature: 0q-55qC

16 SMPS - Installation Guide

About Wires

A

Appropriate use of wires and cables is necessary for the successful
installation and operation of the SMPS module. It is important to select wire of
the correct thickness to minimize power loss and ensure reliable operation.
Take into account both the current requirements and the wiring distances
involved.

Table 1: Desired Wire Gauge AWG

32

(0.031mm2)

Max Run Max Run Max Run Max Run Max Run

Am

Met. Feet Met. Feet Met. Feet Met. Feet Met. Feet

30

(0.049mm2)

28

(0.08 mm2)

26

(0.13 mm2)

24

(0.2 mm2)

0. 8. 27. 30 42. 19. 63. 32.8 10 51.4 169
04 4. 13. 12. 21. 9.7 31. 16.4 53. 25.7 84.4
06 2. 9.0 6.4 14. 6.5 21. 10.9 35. 17.1 56.2
08 2. 6.7 4.3 10. 4.8 15. 8.2 26. 12.9 42.2
1 1. 5.4 3.2 8.4 3.9 12. 6.6 21. 10.3 33.7

1. 1. 4.5 2.6 7.0 3.2 10. 5.5 18. 8.6 28.1

1. 1. 3.9 2.1 6.0 2.8 9.1 4.7 15. 7.3 24.1

1. 1. 3.4 1.8 5.3 2.4 8.0 4.1 13. 6.4 21.1

1. 0. 3.0 1.6 4.7 2.2 7.1 3.6 12. 5.7 18.7
2 0. 2.7 1.4 4.2 1.9 6.4 3.3 10. 5.1 16.9

2. 0. 2.5 1.3 3.8 1.8 5.8 3.0 9.8 4.7 15.3

2. 0. 2.2 1.2 3.5 1.6 5.3 2.7 9.0 4.3 14.1

2. 0. 2.1 1.1 3.2 1.5 4.9 2.5 8.3 4.0 13.0

2. 0. 1.9 1.0 3.0 1.4 4.5 2.3 7.7 3.7 12.1

3. 0. 1.8 0.9 2.8 1.3 4.2 2.2 7.2 3.4 11.2

22

(0.33 mm2)

Max Run Max Run Max Run Max Run Max Run

Met. Feet Met. Feet Met. Feet Met. Feet Met. Feet

mp

20

(0.5 mm2)

18

(0.82 mm2)

16

(1.3 mm2)

14

(2 mm2)

0. 87. 28 132 43 206 67 346 1,13 527 1,7

04 43. 14 66.0 21 103 33 173 568 264 864
06 29. 95 44.0 14 68.5 22 115 379 176 576
08 21. 71 33.0 10 51.4 16 87 284 132 432
1 17. 57 26.4 86. 41.1 13 69 227 105 346

1. 14. 47 22.0 72. 34.2 11 58 189 88 288

1. 12. 40 18.9 61. 29.4 96 50 162 75 247

1. 10. 35 16.5 54. 25.7 84 43 142 66 216

1. 9.7 31 14.7 48. 22.8 75 39 126 59 192

2 8.7 28 13.2 43. 20.5 67 35 114 53 173

SMPS - Installation Guide 17

2. 7.9 26 12.0 39. 18.7 61 32 103 48 157

2. 7.3 23 11.0 36. 17.1 56 29 95 44 144

2. 6.7 22 10.2 33. 15.8 52 27 87 41 133

2. 6.2 20 9.4 30. 14.7 48 25 81 38 123

3. 5.8 19 8.8 28. 13.7 45 23 76 35 115

12
(3.3 mm2)

Max Run Max Run Max Run Max Run Max Run Max Run

Amp

Met. Feet Met. Feet Met. Feet Met. Feet Met. Feet Met. Feet

10
(5.26 mm2) 8 (8 mm2) 6 (13.6 mm2)

0.2 833 2,734

4
(21.73mm2
)

2
(34.65
mm2)

04 417 1,367 662 2,171 1,023 3,355
06 278 911 441 1,447 682 2,237

1,00

3,281

08 208 684 331 1,086 511 1,678 750 2,461
1 167 547 265 868 409 1,342 600 1,969

1,12

3691

1.2 139 456 221 724 341 1,118 500 1,640 938 3076

1.4 119 391 189 620 292 959 429 1,406 804 2636

1.6 104 342 165 543 256 839 375 1,230 703 2307 1,125 3,691

1.8 93 304 147 482 227 746 333 1,094 625 2051 1,000 3,281
2 83 273 132 434 205 671 300 984 563 1845 900 2,953

2.2 76 249 120 395 186 610 273 895 511 1678 818 2,684

2.4 69 228 110 362 171 559 250 820 469 1538 750 2,461

2.6 64 210 102 334 157 516 231 757 433 1420 692 2,271

2.8 60 195 95 310 146 479 214 703 402 1318 643 2,109

3.0 56 182 88 289 136 447 200 656 375 1230 600 1,969

Ordering Part Numbers

Part Number Description

RP128EPS000A SMPS board
RP128PSPSEUA SMPS + transformer in a metal box
RP128EPSPUKA SMPS + transformer in a metal box (UK)

18 SMPS - Installation Guide

Indice dei Contenuti

Introduzione......................................................................20

Caratteristiche Principali...................................................20

Cablaggio del Modulo Alimentatore..................................22

Collegamento dei Morsetti dell’Alimentatore ....................24

Cablaggio Uscite a Relè...................................................26

Componenti del Modulo Alimentatore ..............................26

Indicazioni a LED.........................................................26

Predisposizione Banco Microinterruttori ......................27

Predisposizione Ponticelli............................................28

Programmazione del Modulo Alimentatore.......................29

Menù Programmazione Tecnica della ProSYS ................29

Menù Programmazione Utente della ProSYS ..................30

Messaggi del Menù Memoria Eventi ................................31

Ricerca Guasti..................................................................32

Controlli Dopo l’Installazione dell’Alimentatore.................33

Specifiche Tecniche .........................................................34

Generali.......................................................................34

Alimentazione d’Ingresso.............................................34

Uscite di Alimentazione ...............................................34

Uscite Programmabili...................................................34

Condizioni Ambientali..................................................34

Note sui Cavi da Utilizzare ...............................................34

Prodotti da ordinare..........................................................35

Guida All’Installazione 19

IT

Introduzione

L’Alimentatore Remoto SMPS (Switching Mode Power Supply) è un’affidabile
e totalmente supervisionato Modulo di Espansione di Alimentazione, da
utilizzare con le centrali RISCO serie ProSYS dalla versione SW 3.x e
successive.
Esso fornisce una corrente totale di 3A con varie funzioni di diagnostica
remota ed è conforme ai requisiti della normativa EN50131-1 ed è certificato
IMQ II livello di prestazione. Il Modulo Alimentatore Remoto prevede il
collegamento di una batteria di backup ed è supervisionato dalla centrale per
Assenza Rete 220V, Basso Livello Batteria, Guasto Uscita di Alimentazione
Ausiliaria e Integrità Circuito Sirena.
Il sistema ProSYS, per garantire un funzionamento affidabile con tutti i vari
dispositivi e accessori, permette di collegare massimo 8 moduli Alimentatori
Remoti.
Il modulo SMPS include due uscite a relè, che possono essere programmate
separatamente tramite la ProSYS come normale Modulo Uscite.

Caratteristiche Principali

Ê

Modulo Alimentatore Remoto da 3A supervisionato.

Ê Diagnostica remota avanzata – lettura tensione d’uscita e carico in

corrente sull’alimentatore da software di teleassistenza o da tastiera
LCD.

Ê Protezione automatica della batteria e lettura remota della tensione

sulla batteria.

Ê Supporta una Sirena da 1,7Amp. (max.), con lettura remota del carico

sull’uscita sirena.

Ê Include 2 uscite a relè programmabili.
Ê IMQ II Livello di prestazione.

20 Guida All’Installazione

I componenti e i ponticelli del SMPS sono mostrati in Figura 1.

Figura 1: SMPS - Vista Generale

Guida All’Installazione 21

Cablaggio del Modulo Alimentatore

Montare il Modulo SMPS e la batteria in tampone all’interno del contenitore
metallico:

IMPORTANTE:

Gli interventi di manutenzione sul Modulo SMPS devono essere eseguiti SOLO da
personale qualificato (installatore).
A meno che non si stia eseguendo una manutenzione, il contenitore del SMPS deve
essere SEMPRE chiuso (con le viti).
Utilizzare SOLO cavi conformi alle normative vigenti (Vedi a pagina 35).
Utilizzare SOLO cavi per la rete elettrica conformi alle normative vigenti.
Il sistema è stato progettato per essere utilizzato SOLO da interno.

Figura 2: Modulo SMPS all’interno del Contenitore Metallico

NOTA:

Prima di procedere all’installazione, calcolare l’assorbimento di corrente totale dei

dispositivi collegati, in modo da non superare il massimo assobimento disponibile
dall’Alimentatore!

IMPORTANTE:

Per evitare il rischio di scariche elettriche, scollegare tutte le sorgenti di alimentazione

prima di qualsiasi intervento di manutenzione! In nessun caso la tensione proveniente
dalla rete elettrica può essere collegata alla centrale in un punto diverso dal blocchetto
porta fusibile dedicato a questo tipo di connessione!

22 Guida All’Installazione

1. Posizionare il contenitore del Modulo SMPS in un luogo asciutto e pulito,

vicino alla rete elettrica.

2. Aprire il contenitore metallico del Modulo SMPS svitando le viti con un

cacciavite.

3. Collegare il cavo della rete elettrica della proprietà al blocchetto porta

fusibile dedicato a questo tipo di connessione come mostrato sotto nella
Figure 3.

4. Collegare i morsetti del Modulo SMPS come descritto in pagina 24.

Viola

Viola

Dalla Rete

Elettrica

Marrone

Blu

Blu

Marrone

(Almeno 1.00 MM2)

Giallo-Verde

Al Modulo Alimentatore

Alla Connessione Di Terra

Figura 3: SMPS - Schema di Cablaggio

5. Impostare i ponticelli e microinterruttori del modulo SMPS come descritto

nella sezione “Predisposizione Banco Microinterruttori” a pagina 27.

6. Posizionare la batteria nella parte in basso del contenitore

dell’Alimentatore.

7. Collegare i fili volanti dalla scheda SMPS (collegamenti della batteria) ai

morsetti della batteria - Rosso (+), Nero (-).

NOTA:

Utilizzare solo batterie di tipo al piombo sigillate, da 12V -, 18 AH (max.)

8. Alimentare da rete elettrica.

Guida All’Installazione 23